Ajout B3 - Bourrugues

Data/Complexe_Lonne_Peyret-Bourrugues/Complexe_Lonne_Peyret-Bourrugues-maps.th

@@ -0,0 +1,19 @@
+encoding utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+map MP-Complexe_Lonne_Peyret-Bourrugues-plan-tot -title "Complexe_Lonne_Peyret-Bourrugues"
+	SP-Complexe_Lonne_Peyret-Bourrugues_01
+	break
+	SP-Complexe_Lonne_Peyret-Bourrugues_02
+endmap
+
+map MC-Complexe_Lonne_Peyret-Bourrugues-coupe-tot -title "Complexe_Lonne_Peyret-Bourrugues"
+	SC-Complexe_Lonne_Peyret-Bourrugues_01
+	break
+	SC-Complexe_Lonne_Peyret-Bourrugues_02
+endmap

Data/Complexe_Lonne_Peyret-Bourrugues/Complexe_Lonne_Peyret-Bourrugues-tot.th

@@ -0,0 +1,22 @@
+encoding utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+survey Complexe_Lonne_Peyret-Bourrugues -title "Complexe Lonné Peyret-Bourrugues"
+	input Data/B3_Bourrugues/B3_Bourrugues-tot.th
+	input Data/GL102_Lonne_Peyret/GL102_Lonne_Peyret-tot.th
+	
+	## Pour le plan
+	# input Data/Complexe_Lonne_Peyret-Bourrugues-plan.th2
+	
+	## Pour la coupe développée
+	# input Data/Complexe_Lonne_Peyret-Bourrugues-coupe.th2
+	
+	## Appel des maps
+	# input Complexe_Lonne_Peyret-Bourrugues-maps.th
+	
+endsurvey

Data/Complexe_Lonne_Peyret-Bourrugues/Complexe_Lonne_Peyret-Bourrugues.thconfig

@@ -0,0 +1,357 @@
+encoding  utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+# INTRO
+
+# le signe "#" en début de ligne signifie que la ligne est commentée. Elle ne
+# sera donc pas lue lors de la compilation.
+
+# Dans ce fichier on met les specifications generales, à savoir
+# dans quel fichier sont les donnees topo, l'aspect que l'on veut
+# donner aux topos imprimées (layout) et ce que l'on
+# veut comme résultat : map, ou atlas ou 3D ou donnees en format SQL
+
+# Alors, on peut fractionner ce fichier en trois parts:
+# - source, pour specifier les fichiers ou sont les données topo/dessin
+# - layout, pour specifier la composition du document à imprimer
+# - export: map, atlas, etc
+
+
+# 1-SOURCES
+# La ligne source spécifie le fichier ou sont les donnees topo
+# jb.th". (Au fichier "jb.th" il faudra avoir une ligne
+# "input "nomducavite.th2" pour specifier le fichier ou se trouvent
+# les donnees du dessin, comme ça, ce fichier thconfig appellera
+# "jb.th" et a leur tour, "jb.th" appellera
+# "jb-dessin.th2")
+source Complexe_Lonne_Peyret-Bourrugues-tot.th
+
+# Add Coordinates
+input Legendes/entrances_coordinates.th
+
+# Add config file
+input ../../config.thc
+
+# 2-LAYOUT
+# Ici, on peut specifier des choses comme les symboles à utiliser (UIS, etc)
+# ou imprimer des explications des symboles
+
+# Debut de la definition du Layout "xviexport"
+layout xviexport
+	#cs UTM32
+	# echelle à laquelle on veut dessiner la topo
+	scale 1 100
+	#scale 1 1000
+	# taille de la grille
+	grid-size 2 2 2 m
+	# mettre la grille en arrière plan
+	grid bottom
+endlayout
+# fin de la définition du layout "xviexport"
+
+#debut de la definition du layout "my_layout"
+layout my_layout
+	# Rajout des coordonnées de l'entrée
+	copy Coords_Header_CDa
+	# Call the config settings (Layout config inside the config.thc file)
+	copy drawingconfig
+	copy headerl
+	copy langue-fr
+	
+	
+	# Définition du système de projection du plan
+	cs UTM30
+	
+	# La ligne base-scale spécifie l'échelle auquel nous avons dessiné nos croquis.
+	# Par défaut, Therion pense que c'est une échelle 1:200. Si on a utilisé une autre échelle,
+	# il faut enlever le "#" et spécifier l'échelle vraiment employée, comme c'est le cas
+	# après avoir dessiné la topo sur un cheminement exporté avec le layout "xviexport".
+	# Jouer avec le ration base-scale/scale permet de jouer globalement sur les tailles
+	# des caractères et des traits.
+	base-scale 1 100
+	
+	# Maintenant on va mettre une ligne "scale" pour specifier l'échelle pour imprimer la topo.
+	# La combination entre scale et base-scale contrôle l'épaisseur des lignes, rotation, etc, convenable
+	# pour faire l'ampliation-réduction entre dessin et le résultat de l'imprimante
+	# C'est tres important s'assurer que la configuration de l'imprimante ne spécifie pas l'option "Fit in page"
+	# ou similaire, sinon, l'échelle sera changée pendant l'impression!
+	scale 1 100
+	
+	# Echelle graphique 100 m ampleur (Généralement, le choix scale/10 est plutôt pas mal)
+	scale-bar 10 m
+	
+	# Voici une ligne pour specifier qu'il faut imprimer une grille au dessous de la topo
+	grid bottom
+	
+	# Défini la rotation de la topographie
+	#rotate -65
+	
+	# Une ligne pour specifier que la grille est 1000x1000x1000 m
+	# (Trois dimensions, oui, ça sert pour la coupe aussi)
+	grid-size 50 50 50 m
+	
+	# la topo est transparente (on peut voir les galeries en dessous)
+	# C'est on par défaut, donc, pas vraiment besoin de specifier
+	transparency on
+	# Couleur de la topographie
+	# color map-fg [100 100 80]
+	color map-fg 90
+	# ça marche seulement si transparency est "on" 90% blanc= 10% noir
+	opacity 75
+	
+	#surface bottom
+	#surface-opacity 100
+	
+	# Auteur
+	doc-author "Alexandre Pont"
+	# Titre
+	doc-title "Complexe_Lonne_Peyret-Bourrugues plan - 1:100"
+	
+	# Maintenant on spécifie la position de la manchette, dont l'intérieur est occupé par le titre, auteurs, etc.
+	# Nous pouvons indiquer les cordonnées du point de la topo ou l'on veut la manchette :
+	# 0 0, c'est en bas, à gauche, 100 100, c'est en haut, à droite
+	# La manchette a des "points cardinaux" autour : n, s, ne, sw, etc.
+	# Il faut specifier un de ces points comme ce que sera placé sur les cordonnées.
+	# Alors nous pouvons specifier que le sud-ouest de la manchette soit placé en bas, a gauche,
+	# ou une autre combination...
+	map-header 2 98 nw
+	
+	# arrière plan de la manchette
+	map-header-bg on
+	# Légende pour expliciter les symboles. "on" imprimera seulement la légende des symboles dessinés
+	# sur la topo. Si l'on veut pour tous les symboles, utilisés ou pas, il faut indiquer "all".
+	# "legend off" = pas de légende
+	legend on
+	# Par défaut, la légende est de 14 cm de largeur
+	legend-width 15 cm
+	legend-columns 3
+	# Un commentaire à ajouter au titre, on pourrait indiquer ici la mairie où est placée la cavité
+	# dont le nom est probablement le titre de la topo.
+	map-comment "Massif de la Pierre Saint Martin - Larra"
+	# Afficher les statistiques d'explo/topo par équipe/nom. C'est lourd
+	# si la cavité est importante et qu'il y a beaucoup d'explorateurs/topographes.
+	statistics explo-length off
+	statistics topo-length off
+	# Afficher un copyright
+	statistics copyright 2
+	
+	# Dessin ou pas du cheminement topo
+	symbol-hide point station
+	symbol-hide line survey
+	symbol-hide point u:symbol_plan
+	symbol-hide point u:symbol_extend
+	#debug scrap-names
+	#debug station-names
+	
+	
+	# color map-fg [100 100 80]
+	# color map-fg altitude
+	# color-legend off
+	
+	layers on
+	
+	overlap 3 cm
+	
+	code tex-map
+		% Output map title as determined by Therion is stored in cavename, défini par la une Map.
+		% It will be empty if there are multiple maps selected for any one projection
+		% AND there are multiple source surveys identified in the thconfig file
+		% ie Therion can not infer a unique title from the input data given.
+		% This code allows you to define an output map title {cavename} if it happens to be empty
+		\edef\temp{\the\cavename}        % cavename from Therion
+		\edef\nostring{}                 % empty string
+		\ifx\temp\nostring             % test if cavename is empty
+		% if empty
+		reassign cavename to describe selected maps as a group
+		\else % if not empty keep the value set by therion, or assign an override cavename here
+		\fi
+		\cavename={Complexe_Lonne_Peyret-Bourrugues, plan 1:100}
+		\newtoks\club \club={ARSIP}
+		%\newtoks\thanksto \thanksto={Alpes Minages pour son soutien actif et Loire Travaux Spéciaux l'aide logistique}
+		%\newtoks\wpage \wpage={https://www.arsip.fr/}
+		%\newtoks\datat \datat={https://github.com/Alex38Lyon/Synthese-PSM_LARRA}
+		\newtoks\synth \synth={Alexandre Pont}
+		\framethickness=0.5mm
+	endcode
+	
+	
+endlayout
+
+#debut de la definition du layout "layout-coupe"
+layout layout-coupe
+	## Rajout des coordonnées de l'entrée
+	copy Coords_Header_CDa
+	## Call the config settings (Layout config inside the config.thc file)
+	copy drawingconfig
+	copy header_coupe
+	#copy headerl
+	#copy header_coupe_vert-auto
+	#copy header_coupe_vert-to-place
+	copy langue-fr
+	
+	# Définition du système de projection du plan
+	cs UTM30
+	
+	# La ligne base-scale spécifie l'échelle auquel nous avons dessiné nos croquis.
+	# Par défaut, Therion pense que c'est une échelle 1:200. Si on a utilisé une autre échelle,
+	# il faut enlever le "#" et spécifier l'échelle vraiment employée, comme c'est le cas
+	# après avoir dessiné la topo sur un cheminement exporté avec le layout "xviexport".
+	# Jouer avec le ration base-scale/scale permet de jouer globalement sur les tailles
+	# des caractères et des traits.
+	base-scale 1 250
+	
+	# Maintenant on va mettre une ligne "scale" pour specifier l'échelle pour imprimer la topo.
+	# La combination entre scale et base-scale contrôle l'épaisseur des lignes, rotation, etc, convenable
+	# pour faire l'ampliation-réduction entre dessin et le résultat de l'imprimante
+	# C'est tres important s'assurer que la configuration de l'imprimante ne spécifie pas l'option "Fit in page"
+	# ou similaire, sinon, l'échelle sera changée pendant l'impression!
+	scale 1 250
+	
+	# Echelle graphique 100 m ampleur (Généralement, le choix scale/10 est plutôt pas mal)
+	scale-bar 40 m
+	
+	# Voici une ligne pour specifier qu'il faut imprimer une grille au dessous de la topo
+	#grid bottom
+	grid off
+	# Une ligne pour specifier que la grille est 1000x1000x1000 m
+	# (Trois dimensions, oui, ça sert pour la coupe aussi)
+	#grid-size 250 250 250 m
+	
+	# la topo est transparente (on peut voir les galeries inférieurs)
+	# C'est on par défaut, donc, pas vraiment besoin de specifier
+	transparency on
+	# Couleur de la topographie
+	#color map-fg [100 100 80]
+	color map-fg 90
+	# ça marche seulement si transparency est "on" 90% blanc= 10% noir
+	opacity 75
+	
+	#surface bottom
+	#surface-opacity 100
+	
+	# Auteur
+	doc-author "Alexandre Pont"
+	# Titre
+	doc-title "Complexe_Lonne_Peyret-Bourrugues coupe développée - 1:250"
+	
+	# Maintenant on spécifie la position de la manchette, dont l'intérieur est occupé par le titre, auteurs, etc.
+	# Nous pouvons indiquer les cordonnées du point de la topo ou l'on veut la manchette :
+	# 0 0, c'est en bas, à gauche, 100 100, c'est en haut, à droite
+	# La manchette a des "points cardinaux" autour : n, s, ne, sw, etc.
+	# Il faut specifier un de ces points comme ce que sera placé sur les cordonnées.
+	# Alors nous pouvons specifier que le sud-ouest de la manchette soit placé en bas, a gauche,
+	# ou une autre combination...
+	map-header 98 98 ne
+	# arrière plan de la manchette
+	map-header-bg on
+	# Légende pour expliciter les symboles. "on" imprimera seulement la légende des symboles dessinés
+	# sur la topo. Si l'on veut pour tous les symboles, utilisés ou pas, il faut indiquer "all".
+	# "legend off" = pas de légende
+	legend on
+	# Par défaut, la légende est de 14 cm de largeur
+	legend-width 14 cm
+	legend-columns 3
+	# Un commentaire à ajouter au titre, on pourrait indiquer ici la mairie où est placée la cavité
+	# dont le nom est probablement le titre de la topo.
+	map-comment "Massif de la Pierre Saint Martin - Larra"
+	# Afficher les statistiques d'explo/topo par équipe/nom. C'est lourd
+	# si la cavité est importante et qu'il y a beaucoup d'explorateurs/topographes.
+	statistics explo-length off
+	statistics topo-length off
+	# Afficher un copyright
+	statistics copyright 2
+	
+	# Dessin ou pas du cheminement topo
+	#symbol-hide point station
+	symbol-hide line survey
+	#symbol-hide point u:symbol_plan
+	#symbol-hide point u:symbol_extend
+	# debug scrap-names
+	debug station-names
+	
+	
+	# color map-fg [100 100 80]
+	# color map-fg altitude
+	# color-legend off
+	
+	layers on
+	
+	overlap 3 cm
+	
+	# Modification du Titre de la topo
+	code tex-map
+		% Output map title as determined by Therion is stored in cavename, défini par la une Map.
+		% It will be empty if there are multiple maps selected for any one projection
+		% AND there are multiple source surveys identified in the thconfig file
+		% ie Therion can not infer a unique title from the input data given.
+		% This code allows you to define an output map title {cavename} if it happens to be empty
+		\edef\temp{\the\cavename}        % cavename from Therion
+		\edef\nostring{}                 % empty string
+		\ifx\temp\nostring             % test if cavename is empty
+		% if empty
+		reassign cavename to describe selected maps as a group
+		\else % if not empty keep the value set by therion, or assign an override cavename here
+		\fi
+		\cavename={Complexe_Lonne_Peyret-Bourrugues, coupe développée}
+		\newtoks\club \club={ARSIP}
+		%\newtoks\thanksto \thanksto={Alpes Minages pour son soutien actif et Loire Travaux Spéciaux l'aide logistique}
+		%\newtoks\wpage \wpage={https://www.arsip.fr/}
+		%\newtoks\datat \datat={https://github.com/Alex38Lyon/Synthese-PSM_LARRA}
+		\newtoks\synth \synth={Alexandre Pont}
+		\framethickness=0.5mm
+	endcode
+	
+endlayout
+
+
+
+# Fin de la definition du Layout "normal"
+
+layout layout-kml
+	# Définition du système de projection du plan
+	cs EPSG:2154
+	# Couleur de la topographie
+	# Rouge-Orange = 255,69,0 -->
+	# Orange = 255,165,0 -->
+	# Orange Sombre = 255,140,0 -->
+	# Bleu --> 0, 0 255
+	color map-fg [0 0 100]
+endlayout
+
+# 3-EXPORT
+
+# Export des xvi pour le dessin si besoin
+#export map -fmt xvi -layout xviexport -o Data/Complexe_Lonne_Peyret-Bourrugues-map.xvi
+#export map -proj extended -layout xviexport -fmt xvi -o Data/Complexe_Lonne_Peyret-Bourrugues-coupe.xvi
+
+# Selection des Maps à exporter
+# select MP-Complexe_Lonne_Peyret-Bourrugues-plan-tot@Complexe_Lonne_Peyret-Bourrugues
+# select MC-Complexe_Lonne_Peyret-Bourrugues-coupe-tot@Complexe_Lonne_Peyret-Bourrugues
+
+# Export des fichiers pdf, plan et coupe.
+# ATTENTION, la topo étant énorme, il faut mettre l'option ne traçant pas la centerline !
+# export map -projection extended -fmt pdf -layout layout-coupe -o Outputs/Complexe_Lonne_Peyret-Bourrugues-Coupe.pdf
+#export map -projection extended -fmt pdf -layout layout-coupe-LT -o Outputs/Complexe_Lonne_Peyret-Bourrugues-Coupe-LT.pdf
+#export map -projection plan -fmt pdf -layout layout-plan-LT -o Outputs/Complexe_Lonne_Peyret-Bourrugues-Plan-LT.pdf
+# export map -projection plan -fmt pdf -layout my_layout -o Outputs/Complexe_Lonne_Peyret-Bourrugues-Plan.pdf
+#export map -projection extended -fmt pdf -layout layout-coupe-plan -o Outputs/Complexe_Lonne_Peyret-Bourrugues-Coupe-Plan.pdf
+
+
+# Export du fichier 3d pour Loch
+export model -enable all -o Outputs/Complexe_Lonne_Peyret-Bourrugues.lox
+export model -enable all -o Outputs/Complexe_Lonne_Peyret-Bourrugues.kml
+
+# Export des fichiers ESRI
+#export map -proj plan -fmt esri -o Outputs/Complexe_Lonne_Peyret-Bourrugues
+
+# Export des fichiers kml
+#export map -proj plan -fmt kml -o Outputs/Complexe_Lonne_Peyret-Bourrugues.kml -layout layout-kml
+#export model -fmt kml -o Outputs/Complexe_Lonne_Peyret-Bourrugues-model.kml -enable all
+#export model -enable all -o Outputs/Complexe_Lonne_Peyret-Bourrugues-3D.kml
+export cave-list -location on -o Outputs/Complexe_Lonne_Peyret-Bourrugues-Cave-list.html
+export survey-list -location on -o Outputs/Complexe_Lonne_Peyret-Bourrugues-Surveys.html

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/B3_Bourrugues-maps.th

@@ -0,0 +1,19 @@
+encoding utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+map MP-B3-Bourrugues-plan-tot -title "B3-Bourrugues"
+	SP-B3-Bourrugues_01
+	break
+	SP-B3-Bourrugues_02
+endmap
+
+map MC-B3-Bourrugues-coupe-tot -title "B3-Bourrugues"
+	SC-B3-Bourrugues_01
+	break
+	SC-B3-Bourrugues_02
+endmap

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/B3_Bourrugues-tot.th

@@ -0,0 +1,25 @@
+encoding utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+survey B3-Bourrugues -title "Gouffre B3 - Bourrugues"
+	input Data/B3_Entree/B3_Entree-tot.th
+	input Data/B3_Aval/B3_Aval-tot.th
+	equate Q-08@B3_Aval_01.B3_Aval Q-08@B3_Entree_06.B3_Entree
+	input Data/B3_Amonts/B3_Amonts-tot.th
+	equate A-42@B3_Amonts_01.B3_Amonts A-42@B3_Entree_01.B3_Entree
+	
+	## Pour le plan
+	# input Data/B3-Bourrugues-plan.th2
+	
+	## Pour la coupe développée
+	# input Data/B3-Bourrugues-coupe.th2
+	
+	## Appel des maps
+	# input B3-Bourrugues-maps.th
+	
+endsurvey

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/B3_Bourrugues.thconfig

@@ -0,0 +1,357 @@
+encoding  utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+# INTRO
+
+# le signe "#" en début de ligne signifie que la ligne est commentée. Elle ne
+# sera donc pas lue lors de la compilation.
+
+# Dans ce fichier on met les specifications generales, à savoir
+# dans quel fichier sont les donnees topo, l'aspect que l'on veut
+# donner aux topos imprimées (layout) et ce que l'on
+# veut comme résultat : map, ou atlas ou 3D ou donnees en format SQL
+
+# Alors, on peut fractionner ce fichier en trois parts:
+# - source, pour specifier les fichiers ou sont les données topo/dessin
+# - layout, pour specifier la composition du document à imprimer
+# - export: map, atlas, etc
+
+
+# 1-SOURCES
+# La ligne source spécifie le fichier ou sont les donnees topo
+# jb.th". (Au fichier "jb.th" il faudra avoir une ligne
+# "input "nomducavite.th2" pour specifier le fichier ou se trouvent
+# les donnees du dessin, comme ça, ce fichier thconfig appellera
+# "jb.th" et a leur tour, "jb.th" appellera
+# "jb-dessin.th2")
+source B3-Bourrugues-tot.th
+
+# Add Coordinates
+input Legendes/entrances_coordinates.th
+
+# Add config file
+input config.thc
+
+# 2-LAYOUT
+# Ici, on peut specifier des choses comme les symboles à utiliser (UIS, etc)
+# ou imprimer des explications des symboles
+
+# Debut de la definition du Layout "xviexport"
+layout xviexport
+	#cs UTM32
+	# echelle à laquelle on veut dessiner la topo
+	scale 1 100
+	#scale 1 1000
+	# taille de la grille
+	grid-size 2 2 2 m
+	# mettre la grille en arrière plan
+	grid bottom
+endlayout
+# fin de la définition du layout "xviexport"
+
+#debut de la definition du layout "my_layout"
+layout my_layout
+	# Rajout des coordonnées de l'entrée
+	copy Coords_Header_CDa
+	# Call the config settings (Layout config inside the config.thc file)
+	copy drawingconfig
+	copy headerl
+	copy langue-fr
+	
+	
+	# Définition du système de projection du plan
+	cs UTM30
+	
+	# La ligne base-scale spécifie l'échelle auquel nous avons dessiné nos croquis.
+	# Par défaut, Therion pense que c'est une échelle 1:200. Si on a utilisé une autre échelle,
+	# il faut enlever le "#" et spécifier l'échelle vraiment employée, comme c'est le cas
+	# après avoir dessiné la topo sur un cheminement exporté avec le layout "xviexport".
+	# Jouer avec le ration base-scale/scale permet de jouer globalement sur les tailles
+	# des caractères et des traits.
+	base-scale 1 100
+	
+	# Maintenant on va mettre une ligne "scale" pour specifier l'échelle pour imprimer la topo.
+	# La combination entre scale et base-scale contrôle l'épaisseur des lignes, rotation, etc, convenable
+	# pour faire l'ampliation-réduction entre dessin et le résultat de l'imprimante
+	# C'est tres important s'assurer que la configuration de l'imprimante ne spécifie pas l'option "Fit in page"
+	# ou similaire, sinon, l'échelle sera changée pendant l'impression!
+	scale 1 100
+	
+	# Echelle graphique 100 m ampleur (Généralement, le choix scale/10 est plutôt pas mal)
+	scale-bar 10 m
+	
+	# Voici une ligne pour specifier qu'il faut imprimer une grille au dessous de la topo
+	grid bottom
+	
+	# Défini la rotation de la topographie
+	#rotate -65
+	
+	# Une ligne pour specifier que la grille est 1000x1000x1000 m
+	# (Trois dimensions, oui, ça sert pour la coupe aussi)
+	grid-size 50 50 50 m
+	
+	# la topo est transparente (on peut voir les galeries en dessous)
+	# C'est on par défaut, donc, pas vraiment besoin de specifier
+	transparency on
+	# Couleur de la topographie
+	# color map-fg [100 100 80]
+	color map-fg 90
+	# ça marche seulement si transparency est "on" 90% blanc= 10% noir
+	opacity 75
+	
+	#surface bottom
+	#surface-opacity 100
+	
+	# Auteur
+	doc-author "Alexandre Pont"
+	# Titre
+	doc-title "B3-Bourrugues plan - 1:100"
+	
+	# Maintenant on spécifie la position de la manchette, dont l'intérieur est occupé par le titre, auteurs, etc.
+	# Nous pouvons indiquer les cordonnées du point de la topo ou l'on veut la manchette :
+	# 0 0, c'est en bas, à gauche, 100 100, c'est en haut, à droite
+	# La manchette a des "points cardinaux" autour : n, s, ne, sw, etc.
+	# Il faut specifier un de ces points comme ce que sera placé sur les cordonnées.
+	# Alors nous pouvons specifier que le sud-ouest de la manchette soit placé en bas, a gauche,
+	# ou une autre combination...
+	map-header 2 98 nw
+	
+	# arrière plan de la manchette
+	map-header-bg on
+	# Légende pour expliciter les symboles. "on" imprimera seulement la légende des symboles dessinés
+	# sur la topo. Si l'on veut pour tous les symboles, utilisés ou pas, il faut indiquer "all".
+	# "legend off" = pas de légende
+	legend on
+	# Par défaut, la légende est de 14 cm de largeur
+	legend-width 15 cm
+	legend-columns 3
+	# Un commentaire à ajouter au titre, on pourrait indiquer ici la mairie où est placée la cavité
+	# dont le nom est probablement le titre de la topo.
+	map-comment "Massif de la Pierre Saint Martin - Larra"
+	# Afficher les statistiques d'explo/topo par équipe/nom. C'est lourd
+	# si la cavité est importante et qu'il y a beaucoup d'explorateurs/topographes.
+	statistics explo-length off
+	statistics topo-length off
+	# Afficher un copyright
+	statistics copyright 2
+	
+	# Dessin ou pas du cheminement topo
+	symbol-hide point station
+	symbol-hide line survey
+	symbol-hide point u:symbol_plan
+	symbol-hide point u:symbol_extend
+	#debug scrap-names
+	#debug station-names
+	
+	
+	# color map-fg [100 100 80]
+	# color map-fg altitude
+	# color-legend off
+	
+	layers on
+	
+	overlap 3 cm
+	
+	code tex-map
+		% Output map title as determined by Therion is stored in cavename, défini par la une Map.
+		% It will be empty if there are multiple maps selected for any one projection
+		% AND there are multiple source surveys identified in the thconfig file
+		% ie Therion can not infer a unique title from the input data given.
+		% This code allows you to define an output map title {cavename} if it happens to be empty
+		\edef\temp{\the\cavename}        % cavename from Therion
+		\edef\nostring{}                 % empty string
+		\ifx\temp\nostring             % test if cavename is empty
+		% if empty
+		reassign cavename to describe selected maps as a group
+		\else % if not empty keep the value set by therion, or assign an override cavename here
+		\fi
+		\cavename={B3-Bourrugues, plan 1:100}
+		\newtoks\club \club={ARSIP}
+		%\newtoks\thanksto \thanksto={Alpes Minages pour son soutien actif et Loire Travaux Spéciaux l'aide logistique}
+		%\newtoks\wpage \wpage={https://www.arsip.fr/}
+		%\newtoks\datat \datat={https://github.com/Alex38Lyon/Synthese-PSM_LARRA}
+		\newtoks\synth \synth={Alexandre Pont}
+		\framethickness=0.5mm
+	endcode
+	
+	
+endlayout
+
+#debut de la definition du layout "layout-coupe"
+layout layout-coupe
+	## Rajout des coordonnées de l'entrée
+	copy Coords_Header_CDa
+	## Call the config settings (Layout config inside the config.thc file)
+	copy drawingconfig
+	copy header_coupe
+	#copy headerl
+	#copy header_coupe_vert-auto
+	#copy header_coupe_vert-to-place
+	copy langue-fr
+	
+	# Définition du système de projection du plan
+	cs UTM30
+	
+	# La ligne base-scale spécifie l'échelle auquel nous avons dessiné nos croquis.
+	# Par défaut, Therion pense que c'est une échelle 1:200. Si on a utilisé une autre échelle,
+	# il faut enlever le "#" et spécifier l'échelle vraiment employée, comme c'est le cas
+	# après avoir dessiné la topo sur un cheminement exporté avec le layout "xviexport".
+	# Jouer avec le ration base-scale/scale permet de jouer globalement sur les tailles
+	# des caractères et des traits.
+	base-scale 1 250
+	
+	# Maintenant on va mettre une ligne "scale" pour specifier l'échelle pour imprimer la topo.
+	# La combination entre scale et base-scale contrôle l'épaisseur des lignes, rotation, etc, convenable
+	# pour faire l'ampliation-réduction entre dessin et le résultat de l'imprimante
+	# C'est tres important s'assurer que la configuration de l'imprimante ne spécifie pas l'option "Fit in page"
+	# ou similaire, sinon, l'échelle sera changée pendant l'impression!
+	scale 1 250
+	
+	# Echelle graphique 100 m ampleur (Généralement, le choix scale/10 est plutôt pas mal)
+	scale-bar 40 m
+	
+	# Voici une ligne pour specifier qu'il faut imprimer une grille au dessous de la topo
+	#grid bottom
+	grid off
+	# Une ligne pour specifier que la grille est 1000x1000x1000 m
+	# (Trois dimensions, oui, ça sert pour la coupe aussi)
+	#grid-size 250 250 250 m
+	
+	# la topo est transparente (on peut voir les galeries inférieurs)
+	# C'est on par défaut, donc, pas vraiment besoin de specifier
+	transparency on
+	# Couleur de la topographie
+	#color map-fg [100 100 80]
+	color map-fg 90
+	# ça marche seulement si transparency est "on" 90% blanc= 10% noir
+	opacity 75
+	
+	#surface bottom
+	#surface-opacity 100
+	
+	# Auteur
+	doc-author "Alexandre Pont"
+	# Titre
+	doc-title "B3-Bourrugues coupe développée - 1:250"
+	
+	# Maintenant on spécifie la position de la manchette, dont l'intérieur est occupé par le titre, auteurs, etc.
+	# Nous pouvons indiquer les cordonnées du point de la topo ou l'on veut la manchette :
+	# 0 0, c'est en bas, à gauche, 100 100, c'est en haut, à droite
+	# La manchette a des "points cardinaux" autour : n, s, ne, sw, etc.
+	# Il faut specifier un de ces points comme ce que sera placé sur les cordonnées.
+	# Alors nous pouvons specifier que le sud-ouest de la manchette soit placé en bas, a gauche,
+	# ou une autre combination...
+	map-header 98 98 ne
+	# arrière plan de la manchette
+	map-header-bg on
+	# Légende pour expliciter les symboles. "on" imprimera seulement la légende des symboles dessinés
+	# sur la topo. Si l'on veut pour tous les symboles, utilisés ou pas, il faut indiquer "all".
+	# "legend off" = pas de légende
+	legend on
+	# Par défaut, la légende est de 14 cm de largeur
+	legend-width 14 cm
+	legend-columns 3
+	# Un commentaire à ajouter au titre, on pourrait indiquer ici la mairie où est placée la cavité
+	# dont le nom est probablement le titre de la topo.
+	map-comment "Massif de la Pierre Saint Martin - Larra"
+	# Afficher les statistiques d'explo/topo par équipe/nom. C'est lourd
+	# si la cavité est importante et qu'il y a beaucoup d'explorateurs/topographes.
+	statistics explo-length off
+	statistics topo-length off
+	# Afficher un copyright
+	statistics copyright 2
+	
+	# Dessin ou pas du cheminement topo
+	#symbol-hide point station
+	symbol-hide line survey
+	#symbol-hide point u:symbol_plan
+	#symbol-hide point u:symbol_extend
+	# debug scrap-names
+	debug station-names
+	
+	
+	# color map-fg [100 100 80]
+	# color map-fg altitude
+	# color-legend off
+	
+	layers on
+	
+	overlap 3 cm
+	
+	# Modification du Titre de la topo
+	code tex-map
+		% Output map title as determined by Therion is stored in cavename, défini par la une Map.
+		% It will be empty if there are multiple maps selected for any one projection
+		% AND there are multiple source surveys identified in the thconfig file
+		% ie Therion can not infer a unique title from the input data given.
+		% This code allows you to define an output map title {cavename} if it happens to be empty
+		\edef\temp{\the\cavename}        % cavename from Therion
+		\edef\nostring{}                 % empty string
+		\ifx\temp\nostring             % test if cavename is empty
+		% if empty
+		reassign cavename to describe selected maps as a group
+		\else % if not empty keep the value set by therion, or assign an override cavename here
+		\fi
+		\cavename={B3-Bourrugues, coupe développée}
+		\newtoks\club \club={ARSIP}
+		%\newtoks\thanksto \thanksto={Alpes Minages pour son soutien actif et Loire Travaux Spéciaux l'aide logistique}
+		%\newtoks\wpage \wpage={https://www.arsip.fr/}
+		%\newtoks\datat \datat={https://github.com/Alex38Lyon/Synthese-PSM_LARRA}
+		\newtoks\synth \synth={Alexandre Pont}
+		\framethickness=0.5mm
+	endcode
+	
+endlayout
+
+
+
+# Fin de la definition du Layout "normal"
+
+layout layout-kml
+	# Définition du système de projection du plan
+	cs EPSG:2154
+	# Couleur de la topographie
+	# Rouge-Orange = 255,69,0 -->
+	# Orange = 255,165,0 -->
+	# Orange Sombre = 255,140,0 -->
+	# Bleu --> 0, 0 255
+	color map-fg [0 0 100]
+endlayout
+
+# 3-EXPORT
+
+# Export des xvi pour le dessin si besoin
+#export map -fmt xvi -layout xviexport -o Data/B3-Bourrugues-map.xvi
+#export map -proj extended -layout xviexport -fmt xvi -o Data/B3-Bourrugues-coupe.xvi
+
+# Selection des Maps à exporter
+# select MP-B3-Bourrugues-plan-tot@B3-Bourrugues
+# select MC-B3-Bourrugues-coupe-tot@B3-Bourrugues
+
+# Export des fichiers pdf, plan et coupe.
+# ATTENTION, la topo étant énorme, il faut mettre l'option ne traçant pas la centerline !
+# export map -projection extended -fmt pdf -layout layout-coupe -o Outputs/B3-Bourrugues-Coupe.pdf
+#export map -projection extended -fmt pdf -layout layout-coupe-LT -o Outputs/B3-Bourrugues-Coupe-LT.pdf
+#export map -projection plan -fmt pdf -layout layout-plan-LT -o Outputs/B3-Bourrugues-Plan-LT.pdf
+# export map -projection plan -fmt pdf -layout my_layout -o Outputs/B3-Bourrugues-Plan.pdf
+#export map -projection extended -fmt pdf -layout layout-coupe-plan -o Outputs/B3-Bourrugues-Coupe-Plan.pdf
+
+
+# Export du fichier 3d pour Loch
+export model -enable all -o Outputs/B3-Bourrugues.lox
+export model -enable all -o Outputs/B3-Bourrugues.kml
+
+# Export des fichiers ESRI
+#export map -proj plan -fmt esri -o Outputs/B3-Bourrugues
+
+# Export des fichiers kml
+#export map -proj plan -fmt kml -o Outputs/B3-Bourrugues.kml -layout layout-kml
+#export model -fmt kml -o Outputs/B3-Bourrugues-model.kml -enable all
+#export model -enable all -o Outputs/B3-Bourrugues-3D.kml
+export cave-list -location on -o Outputs/B3-Bourrugues-Cave-list.html
+export survey-list -location on -o Outputs/B3-Bourrugues-Surveys.html

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Amonts/B3_Amonts-maps.th

@@ -0,0 +1,19 @@
+encoding utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+map MP-B3_Amonts-plan-tot -title "B3_Amonts"
+	SP-B3_Amonts_01
+	break
+	SP-B3_Amonts_02
+endmap
+
+map MC-B3_Amonts-coupe-tot -title "B3_Amonts"
+	SC-B3_Amonts_01
+	break
+	SC-B3_Amonts_02
+endmap

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Amonts/B3_Amonts-tot.th

@@ -0,0 +1,23 @@
+encoding utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+survey B3_Amonts -title "B3 Amonts"
+	input Data/B3_Amonts.th
+	equate J34@B3_Amonts_01 J34@B3_Amonts_02
+	equate J09@B3_Amonts_01 J09@B3_Amonts_03
+	
+	## Pour le plan
+	# input Data/B3_Amonts-plan.th2
+	
+	## Pour la coupe développée
+	# input Data/B3_Amonts-coupe.th2
+	
+	## Appel des maps
+	# input B3_Amonts-maps.th
+	
+endsurvey

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Amonts/B3_Amonts.thconfig

@@ -0,0 +1,357 @@
+encoding  utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+# INTRO
+
+# le signe "#" en début de ligne signifie que la ligne est commentée. Elle ne
+# sera donc pas lue lors de la compilation.
+
+# Dans ce fichier on met les specifications generales, à savoir
+# dans quel fichier sont les donnees topo, l'aspect que l'on veut
+# donner aux topos imprimées (layout) et ce que l'on
+# veut comme résultat : map, ou atlas ou 3D ou donnees en format SQL
+
+# Alors, on peut fractionner ce fichier en trois parts:
+# - source, pour specifier les fichiers ou sont les données topo/dessin
+# - layout, pour specifier la composition du document à imprimer
+# - export: map, atlas, etc
+
+
+# 1-SOURCES
+# La ligne source spécifie le fichier ou sont les donnees topo
+# jb.th". (Au fichier "jb.th" il faudra avoir une ligne
+# "input "nomducavite.th2" pour specifier le fichier ou se trouvent
+# les donnees du dessin, comme ça, ce fichier thconfig appellera
+# "jb.th" et a leur tour, "jb.th" appellera
+# "jb-dessin.th2")
+source B3_Amonts-tot.th
+
+# Add Coordinates
+input Legendes/entrances_coordinates.th
+
+# Add config file
+input config.thc
+
+# 2-LAYOUT
+# Ici, on peut specifier des choses comme les symboles à utiliser (UIS, etc)
+# ou imprimer des explications des symboles
+
+# Debut de la definition du Layout "xviexport"
+layout xviexport
+	#cs UTM32
+	# echelle à laquelle on veut dessiner la topo
+	scale 1 100
+	#scale 1 1000
+	# taille de la grille
+	grid-size 2 2 2 m
+	# mettre la grille en arrière plan
+	grid bottom
+endlayout
+# fin de la définition du layout "xviexport"
+
+#debut de la definition du layout "my_layout"
+layout my_layout
+	# Rajout des coordonnées de l'entrée
+	copy Coords_Header_CDa
+	# Call the config settings (Layout config inside the config.thc file)
+	copy drawingconfig
+	copy headerl
+	copy langue-fr
+	
+	
+	# Définition du système de projection du plan
+	cs UTM30
+	
+	# La ligne base-scale spécifie l'échelle auquel nous avons dessiné nos croquis.
+	# Par défaut, Therion pense que c'est une échelle 1:200. Si on a utilisé une autre échelle,
+	# il faut enlever le "#" et spécifier l'échelle vraiment employée, comme c'est le cas
+	# après avoir dessiné la topo sur un cheminement exporté avec le layout "xviexport".
+	# Jouer avec le ration base-scale/scale permet de jouer globalement sur les tailles
+	# des caractères et des traits.
+	base-scale 1 100
+	
+	# Maintenant on va mettre une ligne "scale" pour specifier l'échelle pour imprimer la topo.
+	# La combination entre scale et base-scale contrôle l'épaisseur des lignes, rotation, etc, convenable
+	# pour faire l'ampliation-réduction entre dessin et le résultat de l'imprimante
+	# C'est tres important s'assurer que la configuration de l'imprimante ne spécifie pas l'option "Fit in page"
+	# ou similaire, sinon, l'échelle sera changée pendant l'impression!
+	scale 1 100
+	
+	# Echelle graphique 100 m ampleur (Généralement, le choix scale/10 est plutôt pas mal)
+	scale-bar 10 m
+	
+	# Voici une ligne pour specifier qu'il faut imprimer une grille au dessous de la topo
+	grid bottom
+	
+	# Défini la rotation de la topographie
+	#rotate -65
+	
+	# Une ligne pour specifier que la grille est 1000x1000x1000 m
+	# (Trois dimensions, oui, ça sert pour la coupe aussi)
+	grid-size 50 50 50 m
+	
+	# la topo est transparente (on peut voir les galeries en dessous)
+	# C'est on par défaut, donc, pas vraiment besoin de specifier
+	transparency on
+	# Couleur de la topographie
+	# color map-fg [100 100 80]
+	color map-fg 90
+	# ça marche seulement si transparency est "on" 90% blanc= 10% noir
+	opacity 75
+	
+	#surface bottom
+	#surface-opacity 100
+	
+	# Auteur
+	doc-author "Alexandre Pont"
+	# Titre
+	doc-title "B3_Amonts plan - 1:100"
+	
+	# Maintenant on spécifie la position de la manchette, dont l'intérieur est occupé par le titre, auteurs, etc.
+	# Nous pouvons indiquer les cordonnées du point de la topo ou l'on veut la manchette :
+	# 0 0, c'est en bas, à gauche, 100 100, c'est en haut, à droite
+	# La manchette a des "points cardinaux" autour : n, s, ne, sw, etc.
+	# Il faut specifier un de ces points comme ce que sera placé sur les cordonnées.
+	# Alors nous pouvons specifier que le sud-ouest de la manchette soit placé en bas, a gauche,
+	# ou une autre combination...
+	map-header 2 98 nw
+	
+	# arrière plan de la manchette
+	map-header-bg on
+	# Légende pour expliciter les symboles. "on" imprimera seulement la légende des symboles dessinés
+	# sur la topo. Si l'on veut pour tous les symboles, utilisés ou pas, il faut indiquer "all".
+	# "legend off" = pas de légende
+	legend on
+	# Par défaut, la légende est de 14 cm de largeur
+	legend-width 15 cm
+	legend-columns 3
+	# Un commentaire à ajouter au titre, on pourrait indiquer ici la mairie où est placée la cavité
+	# dont le nom est probablement le titre de la topo.
+	map-comment "Massif de la Pierre Saint Martin - Larra"
+	# Afficher les statistiques d'explo/topo par équipe/nom. C'est lourd
+	# si la cavité est importante et qu'il y a beaucoup d'explorateurs/topographes.
+	statistics explo-length off
+	statistics topo-length off
+	# Afficher un copyright
+	statistics copyright 2
+	
+	# Dessin ou pas du cheminement topo
+	symbol-hide point station
+	symbol-hide line survey
+	symbol-hide point u:symbol_plan
+	symbol-hide point u:symbol_extend
+	#debug scrap-names
+	#debug station-names
+	
+	
+	# color map-fg [100 100 80]
+	# color map-fg altitude
+	# color-legend off
+	
+	layers on
+	
+	overlap 3 cm
+	
+	code tex-map
+		% Output map title as determined by Therion is stored in cavename, défini par la une Map.
+		% It will be empty if there are multiple maps selected for any one projection
+		% AND there are multiple source surveys identified in the thconfig file
+		% ie Therion can not infer a unique title from the input data given.
+		% This code allows you to define an output map title {cavename} if it happens to be empty
+		\edef\temp{\the\cavename}        % cavename from Therion
+		\edef\nostring{}                 % empty string
+		\ifx\temp\nostring             % test if cavename is empty
+		% if empty
+		reassign cavename to describe selected maps as a group
+		\else % if not empty keep the value set by therion, or assign an override cavename here
+		\fi
+		\cavename={B3_Amonts, plan 1:100}
+		\newtoks\club \club={ARSIP}
+		%\newtoks\thanksto \thanksto={Alpes Minages pour son soutien actif et Loire Travaux Spéciaux l'aide logistique}
+		%\newtoks\wpage \wpage={https://www.arsip.fr/}
+		%\newtoks\datat \datat={https://github.com/Alex38Lyon/Synthese-PSM_LARRA}
+		\newtoks\synth \synth={Alexandre Pont}
+		\framethickness=0.5mm
+	endcode
+	
+	
+endlayout
+
+#debut de la definition du layout "layout-coupe"
+layout layout-coupe
+	## Rajout des coordonnées de l'entrée
+	copy Coords_Header_CDa
+	## Call the config settings (Layout config inside the config.thc file)
+	copy drawingconfig
+	copy header_coupe
+	#copy headerl
+	#copy header_coupe_vert-auto
+	#copy header_coupe_vert-to-place
+	copy langue-fr
+	
+	# Définition du système de projection du plan
+	cs UTM30
+	
+	# La ligne base-scale spécifie l'échelle auquel nous avons dessiné nos croquis.
+	# Par défaut, Therion pense que c'est une échelle 1:200. Si on a utilisé une autre échelle,
+	# il faut enlever le "#" et spécifier l'échelle vraiment employée, comme c'est le cas
+	# après avoir dessiné la topo sur un cheminement exporté avec le layout "xviexport".
+	# Jouer avec le ration base-scale/scale permet de jouer globalement sur les tailles
+	# des caractères et des traits.
+	base-scale 1 250
+	
+	# Maintenant on va mettre une ligne "scale" pour specifier l'échelle pour imprimer la topo.
+	# La combination entre scale et base-scale contrôle l'épaisseur des lignes, rotation, etc, convenable
+	# pour faire l'ampliation-réduction entre dessin et le résultat de l'imprimante
+	# C'est tres important s'assurer que la configuration de l'imprimante ne spécifie pas l'option "Fit in page"
+	# ou similaire, sinon, l'échelle sera changée pendant l'impression!
+	scale 1 250
+	
+	# Echelle graphique 100 m ampleur (Généralement, le choix scale/10 est plutôt pas mal)
+	scale-bar 40 m
+	
+	# Voici une ligne pour specifier qu'il faut imprimer une grille au dessous de la topo
+	#grid bottom
+	grid off
+	# Une ligne pour specifier que la grille est 1000x1000x1000 m
+	# (Trois dimensions, oui, ça sert pour la coupe aussi)
+	#grid-size 250 250 250 m
+	
+	# la topo est transparente (on peut voir les galeries inférieurs)
+	# C'est on par défaut, donc, pas vraiment besoin de specifier
+	transparency on
+	# Couleur de la topographie
+	#color map-fg [100 100 80]
+	color map-fg 90
+	# ça marche seulement si transparency est "on" 90% blanc= 10% noir
+	opacity 75
+	
+	#surface bottom
+	#surface-opacity 100
+	
+	# Auteur
+	doc-author "Alexandre Pont"
+	# Titre
+	doc-title "B3_Amonts coupe développée - 1:250"
+	
+	# Maintenant on spécifie la position de la manchette, dont l'intérieur est occupé par le titre, auteurs, etc.
+	# Nous pouvons indiquer les cordonnées du point de la topo ou l'on veut la manchette :
+	# 0 0, c'est en bas, à gauche, 100 100, c'est en haut, à droite
+	# La manchette a des "points cardinaux" autour : n, s, ne, sw, etc.
+	# Il faut specifier un de ces points comme ce que sera placé sur les cordonnées.
+	# Alors nous pouvons specifier que le sud-ouest de la manchette soit placé en bas, a gauche,
+	# ou une autre combination...
+	map-header 98 98 ne
+	# arrière plan de la manchette
+	map-header-bg on
+	# Légende pour expliciter les symboles. "on" imprimera seulement la légende des symboles dessinés
+	# sur la topo. Si l'on veut pour tous les symboles, utilisés ou pas, il faut indiquer "all".
+	# "legend off" = pas de légende
+	legend on
+	# Par défaut, la légende est de 14 cm de largeur
+	legend-width 14 cm
+	legend-columns 3
+	# Un commentaire à ajouter au titre, on pourrait indiquer ici la mairie où est placée la cavité
+	# dont le nom est probablement le titre de la topo.
+	map-comment "Massif de la Pierre Saint Martin - Larra"
+	# Afficher les statistiques d'explo/topo par équipe/nom. C'est lourd
+	# si la cavité est importante et qu'il y a beaucoup d'explorateurs/topographes.
+	statistics explo-length off
+	statistics topo-length off
+	# Afficher un copyright
+	statistics copyright 2
+	
+	# Dessin ou pas du cheminement topo
+	#symbol-hide point station
+	symbol-hide line survey
+	#symbol-hide point u:symbol_plan
+	#symbol-hide point u:symbol_extend
+	# debug scrap-names
+	debug station-names
+	
+	
+	# color map-fg [100 100 80]
+	# color map-fg altitude
+	# color-legend off
+	
+	layers on
+	
+	overlap 3 cm
+	
+	# Modification du Titre de la topo
+	code tex-map
+		% Output map title as determined by Therion is stored in cavename, défini par la une Map.
+		% It will be empty if there are multiple maps selected for any one projection
+		% AND there are multiple source surveys identified in the thconfig file
+		% ie Therion can not infer a unique title from the input data given.
+		% This code allows you to define an output map title {cavename} if it happens to be empty
+		\edef\temp{\the\cavename}        % cavename from Therion
+		\edef\nostring{}                 % empty string
+		\ifx\temp\nostring             % test if cavename is empty
+		% if empty
+		reassign cavename to describe selected maps as a group
+		\else % if not empty keep the value set by therion, or assign an override cavename here
+		\fi
+		\cavename={B3_Amonts, coupe développée}
+		\newtoks\club \club={ARSIP}
+		%\newtoks\thanksto \thanksto={Alpes Minages pour son soutien actif et Loire Travaux Spéciaux l'aide logistique}
+		%\newtoks\wpage \wpage={https://www.arsip.fr/}
+		%\newtoks\datat \datat={https://github.com/Alex38Lyon/Synthese-PSM_LARRA}
+		\newtoks\synth \synth={Alexandre Pont}
+		\framethickness=0.5mm
+	endcode
+	
+endlayout
+
+
+
+# Fin de la definition du Layout "normal"
+
+layout layout-kml
+	# Définition du système de projection du plan
+	cs EPSG:2154
+	# Couleur de la topographie
+	# Rouge-Orange = 255,69,0 -->
+	# Orange = 255,165,0 -->
+	# Orange Sombre = 255,140,0 -->
+	# Bleu --> 0, 0 255
+	color map-fg [0 0 100]
+endlayout
+
+# 3-EXPORT
+
+# Export des xvi pour le dessin si besoin
+export map -fmt xvi -layout xviexport -o Data/B3_Amonts-map.xvi
+#export map -proj extended -layout xviexport -fmt xvi -o Data/B3_Amonts-coupe.xvi
+
+# Selection des Maps à exporter
+# select MP-B3_Amonts-plan-tot@B3_Amonts
+# select MC-B3_Amonts-coupe-tot@B3_Amonts
+
+# Export des fichiers pdf, plan et coupe.
+# ATTENTION, la topo étant énorme, il faut mettre l'option ne traçant pas la centerline !
+# export map -projection extended -fmt pdf -layout layout-coupe -o Outputs/B3_Amonts-Coupe.pdf
+#export map -projection extended -fmt pdf -layout layout-coupe-LT -o Outputs/B3_Amonts-Coupe-LT.pdf
+#export map -projection plan -fmt pdf -layout layout-plan-LT -o Outputs/B3_Amonts-Plan-LT.pdf
+# export map -projection plan -fmt pdf -layout my_layout -o Outputs/B3_Amonts-Plan.pdf
+#export map -projection extended -fmt pdf -layout layout-coupe-plan -o Outputs/B3_Amonts-Coupe-Plan.pdf
+
+
+# Export du fichier 3d pour Loch
+export model -enable all -o Outputs/B3_Amonts.lox
+export model -enable all -o Outputs/B3_Amonts.kml
+
+# Export des fichiers ESRI
+#export map -proj plan -fmt esri -o Outputs/B3_Amonts
+
+# Export des fichiers kml
+#export map -proj plan -fmt kml -o Outputs/B3_Amonts.kml -layout layout-kml
+#export model -fmt kml -o Outputs/B3_Amonts-model.kml -enable all
+#export model -enable all -o Outputs/B3_Amonts-3D.kml
+export cave-list -location on -o Outputs/B3_Amonts-Cave-list.html
+export survey-list -location on -o Outputs/B3_Amonts-Surveys.html

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Amonts/Data/B3_Amonts-map.xvi

@@ -0,0 +1,455 @@
+set XVIgrids {2.0 m}
+set XVIstations {
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+  {    -6842.35      3347.38 J03@B3_Amonts_01.B3_Amonts}
+  {    -6722.97      3140.60 J04@B3_Amonts_01.B3_Amonts}
+  {    -6510.00      3189.77 J05@B3_Amonts_01.B3_Amonts}
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+  {    -5582.06      2294.13 J09@B3_Amonts_01.B3_Amonts}
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+  {    -5157.21      2207.94 J11@B3_Amonts_01.B3_Amonts}
+  {    -5112.50      2014.29 J12@B3_Amonts_01.B3_Amonts}
+  {    -4949.57      1820.11 J13@B3_Amonts_01.B3_Amonts}
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+  {     -398.22      2596.25 20@B3_Amonts_03.B3_Amonts}
+  {     -319.14      2697.47 21@B3_Amonts_03.B3_Amonts}
+  {      135.90      2633.52 22@B3_Amonts_03.B3_Amonts}
+  {      320.26      2388.87 23@B3_Amonts_03.B3_Amonts}
+  {      293.24      2261.78 24@B3_Amonts_03.B3_Amonts}
+  {      213.97      2134.91 25@B3_Amonts_03.B3_Amonts}
+  {      592.95      2181.44 26@B3_Amonts_03.B3_Amonts}
+  {      947.73      2181.44 27@B3_Amonts_03.B3_Amonts}
+  {     1062.35      2244.98 28@B3_Amonts_03.B3_Amonts}
+  {     1269.39      2308.28 29@B3_Amonts_03.B3_Amonts}
+  {     1456.85      2285.26 30@B3_Amonts_03.B3_Amonts}
+  {     1857.81      2306.28 31@B3_Amonts_03.B3_Amonts}
+  {     2058.57      2306.28 32@B3_Amonts_03.B3_Amonts}
+  {     2226.65      2264.37 33@B3_Amonts_03.B3_Amonts}
+  {     2561.69      2335.58 34@B3_Amonts_03.B3_Amonts}
+  {     2567.83      2452.88 35@B3_Amonts_03.B3_Amonts}
+  {     2747.77      2609.30 36@B3_Amonts_03.B3_Amonts}
+  {     2935.05      2656.00 37@B3_Amonts_03.B3_Amonts}
+  {     3073.06      2756.27 38@B3_Amonts_03.B3_Amonts}
+  {     3223.64      2912.20 39@B3_Amonts_03.B3_Amonts}
+  {     3256.00      2984.87 39A@B3_Amonts_03.B3_Amonts}
+  {     3307.52      3048.50 39B@B3_Amonts_03.B3_Amonts}
+  {     3428.83      3035.75 39C@B3_Amonts_03.B3_Amonts}
+  {     3300.99      3168.12 39D@B3_Amonts_03.B3_Amonts}
+  {     3120.01      3149.10 39E@B3_Amonts_03.B3_Amonts}
+  {     2830.27      3149.10 39F@B3_Amonts_03.B3_Amonts}
+  {     2570.20      2938.50 39G@B3_Amonts_03.B3_Amonts}
+  {     2407.64      2879.34 39H@B3_Amonts_03.B3_Amonts}
+  {     2379.76      2813.65 39I@B3_Amonts_03.B3_Amonts}
+  {     2391.75      2927.76 39J@B3_Amonts_03.B3_Amonts}
+  {     2135.42      2891.74 39K@B3_Amonts_03.B3_Amonts}
+  {     1951.19      3016.01 39L@B3_Amonts_03.B3_Amonts}
+  {     1884.96      2991.90 39M@B3_Amonts_03.B3_Amonts}
+  {     1636.78      3165.67 39N@B3_Amonts_03.B3_Amonts}
+  {     1497.97      3180.26 39O@B3_Amonts_03.B3_Amonts}
+  {     1230.71      3381.66 39P@B3_Amonts_03.B3_Amonts}
+  {      818.16      3670.53 39Q@B3_Amonts_03.B3_Amonts}
+  {      479.36      3850.67 39R@B3_Amonts_03.B3_Amonts}
+  {      352.78      3826.07 39S@B3_Amonts_03.B3_Amonts}
+  {      224.43      3844.10 39T@B3_Amonts_03.B3_Amonts}
+  {      177.19      3925.93 39U@B3_Amonts_03.B3_Amonts}
+  {     2206.54      2876.69 39V@B3_Amonts_03.B3_Amonts}
+  {     3273.07      3009.21 40@B3_Amonts_03.B3_Amonts}
+  {     3563.12      3163.43 41@B3_Amonts_03.B3_Amonts}
+  {     3653.69      3244.98 42@B3_Amonts_03.B3_Amonts}
+  {     3793.43      3307.20 43@B3_Amonts_03.B3_Amonts}
+  {     3667.69      3300.61 44@B3_Amonts_03.B3_Amonts}
+  {     3851.89      3420.23 45@B3_Amonts_03.B3_Amonts}
+  {     4013.38      3541.92 46@B3_Amonts_03.B3_Amonts}
+  {     4088.19      3511.69 47@B3_Amonts_03.B3_Amonts}
+  {     4207.78      3689.00 48@B3_Amonts_03.B3_Amonts}
+  {     4417.45      3795.83 49@B3_Amonts_03.B3_Amonts}
+  {     4712.28      3811.28 50@B3_Amonts_03.B3_Amonts}
+  {     4922.21      3658.76 51@B3_Amonts_03.B3_Amonts}
+  {     5108.72      3496.63 52@B3_Amonts_03.B3_Amonts}
+  {     5302.19      3500.01 53@B3_Amonts_03.B3_Amonts}
+  {     5550.17      3526.07 54@B3_Amonts_03.B3_Amonts}
+  {     6158.93      3494.17 55@B3_Amonts_03.B3_Amonts}
+  {     6709.02      3513.38 56@B3_Amonts_03.B3_Amonts}
+  {     6849.26      3558.95 57@B3_Amonts_03.B3_Amonts}
+  {     6978.26      3593.51 58@B3_Amonts_03.B3_Amonts}
+  {     7205.76      3633.63 59@B3_Amonts_03.B3_Amonts}
+  {     7407.08      3714.96 60@B3_Amonts_03.B3_Amonts}
+  {     7827.45      3929.15 61@B3_Amonts_03.B3_Amonts}
+  {     8124.27      4049.08 62@B3_Amonts_03.B3_Amonts}
+  {     8252.37      4108.81 63@B3_Amonts_03.B3_Amonts}
+  {     8498.74      4009.27 64@B3_Amonts_03.B3_Amonts}
+  {     8612.56      3972.29 65@B3_Amonts_03.B3_Amonts}
+  {     9112.06      3998.46 66@B3_Amonts_03.B3_Amonts}
+  {     9403.30      4044.59 67@B3_Amonts_03.B3_Amonts}
+  {     9637.19      4060.95 68@B3_Amonts_03.B3_Amonts}
+  {     9784.72      4114.64 69@B3_Amonts_03.B3_Amonts}
+  {     9991.04      4229.01 70@B3_Amonts_03.B3_Amonts}
+  {    10263.11      4276.98 71@B3_Amonts_03.B3_Amonts}
+  {    10420.17      4371.36 72@B3_Amonts_03.B3_Amonts}
+  {    10493.06      4388.18 73@B3_Amonts_03.B3_Amonts}
+  {    10649.69      4515.03 74@B3_Amonts_03.B3_Amonts}
+  {    11189.43      4477.28 75@B3_Amonts_03.B3_Amonts}
+  {    11454.84      4543.46 76@B3_Amonts_03.B3_Amonts}
+  {    11758.20      4564.67 77@B3_Amonts_03.B3_Amonts}
+  {    12221.51      4688.81 78@B3_Amonts_03.B3_Amonts}
+  {    12426.67      4614.14 79@B3_Amonts_03.B3_Amonts}
+  {    12532.50      4604.88 80@B3_Amonts_03.B3_Amonts}
+  {    12833.60      4674.40 81@B3_Amonts_03.B3_Amonts}
+}
+set XVIshots {
+  {    -7072.15      3407.10     -7069.29      3439.07     -7072.15      3407.10     -7069.29      3439.07     -7069.29      3439.07     -7072.15      3407.10}
+  {    -7069.29      3439.07     -6842.35      3347.38     -7069.29      3439.07     -6838.37      3357.24     -6858.43      3307.59     -7069.29      3439.07}
+  {    -6842.35      3347.38     -6722.97      3140.60     -6833.15      3352.70     -6604.32      3209.11     -6773.77      3111.27     -6879.52      3325.92}
+  {    -6722.97      3140.60     -6510.00      3189.77     -6753.79      3274.10     -6512.66      3201.28     -6470.15      3017.15     -6709.77      3083.44}
+  {    -6510.00      3189.77     -6245.01      2796.91     -6500.21      3196.38     -6203.23      2825.09     -6245.01      2796.91     -6656.88      3090.70}
+  {    -6245.01      2796.91     -5995.09      2621.91     -6216.11      2838.19     -5990.57      2628.36     -6026.02      2577.73     -6245.01      2796.91}
+  {    -5995.09      2621.91     -5807.95      2354.65     -5988.64      2626.43     -5767.32      2383.11     -5807.95      2354.65     -6039.27      2590.98}
+  {    -5807.95      2354.65     -5582.06      2294.13     -5795.11      2402.57     -5568.50      2344.70     -5585.83      2280.06     -5807.95      2354.65}
+  {    -5582.06      2294.13     -5514.98      2271.03     -5565.01      2343.64     -5508.57      2289.64     -5521.39      2252.42     -5586.80      2280.35}
+  {    -5514.98      2271.03     -5157.21      2207.94     -5511.56      2290.41     -5157.21      2207.94     -5162.68      2176.93     -5518.39      2251.64}
+  {    -5157.21      2207.94     -5112.50      2014.29     -5157.21      2207.94     -5077.21      2022.43     -5122.86      2011.89     -5187.90      2200.86}
+  {    -5112.50      2014.29     -4949.57      1820.11     -5084.75      2037.57     -4910.06      1853.26     -4973.70      1799.87     -5120.64      2007.45}
+  {    -4949.57      1820.11     -4855.35      1836.73     -4958.53      1870.90     -4857.81      1850.68     -4849.47      1803.38     -4944.10      1789.10}
+  {    -4855.35      1836.73     -4855.35      1836.73     -4841.18      1836.73     -4821.10      1836.73     -4855.35      1836.73     -4889.21      1836.73}
+  {    -4855.35      1836.73     -4759.13      1755.99     -4833.34      1862.96     -4756.10      1759.61     -4781.66      1729.15     -4855.35      1836.73}
+  {    -4759.13      1755.99     -4665.93      1677.78     -4756.10      1759.61     -4652.77      1693.46     -4668.96      1674.16     -4781.66      1729.15}
+  {    -4665.93      1677.78     -4665.93      1677.78     -4645.45      1677.78     -4665.93      1677.78     -4675.77      1677.78     -4670.65      1677.78}
+  {    -4665.93      1677.78     -4520.87      1576.21     -4665.93      1677.78     -4520.87      1576.21     -4546.39      1539.77     -4671.57      1669.72}
+  {    -4520.87      1576.21     -4520.87      1576.21     -4520.87      1554.16     -4476.39      1554.16     -4476.39      1674.64     -4520.87      1674.64}
+  {    -4520.87      1576.21     -4377.69      1328.21     -4520.87      1576.21     -4377.69      1328.21     -4417.92      1304.99     -4520.87      1576.21}
+  {    -4377.69      1328.21     -4409.82      1289.92     -4377.69      1328.21     -4379.66      1264.62     -4409.82      1289.92     -4413.28      1358.08}
+  {    -4409.82      1289.92     -4239.41      1086.84     -4379.66      1315.23     -4232.18      1092.91     -4255.70      1073.17     -4409.82      1289.92}
+  {    -4239.41      1086.84     -4277.30      1009.16     -4230.92      1082.70     -4277.30      1009.16     -4304.90      1022.62     -4258.52      1096.16}
+  {    -4277.30      1009.16     -4382.81       920.63     -4277.30      1009.16     -4368.89       904.04     -4385.85       924.25     -4297.04      1032.68}
+  {    -4382.81       920.63     -4399.10       859.83     -4361.89       915.02     -4399.10       859.83     -4425.72       866.97     -4387.37       921.85}
+  {    -4399.10       859.83     -4218.30       775.53     -4399.10       859.83     -4218.30       775.53     -4223.29       764.82     -4410.75       834.86}
+  {    -4218.30       775.53     -4143.19       700.42     -4218.30       775.53     -4132.05       711.55     -4158.50       685.10     -4226.65       767.18}
+  {    -4143.19       700.42     -4029.21       658.93     -4137.80       715.21     -4018.44       688.53     -4031.23       653.38     -4150.60       680.07}
+  {    -4029.21       658.93     -3899.20       514.54     -4005.80       680.00     -3887.50       525.08     -3899.20       514.54     -4033.60       654.98}
+  {    -3899.20       514.54     -3789.24       558.97     -3905.10       529.14     -3811.36       613.73     -3777.44       529.77     -3899.20       514.54}
+  {    -3789.24       558.97     -3815.89       369.33     -3730.76       550.75     -3793.28       366.15     -3889.19       379.63     -3820.43       563.35}
+  {    -3815.89       369.33     -3804.33       259.31     -3793.18       371.71     -3788.67       260.96     -3835.65       256.02     -3889.50       361.59}
+  {    -3804.33       259.31     -3883.84       271.90     -3806.79       243.76     -3895.73       196.86     -3878.30       306.90     -3799.40       290.42}
+  {   -12478.33     -4361.47    -12478.33     -4361.47    -12555.89     -4391.39    -12478.33     -4391.39    -12478.33     -4286.27    -12555.89     -4286.27}
+  {   -12478.33     -4361.47    -12466.17     -4477.20    -12401.20     -4353.36    -12466.17     -4477.20    -12528.81     -4483.79    -12478.33     -4361.47}
+  {   -12466.17     -4477.20    -12572.18     -4492.10    -12466.17     -4477.20    -12569.99     -4507.70    -12573.00     -4486.26    -12474.93     -4414.82}
+  {   -12572.18     -4492.10    -12762.20     -4597.43    -12564.55     -4505.88    -12752.66     -4614.65    -12762.20     -4597.43    -12575.04     -4486.94}
+  {   -12762.20     -4597.43    -12833.60     -4688.81    -12746.69     -4609.55    -12824.29     -4696.09    -12842.90     -4681.54    -12762.20     -4597.43}
+  {   -12478.33     -4361.47    -12282.35     -4351.19    -12478.95     -4349.67    -12282.97     -4339.40    -12282.35     -4351.19    -12478.33     -4361.47}
+  {   -12282.35     -4351.19    -12073.12     -4321.79    -12284.00     -4339.50    -12074.49     -4312.04    -12073.12     -4321.79    -12282.35     -4351.19}
+  {   -12073.12     -4321.79    -11653.48     -4209.35    -12075.67     -4312.28    -11653.48     -4209.35    -11645.84     -4237.87    -12073.12     -4321.79}
+  {   -11653.48     -4209.35    -11481.80     -4224.37    -11653.48     -4209.35    -11471.16     -4102.78    -11481.80     -4224.37    -11656.05     -4238.76}
+  {   -11481.80     -4224.37    -11416.10     -4133.94    -11580.54     -4152.63    -11416.10     -4133.94    -11376.28     -4162.86    -11481.80     -4224.37}
+  {   -11416.10     -4133.94    -11235.87     -4168.97    -11416.10     -4133.94    -11230.38     -4140.76    -11235.87     -4168.97    -11425.49     -4182.25}
+  {   -11235.87     -4168.97    -11010.86     -4104.45    -11243.79     -4141.34    -11020.19     -4071.90    -11005.98     -4121.48    -11235.87     -4168.97}
+  {   -11010.86     -4104.45    -10661.16     -3970.21    -11022.99     -4072.84    -10661.16     -3970.21    -10653.26     -3990.80    -11004.51     -4120.99}
+  {   -10661.16     -3970.21    -10372.37     -3939.86    -10661.16     -3970.21    -10372.37     -3939.86    -10368.01     -3981.36    -10658.85     -3992.14}
+  {   -10372.37     -3939.86    -10198.32     -3986.50    -10372.37     -3939.86    -10186.10     -3940.86    -10198.32     -3986.50    -10383.18     -3980.17}
+  {   -10198.32     -3986.50    -10042.49     -3877.38    -10225.42     -3947.80    -10052.88     -3862.55    -10042.49     -3877.38    -10198.32     -3986.50}
+  {   -10042.49     -3877.38     -9902.24     -3751.10    -10054.61     -3863.92     -9907.51     -3745.25     -9886.44     -3768.66    -10042.49     -3877.38}
+  {    -9902.24     -3751.10     -9685.99     -3582.15     -9907.09     -3744.90     -9700.29     -3563.85     -9685.99     -3582.15     -9887.70     -3769.72}
+  {    -9685.99     -3582.15     -9528.81     -3463.70     -9699.97     -3563.60     -9528.81     -3463.70     -9513.17     -3484.45     -9685.99     -3582.15}
+  {    -9528.81     -3463.70     -9393.29     -3406.18     -9528.81     -3463.70     -9406.21     -3375.74     -9393.29     -3406.18     -9518.65     -3487.62}
+  {    -9393.29     -3406.18     -9263.92     -3320.55     -9411.54     -3378.60     -9263.92     -3320.55     -9253.71     -3335.98     -9393.29     -3406.18}
+  {    -9263.92     -3320.55     -9154.45     -3269.50     -9263.92     -3320.55     -9162.44     -3252.38     -9154.45     -3269.50     -9256.10     -3337.32}
+  {    -9154.45     -3269.50     -8922.82     -3101.22     -9165.56     -3254.22     -8933.70     -3086.25     -8915.88     -3110.77     -9154.45     -3269.50}
+  {    -8922.82     -3101.22     -8763.68     -3005.60     -8932.35     -3085.36     -8775.04     -2986.70     -8758.21     -3014.71     -8916.74     -3111.34}
+  {    -8763.68     -3005.60     -8763.68     -3005.60     -8785.73     -3005.60     -8753.05     -3005.60     -8753.05     -2946.54     -8785.73     -2946.54}
+  {    -8763.68     -3005.60     -8703.56     -2931.35     -8763.68     -3005.60     -8703.56     -2931.35     -8659.81     -2966.78     -8763.68     -3005.60}
+  {    -8703.56     -2931.35     -8703.56     -2931.35     -8703.56     -3001.82     -8647.26     -3001.82     -8647.26     -2768.75     -8703.56     -2768.75}
+  {    -8703.56     -2931.35     -8594.67     -2873.46     -8703.56     -2931.35     -8624.80     -2816.79     -8594.67     -2873.46     -8703.56     -2931.35}
+  {    -8594.67     -2873.46     -8586.61     -2816.07     -8658.22     -2864.52     -8618.19     -2811.63     -8586.61     -2816.07     -8594.67     -2873.46}
+  {    -8586.61     -2816.07     -8645.67     -2689.42     -8615.51     -2829.55     -8645.67     -2689.42     -8593.93     -2665.30     -8586.61     -2816.07}
+  {    -8645.67     -2689.42     -8704.11     -2569.59     -8645.67     -2689.42     -8737.37     -2585.82     -8704.11     -2569.59     -8594.36     -2664.40}
+  {    -8704.11     -2569.59     -8832.59     -2608.88     -8693.29     -2604.99     -8832.59     -2608.88     -8841.57     -2579.51     -8704.11     -2569.59}
+  {    -8832.59     -2608.88     -9064.31     -2608.88     -8832.59     -2608.88     -9064.31     -2608.88     -9064.31     -2580.14     -8832.59     -2578.17}
+  {    -9064.31     -2608.88     -9064.31     -2608.88     -9064.31     -2750.61     -9035.57     -2750.61     -9035.57     -2518.72     -9064.31     -2518.72}
+  {    -9064.31     -2608.88     -9270.97     -2637.92     -9064.31     -2608.88     -9270.97     -2637.92     -9275.96     -2602.44     -9064.31     -2608.88}
+  {    -9270.97     -2637.92     -9308.93     -2597.22     -9270.97     -2637.92     -9317.28     -2605.01     -9299.42     -2588.36     -9244.77     -2613.49}
+  {    -9308.93     -2597.22     -9532.85     -2628.69     -9307.34     -2608.53     -9532.03     -2634.54     -9533.67     -2622.84     -9310.73     -2584.35}
+  {    -9532.85     -2628.69     -9506.78     -2586.96     -9537.86     -2625.56     -9506.78     -2586.96     -9469.05     -2610.54     -9527.84     -2631.82}
+  {    -9506.78     -2586.96     -9517.16     -2521.40     -9506.78     -2586.96     -9535.05     -2524.24     -9517.16     -2521.40     -9462.84     -2580.00}
+  {    -9517.16     -2521.40     -9197.58     -2453.48     -9520.92     -2503.69     -9197.58     -2453.48     -9191.85     -2480.43     -9517.16     -2521.40}
+  {    -9197.58     -2453.48     -9071.83     -2468.92     -9197.58     -2453.48     -9068.47     -2441.56     -9071.83     -2468.92     -9200.93     -2480.83}
+  {    -9071.83     -2468.92     -8843.79     -2394.82     -9080.34     -2442.71     -8843.79     -2394.82     -8835.64     -2419.91     -9071.83     -2468.92}
+  {    -8843.79     -2394.82     -8635.68     -2339.06     -8843.79     -2394.82     -8646.18     -2299.89     -8633.54     -2347.05     -8836.96     -2420.30}
+  {   -10661.16     -3970.21    -10589.95     -4011.33    -10661.16     -3970.21    -10589.95     -4011.33    -10589.95     -4011.33    -10672.18     -3989.31}
+  {   -10589.95     -4011.33    -10589.95     -4011.33    -10605.70     -4011.33    -10578.14     -4011.33    -10578.14     -4011.33    -10605.70     -4011.33}
+  {   -10589.95     -4011.33    -10546.27     -4028.97    -10584.05     -3996.72    -10517.51     -3957.79    -10611.16     -4189.59    -10594.37     -4022.28}
+  {   -10546.27     -4028.97    -10541.62     -4073.17    -10469.92     -4020.95    -10533.79     -4072.35    -10557.28     -4074.81    -10718.55     -4047.08}
+  {    -8635.68     -2339.06     -8478.92     -2225.17     -8659.52     -2306.25     -8493.96     -2204.46     -8464.57     -2244.92     -8630.82     -2345.75}
+  {    -8478.92     -2225.17     -8530.33     -2198.97     -8490.54     -2247.97     -8578.41     -2293.34     -8453.65     -2048.48     -8467.84     -2203.42}
+  {    -8530.33     -2198.97     -8400.27     -2081.86     -8601.20     -2120.27     -8402.90     -2078.94     -8374.98     -2109.95     -8417.32     -2324.49}
+  {    -8400.27     -2081.86     -8353.99     -2103.44     -8398.60     -2078.29     -8330.37     -2052.77     -8353.99     -2103.44     -8416.24     -2116.12}
+  {    -8353.99     -2103.44     -8253.50     -1991.83     -8395.54     -2066.03     -8253.50     -1991.83     -8226.87     -2015.80     -8353.99     -2103.44}
+  {    -8253.50     -1991.83     -8056.02     -1908.00     -8253.50     -1991.83     -8063.40     -1890.61     -8056.02     -1908.00     -8239.50     -2024.81}
+  {    -8056.02     -1908.00     -7860.84     -1749.95     -8067.91     -1893.32     -7860.84     -1749.95     -7850.19     -1763.11     -8056.02     -1908.00}
+  {    -7860.84     -1749.95     -7727.68     -1656.71     -7860.84     -1749.95     -7727.68     -1656.71     -7718.65     -1669.61     -7851.13     -1763.82}
+  {    -7727.68     -1656.71     -7547.65     -1516.06     -7727.68     -1656.71     -7547.65     -1516.06     -7502.33     -1574.07     -7717.99     -1669.12}
+  {    -7547.65     -1516.06     -7431.88     -1476.19     -7547.65     -1516.06     -7431.88     -1476.19     -7420.60     -1508.95     -7523.68     -1585.67}
+  {    -7431.88     -1476.19     -7350.61     -1436.55     -7431.88     -1476.19     -7372.18     -1392.32     -7350.61     -1436.55     -7416.70     -1507.33}
+  {    -7350.61     -1436.55     -7378.99     -1234.60     -7399.34     -1443.40     -7378.99     -1234.60     -7156.77     -1203.37     -7350.61     -1436.55}
+  {    -7378.99     -1234.60     -7103.45     -1253.87     -7378.99     -1234.60     -7101.92     -1231.87     -7103.45     -1253.87     -7394.65     -1458.46}
+  {    -7103.45     -1253.87     -6843.22     -1153.97     -7111.36     -1233.28     -6849.71     -1137.06     -6843.22     -1153.97     -7103.45     -1253.87}
+  {    -6843.22     -1153.97     -6598.49     -1074.45     -6848.81     -1136.75     -6605.18     -1053.86     -6596.06     -1081.94     -6843.22     -1153.97}
+  {    -6598.49     -1074.45     -6369.76      -977.36     -6606.95     -1054.52     -6369.76      -977.36     -6360.53      -999.11     -6595.41     -1081.70}
+  {    -6369.76      -977.36     -6286.62      -981.72     -6369.76      -977.36     -6285.96      -969.14     -6286.62      -981.72     -6371.00     -1000.95}
+  {    -6286.62      -981.72     -6201.55      -934.57     -6292.72      -970.70     -6201.55      -934.57     -6187.23      -960.39     -6286.62      -981.72}
+  {    -6201.55      -934.57     -6144.51      -909.17     -6201.55      -934.57     -6164.37      -864.58     -6144.51      -909.17     -6189.54      -961.54}
+  {    -6144.51      -909.17     -5918.11      -767.70     -6170.38      -867.77     -5918.11      -767.70     -5903.09      -791.74     -6144.51      -909.17}
+  {    -5918.11      -767.70     -5789.46      -639.05     -5918.11      -767.70     -5789.46      -639.05     -5772.48      -656.03     -5898.07      -787.75}
+  {    -5789.46      -639.05     -5789.46      -639.05     -5803.24      -800.86     -5765.45      -800.86     -5765.45      -535.51     -5803.24      -535.51}
+  {    -5789.46      -639.05     -5663.36      -544.03     -5797.75      -628.05     -5675.68      -527.68     -5657.44      -551.89     -5783.54      -646.91}
+  {    -5663.36      -544.03     -5449.39      -439.67     -5672.33      -525.63     -5452.84      -432.59     -5440.41      -458.07     -5659.04      -552.87}
+  {    -5449.39      -439.67     -5335.96      -470.06     -5447.35      -432.06     -5326.38      -434.31     -5335.96      -470.06     -5454.69      -459.44}
+  {    -5335.96      -470.06     -5236.40      -441.51     -5346.16      -434.49     -5245.73      -408.96     -5228.15      -470.27     -5335.96      -470.06}
+  {    -5236.40      -441.51     -5173.60      -405.26     -5253.33      -412.19     -5175.57      -401.85     -5140.73      -462.20     -5221.44      -467.42}
+  {    -5173.60      -405.26     -5074.08      -403.52     -5173.67      -401.32     -5074.15      -399.58     -5073.53      -435.01     -5172.45      -470.99}
+  {    -5074.08      -403.52     -4805.56      -266.70     -5075.87      -400.01     -4820.40      -237.58     -4805.56      -266.70     -5059.78      -431.58}
+  {    -4805.56      -266.70     -4716.42      -186.44     -4827.43      -242.42     -4716.42      -186.44     -4687.97      -218.04     -4805.56      -266.70}
+  {    -4716.42      -186.44     -4576.02       -84.43     -4716.42      -186.44     -4576.02       -84.43     -4565.14       -99.40     -4691.43      -220.84}
+  {    -4576.02       -84.43     -4382.14        84.11     -4576.02       -84.43     -4390.40        93.62     -4365.35        64.80     -4563.88       -98.39}
+  {    -4382.14        84.11     -4201.32       184.34     -4388.24        95.13     -4221.93       221.53     -4167.15       122.70     -4369.73        61.73}
+  {    -4201.32       184.34     -3794.28       256.11     -4208.70       226.21     -3795.64       263.87     -3790.04       232.07     -4189.08       114.94}
+  {    -3794.28       256.11     -3883.84       271.90     -3795.64       248.36     -3883.84       271.90     -3883.84       271.90     -3790.04       280.15}
+  {    -3883.84       271.90     -3881.10       291.40     -3883.84       271.90     -3903.71       294.58     -3753.61       273.48     -3883.84       271.90}
+  {    -3881.10       291.40     -3621.49       337.17     -3885.07       313.89     -3626.34       364.70     -3621.49       337.17     -3858.75       164.61}
+  {    -3621.49       337.17     -3348.51       501.20     -3635.88       361.13     -3352.56       507.95     -3332.49       474.54     -3621.49       337.17}
+  {    -3348.51       501.20     -3247.44       456.20     -3345.30       508.39     -3222.62       511.95     -3249.04       452.60     -3361.16       472.78}
+  {    -5582.06      2294.13     -5582.06      2294.13     -5613.55      2219.32     -5530.87      2219.32     -5530.87      2408.30     -5613.55      2408.30}
+  {    -5582.06      2294.13     -5525.21      2506.28     -5612.48      2302.28     -5559.44      2515.45     -5498.59      2499.14     -5532.62      2280.88}
+  {    -5525.21      2506.28     -5315.49      2543.26     -5531.36      2541.17     -5325.06      2597.54     -5306.60      2492.85     -5520.43      2479.13}
+  {    -5315.49      2543.26     -5051.38      2655.36     -5337.02      2593.99     -5065.23      2687.98     -5045.23      2640.86     -5295.49      2496.14}
+  {    -5051.38      2655.36     -4838.78      2655.36     -5051.38      2690.79     -4838.78      2675.05     -4838.78      2635.68     -5051.38      2639.61}
+  {    -4838.78      2655.36     -4508.23      2614.77     -4836.38      2674.90     -4503.91      2649.94     -4510.63      2595.24     -4841.18      2635.82}
+  {    -4508.23      2614.77     -4294.80      2637.21     -4511.93      2650.01     -4296.86      2656.78     -4293.16      2621.54     -4506.17      2595.20}
+  {    -4294.80      2637.21     -3869.75      2629.79     -4294.46      2656.89     -3868.79      2684.90     -3871.06      2555.00     -4295.08      2621.46}
+  {    -3869.75      2629.79     -3356.68      2767.26     -3884.02      2683.03     -3360.76      2782.48     -3351.58      2748.25     -3850.39      2557.53}
+  {    -3356.68      2767.26     -3598.27      3112.29     -3369.58      2758.23     -3604.72      3107.77     -3559.57      3139.39     -3340.55      2778.56}
+  {    -3598.27      3112.29     -2947.31      3169.24     -3598.95      3120.13     -2948.68      3184.93     -2945.59      3149.63     -3594.15      3065.22}
+  {    -2947.31      3169.24     -2740.17      3093.84     -2941.92      3184.04     -2740.17      3093.84     -2749.59      3067.95     -2954.04      3150.74}
+  {    -2740.17      3093.84     -2567.60      3078.75     -2740.17      3093.84     -2566.57      3090.51     -2568.97      3063.06     -2742.57      3066.39}
+  {    -2567.60      3078.75     -2365.26      3028.30     -2564.74      3090.21     -2361.45      3043.58     -2369.07      3013.02     -2571.41      3063.47}
+  {    -2365.26      3028.30     -2267.56      3040.29     -2367.18      3043.93     -2268.52      3048.11     -2266.13      3028.57     -2363.34      3012.67}
+  {    -2267.56      3040.29     -2193.98      3013.51     -2264.87      3047.69     -2184.55      3039.41     -2199.36      2998.71     -2271.60      3029.19}
+  {    -2193.98      3013.51     -1864.42      3071.62     -2198.76      3040.65     -1866.13      3081.31     -1862.71      3061.93     -2191.24      2998.00}
+  {    -1864.42      3071.62     -1606.21      2992.68     -1861.54      3081.03     -1599.31      3015.27     -1613.12      2970.09     -1867.29      3062.21}
+  {    -1606.21      2992.68     -1033.33      2806.54     -1598.91      3015.15     -1029.68      2817.77     -1040.63      2784.07     -1613.51      2970.21}
+  {    -1033.33      2806.54      -723.92      2642.02     -1027.79      2816.97      -718.37      2652.45      -731.31      2628.12     -1044.42      2785.68}
+  {     -723.92      2642.02      -398.22      2596.25      -722.27      2653.72      -392.20      2639.13      -409.73      2514.38      -726.11      2626.43}
+  {     -398.22      2596.25      -319.14      2697.47      -432.35      2622.91      -334.65      2709.59      -312.93      2692.62      -333.07      2545.35}
+  {     -319.14      2697.47       135.90      2633.52      -316.40      2716.96       138.64      2653.01       132.06      2606.23      -320.23      2689.67}
+  {      135.90      2633.52       320.26      2388.87       151.62      2645.37       364.28      2422.04       313.97      2384.13       113.89      2616.93}
+  {      320.26      2388.87       293.24      2261.78       374.17      2377.41       302.87      2259.74       283.62      2263.83       312.55      2390.50}
+  {      293.24      2261.78       213.97      2134.91       301.59      2256.57       270.72      2099.44       197.27      2145.34       284.90      2267.00}
+  {      213.97      2134.91       592.95      2181.44       205.81      2201.34       590.55      2200.98       595.83      2158.00       216.36      2115.37}
+  {      592.95      2181.44       947.73      2181.44       592.95      2201.13       947.73      2197.19       947.73      2157.82       592.95      2157.82}
+  {      947.73      2181.44      1062.35      2244.98       940.10      2195.22      1054.72      2258.75      1071.89      2227.76       959.18      2160.78}
+  {     1062.35      2244.98      1269.39      2308.28      1057.75      2260.04      1265.94      2319.57      1272.85      2296.98      1068.11      2226.15}
+  {     1269.39      2308.28      1456.85      2285.26      1270.83      2320.00      1458.29      2296.98      1455.41      2273.54      1267.95      2296.56}
+  {     1456.85      2285.26      1857.81      2306.28      1456.23      2297.06      1857.19      2318.07      1858.43      2294.48      1457.47      2273.47}
+  {     1857.81      2306.28      2058.57      2306.28      1857.81      2318.09      2058.57      2318.09      2058.57      2294.46      1857.81      2294.46}
+  {     2058.57      2306.28      2226.65      2264.37      2061.42      2317.74      2230.46      2279.65      2220.94      2241.45      2055.71      2294.82}
+  {     2226.65      2264.37      2561.69      2335.58      2223.38      2279.77      2557.59      2354.84      2564.96      2320.18      2231.56      2241.26}
+  {     2561.69      2335.58      2567.83      2452.88      2542.03      2336.61      2567.83      2452.88      2607.15      2450.82      2577.41      2334.76}
+  {     2567.83      2452.88      2747.77      2609.30      2567.83      2452.88      2740.02      2618.22      2799.43      2549.88      2593.66      2423.17}
+  {     2747.77      2609.30      2935.05      2656.00      2744.92      2620.76      2933.14      2663.64      2938.86      2640.72      2766.82      2532.90}
+  {     2935.05      2656.00      3073.06      2756.27      2930.42      2662.37      3067.28      2764.23      3078.85      2748.31      2944.31      2643.26}
+  {     3073.06      2756.27      3223.64      2912.20      3065.98      2763.11      3175.50      2958.69      3260.46      2876.64      3080.14      2749.43}
+  {     3223.64      2912.20      3256.00      2984.87      3162.50      2939.42      3227.22      2997.68      3256.00      2984.87      3270.40      2891.38}
+  {     3256.00      2984.87      3307.52      3048.50      3231.52      3004.69      3289.16      3063.36      3322.82      3036.11      3256.00      2984.87}
+  {     3428.83      3035.75      3307.52      3048.50      3428.83      3035.75      3307.52      3048.50      3309.17      3064.16      3430.47      3051.41}
+  {     3428.83      3035.75      3300.99      3168.12      3428.83      3035.75      3278.33      3146.25      3300.99      3168.12      3440.15      3046.69}
+  {     3300.99      3168.12      3120.01      3149.10      3304.28      3136.80      3121.25      3137.36      3118.78      3160.85      3300.99      3168.12}
+  {     3120.01      3149.10      2830.27      3149.10      3120.01      3137.29      2830.27      3117.61      2830.27      3149.10      3120.01      3160.91}
+  {     2830.27      3149.10      2570.20      2938.50      2850.09      3124.63      2570.20      2938.50      2555.34      2956.86      2830.27      3149.10}
+  {     2570.20      2938.50      2407.64      2879.34      2570.20      2938.50      2417.07      2853.44      2407.64      2879.34      2562.12      2960.70}
+  {     2407.64      2879.34      2379.76      2813.65      2433.01      2868.57      2448.62      2784.42      2361.64      2821.34      2407.64      2879.34}
+  {     2379.76      2813.65      2391.75      2927.76      2305.37      2821.47      2360.43      2931.06      2407.42      2926.12      2399.34      2811.59}
+  {     2391.75      2927.76      2135.42      2891.74      2396.14      2896.58      2138.71      2868.35      2131.58      2919.03      2389.56      2943.36}
+  {     2135.42      2891.74      1951.19      3016.01      2122.21      2872.16      1942.38      3002.95      1951.19      3016.01      2150.83      2914.59}
+  {     1951.19      3016.01      1884.96      2991.90      1956.57      3001.21      1884.96      2991.90      1875.53      3017.80      1951.19      3016.01}
+  {     1884.96      2991.90      1636.78      3165.67      1884.96      2991.90      1620.98      3143.10      1636.78      3165.67      1900.77      3014.48}
+  {     1636.78      3165.67      1497.97      3180.26      1633.90      3138.27      1497.76      3178.31      1500.85      3207.67      1636.78      3165.67}
+  {     1497.97      3180.26      1230.71      3381.66      1496.78      3178.69      1218.86      3365.94      1230.71      3381.66      1514.55      3202.27}
+  {     1230.71      3381.66       818.16      3670.53      1219.42      3365.53       804.61      3651.18       818.16      3670.53      1230.71      3381.66}
+  {      818.16      3670.53       479.36      3850.67       807.07      3649.67       464.57      3822.86       497.84      3885.43       818.16      3670.53}
+  {      479.36      3850.67       352.78      3826.07       485.37      3819.75       352.78      3826.07       349.77      3841.53       471.85      3889.32}
+  {      352.78      3826.07       224.43      3844.10       352.78      3826.07       224.43      3844.10       227.17      3863.60       354.97      3841.66}
+  {      224.43      3844.10       177.19      3925.93       224.43      3844.10       153.32      3912.15       177.19      3925.93       241.48      3853.95}
+  {     2379.76      2813.65      2206.54      2876.69      2354.17      2743.36      2194.42      2843.40      2206.54      2876.69      2386.49      2832.14}
+  {     3223.64      2912.20      3273.07      3009.21      3164.01      2942.58      3266.05      3012.78      3290.61      3000.27      3269.24      2888.96}
+  {     3273.07      3009.21      3563.12      3163.43      3269.37      3016.16      3552.03      3184.29      3570.51      3149.52      3282.31      2991.83}
+  {     3563.12      3163.43      3653.69      3244.98      3547.31      3180.98      3651.06      3247.91      3672.13      3224.50      3573.65      3151.73}
+  {     3653.69      3244.98      3793.43      3307.20      3652.09      3248.58      3769.41      3361.15      3798.23      3296.41      3664.90      3219.81}
+  {     3793.43      3307.20      3667.69      3300.61      3796.52      3248.22      3668.10      3292.74      3666.66      3320.27      3792.81      3318.99}
+  {     3667.69      3300.61      3851.89      3420.23      3663.40      3307.21      3847.60      3426.83      3862.61      3403.72      3678.41      3284.10}
+  {     3851.89      3420.23      4013.38      3541.92      3847.15      3426.52      4008.64      3548.21      4027.59      3523.05      3863.74      3404.51}
+  {     4013.38      3541.92      4088.19      3511.69      4016.33      3549.22      4107.36      3559.15      4083.76      3500.74      4004.53      3520.02}
+  {     4088.19      3511.69      4207.78      3689.00      4045.75      3540.31      4181.67      3706.61      4237.15      3669.19      4097.98      3505.09}
+  {     4207.78      3689.00      4417.45      3795.83      4193.48      3717.06      4417.45      3795.83      4426.39      3778.29      4223.87      3657.43}
+  {     4417.45      3795.83      4712.28      3811.28      4417.45      3795.83      4711.87      3819.15      4712.69      3803.42      4418.48      3776.18}
+  {     4712.28      3811.28      4922.21      3658.76      4716.91      3817.65      4929.15      3668.32      4917.58      3652.39      4707.65      3804.91}
+  {     4922.21      3658.76      5108.72      3496.63      4929.96      3667.68      5119.05      3508.52      5098.38      3484.75      4917.04      3652.82}
+  {     5108.72      3496.63      5302.19      3500.01      5108.44      3512.38      5301.77      3523.63      5302.60      3476.39      5108.99      3480.89}
+  {     5302.19      3500.01      5550.17      3526.07      5299.72      3523.50      5547.70      3549.57      5550.17      3526.07      5304.66      3476.52}
+  {     5550.17      3526.07      6158.93      3494.17      5551.40      3549.66      6160.99      3533.49      6156.87      3454.85      5550.17      3526.07}
+  {     6158.93      3494.17      6709.02      3513.38      6157.55      3533.52      6708.06      3540.92      6710.25      3477.97      6160.30      3454.82}
+  {     6709.02      3513.38      6849.26      3558.95      6700.50      3539.59      6846.83      3566.44      6851.70      3551.46      6719.97      3479.68}
+  {     6849.26      3558.95      6978.26      3593.51      6847.22      3566.55      6966.03      3639.15      6988.45      3555.49      6851.30      3551.34}
+  {     6978.26      3593.51      7205.76      3633.63      6970.06      3640.04      7198.93      3672.40      7209.87      3610.37      6985.10      3554.74}
+  {     7205.76      3633.63      7407.08      3714.96      7191.02      3670.13      7373.16      3798.92      7410.03      3707.66      7214.61      3611.73}
+  {     7407.08      3714.96      7827.45      3929.15      7365.97      3795.65      7795.27      3992.30      7831.02      3922.14      7410.65      3707.95}
+  {     7827.45      3929.15      8124.27      4049.08      7800.90      3994.86      8111.00      4081.93      8134.60      4023.53      7830.40      3921.85}
+  {     8124.27      4049.08      8252.37      4108.81      8109.30      4081.19      8249.04      4115.95      8277.33      4055.29      8135.92      4024.10}
+  {     8252.37      4108.81      8498.74      4009.27      8255.32      4116.11      8514.96      4049.43      8498.74      4009.27      8230.25      4054.06}
+  {     8498.74      4009.27      8612.56      3972.29      8512.12      4050.46      8621.08      3998.50      8604.05      3946.08      8498.74      4009.27}
+  {     8612.56      3972.29      9112.06      3998.46      8611.12      3999.81      9110.82      4022.05      9112.68      3986.67      8614.00      3944.77}
+  {     9112.06      3998.46      9403.30      4044.59      9108.36      4021.80      9400.22      4064.04      9410.69      3997.93      9113.90      3986.80}
+  {     9403.30      4044.59      9637.19      4060.95      9401.92      4064.23      9636.09      4076.66      9641.03      4005.96      9406.59      3997.46}
+  {     9637.19      4060.95      9784.72      4114.64      9631.80      4075.75      9779.33      4129.44      9792.80      4092.45      9656.04      4009.15}
+  {     9784.72      4114.64      9991.04      4229.01      9777.08      4128.42      9991.04      4229.01     10002.49      4208.35      9796.17      4093.98}
+  {     9991.04      4229.01     10263.11      4276.98      9991.04      4229.01     10254.90      4323.51     10265.84      4261.47      9995.14      4205.75}
+  {    10263.11      4276.98     10420.17      4371.36     10238.77      4317.48     10412.06      4384.86     10428.28      4357.86     10271.22      4263.48}
+  {    10420.17      4371.36     10493.06      4388.18     10416.63      4386.70     10489.52      4403.53     10497.49      4369.00     10423.72      4356.01}
+  {    10493.06      4388.18     10649.69      4515.03     10483.15      4400.42     10624.92      4545.62     10664.56      4496.67     10505.45      4372.89}
+  {    10649.69      4515.03     11189.43      4477.28     10652.44      4554.30     11189.98      4485.14     11188.88      4469.43     10648.05      4491.46}
+  {    11189.43      4477.28     11454.84      4543.46     11187.53      4484.92     11449.13      4566.38     11459.60      4524.36     11191.34      4469.64}
+  {    11454.84      4543.46     11758.20      4564.67     11453.19      4567.02     11757.38      4576.45     11759.85      4541.11     11456.22      4523.82}
+  {    11758.20      4564.67     12221.51      4688.81     11755.14      4576.08     12219.47      4696.42     12229.66      4658.39     11764.31      4541.85}
+  {    12221.51      4688.81     12426.67      4614.14     12224.21      4696.21     12434.75      4636.34     12421.29      4599.34     12210.74      4659.22}
+  {    12426.67      4614.14     12532.50      4604.88     12428.73      4637.67     12534.22      4624.49     12531.47      4593.12     12425.30      4598.45}
+  {    12532.50      4604.88     12833.60      4674.40     12528.07      4624.06     12813.23      4762.63     12840.68      4643.71     12535.16      4593.38}
+}
+set XVIgrid  {-15654.8 -7459.04 78.7402 0.0 0.0 78.7402 397 190}

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Amonts/Data/B3_Amonts.th

@@ -0,0 +1,324 @@
+encoding utf-8
+
+
+survey B3_Amonts_01 -title "Gouffre des Bourrugues B3, amonts 01 : amont vers jonction AP7"
+	
+	centerline
+		date 2011.07.01
+		
+		team "Philippe Guillemin"
+		team "Evelyne Renaud"
+		team "Françoise Lidonne"
+		
+		# Réalisation SCMNF + ???, topo Juillet 2011, amont vers jonction AP7 : Philippe Guillemin, Evelyne Renaud, Françoise Lidonne;
+		# G.S. Gaves / SCMNF / ExploTerre / G.S. Haut-Pyrénéen / FLT / CDS 79
+		
+		explo-date 1973
+		explo-team "FLT"
+		explo-date 1979
+		explo-team "CDS 79"
+		explo-date 2011
+		explo-team "SCMNF"
+		explo-team "ExploTerre"
+		
+		
+		units counter meter
+		units compass degrees
+		units clino degrees
+		
+		data topofil from to length compass clino left right up down
+		
+		A-42       J02                       2.12    5.11  -67.38   0.00   0.00   0.00   0.00 # N I * N
+		J02        J03                       6.23  112.00    3.70   0.27   1.09   5.63   1.29 # N I * N
+		J03        J04                       6.07  150.00    2.40   3.48   1.49   5.98   0.98 # N I * N
+		J04        J05                       5.68   77.00  -12.20   0.30   4.50   1.50   0.00 # N I * N
+		J05        J06                      12.04  146.00    1.40   1.28   0.00   3.04   1.00 # N I * N
+		J06        J07                       7.75  125.00   -0.60   0.20   1.37   2.00   1.28 # N I * N
+		J07        J08                       8.30  145.00   -3.20   1.26   0.00   4.02   1.07 # N I * N
+		J08        J09                       5.95  105.00   -3.30   1.33   0.37   5.09   1.84 # N I * N
+		J09        J10                       1.87  109.00   15.50   0.50   0.50   3.10   1.30 # N I * N
+		J10        J11                       9.28  100.00    6.10   0.00   0.80   4.15   2.10 # N I * N
+		J11        J12                       5.07  167.00   -5.30   0.92   0.27   4.38   0.61 # N I * N
+		J12        J13                       8.03  140.00   36.70   1.31   0.80   4.00   0.00 # N I * N
+		J13        J14                       2.61   80.00   21.40   0.36   0.86   3.00   0.80 # N I * N
+		J14        J15                       1.23    0.00   90.00   0.87   0.00   0.00   0.00 # N I * N
+		J15        J16                       4.00  130.00   37.10   0.12   0.89   0.93   0.92 # N I * N
+		J16        J17                       3.37  130.00  -23.50   0.52   0.12   1.50   0.00 # N I * N
+		J17        J18                       1.88    0.00  -90.00   0.00   0.25   0.00   0.00 # N I * N
+		J18        J19                       4.50  125.00    1.80   0.00   1.13   2.50   0.56 # N I * N
+		J19        J20                       0.48    0.00   90.00   0.00   0.00   0.00   0.00 # N I * N
+		J20        J21                       7.42  150.00   11.40   0.00   1.18   1.67   1.04 # N I * N
+		J21        J22                       1.27  220.00    1.40   1.00   0.00   1.24   0.90 # N I * N
+		J22        J23                       6.78  140.00    6.70   0.24   0.54   2.59   1.28 # N I * N
+		J23        J24                       2.87  206.00   40.10   0.00   0.78   1.41   0.99 # N I * N
+		J24        J25                       3.54  230.00    8.80   0.55   0.12   0.66   0.26 # N I * N
+		J25        J26                       1.60  195.00    2.40   0.00   0.70   0.95   0.48 # N I * N
+		J26        J27                       5.15  115.00   10.30   0.00   0.30   0.70   0.00 # N I * N
+		J27        J28                       3.41  135.00  -37.70   0.40   0.55   0.40   0.00 # N I * N
+		J28        J29                       3.33  110.00  -22.30   0.80   0.15   0.00   0.40 # N I * N
+		J29        J30                       6.10  138.00  -36.00   0.40   0.00   0.50   1.20 # N I * N
+		J30        J31                       3.15   68.00  -17.00   1.50   0.80   2.00   2.50 # N I * N
+		J31        J32                       5.80  188.00  -33.00   0.58   1.88   1.49   0.00 # N I * N
+		J32        J33                       2.81  174.00    0.70   0.40   0.80   0.60   0.00 # N I * N
+		J33        J34                       2.62  279.00   38.70   1.93   0.90   1.30   0.84 # N I * N
+		
+		
+	endcenterline
+	
+endsurvey
+
+survey B3_Amonts_02 -title "Gouffre des Bourrugues B3, amonts 02 : amont vers jonction AP7 suite"
+	
+	centerline
+		date 2012.07.01
+		
+		team "Philippe Guillemin"
+		team "Pascale Porte"
+		team "Françoise Lidonne"
+		
+		# Réalisation SCMNF ???, topo Juillet 2012,  amont vers jonction AP7 suite : Philippe Guillemin, Pascale Porte, Françoise Lidonne;
+		# G.S. Gaves / SCMNF / ExploTerre / G.S. Haut-Pyrénéen / FLT / CDS 79
+		
+		explo-date 1973
+		explo-team "FLT"
+		explo-date 1979
+		explo-team "CDS 79"
+		explo-date 2012
+		explo-team "SCMNF"
+		explo-team "ExploTerre"
+		
+		
+		units counter meter
+		units compass degrees
+		units clino degrees
+		
+		data topofil from to length compass clino left right up down
+		
+		V00        V00b                      0.00    0.00    0.00   1.97   0.00   1.91   0.76 # N I * N
+		V00b       VA0                       2.96  174.00   -3.00   0.00   1.60   0.99   0.98 # N I * N
+		VA0        VA1                       2.78  262.00  -12.00   0.40   0.15   1.20   1.00 # N I * N
+		VA1        VA2                       6.25  241.00  -28.00   0.50   0.00   0.10   0.40 # N I * N
+		VA2        VA3                       3.25  218.00  -25.00   0.30   0.30   0.30   0.30 # N I * N
+		V00        V01                       5.50   87.00   25.00   0.30   0.00   1.30   1.15 # N I * N
+		V01        V02                       5.37   82.00   -2.00   0.25   0.00   1.70   0.89 # N I * N
+		V02        V03                      11.05   75.00   -3.00   0.00   0.75   0.95   1.23 # N I * N
+		V03        V04                       4.38   95.00   -2.00   3.10   0.00   0.58   0.62 # N I * N
+		V04        V05                       2.85   36.00    5.00   0.00   1.25   1.50   0.96 # N I * N
+		V05        V06                       4.67  101.00   -3.00   0.73   0.00   3.34   1.00 # N I * N
+		V06        V07                       5.96   74.00   -4.00   0.86   0.45   1.03   0.79 # N I * N
+		V07        V08                       9.85   69.00   15.00   0.00   0.56   0.68   0.65 # N I * N
+		V08        V09                       7.38   84.00   -2.00   0.00   1.06   1.40   2.71 # N I * N
+		V09        V10                       5.05  105.00  -25.00   1.20   0.00   1.71   1.72 # N I * N
+		V10        V11                       4.94   55.00  -12.00   0.46   0.00   5.27   0.94 # N I * N
+		V11        V12                       4.80   48.00   -3.00   0.20   0.60   1.72   0.51 # N I * N
+		V12        V13                       6.98   52.00    3.00   0.59   0.00   1.60   0.61 # N I * N
+		V13        V14                       5.00   53.00    1.00   0.00   0.66   3.35   1.09 # N I * N
+		V14        V15                       3.74   67.00   -1.00   0.84   0.00   1.56   0.72 # N I * N
+		V15        V16                       3.95   56.50    4.00   0.00   0.47   1.40   0.94 # N I * N
+		V16        V17                       3.07   65.00    2.00   0.48   0.00   1.25   1.01 # N I * N
+		V17        V18                       7.30   54.00   -5.00   0.47   0.30   1.47   2.22 # N I * N
+		V18        V19                       4.86   59.00  -14.00   0.56   0.27   1.50   0.00 # N I * N
+		V19        V20                       1.93    0.00  -90.00   0.00   0.00   0.00   0.00 # N I * N
+		V20        V21                       2.44   39.00    6.00   0.00   1.43   4.13   1.79 # N I * N
+		V21        V22                       0.79    0.00  -90.00   0.00   0.00   0.00   0.00 # N I * N
+		V22        V23                       3.14   62.00    4.00   1.63   0.00   5.00   1.24 # N I * N
+		V23        V24                       1.48    8.00    6.00   0.81   0.00   6.34   1.62 # N I * N
+		V24        V25                       3.55  335.00    1.00   0.00   1.45   4.35   1.69 # N I * N
+		V25        V26                       3.49  334.00   14.00   0.94   0.00   4.03   2.58 # N I * N
+		V26        V27                       3.83  253.00   27.00   0.00   0.78   2.19   7.87 # N I * N
+		V27        V28                       5.90  270.00   -4.00   0.00   0.73   2.29   3.60 # N I * N
+		V28        V29                       2.79    0.00  -90.00   0.00   0.00   0.00   0.00 # N I * N
+		V29        V30                       5.33  262.00    6.00   0.00   0.91   3.02   0.85 # N I * N
+		V30        V31                       1.44  317.00   11.00   0.29   0.33   0.81   1.36 # N I * N
+		V31        V32                       5.80  262.00   -8.00   0.15   0.15   3.10   1.04 # N I * N
+		V32        V33                       1.25   32.00   -1.00   0.00   1.13   3.33   0.97 # N I * N
+		V33        V34                       1.69  351.00   -4.00   0.46   0.00   3.24   0.79 # N I * N
+		V34        V35                       8.30   78.00   -1.00   0.00   0.70   0.78   0.41 # N I * N
+		V35        V36                       3.22   97.00    2.00   0.70   0.00   2.80   0.41 # N I * N
+		V36        V37                       6.15   72.00    8.00   0.00   0.67   3.08   0.88 # N I * N
+		V37        V38                       5.48   75.00   -3.00   1.03   0.21   2.50   0.64 # N I * N
+		V08        V08A                      2.10  120.00    6.00   0.00   0.00   0.00   0.00 # N I * N
+		V08A       V08B                      1.28    0.00   90.00   0.40   0.30   0.00   0.00 # N I * N
+		V08B       V08C                      2.14  112.00   56.00   1.95   4.40   0.83   0.00 # N I * N
+		V08C       V08D                      6.50  174.00   80.00   0.20   0.40   0.20   0.30 # N I * N
+		V38        V39                       4.97   54.00   -8.00   0.65   0.62   1.03   0.35 # N I * N
+		V39        V40                       1.55  297.00  -19.00   2.69   4.29   0.97   0.00 # N I * N
+		V40        V41                       4.47   48.00    6.00   0.10   0.96   7.00   0.74 # N I * N
+		V41        V42                       1.30  115.00   -4.00   1.42   0.00   2.90   0.60 # N I * N
+		V42        V43                       3.90   42.00   12.00   0.00   0.91   1.16   0.57 # N I * N
+		V43        V44                       5.45   67.00   -1.00   0.48   0.00   1.45   0.96 # N I * N
+		V44        V45                       6.38   51.00   -1.00   0.00   0.43   1.87   0.96 # N I * N
+		V45        V46                       4.16   55.00    7.00   0.00   0.40   1.71   0.61 # N I * N
+		V46        V47                       5.86   52.00   -8.00   0.00   1.87   1.23   1.34 # N I * N
+		V47        V48                       3.27   71.00  -18.00   0.00   0.88   2.06   0.81 # N I * N
+		V48        V49                       2.30   64.00    3.00   1.25   0.00   1.94   1.15 # N I * N
+		V49        V50                       5.26  352.00  -10.00   0.00   5.70   1.51   0.48 # N I * N
+		V50        V51                       7.02   94.00    2.00   0.56   0.00   1.97   1.53 # N I * N
+		V51        V52                       7.09   69.00   -3.00   0.46   0.00   2.79   1.49 # N I * N
+		V52        V53                       6.54   72.00   -2.00   0.55   0.20   3.75   1.85 # N I * N
+		V53        V54                       6.32   67.00   -3.00   0.00   0.60   0.60   0.46 # N I * N
+		V54        V55                       2.12   93.00    4.00   0.32   0.00   1.05   0.66 # N I * N
+		V55        V56                       2.48   61.00    5.00   0.00   0.75   4.80   2.47 # N I * N
+		V56        V57                       1.96   66.00   36.00   1.24   0.00   1.55   3.77 # N I * N
+		V57        V58                       7.13   58.00   18.00   0.00   0.72   0.94   2.70 # N I * N
+		V58        V59                       4.95   45.00  -21.00   0.00   0.61   2.63   4.11 # N I * N
+		V59        V60                       0.65    0.00  -90.00   0.35   0.25   0.00   0.00 # N I * N
+		V60        V61                       4.05   53.00   -8.00   0.52   0.25   3.33   3.33 # N I * N
+		V61        V62                       6.16   64.00  -11.00   0.20   0.52   2.49   1.01 # N I * N
+		V62        V63                       2.99  105.00   -4.00   0.94   0.00   2.54   1.36 # N I * N
+		V63        V64                       2.70   74.00  -13.00   0.86   0.76   3.34   0.95 # N I * N
+		V64        V65                       1.96   60.00  -20.00   0.10   1.67   6.49   1.42 # N I * N
+		V65        V66                       2.63   89.00   16.00   0.10   0.80   7.01   2.39 # N I * N
+		V66        V67                       7.73   63.00   -8.00   0.83   0.00   5.57   2.60 # N I * N
+		V67        V68                       3.14   48.00  -14.00   0.00   1.08   5.33   1.52 # N I * N
+		V68        V69                       5.04   54.00  -29.00   0.00   0.47   4.50   3.98 # N I * N
+		V69        V70                       7.26   49.00  -26.00   0.32   0.65   2.93   1.29 # N I * N
+		V70        V71                       5.28   61.00    6.00   1.08   1.79   8.33   0.73 # N I * N
+		V71        V72                      10.50   80.00   -1.00   0.20   0.62   8.80   1.07 # N I * N
+		V72        J34                       2.31  280.00    0.00   0.00   0.00   0.00   0.00 # N I * N
+		J34        J34A                      0.50    8.00    0.00   0.58   3.27   1.05   0.20 # N I * N
+		J34A       J34B                      6.70   80.00   -2.00   0.71   0.00   1.08   0.00 # N I * N
+		J34B       J34C                      8.12   59.00    5.00   0.20   0.79   1.05   1.04 # N I * N
+		J34C       J34D                      2.81  114.00    0.00   1.55   0.10   0.77   1.08 # N I * N
+		
+	endcenterline
+	
+endsurvey
+
+survey B3_Amonts_03 -title "Gouffre des Bourrugues B3, amonts 03 : galerie des cheminées"
+	
+	centerline
+		date 2015.08.06
+		
+		team "Franck Soulage"
+		team "Laurent Hagnere"
+		team "Anne Johannet"
+		# team "Anne Johannet" son compagnon et de leurs fistons
+		team "Laurent Festor"
+		
+		# Réalisation ??? SCMNF, Galerie des cheminées, amonts du B3, topographes ??? Franck Soulage & Laurent Hagnere;
+		# G.S. Gaves / SCMNF / ExploTerre / G.S. Haut-Pyrénéen / FLT / CDS 79
+		
+		explo-date 1973
+		explo-team "FLT"
+		explo-date 1979
+		explo-team "CDS 79"
+		explo-date 2015
+		explo-team "SCMNF"
+		explo-team "ExploTerre"
+		
+		
+		units counter meter
+		units compass degrees
+		units clino degrees
+		
+		data topofil from to length compass clino left right up down
+		
+		J09        0                         0.00    0.00    0.00   0.80   1.30   2.90   1.90 # N I * N ;point J5 réseau amont Est - perte descente de 5m - à3m en hauteur arrivée affluent 1 gauche;
+		0          1                         5.60   15.00    5.00   0.90   0.70   8.70   1.00 # N I * N ;affluent gauche : cheminée E3m carrefour Gauche retour au-dessus entre point 1 & 2 - Droite retour sortie salle du Bivouac;
+		1          2                         5.60   80.00   15.00   1.40   1.30  12.60   1.00 # N I * N ;cheminée - arrivée en hauteur affluent D point 7;
+		2          3                         7.40   67.00  -10.00   0.90   0.40   1.40   1.00 # N I * N
+		3          4                         5.40   90.00    0.00   0.50   0.50   1.30   1.00 # N I * N ;à2m avant point 5 : affluent Droite 5m nt sans continuation;
+		4          5                         8.80   97.00   16.00   0.90   0.50   1.10   1.00 # N I * N ;affluent en face carrefour Gauche fossile Droite vers affluent point 7;
+		5          6                         5.70   84.00  -17.00   0.50   0.40   1.70   1.00 # N I * N
+		6          7                        11.00   91.00  -11.00   1.40   1.90   1.30   1.00 # N I * N ;affluent Droite actif salle carrefour G arrêt sur P D carrefour D vers point 5 Gauche E carrefour D vers point 2 G vaste salle base E40 continue vers P nt;
+		7          8                        13.50   75.00    2.00   0.40   0.50   1.90   1.00 # N I * N ;affluent Droite (en face) fossile 35m laminroir 0.6x2 étroiture boueuse rejoint point 17;
+		8          9                        10.70  325.00    1.00   0.20   1.20   1.30   1.00 # N I * N
+		9          10                       16.60   85.00   -1.00   0.40   0.50   1.60   1.00 # N I * N
+		10         11                        5.60  110.00    1.00   0.00   0.70   1.10   1.00 # N I * N
+		11         12                        4.40   95.00    0.00   0.30   0.40   1.20   1.00 # N I * N
+		12         13                        5.30  104.00   -2.00   0.40   0.40   1.40   1.00 # N I * N
+		13         14                        2.50   83.00    0.00   0.20   0.30   1.30   1.00 # N I * N
+		14         15                        2.00  110.00    6.00   0.70   0.40   1.50   1.00 # N I * N ;affluent Droite derrière remontant 5m carrefour [O 10m carrefour [O 30m étr, SO 40m vm], SO 5m étr, SE-E 15m carrefour [O méandre H20 vers E40, E 50m salle étr sur galerie principale]] ;
+		15         16                        8.50   80.00    0.00   0.25   0.25   1.70   1.00 # N I * N
+		16         17                        7.10  107.00  -15.00   0.60   0.60   3.30   1.00 # N I * N ;affluent Droite derrière remontant vers point 8;
+		17         18                       15.30  108.00    0.00   0.30   0.60   3.60   1.00 # N I * N ;Gauche : galerie 0.3x1.2m en face où se perd actif temporaire rejoint point 20;
+		18         19                        9.60  118.00   22.00   0.30   0.40   4.20   1.00 # N I * N
+		19         20                        8.40   98.00   -6.00   1.10   2.10   2.60   1.00 # N I * N
+		20         21                        3.60   38.00  -25.00   0.50   0.20   1.30   1.00 # N I * N ;1m avant Gauche : galerie 0.3x1.2m où se perd actif temporaire vers point 18;
+		21         22                       11.70   98.00    4.00   0.50   0.70   1.70   1.50 # N I * N
+		22         23                        7.80  143.00    4.00   1.40   0.20   2.00   1.00 # N I * N
+		23         24                        3.30  192.00    0.00   0.25   0.25   2.20   1.00 # N I * N
+		24         25                        3.80  212.00    0.00   1.70   0.50   1.40   1.00 # N I * N
+		25         26                        9.70   83.00    1.00   0.50   0.60   2.10   1.00 # N I * N
+		26         27                        9.10   90.00    8.00   0.40   0.60   2.10   1.00 # N I * N
+		27         28                        3.50   61.00  -18.00   0.40   0.50   2.40   1.00 # N I * N
+		28         29                        5.50   73.00    1.00   0.30   0.30   2.20   1.00 # N I * N
+		29         30                        4.80   97.00    2.00   0.30   0.30   2.10   1.00 # N I * N
+		30         31                       10.20   87.00   -1.00   0.30   0.30   2.70   1.00 # N I * N
+		31         32                        5.10   90.00    1.00   0.30   0.30   2.90   1.00 # N I * N
+		32         33                        4.40  104.00    0.00   0.40   0.60   2.50   1.00 # N I * N
+		33         34                        8.70   78.00    0.00   0.50   0.40   2.60   1.00 # N I * N ;affluent Droit méandre remontant sur 10m occupé par petit actif;
+		34         35                        3.00    3.00    6.00   0.00   1.00   1.50   1.50 # N I * N ;affluent Gauche méandre actif aval du méandre arrivant au point 34 (étroit);
+		35         36                        6.30   49.00   16.00   0.30   2.00   2.00   3.30 # N I * N ;6/8/15 Topo Franck & Laurent amont suite & rivière aval 36-39V - courant d'air aspirant léger;
+		36         37                        5.10   76.00  -16.00   0.20   0.40   3.50   1.20 # N I * N
+		37         38                        4.40   54.00  -10.00   0.25   0.25   5.30   0.80 # N I * N
+		38         39                        5.70   44.00   15.00   1.70   1.30   4.10   2.20 # N I * N ;carrefour galerie intermédiaire vers amont, supérieure à Droite au plafond (boucle point 47) & inférieure vers rivière;
+		39         39A                       2.60   24.00  -39.00   0.80   0.00   0.00   0.80 # N I * N ;boyau inférieur vers rivière D0 H0 - courant d'air aspirant marqué / galerie principale D0.8 H4.4;
+		39A        39B                       2.10   39.00   -8.00   0.60   0.50   0.50   0.50 # N I * N ;boyau à Droite boucle point 39C;
+		39C        39B                       3.10  276.00   -2.00   0.00   0.40   0.50   0.60 # I I * N ;boyau à Droite boucle point 39B D0.4(paroi) D1(boyau);
+		39C        39D                       4.70  316.00   -6.00   0.80   0.00   0.70   0.90 # N I * N ;arrivée en hauteur R2 sur galerie inférieure / affluent D remontant vers cascade;
+		39D        39E                       5.10  264.00  -25.00   0.30   0.30   1.60   0.95 # N I * N ;R2 galerie à Gauche vers rivière;
+		39E        39F                       7.40  270.00   -6.00   0.80   0.00   1.20   0.80 # N I * N
+		39F        39G                       8.50  231.00    0.00   0.00   0.60   0.80   0.80 # N I * N
+		39G        39H                       4.40  250.00   -3.00   0.70   0.00   0.50   0.50 # N I * N
+		39H        39I                       2.00  203.00  -25.00   1.90   0.50   1.40   6.90 # N I * N ;R2 désescalade délicate;
+		39I        39J                       5.50    6.00  -58.00   0.80   0.40   0.00   1.40 # N I * N ;Tbg5 donnant sur rivière / carrefour;
+		39J        39K                       6.60  262.00    5.00   0.60   0.70   3.00   2.60 # N I * N ;rivière Aval - courant d'air aspirant marqué;
+		39K        39L                       5.70  304.00   -8.00   0.40   0.00   4.20   1.30 # N I * N
+		39L        39M                       1.80  250.00    6.00   0.00   0.70   4.00   1.30 # N I * N
+		39M        39N                       7.70  305.00   -2.00   0.70   0.00   3.50   1.50 # N I * N
+		39N        39O                       3.60  276.00  -10.00   0.05   0.70   4.60   0.90 # N I * N ;affluent actif Gauche 5 à 10 l/mn remonté sur qqs m (probablement celui pasant sous la galerie principale point 34-35);
+		39O        39P                       8.50  307.00    0.00   0.50   0.00   3.80   0.85 # N I * N
+		39P        39Q                      12.80  305.00    2.00   0.60   0.00   3.00   1.60 # N I * N
+		39Q        39R                       9.80  298.00   -6.00   0.80   1.00   2.50   0.90 # N I * N ;double diffluence à gauche boucle avec point 39V : 1er boyau à+1 colmaté à mi-hauteur par conglomérats / 2ème boyau à+1 en conduite forcée;
+		39R        39S                       3.30  259.00    7.00   0.00   0.40   1.60   1.50 # N I * N
+		39S        39T                       3.30  278.00    4.00   0.00   0.50   1.00   1.50 # N I * N
+		39T        39U                       2.40  330.00    0.00   0.70   0.00   0.70   1.30 # N I * N
+		39I        39V                       4.70  290.00   -5.00   0.90   0.00   0.50   0.70 # N I * N ;arrivée double diffluence à gauche boucle point 39R - point lame en plafond à gauche - arrêt début galerie semi-noyée ;
+		39         40                        2.80   27.00    9.00   0.20   0.50   2.60   1.00 # N I * N ;galerie fossile médiane vers amont / B1(galerie médiane) B2.9(sol galerie inférieure) / Topo Dominique, Bruno & Laurent 9/8/15;
+		40         41                        8.50   62.00   11.00   0.60   0.40   1.70   1.20 # N I * N
+		41         42                        3.10   48.00    3.00   0.10   0.70   1.30   1.60 # N I * N
+		42         43                        3.90   66.00    5.00   1.50   0.30   1.60   1.40 # N I * N
+		43         44                        3.20  267.00   -2.00   0.20   0.50   2.60   1.70 # N I * N ;marmites;
+		44         45                        5.60   57.00   -5.00   0.20   0.50   2.60   0.70 # N I * N
+		45         46                        5.20   53.00    9.00   0.20   0.60   1.70   1.40 # N I * N ;sous galerie supérieure;
+		46         47                        2.30  112.00   27.00   1.30   0.30   2.30   0.50 # N I * N ;galerie supérieure boucle point 39;
+		47         48                        5.50   34.00   -9.00   0.80   0.90   0.00   1.40 # N I * N
+		48         49                        6.00   63.00    5.00   0.00   0.50   1.90   1.60 # N I * N
+		49         50                        7.50   87.00   -1.00   0.20   0.20   3.00   1.30 # N I * N
+		50         51                        6.60  126.00    3.00   0.30   0.20   2.80   2.90 # N I * N
+		51         52                        6.60  131.00  -18.00   0.40   0.40   5.80   1.50 # N I * N ;perte actif temporaire G / schistes;
+		52         53                        6.00   89.00   35.00   0.60   0.60   0.80   3.40 # N I * N ;bloc entre point 52 & 53 - ruisseau temporaire au sol;
+		53         54                        6.50   84.00  -13.00   0.60   0.00   2.60   1.50 # N I * N ;arrivée actif Droite;
+		54         55                       15.60   93.00    7.00   1.00   1.00   5.90   1.60 # N I * N ;faille pendage +55° Az 350° - D(calcaire) G(schiste);
+		55         56                       14.00   88.00    3.00   0.70   0.90   0.30   0.70 # N I * N
+		56         57                        4.10   72.00  -24.00   0.20   0.20   0.50   0.00 # N I * N ;étroiture dans les schistes;
+		57         58                        4.00   75.00   32.00   1.20   1.00   0.80   0.70 # N I * N
+		58         59                        5.90   80.00   -6.00   1.00   0.60   0.70   0.60 # N I * N
+		59         60                        5.60   68.00  -10.00   2.30   0.20   0.80   0.10 # N I * N ;B(plage de sable) H(schiste);
+		60         61                       12.00   63.00    3.00   1.80   0.20   0.50   1.60 # N I * N ;arrivée MC(5S) / entre point 60 & 61 : 2 regards sur rivière B10m;
+		61         62                        8.60   68.00  -19.00   0.90   0.70   2.50   4.70 # N I * N ;point topo : becquet D / carrefour sur rivière;
+		62         63                        3.90   65.00  -23.00   0.20   1.50   2.90   3.60 # N I * N ;rivière amont;
+		63         64                        6.90  112.00   12.00   1.10   0.00   5.80   4.00 # N I * N ;B(rivière);
+		64         65                        5.30  108.00   55.00   0.70   0.70   1.40   5.00 # N I * N ;B>5(faille étroite) rivière non visible;
+		65         66                       12.80   87.00    7.00   0.60   0.30   0.40   6.00 # N I * N ;B>6(éboulis de schistes);
+		66         67                        7.50   81.00    3.00   0.50   1.20   0.80   7.50 # N I * N ;B>7.5(éboulis de schistes);
+		67         68                        6.00   86.00    7.00   0.40   1.40   0.20   1.00 # N I * N ;éboulis de schiste;
+		68         69                        4.40   70.00  -25.00   0.40   0.60   2.60   4.90 # N I * N ;B>4.9(faille étroite sur rivière);
+		69         70                        6.00   61.00   -3.00   0.00   0.60   3.90   2.00 # N I * N ;B2(margelle) faille étroite sur rivière ;
+		70         71                        7.30   80.00   16.00   1.20   0.40   0.90   9.00 # N I * N ;B>9(rivière);
+		71         72                        4.70   59.00   -8.00   0.40   0.40   2.20   5.30 # N I * N ;B(galerie fossile) sans rivière;
+		72         73                        3.80   77.00  -60.00   0.40   0.50   3.90   1.30 # N I * N ;H3.9(sous éboulis de schistes);
+		73         74                        5.30   51.00  -15.00   1.00   0.60   2.80   2.60 # N I * N ;pied cascade 3.3m;
+		74         75                       14.00   94.00   11.00   0.20   0.20   2.60   1.60 # N I * N ;H(sous éboulis de schistes) B(rivière);
+		75         76                        7.00   76.00    7.00   0.60   0.50   4.00   1.30 # N I * N ;H(sous éboulis de schistes) B(rivière);
+		76         77                        7.80   86.00    8.00   0.30   0.60   2.30   3.30 # N I * N ;H(sous éboulis de schistes) B(rivière);
+		77         78                       12.20   75.00   -3.00   0.20   0.80   3.70   1.30 # N I * N ;H(sous éboulis de schistes) B(rivière);
+		78         79                        5.60  110.00    8.00   0.60   0.40   3.60   1.80 # N I * N ;H(sous éboulis de schistes) B(rivière);
+		79         80                        2.70   95.00   -2.00   0.50   0.30   3.60   1.60 # N I * N ;H(sous éboulis de schistes) B(rivière) / début escalade éboulis;
+		80         81                       10.40   77.00   41.00   2.30   0.80   0.80   1.40 # N I * N ;B(sommet éboulis de schistes) / point topo : cairn sur extrémité bloc sommital - Arrêt topo 9/8/15;
+		
+	endcenterline
+	
+endsurvey

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Amonts/Data/Dossier_Type-coupe.th2

@@ -0,0 +1,18 @@
+encoding  utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+
+scrap SC-Dossier_Type_01 -projection extended -station-names "" "@Dossier_Type" -author 2024 "Alexandre Pont" -copyright 2024 "licence CC by-nc-nd : http://creativecommons.org/licenses/by-nc-nd/4.0/"
+	
+endscrap
+
+
+scrap SC-Dossier_Type_02 -projection extended -station-names "" "@Dossier_Type" -author 2024 "Alexandre Pont" -copyright 2024 "licence CC by-nc-nd : http://creativecommons.org/licenses/by-nc-nd/4.0/"
+	
+endscrap
+

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Amonts/Data/Dossier_Type-plan.th2

@@ -0,0 +1,20 @@
+encoding  utf-8
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+
+
+
+scrap SP-Dossier_Type_01 -station-names "" "@Dossier_Type" -author 2024 "Alexandre Pont" -copyright 2024 "licence CC by-nc-nd : http://creativecommons.org/licenses/by-nc-nd/4.0/" -scale [0 0 1600 0 0.0 0.0 40.64 0.0 m]
+	
+endscrap
+
+
+scrap SP-Dossier_Type_02 -station-names "" "@Dossier_Type" -author 2024 "Alexandre Pont" -copyright 2024 "licence CC by-nc-nd : http://creativecommons.org/licenses/by-nc-nd/4.0/" -scale [0 0 1600 0 0.0 0.0 40.64 0.0 m]
+	
+endscrap
+
+

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Amonts/Data/therion.log

@@ -0,0 +1,8 @@
+therion 6.3.1 (2024-11-22)
+  - using Proj 9.4.1, compiled against 9.4.1
+initialization file: C:\Program Files\Therion/therion.ini
+reading ... done
+configuration file: D:\08 GitHub\Synthese-PSM_LARRA\Sources\Dossier_Type\Data\Dossier_Type-plan.th2
+reading ...
+C:\Program Files\Therion\therion.exe: error -- D:\08 GitHub\Synthese-PSM_LARRA\Sources\Dossier_Type\Data\Dossier_Type-plan.th2 [11] -- unknown configuration command -- scrap
+Press ENTER to exit!

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Amonts/Legendes/entrances_coordinates.th

@@ -0,0 +1,52 @@
+encoding utf-8
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+
+layout Entrances_coords_CDa
+	# Layout where we define the different variables that contain the text with
+	# the entrance coordinates we want to print in the header.
+	# We need one variable per entrance.
+	
+	# This layout is called by the layout Coords_Header below
+	
+	code tex-map
+		\def\thjunk{ }
+		\def\thlocationCDa{UTM30 WGS84 X : 679.298 Y : 4758.093 Alt. : 1 644 m}
+	endcode
+	
+endlayout
+
+layout Coords_Header_CDa
+	# Layout that set the presentation for the entrance coordinates.
+	
+	copy Entrances_coords_CDa
+	# it calls the layout above Entrances_coords where we defined the different
+	# variables that contain the text with
+	# the entrance coordinates we want to print in the header.
+	
+	code tex-map
+		\def\nostring{}
+		\def\thsizexl{}
+		\def\thsizel{}
+		\def\thsizem{}
+		\ifx\thsizexl\nostring\def\thsizexl{30}\else\fi
+		\ifx\thsizel\nostring\def\thsizel{24}\else\fi
+		\ifx\thsizem\nostring\def\thsizem{12}\else\fi
+		
+		\ECoordinates={
+		%\edef\tmp{\thjunk} \ifx\tmp\empty \else
+		%{\size[\thsizem] \ss\thjunk\vss}
+		%\fi
+		\edef\tmp{\thlocationCDa} \ifx\tmp\empty \else
+		{\size[\thsizem]\hskip0cm  \ss\thlocationCDa\vss}	% The first one should be without hskip
+		\fi
+		}
+	endcode
+	
+endlayout
+
+

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Amonts/Outputs/B3_Amonts-Cave-list.html

@@ -0,0 +1,41 @@
+<html>
+<head>
+<title>B3_Amonts-Cave-list.html</title>
+<meta http-equiv="Content-Type" content="text/html; charset=utf-8">
+<script language="javascript">
+function xTree(node)
+{
+  var fsub = true;
+  var show = false;
+  var last = node.length;
+  var all = document.getElementsByTagName("tr");
+  for(i = 1; i < all.length; i++) {
+    if ((all[i].id.length > node.length) && (all[i].id.substr(0, node.length) == node)) {
+      if (fsub) {
+        fsub = false;
+        show = (all[i].style.display == "none");
+        last = all[i].id.lastIndexOf(".");
+      }
+      if (show) {
+        if (all[i].id.lastIndexOf(".") == last)
+        all[i].style.display = "";
+      } else {
+        all[i].style.display = "none";
+      }
+    }
+  }
+}
+</script>
+<style type="text/css">
+body {font-family: Verdana, Helvetica, Arial, sans-serif; line-height: 1.5;}
+table {font-size:80%; border-spacing: 0px;}
+th {border-bottom:2px solid #a7a9aa; padding-left:8px; padding-right:8px; padding-top:0px; padding-bottom:1px;}
+td {border-bottom:1px solid #a7a9aa; padding-left:8px; padding-right:8px; padding-top:0px; padding-bottom:0px;}
+</style>
+</head>
+<body>
+<table>
+<tr></tr>
+</table>
+</body>
+</html>

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Amonts/Outputs/B3_Amonts-Surveys.html

@@ -0,0 +1,45 @@
+<html>
+<head>
+<title>B3_Amonts-Surveys.html</title>
+<meta http-equiv="Content-Type" content="text/html; charset=utf-8">
+<script language="javascript">
+function xTree(node)
+{
+  var fsub = true;
+  var show = false;
+  var last = node.length;
+  var all = document.getElementsByTagName("tr");
+  for(i = 1; i < all.length; i++) {
+    if ((all[i].id.length > node.length) && (all[i].id.substr(0, node.length) == node)) {
+      if (fsub) {
+        fsub = false;
+        show = (all[i].style.display == "none");
+        last = all[i].id.lastIndexOf(".");
+      }
+      if (show) {
+        if (all[i].id.lastIndexOf(".") == last)
+        all[i].style.display = "";
+      } else {
+        all[i].style.display = "none";
+      }
+    }
+  }
+}
+</script>
+<style type="text/css">
+body {font-family: Verdana, Helvetica, Arial, sans-serif; line-height: 1.5;}
+table {font-size:80%; border-spacing: 0px;}
+th {border-bottom:2px solid #a7a9aa; padding-left:8px; padding-right:8px; padding-top:0px; padding-bottom:1px;}
+td {border-bottom:1px solid #a7a9aa; padding-left:8px; padding-right:8px; padding-top:0px; padding-bottom:0px;}
+</style>
+</head>
+<body>
+<table>
+<tr><th align="left">Title</th><th align="right">Length</th><th align="right">Depth</th><th align="right">Explored</th><th align="right">Approx.</th><th align="right">Duplicate</th><th align="right">Surface</th><th align="right">Shots</th><th align="right">Stations</th></tr>
+<tr id="B3_Amonts"><td align="left" style="padding-left: 0px"><a href="javascript:xTree('B3_Amonts')">B3_Amonts</a></td><td align="right">1202</td><td align="right">42</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">223</td><td align="right">226</td></tr>
+<tr id="B3_Amonts.B3_Amonts_01"><td align="left" style="padding-left: 12px">Gouffre des Bourrugues B3, amonts 01 : amont vers jonction AP7 suite</td><td align="right">152</td><td align="right">13</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">33</td><td align="right">34</td></tr>
+<tr id="B3_Amonts.B3_Amonts_02"><td align="left" style="padding-left: 12px">Gouffre des Bourrugues B3, amonts 02 : amont vers jonction AP7 suite</td><td align="right">377</td><td align="right">28</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">86</td><td align="right">87</td></tr>
+<tr id="B3_Amonts.B3_Amonts_03"><td align="left" style="padding-left: 12px">Gouffre des Bourrugues B3, amonts 03 : Galerie des cheminées</td><td align="right">673</td><td align="right">28</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">104</td><td align="right">105</td></tr>
+</table>
+</body>
+</html>

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Amonts/therion.log

@@ -0,0 +1,22 @@
+therion 6.3.1 (2024-11-22)
+  - using Proj 9.4.1, compiled against 9.4.1
+initialization file: C:\Program Files\Therion/therion.ini
+reading ... done
+configuration file: B3_Amonts.thconfig
+reading ... done
+reading source files ... done
+preprocessing database ... done
+scanning centreline tree ... done
+searching for centerline loops ... done
+calculating station coordinates ... done
+calculating basic statistics ... done
+processing extended elevation ... done
+processing references ... done
+selecting export objects ... done
+processing projection plan ... done
+writing Data/B3_Amonts-map.xvi ... done
+writing Outputs/B3_Amonts.lox ... done
+C:\Program Files\Therion\therion.exe: warning -- data not georeferenced -- unable to export KML file
+writing Outputs/B3_Amonts-Cave-list.html ... done
+writing Outputs/B3_Amonts-Surveys.html ... done
+compilation time: 0 sec

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Aval/B3_Aval-maps.th

@@ -0,0 +1,19 @@
+encoding utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+map MP-B3_Aval-plan-tot -title "B3_Aval"
+	SP-B3_Aval_01
+	break
+	SP-B3_Aval_02
+endmap
+
+map MC-B3_Aval-coupe-tot -title "B3_Aval"
+	SC-B3_Aval_01
+	break
+	SC-B3_Aval_02
+endmap

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Aval/B3_Aval-tot.th

@@ -0,0 +1,22 @@
+encoding utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+survey B3_Aval -title "B3 Aval"
+	input Data/B3_Aval.th
+	equate M-105@B3_Aval_01 M-105@B3_Aval_02
+	
+	## Pour le plan
+	# input Data/B3_Aval-plan.th2
+	
+	## Pour la coupe développée
+	# input Data/B3_Aval-coupe.th2
+	
+	## Appel des maps
+	# input B3_Aval-maps.th
+	
+endsurvey

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Aval/B3_Aval.thconfig

@@ -0,0 +1,357 @@
+encoding  utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+# INTRO
+
+# le signe "#" en début de ligne signifie que la ligne est commentée. Elle ne
+# sera donc pas lue lors de la compilation.
+
+# Dans ce fichier on met les specifications generales, à savoir
+# dans quel fichier sont les donnees topo, l'aspect que l'on veut
+# donner aux topos imprimées (layout) et ce que l'on
+# veut comme résultat : map, ou atlas ou 3D ou donnees en format SQL
+
+# Alors, on peut fractionner ce fichier en trois parts:
+# - source, pour specifier les fichiers ou sont les données topo/dessin
+# - layout, pour specifier la composition du document à imprimer
+# - export: map, atlas, etc
+
+
+# 1-SOURCES
+# La ligne source spécifie le fichier ou sont les donnees topo
+# jb.th". (Au fichier "jb.th" il faudra avoir une ligne
+# "input "nomducavite.th2" pour specifier le fichier ou se trouvent
+# les donnees du dessin, comme ça, ce fichier thconfig appellera
+# "jb.th" et a leur tour, "jb.th" appellera
+# "jb-dessin.th2")
+source B3_Aval-tot.th
+
+# Add Coordinates
+input Legendes/entrances_coordinates.th
+
+# Add config file
+input config.thc
+
+# 2-LAYOUT
+# Ici, on peut specifier des choses comme les symboles à utiliser (UIS, etc)
+# ou imprimer des explications des symboles
+
+# Debut de la definition du Layout "xviexport"
+layout xviexport
+	#cs UTM32
+	# echelle à laquelle on veut dessiner la topo
+	scale 1 100
+	#scale 1 1000
+	# taille de la grille
+	grid-size 2 2 2 m
+	# mettre la grille en arrière plan
+	grid bottom
+endlayout
+# fin de la définition du layout "xviexport"
+
+#debut de la definition du layout "my_layout"
+layout my_layout
+	# Rajout des coordonnées de l'entrée
+	copy Coords_Header_CDa
+	# Call the config settings (Layout config inside the config.thc file)
+	copy drawingconfig
+	copy headerl
+	copy langue-fr
+	
+	
+	# Définition du système de projection du plan
+	cs UTM30
+	
+	# La ligne base-scale spécifie l'échelle auquel nous avons dessiné nos croquis.
+	# Par défaut, Therion pense que c'est une échelle 1:200. Si on a utilisé une autre échelle,
+	# il faut enlever le "#" et spécifier l'échelle vraiment employée, comme c'est le cas
+	# après avoir dessiné la topo sur un cheminement exporté avec le layout "xviexport".
+	# Jouer avec le ration base-scale/scale permet de jouer globalement sur les tailles
+	# des caractères et des traits.
+	base-scale 1 100
+	
+	# Maintenant on va mettre une ligne "scale" pour specifier l'échelle pour imprimer la topo.
+	# La combination entre scale et base-scale contrôle l'épaisseur des lignes, rotation, etc, convenable
+	# pour faire l'ampliation-réduction entre dessin et le résultat de l'imprimante
+	# C'est tres important s'assurer que la configuration de l'imprimante ne spécifie pas l'option "Fit in page"
+	# ou similaire, sinon, l'échelle sera changée pendant l'impression!
+	scale 1 100
+	
+	# Echelle graphique 100 m ampleur (Généralement, le choix scale/10 est plutôt pas mal)
+	scale-bar 10 m
+	
+	# Voici une ligne pour specifier qu'il faut imprimer une grille au dessous de la topo
+	grid bottom
+	
+	# Défini la rotation de la topographie
+	#rotate -65
+	
+	# Une ligne pour specifier que la grille est 1000x1000x1000 m
+	# (Trois dimensions, oui, ça sert pour la coupe aussi)
+	grid-size 50 50 50 m
+	
+	# la topo est transparente (on peut voir les galeries en dessous)
+	# C'est on par défaut, donc, pas vraiment besoin de specifier
+	transparency on
+	# Couleur de la topographie
+	# color map-fg [100 100 80]
+	color map-fg 90
+	# ça marche seulement si transparency est "on" 90% blanc= 10% noir
+	opacity 75
+	
+	#surface bottom
+	#surface-opacity 100
+	
+	# Auteur
+	doc-author "Alexandre Pont"
+	# Titre
+	doc-title "B3_Aval plan - 1:100"
+	
+	# Maintenant on spécifie la position de la manchette, dont l'intérieur est occupé par le titre, auteurs, etc.
+	# Nous pouvons indiquer les cordonnées du point de la topo ou l'on veut la manchette :
+	# 0 0, c'est en bas, à gauche, 100 100, c'est en haut, à droite
+	# La manchette a des "points cardinaux" autour : n, s, ne, sw, etc.
+	# Il faut specifier un de ces points comme ce que sera placé sur les cordonnées.
+	# Alors nous pouvons specifier que le sud-ouest de la manchette soit placé en bas, a gauche,
+	# ou une autre combination...
+	map-header 2 98 nw
+	
+	# arrière plan de la manchette
+	map-header-bg on
+	# Légende pour expliciter les symboles. "on" imprimera seulement la légende des symboles dessinés
+	# sur la topo. Si l'on veut pour tous les symboles, utilisés ou pas, il faut indiquer "all".
+	# "legend off" = pas de légende
+	legend on
+	# Par défaut, la légende est de 14 cm de largeur
+	legend-width 15 cm
+	legend-columns 3
+	# Un commentaire à ajouter au titre, on pourrait indiquer ici la mairie où est placée la cavité
+	# dont le nom est probablement le titre de la topo.
+	map-comment "Massif de la Pierre Saint Martin - Larra"
+	# Afficher les statistiques d'explo/topo par équipe/nom. C'est lourd
+	# si la cavité est importante et qu'il y a beaucoup d'explorateurs/topographes.
+	statistics explo-length off
+	statistics topo-length off
+	# Afficher un copyright
+	statistics copyright 2
+	
+	# Dessin ou pas du cheminement topo
+	symbol-hide point station
+	symbol-hide line survey
+	symbol-hide point u:symbol_plan
+	symbol-hide point u:symbol_extend
+	#debug scrap-names
+	#debug station-names
+	
+	
+	# color map-fg [100 100 80]
+	# color map-fg altitude
+	# color-legend off
+	
+	layers on
+	
+	overlap 3 cm
+	
+	code tex-map
+		% Output map title as determined by Therion is stored in cavename, défini par la une Map.
+		% It will be empty if there are multiple maps selected for any one projection
+		% AND there are multiple source surveys identified in the thconfig file
+		% ie Therion can not infer a unique title from the input data given.
+		% This code allows you to define an output map title {cavename} if it happens to be empty
+		\edef\temp{\the\cavename}        % cavename from Therion
+		\edef\nostring{}                 % empty string
+		\ifx\temp\nostring             % test if cavename is empty
+		% if empty
+		reassign cavename to describe selected maps as a group
+		\else % if not empty keep the value set by therion, or assign an override cavename here
+		\fi
+		\cavename={B3_Aval, plan 1:100}
+		\newtoks\club \club={ARSIP}
+		%\newtoks\thanksto \thanksto={Alpes Minages pour son soutien actif et Loire Travaux Spéciaux l'aide logistique}
+		%\newtoks\wpage \wpage={https://www.arsip.fr/}
+		%\newtoks\datat \datat={https://github.com/Alex38Lyon/Synthese-PSM_LARRA}
+		\newtoks\synth \synth={Alexandre Pont}
+		\framethickness=0.5mm
+	endcode
+	
+	
+endlayout
+
+#debut de la definition du layout "layout-coupe"
+layout layout-coupe
+	## Rajout des coordonnées de l'entrée
+	copy Coords_Header_CDa
+	## Call the config settings (Layout config inside the config.thc file)
+	copy drawingconfig
+	copy header_coupe
+	#copy headerl
+	#copy header_coupe_vert-auto
+	#copy header_coupe_vert-to-place
+	copy langue-fr
+	
+	# Définition du système de projection du plan
+	cs UTM30
+	
+	# La ligne base-scale spécifie l'échelle auquel nous avons dessiné nos croquis.
+	# Par défaut, Therion pense que c'est une échelle 1:200. Si on a utilisé une autre échelle,
+	# il faut enlever le "#" et spécifier l'échelle vraiment employée, comme c'est le cas
+	# après avoir dessiné la topo sur un cheminement exporté avec le layout "xviexport".
+	# Jouer avec le ration base-scale/scale permet de jouer globalement sur les tailles
+	# des caractères et des traits.
+	base-scale 1 250
+	
+	# Maintenant on va mettre une ligne "scale" pour specifier l'échelle pour imprimer la topo.
+	# La combination entre scale et base-scale contrôle l'épaisseur des lignes, rotation, etc, convenable
+	# pour faire l'ampliation-réduction entre dessin et le résultat de l'imprimante
+	# C'est tres important s'assurer que la configuration de l'imprimante ne spécifie pas l'option "Fit in page"
+	# ou similaire, sinon, l'échelle sera changée pendant l'impression!
+	scale 1 250
+	
+	# Echelle graphique 100 m ampleur (Généralement, le choix scale/10 est plutôt pas mal)
+	scale-bar 40 m
+	
+	# Voici une ligne pour specifier qu'il faut imprimer une grille au dessous de la topo
+	#grid bottom
+	grid off
+	# Une ligne pour specifier que la grille est 1000x1000x1000 m
+	# (Trois dimensions, oui, ça sert pour la coupe aussi)
+	#grid-size 250 250 250 m
+	
+	# la topo est transparente (on peut voir les galeries inférieurs)
+	# C'est on par défaut, donc, pas vraiment besoin de specifier
+	transparency on
+	# Couleur de la topographie
+	#color map-fg [100 100 80]
+	color map-fg 90
+	# ça marche seulement si transparency est "on" 90% blanc= 10% noir
+	opacity 75
+	
+	#surface bottom
+	#surface-opacity 100
+	
+	# Auteur
+	doc-author "Alexandre Pont"
+	# Titre
+	doc-title "B3_Aval coupe développée - 1:250"
+	
+	# Maintenant on spécifie la position de la manchette, dont l'intérieur est occupé par le titre, auteurs, etc.
+	# Nous pouvons indiquer les cordonnées du point de la topo ou l'on veut la manchette :
+	# 0 0, c'est en bas, à gauche, 100 100, c'est en haut, à droite
+	# La manchette a des "points cardinaux" autour : n, s, ne, sw, etc.
+	# Il faut specifier un de ces points comme ce que sera placé sur les cordonnées.
+	# Alors nous pouvons specifier que le sud-ouest de la manchette soit placé en bas, a gauche,
+	# ou une autre combination...
+	map-header 98 98 ne
+	# arrière plan de la manchette
+	map-header-bg on
+	# Légende pour expliciter les symboles. "on" imprimera seulement la légende des symboles dessinés
+	# sur la topo. Si l'on veut pour tous les symboles, utilisés ou pas, il faut indiquer "all".
+	# "legend off" = pas de légende
+	legend on
+	# Par défaut, la légende est de 14 cm de largeur
+	legend-width 14 cm
+	legend-columns 3
+	# Un commentaire à ajouter au titre, on pourrait indiquer ici la mairie où est placée la cavité
+	# dont le nom est probablement le titre de la topo.
+	map-comment "Massif de la Pierre Saint Martin - Larra"
+	# Afficher les statistiques d'explo/topo par équipe/nom. C'est lourd
+	# si la cavité est importante et qu'il y a beaucoup d'explorateurs/topographes.
+	statistics explo-length off
+	statistics topo-length off
+	# Afficher un copyright
+	statistics copyright 2
+	
+	# Dessin ou pas du cheminement topo
+	#symbol-hide point station
+	symbol-hide line survey
+	#symbol-hide point u:symbol_plan
+	#symbol-hide point u:symbol_extend
+	# debug scrap-names
+	debug station-names
+	
+	
+	# color map-fg [100 100 80]
+	# color map-fg altitude
+	# color-legend off
+	
+	layers on
+	
+	overlap 3 cm
+	
+	# Modification du Titre de la topo
+	code tex-map
+		% Output map title as determined by Therion is stored in cavename, défini par la une Map.
+		% It will be empty if there are multiple maps selected for any one projection
+		% AND there are multiple source surveys identified in the thconfig file
+		% ie Therion can not infer a unique title from the input data given.
+		% This code allows you to define an output map title {cavename} if it happens to be empty
+		\edef\temp{\the\cavename}        % cavename from Therion
+		\edef\nostring{}                 % empty string
+		\ifx\temp\nostring             % test if cavename is empty
+		% if empty
+		reassign cavename to describe selected maps as a group
+		\else % if not empty keep the value set by therion, or assign an override cavename here
+		\fi
+		\cavename={B3_Aval, coupe développée}
+		\newtoks\club \club={ARSIP}
+		%\newtoks\thanksto \thanksto={Alpes Minages pour son soutien actif et Loire Travaux Spéciaux l'aide logistique}
+		%\newtoks\wpage \wpage={https://www.arsip.fr/}
+		%\newtoks\datat \datat={https://github.com/Alex38Lyon/Synthese-PSM_LARRA}
+		\newtoks\synth \synth={Alexandre Pont}
+		\framethickness=0.5mm
+	endcode
+	
+endlayout
+
+
+
+# Fin de la definition du Layout "normal"
+
+layout layout-kml
+	# Définition du système de projection du plan
+	cs EPSG:2154
+	# Couleur de la topographie
+	# Rouge-Orange = 255,69,0 -->
+	# Orange = 255,165,0 -->
+	# Orange Sombre = 255,140,0 -->
+	# Bleu --> 0, 0 255
+	color map-fg [0 0 100]
+endlayout
+
+# 3-EXPORT
+
+# Export des xvi pour le dessin si besoin
+export map -fmt xvi -layout xviexport -o Data/B3_Aval-map.xvi
+#export map -proj extended -layout xviexport -fmt xvi -o Data/B3_Aval-coupe.xvi
+
+# Selection des Maps à exporter
+# select MP-B3_Aval-plan-tot@B3_Aval
+# select MC-B3_Aval-coupe-tot@B3_Aval
+
+# Export des fichiers pdf, plan et coupe.
+# ATTENTION, la topo étant énorme, il faut mettre l'option ne traçant pas la centerline !
+# export map -projection extended -fmt pdf -layout layout-coupe -o Outputs/B3_Aval-Coupe.pdf
+#export map -projection extended -fmt pdf -layout layout-coupe-LT -o Outputs/B3_Aval-Coupe-LT.pdf
+#export map -projection plan -fmt pdf -layout layout-plan-LT -o Outputs/B3_Aval-Plan-LT.pdf
+# export map -projection plan -fmt pdf -layout my_layout -o Outputs/B3_Aval-Plan.pdf
+#export map -projection extended -fmt pdf -layout layout-coupe-plan -o Outputs/B3_Aval-Coupe-Plan.pdf
+
+
+# Export du fichier 3d pour Loch
+export model -enable all -o Outputs/B3_Aval.lox
+export model -enable all -o Outputs/B3_Aval.kml
+
+# Export des fichiers ESRI
+#export map -proj plan -fmt esri -o Outputs/B3_Aval
+
+# Export des fichiers kml
+#export map -proj plan -fmt kml -o Outputs/B3_Aval.kml -layout layout-kml
+#export model -fmt kml -o Outputs/B3_Aval-model.kml -enable all
+#export model -enable all -o Outputs/B3_Aval-3D.kml
+export cave-list -location on -o Outputs/B3_Aval-Cave-list.html
+export survey-list -location on -o Outputs/B3_Aval-Surveys.html

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Aval/Data/B3_Aval-map.xvi

@@ -0,0 +1,678 @@
+set XVIgrids {2.0 m}
+set XVIstations {
+  {   -23278.12    -32761.58 Q-08@B3_Aval_01.B3_Aval}
+  {   -23318.64    -32531.82 K-01@B3_Aval_01.B3_Aval}
+  {   -23543.01    -32417.49 K-02@B3_Aval_01.B3_Aval}
+  {   -23912.80    -32430.41 K-03@B3_Aval_01.B3_Aval}
+  {   -23337.34    -32924.27 K-04@B3_Aval_01.B3_Aval}
+  {   -23340.43    -32805.21 K-05@B3_Aval_01.B3_Aval}
+  {   -23619.62    -32460.43 K-06@B3_Aval_01.B3_Aval}
+  {   -23874.65    -32410.86 K-07@B3_Aval_01.B3_Aval}
+  {   -24009.32    -32280.81 K-08@B3_Aval_01.B3_Aval}
+  {   -24272.24    -32210.36 K-09@B3_Aval_01.B3_Aval}
+  {   -24554.81    -31885.31 K-10@B3_Aval_01.B3_Aval}
+  {   -24698.98    -31870.15 K-11@B3_Aval_01.B3_Aval}
+  {   -24698.98    -31870.15 K-12@B3_Aval_01.B3_Aval}
+  {   -24698.98    -31870.15 K-13@B3_Aval_01.B3_Aval}
+  {   -24799.52    -31736.73 K-14@B3_Aval_01.B3_Aval}
+  {   -25148.56    -32124.37 K-15@B3_Aval_01.B3_Aval}
+  {   -24825.46    -32254.91 K-16@B3_Aval_01.B3_Aval}
+  {   -24448.66    -32228.57 K-17@B3_Aval_01.B3_Aval}
+  {   -24764.80    -32605.33 K-18@B3_Aval_01.B3_Aval}
+  {   -24493.56    -32557.50 K-19@B3_Aval_01.B3_Aval}
+  {   -24360.37    -31354.98 K-20@B3_Aval_01.B3_Aval}
+  {   -24199.48    -31210.11 K-21@B3_Aval_01.B3_Aval}
+  {   -24096.43    -30967.34 K-22@B3_Aval_01.B3_Aval}
+  {   -23999.82    -30915.97 K-23@B3_Aval_01.B3_Aval}
+  {   -23933.71    -30810.17 K-24@B3_Aval_01.B3_Aval}
+  {   -24020.56    -30690.63 K-25@B3_Aval_01.B3_Aval}
+  {   -23988.74    -30510.17 K-26@B3_Aval_01.B3_Aval}
+  {   -23974.00    -30417.08 K-27@B3_Aval_01.B3_Aval}
+  {   -24149.28    -30327.76 K-28@B3_Aval_01.B3_Aval}
+  {   -24244.84    -30394.67 K-29@B3_Aval_01.B3_Aval}
+  {   -24404.25    -30419.92 K-30@B3_Aval_01.B3_Aval}
+  {   -24500.41    -30495.05 K-31@B3_Aval_01.B3_Aval}
+  {   -24636.96    -30445.35 K-32@B3_Aval_01.B3_Aval}
+  {   -24731.32    -30445.35 K-33@B3_Aval_01.B3_Aval}
+  {   -24816.98    -30375.98 K-34@B3_Aval_01.B3_Aval}
+  {   -24847.72    -30201.62 K-35@B3_Aval_01.B3_Aval}
+  {   -24984.86    -29779.54 K-36@B3_Aval_01.B3_Aval}
+  {   -25144.10    -29757.16 K-37@B3_Aval_01.B3_Aval}
+  {   -25254.22    -29621.17 K-38@B3_Aval_01.B3_Aval}
+  {   -25613.20    -29274.51 K-39@B3_Aval_01.B3_Aval}
+  {   -25203.84    -28905.93 K-40@B3_Aval_01.B3_Aval}
+  {   -25709.66    -28303.11 K-41@B3_Aval_01.B3_Aval}
+  {   -25942.17    -28218.49 K-42@B3_Aval_01.B3_Aval}
+  {   -26299.69    -28275.11 K-43@B3_Aval_01.B3_Aval}
+  {   -26639.07    -28019.38 K-44@B3_Aval_01.B3_Aval}
+  {   -27227.28    -27967.92 K-45@B3_Aval_01.B3_Aval}
+  {   -27512.69    -27834.83 K-46@B3_Aval_01.B3_Aval}
+  {   -28278.42    -27781.28 K-47@B3_Aval_01.B3_Aval}
+  {   -28652.24    -27614.85 K-48@B3_Aval_01.B3_Aval}
+  {   -29418.41    -27791.73 K-49@B3_Aval_01.B3_Aval}
+  {   -30007.65    -27802.02 K-50@B3_Aval_01.B3_Aval}
+  {   -30316.56    -27577.58 K-51@B3_Aval_01.B3_Aval}
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+  {   -30850.86    -27391.86 K-54@B3_Aval_01.B3_Aval}
+  {   -30850.86    -27391.86 K-55@B3_Aval_01.B3_Aval}
+  {   -31091.46    -27115.09 K-56@B3_Aval_01.B3_Aval}
+  {   -31374.54    -26944.99 K-57@B3_Aval_01.B3_Aval}
+  {   -31617.57    -26524.04 K-58@B3_Aval_01.B3_Aval}
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+  {   -31994.04    -25257.07 K-69@B3_Aval_01.B3_Aval}
+  {   -31695.63    -25230.96 K-70@B3_Aval_01.B3_Aval}
+  {   -31149.13    -25032.05 K-71@B3_Aval_01.B3_Aval}
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+  {   -29442.36    -23568.18 K-76@B3_Aval_01.B3_Aval}
+  {   -28797.75    -23116.82 K-77@B3_Aval_01.B3_Aval}
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+  {   -27955.28    -22210.82 K-79@B3_Aval_01.B3_Aval}
+  {   -27728.86    -21959.35 K-80@B3_Aval_01.B3_Aval}
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+  {   -25338.31    -19518.08 K-86@B3_Aval_01.B3_Aval}
+  {   -24842.87    -19337.76 K-87@B3_Aval_01.B3_Aval}
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+  {   -20437.07    -15842.03 L-03@B3_Aval_01.B3_Aval}
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+  {     -754.99     11343.39 M-11@B3_Aval_01.B3_Aval}
+  {     -504.15     11701.63 M-12@B3_Aval_01.B3_Aval}
+  {       87.37     11893.83 M-13@B3_Aval_01.B3_Aval}
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+  {     7380.57     14032.74 M-36@B3_Aval_01.B3_Aval}
+  {     8150.56     14100.10 M-37@B3_Aval_01.B3_Aval}
+  {     8450.47     13912.70 M-38@B3_Aval_01.B3_Aval}
+  {     8777.46     13884.09 M-39@B3_Aval_01.B3_Aval}
+  {     9563.78     13884.09 M-40@B3_Aval_01.B3_Aval}
+  {    10327.33     13693.72 M-41@B3_Aval_01.B3_Aval}
+  {    10674.11     13553.61 M-42@B3_Aval_01.B3_Aval}
+  {    11020.46     13492.54 M-43@B3_Aval_01.B3_Aval}
+  {    11403.75     13353.03 M-44@B3_Aval_01.B3_Aval}
+  {    11835.35     13545.19 M-45@B3_Aval_01.B3_Aval}
+  {    12339.31     13277.23 M-46@B3_Aval_01.B3_Aval}
+  {    13113.69     13140.68 M-47@B3_Aval_01.B3_Aval}
+  {    13898.70     13113.27 M-48@B3_Aval_01.B3_Aval}
+  {    14670.57     12963.23 M-49@B3_Aval_01.B3_Aval}
+  {    15447.34     12854.07 M-50@B3_Aval_01.B3_Aval}
+  {    16219.83     12786.48 M-51@B3_Aval_01.B3_Aval}
+  {    16998.50     12895.92 M-52@B3_Aval_01.B3_Aval}
+  {    17757.00     12762.17 M-53@B3_Aval_01.B3_Aval}
+  {    18419.72     12773.74 M-54@B3_Aval_01.B3_Aval}
+  {    18856.76     13036.34 M-55@B3_Aval_01.B3_Aval}
+  {    19106.90     12945.29 M-56@B3_Aval_01.B3_Aval}
+  {    19212.55     12948.98 M-57@B3_Aval_01.B3_Aval}
+  {    19203.63     13204.38 M-58@B3_Aval_01.B3_Aval}
+  {    19381.94     13402.41 M-59@B3_Aval_01.B3_Aval}
+  {    19555.03     13569.56 M-60@B3_Aval_01.B3_Aval}
+  {    19853.48     14086.49 M-61@B3_Aval_01.B3_Aval}
+  {    19959.51     14348.92 M-62@B3_Aval_01.B3_Aval}
+  {    20225.06     14420.07 M-63@B3_Aval_01.B3_Aval}
+  {    20528.16     14945.06 M-64@B3_Aval_01.B3_Aval}
+  {    20596.12     15090.80 M-65@B3_Aval_01.B3_Aval}
+  {    20560.46     15223.88 M-66@B3_Aval_01.B3_Aval}
+  {    20819.05     15260.22 M-67@B3_Aval_01.B3_Aval}
+  {    20843.06     15534.60 M-68@B3_Aval_01.B3_Aval}
+  {    20915.28     16048.52 M-69@B3_Aval_01.B3_Aval}
+  {    21008.44     16248.31 M-70@B3_Aval_01.B3_Aval}
+  {    20697.17     16619.26 M-71@B3_Aval_01.B3_Aval}
+  {    20468.30     16873.46 M-72@B3_Aval_01.B3_Aval}
+  {    20236.67     16996.62 M-73@B3_Aval_01.B3_Aval}
+  {    19985.25     17088.12 M-74@B3_Aval_01.B3_Aval}
+  {    19582.39     17196.07 M-75@B3_Aval_01.B3_Aval}
+  {    19893.83     17640.85 M-76@B3_Aval_01.B3_Aval}
+  {    20053.80     17831.49 M-77@B3_Aval_01.B3_Aval}
+  {    20244.68     18240.83 M-78@B3_Aval_01.B3_Aval}
+  {    20159.14     18377.72 M-79@B3_Aval_01.B3_Aval}
+  {    20398.10     18557.79 M-80@B3_Aval_01.B3_Aval}
+  {    20603.45     19121.98 M-81@B3_Aval_01.B3_Aval}
+  {    20504.93     19378.64 M-82@B3_Aval_01.B3_Aval}
+  {    20954.37     19638.13 M-83@B3_Aval_01.B3_Aval}
+  {    21258.41     19875.66 M-84@B3_Aval_01.B3_Aval}
+  {    21493.31     20145.88 M-85@B3_Aval_01.B3_Aval}
+  {    21886.47     20826.86 M-86@B3_Aval_01.B3_Aval}
+  {    21469.16     21324.18 M-87@B3_Aval_01.B3_Aval}
+  {    21469.16     21324.18 O-87@B3_Aval_01.B3_Aval}
+  {    22062.61     21840.06 M-88@B3_Aval_01.B3_Aval}
+  {    21463.27     21371.80 M-89@B3_Aval_01.B3_Aval}
+  {    20913.35     20821.88 M-90@B3_Aval_01.B3_Aval}
+  {    20467.27     20184.82 M-91@B3_Aval_01.B3_Aval}
+  {    20099.84     19640.08 M-92@B3_Aval_01.B3_Aval}
+  {    21758.71     22040.84 M-93@B3_Aval_01.B3_Aval}
+  {    22169.63     22698.45 M-94@B3_Aval_01.B3_Aval}
+  {    22821.56     23002.45 M-95@B3_Aval_01.B3_Aval}
+  {    23351.71     23238.49 M-96@B3_Aval_01.B3_Aval}
+  {    23391.67     23342.58 M-97@B3_Aval_01.B3_Aval}
+  {    23472.76     23245.94 M-98@B3_Aval_01.B3_Aval}
+  {    23566.78     23262.51 M-99@B3_Aval_01.B3_Aval}
+  {    23621.15     23356.69 M-100@B3_Aval_01.B3_Aval}
+  {    23950.64     23686.18 M-101@B3_Aval_01.B3_Aval}
+  {    24289.22     24207.55 M-102@B3_Aval_01.B3_Aval}
+  {    24222.87     24263.23 M-103@B3_Aval_01.B3_Aval}
+  {    24517.97     24774.35 M-104@B3_Aval_01.B3_Aval}
+  {    25042.84     25357.28 M-105@B3_Aval_01.B3_Aval}
+  {    25412.25     25997.12 M-106@B3_Aval_01.B3_Aval}
+  {    25799.97     26668.67 M-107@B3_Aval_01.B3_Aval}
+  {    26338.41     27120.48 M-108@B3_Aval_01.B3_Aval}
+  {    27005.66     27460.45 M-109@B3_Aval_01.B3_Aval}
+  {    27716.91     27719.33 M-110@B3_Aval_01.B3_Aval}
+  {    25042.84     25357.28 M-105@B3_Aval_02.B3_Aval}
+  {    25042.84     25357.28 N-39@B3_Aval_02.B3_Aval}
+  {    25098.75     25252.13 N-38@B3_Aval_02.B3_Aval}
+  {    25168.63     25554.85 N-37@B3_Aval_02.B3_Aval}
+  {    25568.06     26495.83 N-36@B3_Aval_02.B3_Aval}
+  {    25827.46     26895.27 N-35@B3_Aval_02.B3_Aval}
+  {    25208.89     26706.16 N-34@B3_Aval_02.B3_Aval}
+  {    24712.09     26591.46 N-33@B3_Aval_02.B3_Aval}
+  {    25182.21     27647.38 N-32@B3_Aval_02.B3_Aval}
+  {    25263.87     27952.15 N-31@B3_Aval_02.B3_Aval}
+  {    25626.27     28225.23 N-30@B3_Aval_02.B3_Aval}
+  {    25705.69     28598.85 N-29@B3_Aval_02.B3_Aval}
+  {    26299.51     28791.79 N-28@B3_Aval_02.B3_Aval}
+  {    26649.96     29065.60 N-27@B3_Aval_02.B3_Aval}
+  {    26649.96     29065.60 N-26@B3_Aval_02.B3_Aval}
+  {    27227.35     29146.74 N-25@B3_Aval_02.B3_Aval}
+  {    27681.94     29260.08 N-24@B3_Aval_02.B3_Aval}
+  {    28937.80     30172.52 N-23@B3_Aval_02.B3_Aval}
+  {    29333.65     30365.59 N-22@B3_Aval_02.B3_Aval}
+  {    29713.78     30496.48 N-21@B3_Aval_02.B3_Aval}
+  {    29800.82     30372.18 N-20@B3_Aval_02.B3_Aval}
+  {    30221.75     30542.25 N-19@B3_Aval_02.B3_Aval}
+  {    30353.60     30563.13 N-18@B3_Aval_02.B3_Aval}
+  {    30818.77     30670.53 N-17@B3_Aval_02.B3_Aval}
+  {    31110.16     30983.01 N-16@B3_Aval_02.B3_Aval}
+  {    31118.99     30994.72 N-15@B3_Aval_02.B3_Aval}
+  {    31242.82     31049.86 N-14@B3_Aval_02.B3_Aval}
+  {    31307.63     31227.93 N-13@B3_Aval_02.B3_Aval}
+  {    31478.17     31404.53 N-12@B3_Aval_02.B3_Aval}
+  {    31400.41     31596.98 N-11@B3_Aval_02.B3_Aval}
+  {    31509.30     31705.87 N-10@B3_Aval_02.B3_Aval}
+  {    31579.72     31771.54 N-09@B3_Aval_02.B3_Aval}
+  {    31683.92     31914.96 N-08@B3_Aval_02.B3_Aval}
+  {    31871.50     32283.09 N-07@B3_Aval_02.B3_Aval}
+  {    31963.86     32536.87 N-06@B3_Aval_02.B3_Aval}
+  {    32090.09     32559.12 N-05@B3_Aval_02.B3_Aval}
+  {    32109.12     32641.55 N-04@B3_Aval_02.B3_Aval}
+  {    32672.22     32680.93 N-03@B3_Aval_02.B3_Aval}
+  {    32970.34     32601.05 N-02@B3_Aval_02.B3_Aval}
+  {    33078.50     32833.01 N-01@B3_Aval_02.B3_Aval}
+  {    33329.22     32924.27 N-00@B3_Aval_02.B3_Aval}
+}
+set XVIshots {
+  {   -23278.12    -32761.58    -23318.64    -32531.82    -23309.14    -32767.05    -23349.66    -32537.29    -23303.13    -32529.08    -23262.62    -32758.85}
+  {   -23318.64    -32531.82    -23543.01    -32417.49    -23332.94    -32559.88    -23596.63    -32522.73    -23507.26    -32347.34    -23311.49    -32517.78}
+  {   -23543.01    -32417.49    -23912.80    -32430.41    -23538.89    -32535.53    -23911.70    -32461.89    -23913.08    -32422.54    -23545.75    -32338.80}
+  {   -23278.12    -32761.58    -23337.34    -32924.27    -23130.14    -32815.45    -23189.35    -32978.13    -23355.83    -32917.53    -23296.62    -32754.85}
+  {   -23278.12    -32761.58    -23340.43    -32805.21    -23187.80    -32890.58    -23340.43    -32805.21    -23340.43    -32805.21    -23289.41    -32745.46}
+  {   -23340.43    -32805.21    -23619.62    -32460.43    -23340.43    -32805.21    -23680.81    -32509.99    -23610.44    -32453.00    -23340.43    -32805.21}
+  {   -23619.62    -32460.43    -23874.65    -32410.86    -23634.64    -32537.73    -23879.91    -32437.91    -23871.65    -32395.40    -23617.37    -32448.84}
+  {   -23874.65    -32410.86    -24009.32    -32280.81    -23893.79    -32430.68    -24050.35    -32323.29    -23968.30    -32238.33    -23863.71    -32399.53}
+  {   -24009.32    -32280.81    -24272.24    -32210.36    -24024.61    -32337.85    -24282.43    -32248.39    -24262.05    -32172.33    -23994.04    -32223.77}
+  {   -24272.24    -32210.36    -24554.81    -31885.31    -24301.96    -32236.19    -24591.95    -31917.59    -24517.67    -31853.02    -24242.53    -32184.53}
+  {   -24554.81    -31885.31    -24698.98    -31870.15    -24559.95    -31934.25    -24707.21    -31948.46    -24694.86    -31831.00    -24549.66    -31836.36}
+  {   -24698.98    -31870.15    -24698.98    -31870.15    -24777.72    -31933.15    -24659.61    -31933.15    -24659.61    -31673.30    -24777.72    -31673.30}
+  {   -24698.98    -31870.15    -24698.98    -31870.15    -24698.98    -31870.15    -24698.98    -31870.15    -24698.98    -31870.15    -24698.98    -31870.15}
+  {   -24698.98    -31870.15    -24799.52    -31736.73    -24698.98    -31870.15    -24852.97    -31777.01    -24768.08    -31713.03    -24698.98    -31870.15}
+  {   -24799.52    -31736.73    -25148.56    -32124.37    -24749.78    -31781.51    -25131.00    -32140.18    -25163.19    -32111.20    -24828.78    -31710.38}
+  {   -25148.56    -32124.37    -24825.46    -32254.91    -25139.71    -32102.47    -24816.61    -32233.01    -24832.83    -32273.17    -25155.93    -32142.63}
+  {   -24825.46    -32254.91    -24448.66    -32228.57    -24827.11    -32231.35    -24450.30    -32205.00    -24447.01    -32252.13    -24824.08    -32274.55}
+  {   -24448.66    -32228.57    -24764.80    -32605.33    -24430.56    -32243.75    -24758.76    -32610.39    -24810.03    -32567.37    -24466.75    -32213.38}
+  {   -24764.80    -32605.33    -24493.56    -32557.50    -24766.16    -32597.57    -24493.56    -32557.50    -24493.56    -32557.50    -24754.54    -32663.48}
+  {   -24799.52    -31736.73    -24360.37    -31354.98    -24843.43    -31686.22    -24375.87    -31337.15    -24344.87    -31372.81    -24773.69    -31766.44}
+  {   -24360.37    -31354.98    -24199.48    -31210.11    -24376.18    -31337.43    -24215.28    -31192.56    -24183.67    -31227.67    -24344.56    -31372.54}
+  {   -24199.48    -31210.11    -24096.43    -30967.34    -24221.22    -31200.88    -24114.55    -30959.65    -24078.31    -30975.03    -24177.73    -31219.34}
+  {   -24096.43    -30967.34    -23999.82    -30915.97    -24105.67    -30949.96    -24009.06    -30898.59    -23990.58    -30933.35    -24087.18    -30984.72}
+  {   -23999.82    -30915.97    -23933.71    -30810.17    -24016.51    -30905.54    -23960.42    -30793.48    -23907.00    -30826.86    -23983.13    -30926.40}
+  {   -23933.71    -30810.17    -24020.56    -30690.63    -23959.19    -30828.68    -24052.41    -30713.77    -23988.71    -30667.49    -23908.23    -30791.66}
+  {   -24020.56    -30690.63    -23988.74    -30510.17    -24059.33    -30683.79    -24046.90    -30499.92    -23930.58    -30520.43    -23981.79    -30697.46}
+  {   -23988.74    -30510.17    -23974.00    -30417.08    -24047.07    -30500.93    -23985.66    -30415.23    -23927.33    -30424.47    -23930.41    -30519.41}
+  {   -23974.00    -30417.08    -24149.28    -30327.76    -23979.36    -30427.60    -24167.16    -30362.84    -24146.60    -30322.50    -23952.55    -30374.98}
+  {   -24149.28    -30327.76    -24244.84    -30394.67    -24126.70    -30360.01    -24231.29    -30414.02    -24258.39    -30375.32    -24152.67    -30322.92}
+  {   -24244.84    -30394.67    -24404.25    -30419.92    -24241.15    -30418.00    -24400.55    -30443.25    -24407.94    -30396.59    -24248.54    -30371.34}
+  {   -24404.25    -30419.92    -24500.41    -30495.05    -24389.71    -30438.53    -24476.17    -30526.07    -24524.65    -30464.02    -24418.79    -30401.31}
+  {   -24500.41    -30495.05    -24636.96    -30445.35    -24513.87    -30532.04    -24650.43    -30482.34    -24623.50    -30408.35    -24486.94    -30458.05}
+  {   -24636.96    -30445.35    -24731.32    -30445.35    -24636.96    -30484.72    -24731.32    -30465.03    -24731.32    -30425.66    -24636.96    -30405.98}
+  {   -24731.32    -30445.35    -24816.98    -30375.98    -24743.71    -30460.65    -24836.80    -30400.46    -24797.15    -30351.51    -24718.93    -30430.05}
+  {   -24816.98    -30375.98    -24847.72    -30201.62    -24847.99    -30381.45    -24878.74    -30207.09    -24770.18    -30187.94    -24785.96    -30370.52}
+  {   -24847.72    -30201.62    -24984.86    -29779.54    -24877.68    -30211.35    -25041.03    -29797.79    -24954.91    -29769.81    -24772.84    -30177.28}
+  {   -24984.86    -29779.54    -25144.10    -29757.16    -24993.08    -29838.02    -25146.84    -29776.65    -25138.62    -29718.17    -24980.48    -29748.35}
+  {   -25144.10    -29757.16    -25254.22    -29621.17    -25159.40    -29769.55    -25263.40    -29628.61    -25238.92    -29608.78    -25113.50    -29732.38}
+  {   -25254.22    -29621.17    -25613.20    -29274.51    -25262.43    -29629.67    -25640.54    -29302.84    -25591.32    -29251.86    -25240.55    -29607.01}
+  {   -25613.20    -29274.51    -25203.84    -28905.93    -25639.54    -29245.26    -25214.38    -28894.22    -25151.15    -28964.44    -25592.12    -29297.92}
+  {   -25203.84    -28905.93    -25709.66    -28303.11    -25215.90    -28916.05    -25800.14    -28379.03    -25697.60    -28292.99    -25143.52    -28855.31}
+  {   -25709.66    -28303.11    -25942.17    -28218.49    -25750.06    -28414.10    -25966.40    -28285.08    -25915.24    -28144.49    -25704.28    -28288.31}
+  {   -25942.17    -28218.49    -26299.69    -28275.11    -25931.08    -28288.48    -26290.46    -28333.44    -26304.62    -28244.00    -25954.48    -28140.71}
+  {   -26299.69    -28275.11    -26639.07    -28019.38    -26335.23    -28322.28    -26650.91    -28035.10    -26591.68    -27956.49    -26280.74    -28249.96}
+  {   -26639.07    -28019.38    -27227.28    -27967.92    -26640.78    -28038.99    -27232.77    -28030.67    -27224.53    -27936.54    -26632.20    -27940.94}
+  {   -27227.28    -27967.92    -27512.69    -27834.83    -27253.90    -28025.01    -27527.66    -27866.94    -27497.71    -27802.71    -27213.97    -27939.37}
+  {   -27512.69    -27834.83    -28278.42    -27781.28    -27515.16    -27870.17    -28283.91    -27859.83    -28275.67    -27742.01    -27510.22    -27799.48}
+  {   -28278.42    -27781.28    -28652.24    -27614.85    -28310.44    -27853.22    -28663.45    -27640.02    -28639.43    -27586.07    -28262.40    -27745.32}
+  {   -28652.24    -27614.85    -29418.41    -27791.73    -28646.04    -27641.70    -29400.70    -27868.45    -29424.61    -27764.88    -28659.32    -27584.16}
+  {   -29418.41    -27791.73    -30007.65    -27802.02    -29417.03    -27870.46    -30007.24    -27825.63    -30009.37    -27703.61    -29418.89    -27764.18}
+  {   -30007.65    -27802.02    -30316.56    -27577.58    -30021.54    -27821.13    -30323.50    -27587.14    -30304.99    -27561.66    -29949.80    -27722.39}
+  {   -30316.56    -27577.58    -30341.45    -27374.88    -30328.28    -27579.02    -30400.06    -27382.07    -30067.91    -27341.29    -30297.02    -27575.18}
+  {   -30341.45    -27374.88    -30620.97    -27424.17    -30331.19    -27433.04    -30607.30    -27501.71    -30634.65    -27346.62    -30389.31    -27103.47}
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+  {    -9574.94      3233.93     -9372.27      3761.92     -9655.80      3264.97     -9405.35      3774.61     -9206.87      3698.42     -9519.81      3212.77}
+  {    -9372.27      3761.92     -8648.52      4025.34     -9384.38      3795.21     -8661.98      4062.33     -8594.66      3877.35     -9311.67      3595.43}
+  {    -8648.52      4025.34     -8232.75      4237.18     -8666.39      4060.42     -8259.56      4289.80     -8197.01      4167.02     -8577.02      3885.02}
+  {    -8232.75      4237.18     -7841.14      4379.72     -8252.95      4292.67     -7851.91      4409.31     -7824.98      4335.32     -8205.82      4163.19}
+  {    -7841.14      4379.72     -7576.13      4481.45     -7852.42      4409.12     -7593.06      4525.55     -7562.02      4444.69     -7824.21      4335.61}
+  {    -7576.13      4481.45     -6792.80      4440.39     -7573.65      4528.62     -6789.71      4499.37     -6794.86      4401.08     -7578.19      4442.13}
+  {    -6792.80      4440.39     -6234.25      4479.45     -6796.92      4499.30     -6236.45      4510.87     -6232.61      4455.89     -6790.05      4401.12}
+  {    -6234.25      4479.45     -5722.11      4407.47     -6229.87      4510.64     -5711.15      4485.45     -5733.07      4329.50     -6237.54      4456.06}
+  {    -5722.11      4407.47     -4965.67      4190.57     -5700.41      4483.16     -4956.99      4220.84     -4975.44      4156.51     -5743.81      4331.78}
+  {    -5722.11      4407.47     -5722.11      4407.47     -5800.85      4391.72     -5643.37      4391.72     -5643.37      4525.58     -5800.85      4525.58}
+  {    -5722.11      4407.47     -5573.89      4441.69     -5722.11      4407.47     -5604.89      4575.95     -5565.04      4403.33     -5722.11      4407.47}
+  {    -5573.89      4441.69     -4897.83      4140.69     -5517.85      4567.57     -4875.41      4191.04     -4905.84      4122.70     -5589.91      4405.72}
+  {    -4897.83      4140.69     -4699.50      4076.25     -4880.80      4193.11     -4681.25      4132.41     -4706.80      4053.78     -4903.91      4121.97}
+  {    -4699.50      4076.25     -4420.81      4006.76     -4685.22      4133.55     -4411.28      4044.96     -4426.52      3983.84     -4705.22      4053.33}
+  {    -4420.81      4006.76     -3901.16      3961.30     -4417.38      4045.98     -3897.73      4000.52     -3904.59      3922.08     -4422.87      3983.23}
+  {    -3901.16      3961.30     -3226.37      3902.26     -3897.73      4000.52     -3223.97      3929.72     -3228.77      3874.81     -3904.59      3922.08}
+  {    -3226.37      3902.26     -3094.41      4394.75     -3252.99      3909.39     -3189.48      4420.23     -3037.36      4379.47     -3199.75      3895.13}
+  {    -3094.41      4394.75     -3034.43      4883.21     -3192.10      4406.75     -3112.59      4892.80     -2936.74      4871.21     -3035.79      4387.55}
+  {    -3034.43      4883.21     -3137.11      5165.30     -3108.42      4856.28     -3211.10      5138.37     -3026.12      5205.70     -2941.94      4916.87}
+  {    -3137.11      5165.30     -2984.83      5317.58     -3192.78      5220.98     -3026.59      5359.34     -2901.32      5234.06     -3053.59      5081.79}
+  {    -2984.83      5317.58     -2771.86      5718.11     -3036.97      5345.30     -2806.63      5736.60     -2702.34      5681.15     -2880.55      5262.13}
+  {    -2771.86      5718.11     -2469.47      5990.39     -2798.21      5747.37     -2680.22      6224.45     -2443.13      5961.13     -2719.18      5659.60}
+  {    -2469.47      5990.39     -2571.81      6082.53     -2680.22      5756.32     -2571.81      6082.53     -2571.81      6082.53     -2443.13      6019.64}
+  {    -2571.81      6082.53     -2506.79      6451.28     -2571.81      6082.53     -2545.57      6458.11     -2448.64      6441.02     -2571.81      6082.53}
+  {    -2506.79      6451.28     -2506.79      6799.45     -2546.16      6451.28     -2888.68      6799.45     -1837.50      6799.45     -2447.74      6451.28}
+  {    -2506.79      6799.45     -2397.58      7418.82     -2882.88      6865.76     -2552.67      7446.17     -2203.72      7384.64     -1847.67      6683.23}
+  {    -2397.58      7418.82     -2269.86      7734.95     -2543.60      7477.82     -2306.36      7749.70     -2251.61      7727.58     -2215.07      7345.08}
+  {    -2269.86      7734.95     -2157.23      8155.28     -2307.89      7745.14     -2214.27      8170.57     -2081.17      8134.90     -2250.84      7729.86}
+  {    -2157.23      8155.28     -1928.06      8392.59     -2199.71      8196.31     -1942.22      8406.27     -1913.90      8378.92     -2100.59      8100.58}
+  {    -1928.06      8392.59     -1715.58      8809.62     -1945.60      8401.53     -1750.65      8827.49     -1680.50      8791.75     -1910.52      8383.66}
+  {    -1715.58      8809.62     -1642.02      9226.79     -1754.35      8816.46     -1680.79      9233.63     -1583.86      9216.54     -1676.80      8802.78}
+  {    -1642.02      9226.79     -1942.78      9611.76     -1673.04      9202.55     -1973.81      9587.52     -1911.76      9636.00     -1595.48      9263.15}
+  {    -1942.78      9611.76     -1893.57      9890.87     -1981.56      9618.59     -1990.50      9907.96     -1777.25      9870.36     -1904.01      9604.92}
+  {    -1893.57      9890.87     -1650.76     10311.43     -1978.81      9940.09     -1736.00     10360.65     -1616.66     10291.75     -1791.28      9831.82}
+  {    -1650.76     10311.43     -1349.17     10958.20     -1739.96     10353.03     -1427.66     10994.80     -1277.80     10924.92     -1615.08     10294.79}
+  {    -1349.17     10958.20     -1122.43     11089.11     -1392.47     11033.21     -1181.48     11191.39     -1063.37     10986.82     -1309.80     10890.01}
+  {    -1122.43     11089.11      -799.97     11175.51     -1153.00     11203.19      -835.64     11308.61      -799.97     11175.51     -1091.86     10975.02}
+  {     -799.97     11175.51      -754.99     11343.39      -933.07     11211.17      -888.09     11379.06      -724.56     11335.24      -799.97     11175.51}
+  {     -754.99     11343.39      -504.15     11701.63      -867.86     11422.43      -600.90     11769.38      -407.40     11633.89      -729.19     11325.33}
+  {     -504.15     11701.63        87.37     11893.83      -540.64     11813.96        75.20     11931.27       136.03     11744.05      -467.65     11589.30}
+  {       87.37     11893.83       166.00     11919.38        75.20     11931.27       153.83     11956.82       173.30     11896.91       136.03     11744.05}
+  {      166.00     11919.38       166.00     11919.38       126.63     11856.38       189.62     11856.38       189.62     12017.80       126.63     12017.80}
+  {      166.00     11919.38       166.00     11919.38       166.00     11785.52       197.49     11785.52       197.49     12017.80       166.00     12017.80}
+  {      166.00     11919.38       257.18     12436.51       166.00     11919.38       233.92     12440.61       295.95     12429.67       197.01     11913.91}
+  {      257.18     12436.51       672.22     12749.26       242.96     12455.37       658.00     12768.13       719.61     12686.38       280.87     12405.06}
+  {      672.22     12749.26       961.73     12884.26       662.24     12770.67       955.07     12898.53      1011.65     12777.22       705.50     12677.90}
+  {      961.73     12884.26       876.14     13203.70       946.52     12880.19       762.05     13173.13       952.19     13224.08      1075.82     12914.83}
+  {      876.14     13203.70      1449.80     13685.06       800.22     13294.18      1434.62     13703.16      1525.72     13594.58       926.75     13143.38}
+  {     1449.80     13685.06      1705.67     13923.67      1433.69     13702.34      1638.55     13995.65      1732.52     13894.87      1530.35     13598.68}
+  {     1705.67     13923.67      2013.42     13977.93      1688.58     14020.60      2009.32     14001.19      2027.09     13900.39      1712.51     13884.90}
+  {     2013.42     13977.93      2506.23     14586.51      1995.06     13992.80      2429.74     14648.45      2530.71     14566.68      2074.61     13928.38}
+  {     2506.23     14586.51      3091.30     15113.30      2440.37     14659.65      3038.61     15171.82      3143.98     15054.78      2527.31     14563.10}
+  {     3091.30     15113.30      3348.85     15207.04      3064.37     15187.29      3321.92     15281.03      3389.24     15096.05      3118.23     15039.31}
+  {     3348.85     15207.04      4128.11     15097.52      3359.81     15285.01      4155.51     15292.46      4100.72     14902.59      3332.41     15090.08}
+  {     4128.11     15097.52      4296.99     15052.27      4179.06     15287.67      4337.75     15204.39      4276.61     14976.21      4077.16     14907.38}
+  {     4296.99     15052.27      4383.98     15171.99      4169.59     15144.84      4352.12     15195.13      4390.35     15167.36      4360.70     15005.99}
+  {     4383.98     15171.99      4688.11     15023.66      4401.23     15207.38      4705.36     15059.04      4636.33     14917.50      4380.52     15164.91}
+  {     4688.11     15023.66      4778.60     14866.91      4722.20     15043.34      4799.06     14878.72      4771.78     14862.98      4585.82     14964.60}
+  {     4778.60     14866.91      4872.10     14773.42      4795.31     14883.62      4899.94     14801.26      4844.26     14745.58      4773.03     14861.35}
+  {     4872.10     14773.42      5438.16     14226.77      4899.45     14801.74      5473.72     14263.59      5342.44     14127.65      4844.75     14745.10}
+  {     5438.16     14226.77      6058.79     14083.49      5449.68     14276.64      6076.50     14160.21      6049.93     14045.13      5407.17     14092.51}
+  {     6058.79     14083.49      6668.29     14158.33      6049.19     14161.65      6656.30     14256.02      6673.09     14119.25      6063.59     14044.42}
+  {     6668.29     14158.33      7380.57     14032.74      6685.38     14255.26      7414.75     14226.60      7366.90     13955.19      6661.45     14119.56}
+  {     7380.57     14032.74      8150.56     14100.10      7363.41     14228.84      8116.25     14492.30      8151.25     14092.26      7387.43     13954.29}
+  {     8150.56     14100.10      8450.47     13912.70      8359.19     14433.98      8502.62     13996.17      8335.72     13729.07      8146.39     14093.42}
+  {     8450.47     13912.70      8777.46     13884.09      8459.04     14010.75      8780.21     13915.47      8775.74     13864.48      8431.59     13696.99}
+  {     8777.46     13884.09      9563.78     13884.09      8777.46     13915.59      9563.78     13943.15      9563.78     13864.41      8777.46     13864.41}
+  {     9563.78     13884.09     10327.33     13693.72      9578.07     13941.39     10351.14     13789.22     10298.76     13579.12      9559.02     13864.99}
+  {    10327.33     13693.72     10674.11     13553.61     10364.20     13784.98     10703.61     13626.62     10629.87     13444.10     10283.09     13584.21}
+  {    10674.11     13553.61     11020.46     13492.54     10687.78     13631.15     11037.55     13589.47     11003.37     13395.61     10653.60     13437.29}
+  {    11020.46     13492.54     11403.75     13353.03     11054.12     13585.03     11406.44     13360.43     11363.35     13242.05     10986.79     13400.05}
+  {    11403.75     13353.03     11835.35     13545.19     11400.55     13360.23     11787.31     13653.09     11851.36     13509.23     11451.79     13245.13}
+  {    11835.35     13545.19     12339.31     13277.23     11890.80     13649.48     12376.28     13346.75     12302.35     13207.70     11816.86     13510.43}
+  {    12339.31     13277.23     13113.69     13140.68     12352.99     13354.77     13147.87     13334.54     13110.27     13121.30     12325.64     13199.68}
+  {    13113.69     13140.68     13898.70     13113.27     13120.56     13337.41     13906.94     13349.35     13898.01     13093.60     13113.00     13121.01}
+  {    13898.70     13113.27     14670.57     12963.23     13943.77     13345.15     14723.16     13233.76     14666.82     12943.91     13894.94     13093.95}
+  {    14670.57     12963.23     15447.34     12854.07     14708.93     13236.14     15480.22     13087.99     15444.60     12834.57     14667.83     12943.74}
+  {    15447.34     12854.07     16219.83     12786.48     15467.93     13089.39     16226.69     12864.92     16216.40     12747.26     15445.63     12834.46}
+  {    16219.83     12786.48     16998.50     12895.92     16208.87     12864.46     16971.11     13090.85     17006.72     12837.44     16225.31     12747.49}
+  {    16998.50     12895.92     17757.00     12762.17     17032.68     13089.78     17780.92     12897.88     17729.65     12607.09     16988.25     12837.76}
+  {    17757.00     12762.17     18419.72     12773.74     17754.59     12899.95     18417.31     12911.52     18421.09     12695.01     17759.74     12604.72}
+  {    18419.72     12773.74     18856.76     13036.34     18348.75     12891.86     18775.65     13171.33     18907.45     12951.97     18460.27     12706.25}
+  {    18856.76     13036.34     19106.90     12945.29     18910.62     13184.32     19110.94     12956.39     19079.97     12871.30     18823.09     12943.85}
+  {    19106.90     12945.29     19212.55     12948.98     19106.49     12957.10     19212.28     12956.85     19213.38     12925.38     19109.65     12866.60}
+  {    19212.55     12948.98     19203.63     13204.38     19204.68     12948.71     19195.77     13204.11     19400.37     13211.25     19236.16     12949.81}
+  {    19203.63     13204.38     19381.94     13402.41     19197.78     13209.65     19364.39     13418.22     19411.20     13376.07     19349.92     13072.66}
+  {    19381.94     13402.41     19555.03     13569.56     19365.53     13419.40     19541.36     13583.72     19582.38     13541.24     19409.29     13374.09}
+  {    19555.03     13569.56     19853.48     14086.49     19537.98     13579.40     19819.39     14106.18     19887.58     14066.81     19589.13     13549.88}
+  {    19853.48     14086.49     19959.51     14348.92     19816.98     14101.24     19930.30     14360.72     19974.11     14343.02     19889.98     14071.75}
+  {    19959.51     14348.92     20225.06     14420.07     19951.36     14379.34     20204.68     14496.13     20230.15     14401.06     19963.58     14333.71}
+  {    20225.06     14420.07     20528.16     14945.06     20156.87     14459.44     20500.89     14960.81     20541.80     14937.19     20242.11     14410.23}
+  {    20528.16     14945.06     20596.12     15090.80     20499.62     14958.38     20567.58     15104.11     20603.26     15087.47     20542.43     14938.41}
+  {    20596.12     15090.80     20560.46     15223.88     20565.70     15082.65     20446.38     15193.31     20583.28     15230.00     20603.73     15092.84}
+  {    20560.46     15223.88     20819.05     15260.22     20544.02     15340.84     20815.76     15283.62     20830.01     15182.25     20563.75     15200.49}
+  {    20819.05     15260.22     20843.06     15534.60     20795.52     15262.28     20803.84     15538.03     20846.98     15534.26     20897.49     15253.36}
+  {    20843.06     15534.60     20915.28     16048.52     20804.07     15540.08     20899.69     16050.71     20930.88     16046.33     20846.95     15534.05}
+  {    20915.28     16048.52     21008.44     16248.31     20901.01     16055.18     20976.33     16263.28     21040.56     16233.33     20929.56     16041.87}
+  {    21008.44     16248.31     20697.17     16619.26     20981.30     16225.53     20667.01     16593.96     20727.33     16644.57     21035.59     16271.08}
+  {    20697.17     16619.26     20468.30     16873.46     20667.92     16592.92     20439.04     16847.11     20526.81     16926.14     20726.43     16645.61}
+  {    20468.30     16873.46     20236.67     16996.62     20449.81     16838.70     20225.58     16975.76     20273.64     17066.14     20505.26     16942.98}
+  {    20236.67     16996.62     19985.25     17088.12     20228.59     16974.42     19977.17     17065.93     19996.02     17117.72     20263.60     17070.61}
+  {    19985.25     17088.12     19582.39     17196.07     19979.14     17065.31     19564.05     17127.62     19585.45     17207.48     19993.40     17118.55}
+  {    19582.39     17196.07     19893.83     17640.85     19524.34     17236.72     19861.58     17663.43     19926.08     17618.27     19592.07     17189.30}
+  {    19893.83     17640.85     20053.80     17831.49     19863.67     17666.16     20038.72     17844.15     20068.88     17818.84     19923.99     17615.54}
+  {    20053.80     17831.49     20244.68     18240.83     20035.96     17839.81     20244.68     18240.83     20244.68     18240.83     20071.64     17823.17}
+  {    20244.68     18240.83     20159.14     18377.72     20244.68     18240.83     20092.36     18335.99     20225.91     18419.44     20244.68     18240.83}
+  {    20159.14     18377.72     20398.10     18557.79     20111.75     18440.60     20350.71     18620.67     20412.32     18538.92     20206.53     18314.83}
+  {    20398.10     18557.79     20603.45     19121.98     20324.11     18584.72     20492.46     19162.38     20658.94     19101.78     20420.30     18549.71}
+  {    20603.45     19121.98     20504.93     19378.64     20493.18     19079.65     20468.17     19364.53     20541.68     19392.75     20658.58     19143.14}
+  {    20504.93     19378.64     20954.37     19638.13     20485.24     19412.73     20915.00     19706.32     21013.43     19535.84     20524.61     19344.54}
+  {    20954.37     19638.13     21258.41     19875.66     20905.89     19700.17     21173.57     19984.25     21270.53     19860.15     21027.09     19545.05}
+  {    21258.41     19875.66     21493.31     20145.88     21154.41     19966.07     21374.45     20249.20     21523.02     20120.06     21273.26     19862.75}
+  {    21493.31     20145.88     21886.47     20826.86     21356.92     20224.62     21715.99     20925.29     21937.61     20797.33     21527.40     20126.20}
+  {    21886.47     20826.86     21469.16     21324.18     21735.67     20700.33     20865.98     20818.05     21589.80     21425.41     21931.71     20864.82}
+  {    21469.16     21324.18     21469.16     21324.18     20681.76     21261.19     21626.64     21261.19     21626.64     21717.88     20681.76     21717.88}
+  {    22062.61     21840.06     21469.16     21324.18     22165.92     21721.21     21572.48     21205.33     21417.50     21383.61     22010.95     21899.48}
+  {    22062.61     21840.06     21463.27     21371.80     22159.56     21715.96     21560.22     21247.71     21439.03     21402.83     22014.13     21902.11}
+  {    21463.27     21371.80     20913.35     20821.88     21574.62     21260.45     20982.94     20752.28     20843.75     20891.48     21435.43     21399.64}
+  {    20913.35     20821.88     20467.27     20184.82     20993.97     20765.43     20596.27     20094.49     20386.65     20241.27     20832.72     20878.34}
+  {    20467.27     20184.82     20099.84     19640.08     20597.83     20096.76     20230.39     19552.01     20001.92     19706.12     20385.67     20239.86}
+  {    21469.16     21324.18     21758.71     22040.84     20739.10     21619.15     21685.70     22070.33     21977.73     21952.35     21615.18     21265.19}
+  {    21758.71     22040.84     22169.63     22698.45     21691.93     22082.56     21935.91     22844.49     22303.18     22614.99     21959.03     21915.66}
+  {    22169.63     22698.45     22821.56     23002.45     22053.16     22948.22     22755.01     23145.17     22921.39     22788.36     22236.18     22555.72}
+  {    22821.56     23002.45     23351.71     23238.49     22757.51     23146.31     23239.62     23490.25     23431.78     23058.65     22917.64     22786.65}
+  {    23351.71     23238.49     23391.67     23342.58     23094.43     23337.25     23380.64     23346.81     23402.70     23338.34     23535.49     23167.94}
+  {    23391.67     23342.58     23472.76     23245.94     23400.72     23350.17     23481.81     23253.53     23463.71     23238.35     23382.62     23334.98}
+  {    23472.76     23245.94     23566.78     23262.51     23470.71     23257.57     23564.72     23274.15     23568.83     23250.88     23474.81     23234.31}
+  {    23566.78     23262.51     23621.15     23356.69     23556.55     23268.42     23610.92     23362.60     23631.38     23350.79     23577.00     23256.61}
+  {    23621.15     23356.69     23950.64     23686.18     23612.80     23365.04     23811.44     23825.37     24061.99     23574.82     23629.50     23348.34}
+  {    23950.64     23686.18     24289.22     24207.55     23785.54     23793.39     24124.13     24314.77     24454.31     24100.34     24082.71     23600.41}
+  {    24289.22     24207.55     24222.87     24263.23     24162.69     24056.76     24146.95     24172.75     24298.79     24353.71     24415.76     24358.35}
+  {    24222.87     24263.23     24517.97     24774.35     24120.59     24322.28     24347.49     24872.78     24620.25     24715.29     24325.16     24204.17}
+  {    24517.97     24774.35     25042.84     25357.28     24371.68     24906.07     24896.55     25489.00     25130.61     25278.25     24605.74     24695.32}
+  {    25042.84     25357.28     25412.25     25997.12     24872.36     25455.70     25207.68     26115.23     25582.73     25898.69     25145.12     25298.22}
+  {    25412.25     25997.12     25799.97     26668.67     25207.68     26115.23     25629.49     26767.09     26004.54     26550.56     25582.73     25898.69}
+  {    25799.97     26668.67     26338.41     27120.48     25673.43     26819.46     26287.80     27180.79     26490.25     26939.52     25951.81     26487.71}
+  {    26338.41     27120.48     27005.66     27460.45     26302.67     27190.63     26898.41     27670.93     27148.65     27179.82     26445.66     26910.00}
+  {    27005.66     27460.45     27716.91     27719.33     26924.86     27682.43     27622.65     27978.30     27784.24     27534.35     27113.38     27164.49}
+  {    25042.84     25357.28     25042.84     25357.28}
+  {    25042.84     25357.28     25098.75     25252.13}
+  {    25098.75     25252.13     25168.63     25554.85}
+  {    25168.63     25554.85     25568.06     26495.83}
+  {    25568.06     26495.83     25827.46     26895.27}
+  {    25827.46     26895.27     25208.89     26706.16}
+  {    25208.89     26706.16     24712.09     26591.46}
+  {    24712.09     26591.46     25182.21     27647.38}
+  {    25182.21     27647.38     25263.87     27952.15}
+  {    25263.87     27952.15     25626.27     28225.23}
+  {    25626.27     28225.23     25705.69     28598.85}
+  {    25705.69     28598.85     26299.51     28791.79}
+  {    26299.51     28791.79     26649.96     29065.60}
+  {    26649.96     29065.60     26649.96     29065.60}
+  {    26649.96     29065.60     27227.35     29146.74}
+  {    27227.35     29146.74     27681.94     29260.08}
+  {    27681.94     29260.08     28937.80     30172.52}
+  {    28937.80     30172.52     29333.65     30365.59}
+  {    29333.65     30365.59     29713.78     30496.48}
+  {    29713.78     30496.48     29800.82     30372.18}
+  {    29800.82     30372.18     30221.75     30542.25}
+  {    30221.75     30542.25     30353.60     30563.13}
+  {    30353.60     30563.13     30818.77     30670.53}
+  {    30818.77     30670.53     31110.16     30983.01}
+  {    31110.16     30983.01     31118.99     30994.72}
+  {    31118.99     30994.72     31242.82     31049.86}
+  {    31242.82     31049.86     31307.63     31227.93}
+  {    31307.63     31227.93     31478.17     31404.53}
+  {    31478.17     31404.53     31400.41     31596.98}
+  {    31400.41     31596.98     31509.30     31705.87}
+  {    31509.30     31705.87     31579.72     31771.54}
+  {    31579.72     31771.54     31683.92     31914.96}
+  {    31683.92     31914.96     31871.50     32283.09}
+  {    31871.50     32283.09     31963.86     32536.87}
+  {    31963.86     32536.87     32090.09     32559.12}
+  {    32090.09     32559.12     32109.12     32641.55}
+  {    32109.12     32641.55     32672.22     32680.93}
+  {    32672.22     32680.93     32970.34     32601.05}
+  {    32970.34     32601.05     33078.50     32833.01}
+  {    33078.50     32833.01     33329.22     32924.27}
+}
+set XVIgrid  {-42805.7 -42367.9 78.7402 0.0 0.0 78.7402 1086 1076}

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Aval/Data/B3_Aval.th

@@ -0,0 +1,393 @@
+encoding utf-8
+
+survey B3_Aval_01 -title "Gouffre des Bourrugues B3, Aval 1 : à partir de la sortie du S3"
+	
+	centerline
+		date 1990.03.25
+		
+		team "Olivier Gaspé"
+		team "Alain Perré"
+		
+		# G.S.Gaves 25/03/1990 : topo à partir de la sortie du S3 : Olivier Gaspé‚ Alain Perré ???;
+		# G.S. Gaves / SCMNF / ExploTerre / G.S. Haut-Pyrénéen / FLT / CDS 79
+		
+		explo-date 1973
+		explo-team "FLT"
+		explo-date 1990
+		explo-team "G.S. Gaves"
+		explo-team "G.S. Haut-Pyrénéen"
+		
+		units counter centimeters
+		units compass degrees
+		units clino degrees
+		
+		data topofil from to fromcount tocount compass clino left right up down
+		
+		Q-08       K-01             0.0     600.0  350.00    9.00   0.80   0.40   2.00   1.60 # N I * N
+		K-01       K-02             0.0     640.0  297.00    2.00   3.00   2.00   2.00   1.60 # N I * N
+		K-02       K-03             0.0     940.0  268.00    1.00   0.80   0.20   1.00   0.50 # N I * N ;Départ S4;
+		Q-08       K-04             0.0     440.0  200.00    2.00   4.00   0.50   1.00   0.50 # N I * N
+		Q-08       K-05             0.0     200.0  235.00   15.00   0.00   0.00   0.00   0.00 # N I * N
+		K-05       K-06             0.0    1430.0  321.00   38.00   2.00   0.30   3.00   1.60 # N I * N
+		K-06       K-07             0.0     660.0  281.00    1.00   0.70   0.40   1.00   1.60 # N I * N
+		K-07       K-08             0.0     500.0  314.00   18.00   1.50   1.50   6.00   1.60 # N I * N
+		K-08       K-09             0.0     700.0  285.00   -9.00   1.00   1.00   5.00   1.60 # N I * N
+		K-09       K-10             0.0    1100.0  319.00    6.00   1.25   1.25   5.00   1.60 # N I * N
+		K-10       K-11             0.0     400.0  276.00  -23.00   2.00   1.00   5.00   1.60 # N I * N
+		K-11       K-12             0.0     440.0    0.00  -90.00   0.00   0.00   0.00   0.00 # N I * N
+		K-12       K-13             0.0     160.0    0.00   90.00   0.00   0.00   0.00   0.00 # N I * N
+		K-13       K-14             0.0     490.0  323.00  -30.00   1.70   1.00   5.00   1.60 # N I * N
+		K-14       K-15             0.0    1330.0  222.00   -5.00   0.60   0.50   1.00   1.60 # N I * N
+		K-15       K-16             0.0     890.0  112.00    6.00   0.60   0.50   2.00   1.60 # N I * N
+		K-16       K-17             0.0     960.0   86.00    2.00   0.60   0.60   1.00   1.60 # N I * N
+		K-17       K-18             0.0    1250.0  220.00    2.00   0.20   1.50   1.50   1.60 # N I * N
+		K-18       K-19             0.0     700.0   80.00    2.00   0.00   0.00   0.00   0.00 # N I * N ;K-19=sortie du S4;
+		K-14       K-20             0.0    1480.0   49.00   -3.00   0.60   0.60   5.00   1.60 # N I * N
+		K-20       K-21             0.0     550.0   48.00    1.00   0.60   0.60   7.00   1.60 # N I * N
+		K-21       K-22             0.0     670.0   23.00   -1.00   0.50   0.50   7.00   2.00 # N I * N
+		K-22       K-23             0.0     280.0   62.00   -7.00   0.50   0.50   4.00   2.00 # N I * N
+		K-23       K-24             0.0     320.0   32.00   -8.00   0.80   0.80   4.00   1.80 # N I * N
+		K-24       K-25             0.0     380.0  324.00   -9.00   1.00   1.00  15.00   1.60 # N I * N
+		K-25       K-26             0.0     470.0   10.00   -8.00   1.50   1.50   4.00   1.60 # N I * N
+		K-26       K-27             0.0     240.0    9.00   -4.00   0.30   1.20   4.00   1.60 # N I * N
+		K-27       K-28             0.0     500.0  297.00    2.00   1.00   0.15   5.00   1.60 # N I * N
+		K-28       K-29             0.0     300.0  235.00    9.00   0.60   0.60   7.00   1.60 # N I * N
+		K-29       K-30             0.0     410.0  261.00    1.00   0.60   0.60   6.00   1.60 # N I * N
+		K-30       K-31             0.0     310.0  232.00    1.00   1.00   1.00   6.00   1.60 # N I * N
+		K-31       K-32             0.0     370.0  290.00   -4.00   1.00   1.00   6.00   1.60 # N I * N
+		K-32       K-33             0.0     240.0  270.00   -3.00   0.50   0.50   6.00   1.60 # N I * N
+		K-33       K-34             0.0     280.0  309.00   -1.00   0.80   0.80   6.00   1.60 # N I * N
+		K-34       K-35             0.0     450.0  350.00   -2.00   0.80   2.00   3.00   1.60 # N I * N
+		K-35       K-36             0.0    1130.0  342.00   -4.00   1.50   0.80   3.00   1.60 # N I * N
+		K-36       K-37             0.0     410.0  278.00   -5.00   0.50   1.00   3.00   1.60 # N I * N
+		K-37       K-38             0.0     450.0  321.00   -9.00   0.30   0.50   3.00   1.60 # N I * N
+		K-38       K-39             0.0    1280.0  314.00   -8.00   1.00   0.80   3.00   1.60 # N I * N ;arrivée du fossile 3m à gauche;
+		K-39       K-40             0.0    1400.0   48.00    2.00   0.40   2.00   2.00   1.60 # N I * N
+		K-40       K-41             0.0    2000.0  320.00    2.00   3.00   0.40   2.00   1.60 # N I * N
+		K-41       K-42             0.0     630.0  290.00    4.00   1.80   2.00   6.00   1.60 # N I * N
+		K-42       K-43             0.0     920.0  261.00   -2.00   1.50   0.80   5.00   1.60 # N I * N
+		K-43       K-44             0.0    1080.0  307.00    2.00   0.50   2.00   2.00   1.60 # N I * N
+		K-44       K-45             0.0    1500.0  275.00   -1.00   1.60   0.80   2.00   1.60 # N I * N
+		K-45       K-46             0.0     800.0  295.00   -1.00   0.90   0.90   1.50   1.60 # N I * N
+		K-46       K-47             0.0    1950.0  274.00    1.00   2.00   1.00   2.50   1.60 # N I * N
+		K-47       K-48             0.0    1040.0  294.00    2.00   0.70   0.80   3.00   1.60 # N I * N
+		K-48       K-49             0.0    2000.0  257.00    3.00   2.00   0.70   3.00   1.60 # N I * N
+		K-49       K-50             0.0    1520.0  269.00  -10.00   0.60   2.50   2.00   1.60 # N I * N
+		K-50       K-51             0.0     970.0  306.00    1.00   0.30   0.50   2.00   1.60 # N I * N
+		K-51       K-52             0.0     520.0  353.00    4.00   1.50   7.00   2.00   1.60 # N I * N
+		K-52       K-53             0.0     750.0  260.00  -16.00   2.00   2.00   4.00   2.00 # N I * N
+		K-53       K-54             0.0     620.0  278.00   18.00   0.50   0.40   4.00   0.40 # N I * N
+		K-54       K-55             0.0      50.0    0.00  -90.00   0.00   0.00   0.00   0.00 # N I * N
+		K-55       K-56             0.0     960.0  319.00  -14.00   0.50   1.00   3.00   3.10 # N I * N
+		K-56       K-57             0.0     840.0  301.00   -3.00   1.20   1.10   4.00   1.60 # N I * N
+		K-57       K-58             0.0    1250.0  330.00   -9.00   0.60   1.50   2.00   1.80 # N I * N
+		K-58       K-59             0.0    1100.0  280.00    8.00   2.50   1.50   5.00   1.60 # N I * N
+		K-59       K-60             0.0    1060.0  270.00   -8.00   0.50   2.50   2.50   0.40 # N I * N
+		K-60       K-61             0.0     890.0  302.00    2.00   2.00   2.00   2.50   1.60 # N I * N
+		K-61       K-62             0.0     700.0  304.00   16.00   3.00   0.60   4.00   1.60 # N I * N
+		K-62       K-63             0.0     920.0  277.00    1.00   1.10   1.00   2.00   1.60 # N I * N
+		K-63       K-64             0.0    1000.0   52.00   14.00   0.60   2.00   3.00   1.60 # N I * N
+		K-64       K-65             0.0     640.0   40.00  -40.00   1.50   1.50   3.00   1.60 # N I * N
+		K-65       K-66             0.0     660.0   72.00   12.00   1.00   1.50   3.00   1.60 # N I * N
+		K-66       K-67             0.0     500.0   10.00  -38.00   0.80   1.00   5.00   1.60 # N I * N
+		K-67       K-68             0.0     780.0   65.00    2.00   0.60   0.60   5.00   1.60 # N I * N
+		K-68       K-69             0.0     940.0   79.00    0.00   0.50   0.50   0.50   1.60 # N I * N
+		K-69       K-70             0.0     800.0   85.00   18.00   1.50   1.50   0.50   1.60 # N I * N
+		K-70       K-71             0.0    1500.0   70.00  -10.00   1.00   2.00   5.00   1.60 # N I * N
+		K-71       K-72             0.0    2000.0   55.00    3.00   0.90   1.10   5.00   1.60 # N I * N ;arrivée d'eau en hauteur;
+		K-72       K-73             0.0    1450.0   59.00    2.00   0.50   0.60  10.00   1.60 # N I * N
+		K-73       K-74             0.0     630.0   60.00    2.00   0.50   0.60   6.00   1.60 # N I * N
+		K-74       K-75             0.0     980.0   44.00    2.00   0.80   0.80   3.00   1.60 # N I * N
+		K-75       K-76             0.0     840.0   16.00    2.00   1.00   0.90   1.00   1.60 # N I * N
+		K-76       K-77             0.0    2000.0   55.00    2.00   1.50   2.00   4.00   1.60 # N I * N
+		K-77       K-78             0.0    1150.0   48.00    1.00   1.00   2.00   1.00   1.60 # N I * N
+		K-78       K-79             0.0    2000.0   40.00    1.00   1.00   2.00   2.00   1.60 # N I * N
+		K-79       K-80             0.0     860.0   42.00    2.00   1.00   1.00   6.00   1.60 # N I * N ;affluent en hauteur;
+		K-80       K-81             0.0     800.0   55.00   -8.00   0.60   0.60   2.00   0.40 # N I * N
+		K-81       K-82             0.0    2000.0   52.00    2.00   0.70   0.80   1.00   1.60 # N I * N
+		K-82       K-83             0.0    2000.0   47.00    2.00   2.00   0.80   6.00   1.60 # N I * N
+		K-83       K-84             0.0    1680.0   40.00    2.00   0.80   0.80   6.00   1.60 # N I * N ;affluent gauche gros débit;
+		K-84       K-85             0.0    1600.0   35.00    2.00   1.00   0.80   5.00   1.60 # N I * N
+		K-85       K-86             0.0     680.0   35.00    2.00   1.00   1.00   6.00   1.50 # N I * N
+		K-86       K-87             0.0    1340.0   70.00    2.00   0.50   0.50   1.00   1.60 # N I * N
+		K-87       K-88             0.0    1700.0   40.00    3.00   1.50   0.50   1.00   1.60 # N I * N
+		K-88       K-89             0.0    2000.0   34.00    2.00   0.70   0.60  20.00   0.50 # N I * N
+		K-89       K-90             0.0    1150.0   24.00   -2.00   2.50   1.50   8.00   3.00 # N I * N
+		K-90       K-91             0.0    1330.0   91.00   -2.00   2.50   3.00   1.50   1.60 # N I * N
+		K-91       K-92             0.0    1250.0   79.00    1.00   0.80   1.00   3.00   1.60 # N I * N
+		K-92       K-93             0.0    1060.0  360.00    1.00   1.00   1.00   5.00   1.60 # N I * N
+		K-93       K-94             0.0     550.0  323.00    1.00   2.00   2.00   4.00   1.60 # N I * N
+		K-94       K-95             0.0     600.0   12.00    2.00   0.60   2.00   8.00   1.60 # N I * N ;puits remontant;
+		K-95       K-96             0.0     530.0   80.00    2.00   1.00   2.00   3.00   1.60 # N I * N ;ressaut de 4m;
+		K-96       K-97             0.0    2000.0   70.00   -8.00   2.00   3.00   4.00   1.60 # N I * N ;Début des salles = K-96: ressaut de 4m. Bivouac … k-98. Terminus topo, Lundi matin … trois heures!!!;
+		K-97       K-98             0.0    1340.0   58.00   -1.00   2.00   1.50   4.00   1.60 # N I * N ;fin de la journée!! Bivouac dans la salle;
+		K-98       L-01             0.0    1470.0   89.00    1.00   3.00   2.00   3.50   1.60 # N I * N
+		L-01       L-02             0.0    1570.0   65.00  -15.00   2.00   1.70   2.50   1.60 # N I * N
+		L-02       L-03             0.0     470.0  335.00   -4.00   5.00   2.00   5.00   1.60 # N I * N
+		L-03       L-04             0.0    1640.0    7.00  -28.00   1.00   2.00   5.00   1.60 # N I * N
+		L-04       L-05             0.0     640.0  345.00   -7.00   3.50   4.00   2.00   1.60 # N I * N
+		L-05       L-06             0.0     800.0  320.00   18.00   1.20   3.00   4.00   1.60 # N I * N
+		L-06       L-07             0.0    2000.0  288.00    0.00   2.00   0.50   2.50   1.60 # N I * N
+		L-07       L-08             0.0    2000.0  274.00    6.00   3.00   3.00   2.00   1.60 # N I * N
+		L-08       L-09             0.0    1330.0  289.00  -10.00   2.00   2.00   0.60   1.60 # N I * N
+		L-09       L-10             0.0    1440.0  310.00  -15.00   1.80   3.50   2.00   1.60 # N I * N
+		L-10       L-11             0.0     330.0  216.00    0.00   6.00   0.00   5.00   1.60 # N I * N
+		L-11       L-12             0.0    1900.0  360.00    0.00   2.00   3.00   4.50   1.60 # N I * N
+		L-12       L-13             0.0    2000.0  354.00   -2.00   1.00   1.50   4.50   1.60 # N I * N
+		L-13       L-14             0.0    1600.0   10.00   -3.00   1.00   1.00   3.00   1.80 # N I * N
+		L-14       L-15             0.0    2000.0   48.00    1.00   1.80   2.50   5.00   1.80 # N I * N
+		L-15       L-16             0.0    2000.0   68.00    0.00   4.00   1.50   2.00   1.80 # N I * N
+		L-16       L-17             0.0    2000.0   65.00   -1.00   1.50   1.50   4.00   1.80 # N I * N
+		L-17       L-18             0.0    2000.0   60.00    0.00   2.00   2.50   3.00   1.60 # N I * N
+		L-18       L-19             0.0    1120.0  104.00   -1.00   1.20   2.20   2.50   1.60 # N I * N
+		L-19       L-20             0.0    1400.0   70.00    0.00   2.50   1.10   2.50   1.00 # N I * N
+		L-20       L-21             0.0    1150.0   18.00    5.00   1.50   2.50   4.00   1.60 # N I * N
+		L-21       L-22             0.0     280.0   30.00  -18.00   3.00   3.00   4.00   1.60 # N I * N
+		L-22       L-23             0.0    2000.0   70.00  -17.00   2.00   6.00   2.00   1.60 # N I * N
+		L-23       L-24             0.0    2000.0   78.00   -5.00   3.50   4.00   3.00   1.60 # N I * N
+		L-24       L-25             0.0    1360.0   70.00   -1.00   1.80   3.00   2.00   1.60 # N I * N
+		L-25       L-26             0.0    1570.0    5.00   -1.00   3.50   0.80   3.00   1.60 # N I * N
+		L-26       L-27             0.0     780.0  351.00  -11.00   1.50   1.10   2.50   1.60 # N I * N
+		L-27       L-28             0.0     690.0  318.00   10.00   0.50   0.50   3.00   1.60 # N I * N
+		L-28       L-29             0.0    1000.0  334.00    0.00   0.50   0.50   2.00   4.00 # N I * N
+		L-29       L-30             0.0     930.0    5.00    0.00   0.50   0.80   2.00   0.40 # N I * N
+		L-30       L-31             0.0     240.0   37.00   -5.00   0.50   1.00   0.80   0.60 # N I * N
+		L-31       L-32             0.0    1310.0    6.00   -8.00   0.60   0.60   0.00   0.60 # N I * N
+		L-32       L-33             0.0    1170.0    8.00   -8.00   1.80   0.60   0.50   1.60 # N I * N
+		L-33       L-34             0.0    1640.0   31.00   -5.00   0.20   1.00   0.80   1.60 # N I * N
+		L-34       L-35             0.0    1430.0   28.00  -10.00   0.40   1.00   0.60   1.60 # N I * N
+		L-35       L-36             0.0    1270.0   34.00   -3.00   0.70   1.00   0.30   1.00 # N I * N
+		L-36       L-37             0.0    1400.0   41.00   -1.00   0.70   1.10   0.30   1.00 # N I * N
+		L-37       L-38             0.0    2000.0   32.00    0.00   1.50   0.50   0.20   1.00 # N I * N
+		L-38       L-39             0.0    1400.0   39.00   -3.00   0.30   1.50   0.20   1.00 # N I * N
+		L-39       L-40             0.0    1140.0    9.00   -5.00   1.50   0.60   0.70   1.60 # N I * N
+		L-40       L-41             0.0     870.0   57.00   -3.00   0.50   2.00   1.00   1.60 # N I * N
+		L-41       L-42             0.0    1400.0   68.00    2.00   0.60   1.60   0.00   1.50 # N I * N
+		L-42       L-43             0.0    1250.0   54.00   -9.00   3.50   2.00   2.00   0.40 # N I * N
+		L-43       L-44             0.0    2000.0   79.00  -10.00   1.00   2.50   0.60   1.60 # N I * N
+		L-44       L-45             0.0    1470.0   58.00    2.00   2.00   1.00   3.00   1.60 # N I * N
+		L-45       L-46             0.0    1770.0   77.00  -14.00   0.70   1.00   0.00   0.60 # N I * N
+		L-46       L-47             0.0    1070.0   78.00   -4.00   1.20   1.00   1.50   1.60 # N I * N
+		L-47       L-48             0.0    1530.0   23.00   -2.00   3.00   3.00   1.00   1.60 # N I * N
+		L-48       L-49             0.0     250.0   80.00  -45.00   0.80   0.80   1.00   1.60 # N I * N
+		L-49       L-50             0.0    1360.0   32.00   -5.00   0.60   0.80   1.60   0.00 # N I * N ;niveau de l'eau;
+		L-50       L-51             0.0     630.0   39.00  -18.00   1.00   1.00   0.40   0.60 # N I * N
+		L-51       L-52             0.0     960.0   36.00  -10.00   1.50   1.50   0.20   0.50 # N I * N
+		L-52       L-53             0.0     950.0   30.00   -4.00   2.00   1.50   1.50   0.60 # N I * N
+		L-53       L-54             0.0     760.0   28.00  -10.00   1.50   0.70   6.00   0.70 # N I * N
+		L-54       L-55             0.0    2000.0   30.00   -4.00   1.00   1.10   5.00   0.60 # N I * N
+		L-55       L-56             0.0    1360.0   20.00    3.00   1.50   1.00   0.40   1.60 # N I * N
+		L-56       L-57             0.0    1460.0   21.00  -12.00   0.60   1.80   4.00   3.60 # N I * N
+		L-57       L-58             0.0    1520.0   29.00   -5.00   3.00   2.00   0.20   1.60 # N I * N
+		L-58       L-59             0.0    1190.0  351.00   -4.00   2.20   1.50   1.50   1.60 # N I * N
+		L-59       L-60             0.0    1440.0   21.00   -4.00   0.90   4.50   1.50   1.60 # N I * N
+		L-60       L-61             0.0    2000.0   70.00  -12.00   1.00   4.00   1.50   1.60 # N I * N
+		L-61       L-62             0.0    1200.0   63.00   -9.00   1.50   2.00   0.80   1.60 # N I * N
+		L-62       L-63             0.0    1060.0   70.00   -3.00   0.80   1.20   1.50   1.60 # N I * N
+		L-63       L-64             0.0     730.0   69.00   -9.00   1.20   1.00   1.50   0.50 # N I * N
+		L-64       L-65             0.0    2000.0   93.00   -5.00   1.50   1.00   2.50   0.80 # N I * N
+		L-65       L-66             0.0    1430.0   86.00   -6.00   0.80   0.60   0.80   1.60 # N I * N
+		L-66       L-67             0.0    1330.0   98.00    9.00   2.00   2.00   3.00   0.40 # N I * N
+		L-67       L-68             0.0    2000.0  106.00   -2.00   0.80   0.90   0.90   0.60 # N I * N ;L-67 … L-68 = fossile de l'Odeur! Affluent sur L-68;
+		L-67       L-69             0.0     340.0    0.00  -90.00   0.00   0.00   0.00   0.00 # N I * N
+		L-69       L-70             0.0     400.0   77.00  -15.00   3.50   1.00   1.00   0.20 # N I * N
+		L-70       L-71             0.0    1880.0  114.00   -1.00   1.40   0.50   0.00   1.60 # N I * N
+		L-71       L-72             0.0     530.0  108.00    2.00   1.50   0.60   1.00   0.60 # N I * N
+		L-72       L-73             0.0     730.0  104.00   -2.00   1.00   0.60   2.00   1.60 # N I * N ;Arrivée affluent pollué d'après carnet topo;
+		L-73       L-74             0.0    1330.0   95.00   -5.00   1.00   1.00   2.40   1.60 # N I * N
+		L-74       L-75             0.0    1730.0   95.00   -6.00   0.70   0.70   1.50   1.60 # N I * N ;L-75 = Affluent Pollu‚ rive droite;
+		L-75       L-76             0.0    1300.0   15.00   -5.00   2.50   1.50   6.00   1.60 # N I * N
+		L-76       L-77             0.0    1250.0    7.00    0.00   2.00   2.50   4.00   1.60 # N I * N
+		L-77       L-78             0.0     770.0  340.00    8.00   2.00   3.00   3.00   1.60 # N I * N
+		L-78       L-79             0.0     550.0   45.00   -6.00   1.50   3.00   2.00   1.60 # N I * N
+		L-79       L-80             0.0    1170.0   28.00  -10.00   1.00   2.00   0.80   1.60 # N I * N
+		L-80       L-81             0.0    1070.0   48.00  -15.00   8.00   1.00  20.00   1.50 # N I * N
+		L-81       L-82             0.0     350.0  312.00    2.00   0.00   0.00   0.00   0.00 # N I * N
+		L-82       L-83             0.0    1000.0   10.00  -18.00   1.00   1.50   0.50   0.50 # N I * N
+		L-83       L-84             0.0     920.0  360.00  -16.00   9.70  17.00   0.50   1.60 # N I * N
+		L-84       L-85             0.0    1700.0   10.00  -20.00   4.00   5.00   1.00   1.00 # N I * N
+		L-85       L-86             0.0    1000.0   22.00  -30.00   1.00   0.50   2.00   1.60 # N I * N ;Terminus le mardi … 0h30 dans la zone des cascades;
+		L-86       M-01             0.0    1130.0   15.00  -12.00   1.50   2.00   6.00   1.50 # N I * N
+		M-01       M-02             0.0     840.0   44.00   -4.00   0.50   0.50   5.00   1.60 # N I * N
+		M-02       M-03             0.0    1250.0   27.00  -18.00   1.00   1.00   5.00   1.60 # N I * N
+		M-03       M-04             0.0    1100.0   10.00  -12.00   1.00   1.50   8.00   0.40 # N I * N
+		M-04       M-05             0.0    1260.0  322.00  -10.00   1.00   1.00   1.00   1.60 # N I * N
+		M-05       M-06             0.0     720.0   10.00    1.00   2.50   3.00   1.00   1.60 # N I * N
+		M-06       M-07             0.0    1340.0   30.00  -23.00   2.50   1.00   1.00   1.60 # N I * N
+		M-07       M-08             0.0    2000.0   25.00  -25.00   2.20   2.00   1.50   0.80 # N I * N
+		M-08       M-09             0.0     670.0   60.00   -7.00   3.00   3.00   2.00   1.60 # N I * N
+		M-09       M-10             0.0     850.0   75.00   -4.00   3.50   0.00   2.00   1.60 # N I * N
+		M-10       M-11             0.0     500.0   15.00   28.00   3.50   0.80   3.00   1.60 # N I * N
+		M-11       M-12             0.0    1150.0   35.00  -15.00   3.00   3.00   5.00   1.60 # N I * N
+		M-12       M-13             0.0    1580.0   72.00    1.00   1.00   4.00   2.50   1.60 # N I * N
+		M-13       M-14             0.0     210.0   72.00    0.00   1.00   0.60   2.50   1.60 # N I * N
+		M-14       M-15             0.0     440.0    0.00  -90.00   0.00   0.00   0.00   0.00 # N I * N
+		M-15       M-16             0.0     160.0    0.00   90.00   0.00   0.80   2.50   3.40 # N I * N
+		M-16       M-17             0.0    1460.0   10.00  -24.00   0.60   1.00   0.30   0.40 # N I * N
+		M-17       M-18             0.0    1320.0   53.00    0.00   0.60   2.00   1.00   1.60 # N I * N
+		M-18       M-19             0.0     840.0   65.00  -15.00   0.40   3.00   3.00   1.60 # N I * N
+		M-19       M-20             0.0     840.0  345.00    0.00   3.00   2.00   3.00   1.60 # N I * N
+		M-20       M-21             0.0    2000.0   50.00  -18.00   0.60   3.00   1.00   1.60 # N I * N
+		M-21       M-22             0.0     920.0   47.00  -15.00   2.50   1.00   2.50   1.60 # N I * N
+		M-22       M-23             0.0     830.0   80.00   17.00   0.60   2.00   3.00   1.60 # N I * N
+		M-23       M-24             0.0    2000.0   39.00   -6.00   2.50   0.80   1.50   1.60 # N I * N
+		M-24       M-25             0.0    2000.0   48.00    1.00   2.00   2.00   2.00   1.60 # N I * N
+		M-25       M-26             0.0     700.0   70.00   -6.00   2.00   3.00   2.50   1.60 # N I * N
+		M-26       M-27             0.0    2000.0   98.00    2.00   5.00   5.00   6.00   2.00 # N I * N
+		M-27       M-28             0.0     490.0  105.00  -25.00   4.00   2.00   2.00   1.60 # N I * N
+		M-28       M-29             0.0     400.0   36.00  -20.00   1.00   0.20   1.00   1.60 # N I * N
+		M-29       M-30             0.0     860.0  116.00    2.00   1.00   3.00   2.00   1.60 # N I * N ;1er lac;
+		M-30       M-31             0.0     460.0  150.00    2.00   0.60   0.20   0.20   1.60 # N I * N
+		M-31       M-32             0.0     410.0  135.00   35.00   1.00   1.00   1.00   1.60 # N I * N
+		M-32       M-33             0.0    2000.0  134.00   -2.00   1.30   3.50   4.50   1.60 # N I * N
+		M-33       M-34             0.0    1630.0  103.00   -7.00   2.00   1.00   1.00   2.00 # N I * N
+		M-34       M-35             0.0    1560.0   83.00    1.00   2.50   1.00   2.00   1.60 # N I * N
+		M-35       M-36             0.0    1860.0  100.00    9.00   5.00   2.00   3.50   2.50 # N I * N
+		M-36       M-37             0.0    2000.0   85.00  -11.00  10.00   0.20   2.00   1.60 # N I * N
+		M-37       M-38             0.0     950.0  122.00  -19.00   2.50   5.50   0.50   1.60 # N I * N
+		M-38       M-39             0.0     840.0   95.00   -7.00   0.80   0.50   3.00   1.60 # N I * N
+		M-39       M-40             0.0    2000.0   90.00    3.00   1.50   0.50   3.00   0.50 # N I * N
+		M-40       M-41             0.0    2000.0  104.00   -2.00   2.50   3.00   1.50   1.60 # N I * N
+		M-41       M-42             0.0     950.0  112.00    0.00   2.00   3.00   3.00   1.60 # N I * N
+		M-42       M-43             0.0     900.0  100.00   -7.00   2.50   2.50   3.00   0.40 # N I * N
+		M-43       M-44             0.0    1040.0  110.00    5.00   0.20   3.00   1.00   1.60 # N I * N
+		M-44       M-45             0.0    1200.0   66.00    0.00   3.00   1.00  13.00   1.60 # N I * N
+		M-45       M-46             0.0    1450.0  118.00   -1.00   2.00   2.00   3.00   1.60 # N I * N
+		M-46       M-47             0.0    2000.0  100.00   -3.00   5.00   0.50   3.00   1.60 # N I * N
+		M-47       M-48             0.0    2000.0   92.00   -4.00   6.00   0.50   3.00   1.60 # N I * N
+		M-48       M-49             0.0    2000.0  101.00   -3.00   7.00   0.50   2.50   1.60 # N I * N
+		M-49       M-50             0.0    2000.0   98.00   -5.00   6.00   0.50   2.00   1.60 # N I * N
+		M-50       M-51             0.0    2000.0   95.00  -10.00   2.00   1.00   1.00   1.60 # N I * N
+		M-51       M-52             0.0    2000.0   82.00   -3.00   5.00   1.50   3.00   1.60 # N I * N
+		M-52       M-53             0.0    2000.0  100.00  -12.00   3.50   4.00   3.00   1.60 # N I * N
+		M-53       M-54             0.0    1690.0   89.00   -5.00   3.50   2.00   2.50   1.60 # N I * N
+		M-54       M-55             0.0    1300.0   59.00   -5.00   4.00   2.50   5.00   1.60 # N I * N
+		M-55       M-56             0.0     700.0  110.00  -15.00   0.30   2.00   2.00   1.60 # N I * N
+		M-56       M-57             0.0     270.0   88.00   -6.00   0.20   0.60   3.00   1.50 # N I * N
+		M-57       M-58             0.0     650.0  358.00   -3.00   0.20   5.00   2.00   1.60 # N I * N
+		M-58       M-59             0.0     730.0   42.00  -22.00   0.60   1.00   2.00   1.60 # N I * N
+		M-59       M-60             0.0     680.0   46.00  -26.00   0.50   1.00   3.00   1.60 # N I * N
+		M-60       M-61             0.0    1550.0   30.00  -12.00   1.00   1.00   3.00   1.60 # N I * N
+		M-61       M-62             0.0     730.0   22.00  -10.00   0.80   0.40   2.00   2.00 # N I * N
+		M-62       M-63             0.0     700.0   75.00   -4.00   2.00   0.50   3.00   1.60 # N I * N
+		M-63       M-64             0.0    1540.0   30.00   -1.00   0.80   0.40   4.00   1.60 # N I * N
+		M-64       M-65             0.0     410.0   25.00   -5.00   0.80   0.20   1.00   1.60 # N I * N
+		M-65       M-66             0.0     350.0  345.00    1.00   3.00   0.60   3.00   1.60 # N I * N
+		M-66       M-67             0.0     690.0   82.00  -16.00   0.60   2.00   2.00   1.60 # N I * N
+		M-67       M-68             0.0     700.0    5.00   -2.00   1.00   0.10   2.50   1.60 # N I * N
+		M-68       M-69             0.0    1320.0    8.00   -3.00   0.40   0.40   3.00   1.60 # N I * N
+		M-69       M-70             0.0     560.0   25.00    1.00   0.90   0.90   1.60   1.60 # N I * N
+		M-70       M-71             0.0    1230.0  320.00    0.00   1.00   1.00   1.50   1.60 # N I * N
+		M-71       M-72             0.0     870.0  318.00   -3.00   1.00   2.00   1.00   1.60 # N I * N
+		M-72       M-73             0.0     670.0  298.00   -6.00   0.60   2.00   2.00   1.60 # N I * N
+		M-73       M-74             0.0     680.0  290.00    2.00   0.60   0.80   1.00   1.60 # N I * N ;2eme lac;
+		M-74       M-75             0.0    1060.0  285.00    2.00   1.80   0.30   1.00   1.00 # N I * N
+		M-75       M-76             0.0    1380.0   35.00    2.00   1.00   1.00   1.00   1.20 # N I * N
+		M-76       M-77             0.0     640.0   40.00   -9.00   0.50   0.50   1.60   1.20 # N I * N
+		M-77       M-78             0.0    1150.0   25.00   -4.00   0.00   0.00   0.00   0.00 # N I * N
+		M-78       M-79             0.0     410.0  328.00    0.00   2.00   2.00   3.00   1.60 # N I * N
+		M-79       M-80             0.0     760.0   53.00    0.00   2.00   0.60   1.00   1.60 # N I * N
+		M-80       M-81             0.0    1540.0   20.00   -8.00   3.00   1.50   0.80   2.50 # N I * N
+		M-81       M-82             0.0     700.0  339.00   -4.00   1.00   1.00   2.00   1.60 # N I * N
+		M-82       M-83             0.0    1320.0   60.00   -3.00   2.00   3.00   1.50   1.60 # N I * N
+		M-83       M-84             0.0     980.0   52.00    0.00   3.50   0.50   1.00   1.60 # N I * N
+		M-84       M-85             0.0    1030.0   41.00  -28.00   4.00   1.00   0.20   0.80 # N I * N
+		M-85       M-86             0.0    2000.0   30.00   -3.00   5.00   1.50   2.50   1.60 # N I * N ;M-86 = entrée de la salle;
+		M-86       M-87             0.0    1650.0  320.00   -2.00  20.00   4.00  10.00   1.60 # N I * N ;M-87 = entrée du gros l'affluent 7x7;
+		M-87       O-87             0.0       0.0    0.00    0.00   4.00   2.00   4.00   1.60 # N I * N
+		M-88       O-87             0.0    2000.0  229.00    3.00   4.00   2.00   4.00   1.60 # I I * N
+		M-88       M-89             0.0    2000.0  232.00   15.00   4.00   1.00   4.00   1.60 # N I * N
+		M-89       M-90             0.0    2000.0  225.00    9.00   2.50   2.50   3.50   1.60 # N I * N
+		M-90       M-91             0.0    2000.0  215.00    9.00   4.00   2.50   5.00   1.60 # N I * N
+		M-91       M-92             0.0    1670.0  214.00    2.00   4.00   3.00   3.00   1.60 # N I * N ;fin du gros l'affluent;
+		M-87       M-93             0.0    2000.0   22.00  -11.00   2.00   6.00   7.00   1.60 # N I * N
+		M-93       M-94             0.0    2000.0   32.00  -10.00   7.00   4.00   8.00   1.60 # N I * N
+		M-94       M-95             0.0    2000.0   65.00  -24.00   4.00   6.00   8.00   1.60 # N I * N
+		M-95       M-96             0.0    1640.0   66.00  -26.00   7.00   5.00   6.00   1.60 # N I * N ;entrée de la trémie;
+		M-96       M-97             0.0     310.0   21.00  -24.00   0.30   0.30   0.30   0.30 # N I * N
+		M-97       M-98             0.0     370.0  140.00  -30.00   0.30   0.30   0.30   0.30 # N I * N
+		M-98       M-99             0.0     280.0   80.00  -30.00   0.30   0.30   0.30   0.30 # N I * N
+		M-99       M-100            0.0     310.0   30.00  -27.00   0.30   0.30   0.30   0.30 # N I * N ;fin trémie et fin plafond de la salle;
+		M-100      M-101            0.0    1210.0   45.00  -12.00   5.00   4.00   3.00   0.80 # N I * N
+		M-101      M-102            0.0    1580.0   33.00   -2.00   5.00   5.00   2.00   0.10 # N I * N
+		M-102      M-103            0.0     220.0  310.00    0.00   3.00   3.00   0.20   0.10 # N I * N ;plage de sable;
+		M-103      M-104            0.0    1500.0   30.00    2.00   5.00   3.00   6.00   1.60 # N I * N
+		M-104      M-105            0.0    2000.0   42.00   -5.00   5.00   3.00   2.00   1.60 # N I * N
+		M-105      M-106            0.0    1900.0   30.00    9.00   6.00   5.00   0.20   0.80 # N I * N
+		M-106      M-107            0.0    2000.0   30.00   10.00   5.00   6.00   1.50   1.60 # N I * N
+		M-107      M-108            0.0    1840.0   50.00   14.00   2.00   6.00   3.00   1.60 # N I * N
+		M-108      M-109            0.0    2000.0   63.00  -18.00   6.00   8.00   1.50   1.60 # N I * N
+		M-109      M-110            0.0    2000.0   70.00  -16.00   7.00   5.00   0.50   0.50 # N I * N ;TERMINUS DU MERCREDI 28 MARS 90 … 0h30;
+	endcenterline
+	
+	
+endsurvey
+
+survey B3_Aval_02 -title "Gouffre des Bourrugues B3, Aval 2 : suite des grandes salles"
+	
+	centerline
+		date 1993.10.01
+		
+		team "Olivier Gaspé"
+		team "Serge Latapie"
+		
+		# G.S.Gaves et GSHP: 10-11/01/1993 topo suite des Grandes Salle à partir du point M-105 perte de l'actif dans le sable : Serge Latapie‚ Alain Perré;
+		# G.S. Gaves / SCMNF / ExploTerre / G.S. Haut-Pyrénéen / FLT / CDS 79
+		
+		explo-date 1973
+		explo-team "FLT"
+		explo-date 1993
+		explo-team "G.S. Gaves"
+		explo-team "G.S. Haut-Pyrénéen"
+		
+		units counter centimeters
+		units compass degrees
+		units clino degrees
+		
+		data topofil from to fromcount tocount backcompass backclino  # left right up down
+		
+		M-105      N-39             0.0       0.0    0.00    0.00   # 0.00   0.00   0.00   0.00 N I * N
+		N-39       N-38             0.0     324.0  332.00  -21.00   #   *      *      *      * N I * N
+		N-38       N-37             0.0     878.0  193.00  -26.00   #   *      *      *      * N I * N
+		N-37       N-36             0.0    2616.0  203.00   -7.00   #   *      *      *      * N I * N
+		N-36       N-35             0.0    1272.0  213.00   18.00   #   *      *      *      * N I * N
+		N-35       N-34             0.0    1652.0   73.00   -6.00   #   *      *      *      * N I * N
+		N-34       N-33             0.0    1324.0   77.00  -12.00   #   *      *      *      * N I * N
+		N-33       N-32             0.0    3070.0  204.00   17.00   #   *      *      *      * N I * N
+		N-32       N-31             0.0    1017.0  195.00   38.00   #   *      *      *      * N I * N
+		N-31       N-30             0.0    1690.0  233.00   47.00   #   *      *      *      * N I * N
+		N-30       N-29             0.0    1062.0  192.00   24.00   #   *      *      *      * N I * N
+		N-29       N-28             0.0    1592.0  252.00   -5.00   #   *      *      *      * N I * N
+		N-28       N-27             0.0    1379.0  232.00   35.00   #   *      *      *      * N I * N
+		N-27       N-26             0.0     100.0  360.00   90.00   #   *      *      *      * N I * N
+		N-26       N-25             0.0    1483.0  262.00   -3.00   #   *      *      *      * N I * N
+		N-25       N-24             0.0    1190.0  256.00    0.00   #   *      *      *      * N I * N
+		N-24       N-23             0.0    4031.0  234.00   12.00   #   *      *      *      * N I * N
+		N-23       N-22             0.0    1267.0  244.00   28.00   #   *      *      *      * N I * N
+		N-22       N-21             0.0    1314.0  251.00   39.00   #   *      *      *      * N I * N
+		N-21       N-20             0.0     576.0  325.00   48.00   #   *      *      *      * N I * N
+		N-20       N-19             0.0    1660.0  248.00   46.00   #   *      *      *      * N I * N
+		N-19       N-18             0.0     409.0  261.00   34.00   #   *      *      *      * N I * N
+		N-18       N-17             0.0    1275.0  257.00   18.00   #   *      *      *      * N I * N
+		N-17       N-16             0.0    1129.0  223.00   16.00   #   *      *      *      * N I * N
+		N-16       N-15             0.0     154.0  217.00   76.00   #   *      *      *      * N I * N
+		N-15       N-14             0.0     362.0  246.00   18.00   #   *      *      *      * N I * N
+		N-14       N-13             0.0     494.0  200.00   13.00   #   *      *      *      * N I * N
+		N-13       N-12             0.0     627.0  224.00    6.00   #   *      *      *      * N I * N
+		N-12       N-11             0.0     539.0  158.00   12.00   #   *      *      *      * N I * N
+		N-11       N-10             0.0     395.0  225.00    8.00   #   *      *      *      * N I * N
+		N-10       N-09             0.0     295.0  227.00   34.00   #   *      *      *      * N I * N
+		N-09       N-08             0.0     452.0  216.00   -5.00   #   *      *      *      * N I * N
+		N-08       N-07             0.0    1052.0  207.00    4.00   #   *      *      *      * N I * N
+		N-07       N-06             0.0     704.0  200.00   13.00   #   *      *      *      * N I * N
+		N-06       N-05             0.0     326.0  260.00    3.00   #   *      *      *      * N I * N
+		N-05       N-04             0.0     215.0  193.00   -2.00   #   *      *      *      * N I * N
+		N-04       N-03             0.0    1434.0  266.00    1.00   #   *      *      *      * N I * N
+		N-03       N-02             0.0     785.0  285.00   -3.00   #   *      *      *      * N I * N
+		N-02       N-01             0.0     651.0  205.00    3.00   #   *      *      *      * N I * N
+		N-01       N-00             0.0     705.0  250.00   16.00   #   *      *      *      * N I * N ;arrêt sur siphon caca;
+		
+	endcenterline
+	
+	
+endsurvey

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Aval/Data/Dossier_Type-coupe.th2

@@ -0,0 +1,18 @@
+encoding  utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+
+scrap SC-Dossier_Type_01 -projection extended -station-names "" "@Dossier_Type" -author 2024 "Alexandre Pont" -copyright 2024 "licence CC by-nc-nd : http://creativecommons.org/licenses/by-nc-nd/4.0/"
+	
+endscrap
+
+
+scrap SC-Dossier_Type_02 -projection extended -station-names "" "@Dossier_Type" -author 2024 "Alexandre Pont" -copyright 2024 "licence CC by-nc-nd : http://creativecommons.org/licenses/by-nc-nd/4.0/"
+	
+endscrap
+

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Aval/Data/Dossier_Type-plan.th2

@@ -0,0 +1,20 @@
+encoding  utf-8
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+
+
+
+scrap SP-Dossier_Type_01 -station-names "" "@Dossier_Type" -author 2024 "Alexandre Pont" -copyright 2024 "licence CC by-nc-nd : http://creativecommons.org/licenses/by-nc-nd/4.0/" -scale [0 0 1600 0 0.0 0.0 40.64 0.0 m]
+	
+endscrap
+
+
+scrap SP-Dossier_Type_02 -station-names "" "@Dossier_Type" -author 2024 "Alexandre Pont" -copyright 2024 "licence CC by-nc-nd : http://creativecommons.org/licenses/by-nc-nd/4.0/" -scale [0 0 1600 0 0.0 0.0 40.64 0.0 m]
+	
+endscrap
+
+

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Aval/Data/Dossier_Type.th

@@ -0,0 +1,34 @@
+encoding utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/
+
+
+
+survey Dossier_Type -title "Gouffre Dossier_Type" -entrance "Dossier_Type"
+	
+	centerline
+		date 2020.09.06
+		team "Dossier_Type"
+		team "Dossier_Type"
+		
+		explo-date 2020
+		explo-team "Dossier_Type"
+		
+		
+		cs UTM30
+		fix	Z_510	679298	4758093	1644 # GPS Dossier_Type
+		station	Dossier_Type "Dossier_Type" entrance
+		
+		units length meters
+		units compass degrees
+		units clino degrees
+		
+		
+	endcenterline
+	
+	
+endsurvey

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Aval/Data/therion.log

@@ -0,0 +1,8 @@
+therion 6.3.1 (2024-11-22)
+  - using Proj 9.4.1, compiled against 9.4.1
+initialization file: C:\Program Files\Therion/therion.ini
+reading ... done
+configuration file: D:\08 GitHub\Synthese-PSM_LARRA\Sources\Dossier_Type\Data\Dossier_Type-plan.th2
+reading ...
+C:\Program Files\Therion\therion.exe: error -- D:\08 GitHub\Synthese-PSM_LARRA\Sources\Dossier_Type\Data\Dossier_Type-plan.th2 [11] -- unknown configuration command -- scrap
+Press ENTER to exit!

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Aval/Legendes/entrances_coordinates.th

@@ -0,0 +1,52 @@
+encoding utf-8
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+
+layout Entrances_coords_CDa
+	# Layout where we define the different variables that contain the text with
+	# the entrance coordinates we want to print in the header.
+	# We need one variable per entrance.
+	
+	# This layout is called by the layout Coords_Header below
+	
+	code tex-map
+		\def\thjunk{ }
+		\def\thlocationCDa{UTM30 WGS84 X : 679.298 Y : 4758.093 Alt. : 1 644 m}
+	endcode
+	
+endlayout
+
+layout Coords_Header_CDa
+	# Layout that set the presentation for the entrance coordinates.
+	
+	copy Entrances_coords_CDa
+	# it calls the layout above Entrances_coords where we defined the different
+	# variables that contain the text with
+	# the entrance coordinates we want to print in the header.
+	
+	code tex-map
+		\def\nostring{}
+		\def\thsizexl{}
+		\def\thsizel{}
+		\def\thsizem{}
+		\ifx\thsizexl\nostring\def\thsizexl{30}\else\fi
+		\ifx\thsizel\nostring\def\thsizel{24}\else\fi
+		\ifx\thsizem\nostring\def\thsizem{12}\else\fi
+		
+		\ECoordinates={
+		%\edef\tmp{\thjunk} \ifx\tmp\empty \else
+		%{\size[\thsizem] \ss\thjunk\vss}
+		%\fi
+		\edef\tmp{\thlocationCDa} \ifx\tmp\empty \else
+		{\size[\thsizem]\hskip0cm  \ss\thlocationCDa\vss}	% The first one should be without hskip
+		\fi
+		}
+	endcode
+	
+endlayout
+
+

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Aval/Outputs/B3_Aval-Cave-list.html

@@ -0,0 +1,41 @@
+<html>
+<head>
+<title>B3_Aval-Cave-list.html</title>
+<meta http-equiv="Content-Type" content="text/html; charset=utf-8">
+<script language="javascript">
+function xTree(node)
+{
+  var fsub = true;
+  var show = false;
+  var last = node.length;
+  var all = document.getElementsByTagName("tr");
+  for(i = 1; i < all.length; i++) {
+    if ((all[i].id.length > node.length) && (all[i].id.substr(0, node.length) == node)) {
+      if (fsub) {
+        fsub = false;
+        show = (all[i].style.display == "none");
+        last = all[i].id.lastIndexOf(".");
+      }
+      if (show) {
+        if (all[i].id.lastIndexOf(".") == last)
+        all[i].style.display = "";
+      } else {
+        all[i].style.display = "none";
+      }
+    }
+  }
+}
+</script>
+<style type="text/css">
+body {font-family: Verdana, Helvetica, Arial, sans-serif; line-height: 1.5;}
+table {font-size:80%; border-spacing: 0px;}
+th {border-bottom:2px solid #a7a9aa; padding-left:8px; padding-right:8px; padding-top:0px; padding-bottom:1px;}
+td {border-bottom:1px solid #a7a9aa; padding-left:8px; padding-right:8px; padding-top:0px; padding-bottom:0px;}
+</style>
+</head>
+<body>
+<table>
+<tr></tr>
+</table>
+</body>
+</html>

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Aval/Outputs/B3_Aval-Surveys.html

@@ -0,0 +1,44 @@
+<html>
+<head>
+<title>B3_Aval-Surveys.html</title>
+<meta http-equiv="Content-Type" content="text/html; charset=utf-8">
+<script language="javascript">
+function xTree(node)
+{
+  var fsub = true;
+  var show = false;
+  var last = node.length;
+  var all = document.getElementsByTagName("tr");
+  for(i = 1; i < all.length; i++) {
+    if ((all[i].id.length > node.length) && (all[i].id.substr(0, node.length) == node)) {
+      if (fsub) {
+        fsub = false;
+        show = (all[i].style.display == "none");
+        last = all[i].id.lastIndexOf(".");
+      }
+      if (show) {
+        if (all[i].id.lastIndexOf(".") == last)
+        all[i].style.display = "";
+      } else {
+        all[i].style.display = "none";
+      }
+    }
+  }
+}
+</script>
+<style type="text/css">
+body {font-family: Verdana, Helvetica, Arial, sans-serif; line-height: 1.5;}
+table {font-size:80%; border-spacing: 0px;}
+th {border-bottom:2px solid #a7a9aa; padding-left:8px; padding-right:8px; padding-top:0px; padding-bottom:1px;}
+td {border-bottom:1px solid #a7a9aa; padding-left:8px; padding-right:8px; padding-top:0px; padding-bottom:0px;}
+</style>
+</head>
+<body>
+<table>
+<tr><th align="left">Title</th><th align="right">Length</th><th align="right">Depth</th><th align="right">Explored</th><th align="right">Approx.</th><th align="right">Duplicate</th><th align="right">Surface</th><th align="right">Shots</th><th align="right">Stations</th></tr>
+<tr id="B3_Aval"><td align="left" style="padding-left: 0px"><a href="javascript:xTree('B3_Aval')">B3_Aval</a></td><td align="right">3777</td><td align="right">333</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">335</td><td align="right">337</td></tr>
+<tr id="B3_Aval.B3_Aval_01"><td align="left" style="padding-left: 12px">Gouffre des Bourrugues B3,Aval 1 : à partir de la sortie du S3</td><td align="right">3362</td><td align="right">244</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">295</td><td align="right">296</td></tr>
+<tr id="B3_Aval.B3_Aval_02"><td align="left" style="padding-left: 12px">Gouffre des Bourrugues B3, Aval 2: suite des Grandes Salle</td><td align="right">415</td><td align="right">99</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">40</td><td align="right">41</td></tr>
+</table>
+</body>
+</html>

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Aval/Outputs/outputs.txt

@@ -0,0 +1,2 @@
+Folder where Therion outputs are exported 
+

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Aval/therion.log

@@ -0,0 +1,22 @@
+therion 6.3.1 (2024-11-22)
+  - using Proj 9.4.1, compiled against 9.4.1
+initialization file: C:\Program Files\Therion/therion.ini
+reading ... done
+configuration file: B3_Aval.thconfig
+reading ... done
+reading source files ... done
+preprocessing database ... done
+scanning centreline tree ... done
+searching for centerline loops ... done
+calculating station coordinates ... done
+calculating basic statistics ... done
+processing extended elevation ... done
+processing references ... done
+selecting export objects ... done
+processing projection plan ... done
+writing Data/B3_Aval-map.xvi ... done
+writing Outputs/B3_Aval.lox ... done
+C:\Program Files\Therion\therion.exe: warning -- data not georeferenced -- unable to export KML file
+writing Outputs/B3_Aval-Cave-list.html ... done
+writing Outputs/B3_Aval-Surveys.html ... done
+compilation time: 0 sec

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Entree/B3_Entree-maps.th

@@ -0,0 +1,19 @@
+encoding utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+map MP-B3_Entree-plan-tot -title "B3_Entree"
+	SP-B3_Entree_01
+	break
+	SP-B3_Entree_02
+endmap
+
+map MC-B3_Entree-coupe-tot -title "B3_Entree"
+	SC-B3_Entree_01
+	break
+	SC-B3_Entree_02
+endmap

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Entree/B3_Entree-tot.th

@@ -0,0 +1,25 @@
+encoding utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+survey B3_Entree -title "B3 Entree"
+	input Data/B3_Entree.th
+	equate A-43@B3_Entree_01 A-43@B3_Entree_02
+	equate B-00@B3_Entree_02 B-00@B3_Entree_03
+	equate B-00@B3_Entree_02 B-00@B3_Entree_04
+	equate C-09@B3_Entree_04 C-09@B3_Entree_05
+	equate C-00@B3_Entree_04 C-00@B3_Entree_06
+	## Pour le plan
+	# input Data/B3_Entree-plan.th2
+	
+	## Pour la coupe développée
+	# input Data/B3_Entree-coupe.th2
+	
+	## Appel des maps
+	# input B3_Entree-maps.th
+	
+endsurvey

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Entree/B3_Entree.thconfig

@@ -0,0 +1,357 @@
+encoding  utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+# INTRO
+
+# le signe "#" en début de ligne signifie que la ligne est commentée. Elle ne
+# sera donc pas lue lors de la compilation.
+
+# Dans ce fichier on met les specifications generales, à savoir
+# dans quel fichier sont les donnees topo, l'aspect que l'on veut
+# donner aux topos imprimées (layout) et ce que l'on
+# veut comme résultat : map, ou atlas ou 3D ou donnees en format SQL
+
+# Alors, on peut fractionner ce fichier en trois parts:
+# - source, pour specifier les fichiers ou sont les données topo/dessin
+# - layout, pour specifier la composition du document à imprimer
+# - export: map, atlas, etc
+
+
+# 1-SOURCES
+# La ligne source spécifie le fichier ou sont les donnees topo
+# jb.th". (Au fichier "jb.th" il faudra avoir une ligne
+# "input "nomducavite.th2" pour specifier le fichier ou se trouvent
+# les donnees du dessin, comme ça, ce fichier thconfig appellera
+# "jb.th" et a leur tour, "jb.th" appellera
+# "jb-dessin.th2")
+source B3_Entree-tot.th
+
+# Add Coordinates
+input Legendes/entrances_coordinates.th
+
+# Add config file
+input config.thc
+
+# 2-LAYOUT
+# Ici, on peut specifier des choses comme les symboles à utiliser (UIS, etc)
+# ou imprimer des explications des symboles
+
+# Debut de la definition du Layout "xviexport"
+layout xviexport
+	#cs UTM32
+	# echelle à laquelle on veut dessiner la topo
+	scale 1 100
+	#scale 1 1000
+	# taille de la grille
+	grid-size 2 2 2 m
+	# mettre la grille en arrière plan
+	grid bottom
+endlayout
+# fin de la définition du layout "xviexport"
+
+#debut de la definition du layout "my_layout"
+layout my_layout
+	# Rajout des coordonnées de l'entrée
+	copy Coords_Header_CDa
+	# Call the config settings (Layout config inside the config.thc file)
+	copy drawingconfig
+	copy headerl
+	copy langue-fr
+	
+	
+	# Définition du système de projection du plan
+	cs UTM30
+	
+	# La ligne base-scale spécifie l'échelle auquel nous avons dessiné nos croquis.
+	# Par défaut, Therion pense que c'est une échelle 1:200. Si on a utilisé une autre échelle,
+	# il faut enlever le "#" et spécifier l'échelle vraiment employée, comme c'est le cas
+	# après avoir dessiné la topo sur un cheminement exporté avec le layout "xviexport".
+	# Jouer avec le ration base-scale/scale permet de jouer globalement sur les tailles
+	# des caractères et des traits.
+	base-scale 1 100
+	
+	# Maintenant on va mettre une ligne "scale" pour specifier l'échelle pour imprimer la topo.
+	# La combination entre scale et base-scale contrôle l'épaisseur des lignes, rotation, etc, convenable
+	# pour faire l'ampliation-réduction entre dessin et le résultat de l'imprimante
+	# C'est tres important s'assurer que la configuration de l'imprimante ne spécifie pas l'option "Fit in page"
+	# ou similaire, sinon, l'échelle sera changée pendant l'impression!
+	scale 1 100
+	
+	# Echelle graphique 100 m ampleur (Généralement, le choix scale/10 est plutôt pas mal)
+	scale-bar 10 m
+	
+	# Voici une ligne pour specifier qu'il faut imprimer une grille au dessous de la topo
+	grid bottom
+	
+	# Défini la rotation de la topographie
+	#rotate -65
+	
+	# Une ligne pour specifier que la grille est 1000x1000x1000 m
+	# (Trois dimensions, oui, ça sert pour la coupe aussi)
+	grid-size 50 50 50 m
+	
+	# la topo est transparente (on peut voir les galeries en dessous)
+	# C'est on par défaut, donc, pas vraiment besoin de specifier
+	transparency on
+	# Couleur de la topographie
+	# color map-fg [100 100 80]
+	color map-fg 90
+	# ça marche seulement si transparency est "on" 90% blanc= 10% noir
+	opacity 75
+	
+	#surface bottom
+	#surface-opacity 100
+	
+	# Auteur
+	doc-author "Alexandre Pont"
+	# Titre
+	doc-title "B3_Entree plan - 1:100"
+	
+	# Maintenant on spécifie la position de la manchette, dont l'intérieur est occupé par le titre, auteurs, etc.
+	# Nous pouvons indiquer les cordonnées du point de la topo ou l'on veut la manchette :
+	# 0 0, c'est en bas, à gauche, 100 100, c'est en haut, à droite
+	# La manchette a des "points cardinaux" autour : n, s, ne, sw, etc.
+	# Il faut specifier un de ces points comme ce que sera placé sur les cordonnées.
+	# Alors nous pouvons specifier que le sud-ouest de la manchette soit placé en bas, a gauche,
+	# ou une autre combination...
+	map-header 2 98 nw
+	
+	# arrière plan de la manchette
+	map-header-bg on
+	# Légende pour expliciter les symboles. "on" imprimera seulement la légende des symboles dessinés
+	# sur la topo. Si l'on veut pour tous les symboles, utilisés ou pas, il faut indiquer "all".
+	# "legend off" = pas de légende
+	legend on
+	# Par défaut, la légende est de 14 cm de largeur
+	legend-width 15 cm
+	legend-columns 3
+	# Un commentaire à ajouter au titre, on pourrait indiquer ici la mairie où est placée la cavité
+	# dont le nom est probablement le titre de la topo.
+	map-comment "Massif de la Pierre Saint Martin - Larra"
+	# Afficher les statistiques d'explo/topo par équipe/nom. C'est lourd
+	# si la cavité est importante et qu'il y a beaucoup d'explorateurs/topographes.
+	statistics explo-length off
+	statistics topo-length off
+	# Afficher un copyright
+	statistics copyright 2
+	
+	# Dessin ou pas du cheminement topo
+	symbol-hide point station
+	symbol-hide line survey
+	symbol-hide point u:symbol_plan
+	symbol-hide point u:symbol_extend
+	#debug scrap-names
+	#debug station-names
+	
+	
+	# color map-fg [100 100 80]
+	# color map-fg altitude
+	# color-legend off
+	
+	layers on
+	
+	overlap 3 cm
+	
+	code tex-map
+		% Output map title as determined by Therion is stored in cavename, défini par la une Map.
+		% It will be empty if there are multiple maps selected for any one projection
+		% AND there are multiple source surveys identified in the thconfig file
+		% ie Therion can not infer a unique title from the input data given.
+		% This code allows you to define an output map title {cavename} if it happens to be empty
+		\edef\temp{\the\cavename}        % cavename from Therion
+		\edef\nostring{}                 % empty string
+		\ifx\temp\nostring             % test if cavename is empty
+		% if empty
+		reassign cavename to describe selected maps as a group
+		\else % if not empty keep the value set by therion, or assign an override cavename here
+		\fi
+		\cavename={B3_Entree, plan 1:100}
+		\newtoks\club \club={ARSIP}
+		%\newtoks\thanksto \thanksto={Alpes Minages pour son soutien actif et Loire Travaux Spéciaux l'aide logistique}
+		%\newtoks\wpage \wpage={https://www.arsip.fr/}
+		%\newtoks\datat \datat={https://github.com/Alex38Lyon/Synthese-PSM_LARRA}
+		\newtoks\synth \synth={Alexandre Pont}
+		\framethickness=0.5mm
+	endcode
+	
+	
+endlayout
+
+#debut de la definition du layout "layout-coupe"
+layout layout-coupe
+	## Rajout des coordonnées de l'entrée
+	copy Coords_Header_CDa
+	## Call the config settings (Layout config inside the config.thc file)
+	copy drawingconfig
+	copy header_coupe
+	#copy headerl
+	#copy header_coupe_vert-auto
+	#copy header_coupe_vert-to-place
+	copy langue-fr
+	
+	# Définition du système de projection du plan
+	cs UTM30
+	
+	# La ligne base-scale spécifie l'échelle auquel nous avons dessiné nos croquis.
+	# Par défaut, Therion pense que c'est une échelle 1:200. Si on a utilisé une autre échelle,
+	# il faut enlever le "#" et spécifier l'échelle vraiment employée, comme c'est le cas
+	# après avoir dessiné la topo sur un cheminement exporté avec le layout "xviexport".
+	# Jouer avec le ration base-scale/scale permet de jouer globalement sur les tailles
+	# des caractères et des traits.
+	base-scale 1 250
+	
+	# Maintenant on va mettre une ligne "scale" pour specifier l'échelle pour imprimer la topo.
+	# La combination entre scale et base-scale contrôle l'épaisseur des lignes, rotation, etc, convenable
+	# pour faire l'ampliation-réduction entre dessin et le résultat de l'imprimante
+	# C'est tres important s'assurer que la configuration de l'imprimante ne spécifie pas l'option "Fit in page"
+	# ou similaire, sinon, l'échelle sera changée pendant l'impression!
+	scale 1 250
+	
+	# Echelle graphique 100 m ampleur (Généralement, le choix scale/10 est plutôt pas mal)
+	scale-bar 40 m
+	
+	# Voici une ligne pour specifier qu'il faut imprimer une grille au dessous de la topo
+	#grid bottom
+	grid off
+	# Une ligne pour specifier que la grille est 1000x1000x1000 m
+	# (Trois dimensions, oui, ça sert pour la coupe aussi)
+	#grid-size 250 250 250 m
+	
+	# la topo est transparente (on peut voir les galeries inférieurs)
+	# C'est on par défaut, donc, pas vraiment besoin de specifier
+	transparency on
+	# Couleur de la topographie
+	#color map-fg [100 100 80]
+	color map-fg 90
+	# ça marche seulement si transparency est "on" 90% blanc= 10% noir
+	opacity 75
+	
+	#surface bottom
+	#surface-opacity 100
+	
+	# Auteur
+	doc-author "Alexandre Pont"
+	# Titre
+	doc-title "B3_Entree coupe développée - 1:250"
+	
+	# Maintenant on spécifie la position de la manchette, dont l'intérieur est occupé par le titre, auteurs, etc.
+	# Nous pouvons indiquer les cordonnées du point de la topo ou l'on veut la manchette :
+	# 0 0, c'est en bas, à gauche, 100 100, c'est en haut, à droite
+	# La manchette a des "points cardinaux" autour : n, s, ne, sw, etc.
+	# Il faut specifier un de ces points comme ce que sera placé sur les cordonnées.
+	# Alors nous pouvons specifier que le sud-ouest de la manchette soit placé en bas, a gauche,
+	# ou une autre combination...
+	map-header 98 98 ne
+	# arrière plan de la manchette
+	map-header-bg on
+	# Légende pour expliciter les symboles. "on" imprimera seulement la légende des symboles dessinés
+	# sur la topo. Si l'on veut pour tous les symboles, utilisés ou pas, il faut indiquer "all".
+	# "legend off" = pas de légende
+	legend on
+	# Par défaut, la légende est de 14 cm de largeur
+	legend-width 14 cm
+	legend-columns 3
+	# Un commentaire à ajouter au titre, on pourrait indiquer ici la mairie où est placée la cavité
+	# dont le nom est probablement le titre de la topo.
+	map-comment "Massif de la Pierre Saint Martin - Larra"
+	# Afficher les statistiques d'explo/topo par équipe/nom. C'est lourd
+	# si la cavité est importante et qu'il y a beaucoup d'explorateurs/topographes.
+	statistics explo-length off
+	statistics topo-length off
+	# Afficher un copyright
+	statistics copyright 2
+	
+	# Dessin ou pas du cheminement topo
+	#symbol-hide point station
+	symbol-hide line survey
+	#symbol-hide point u:symbol_plan
+	#symbol-hide point u:symbol_extend
+	# debug scrap-names
+	debug station-names
+	
+	
+	# color map-fg [100 100 80]
+	# color map-fg altitude
+	# color-legend off
+	
+	layers on
+	
+	overlap 3 cm
+	
+	# Modification du Titre de la topo
+	code tex-map
+		% Output map title as determined by Therion is stored in cavename, défini par la une Map.
+		% It will be empty if there are multiple maps selected for any one projection
+		% AND there are multiple source surveys identified in the thconfig file
+		% ie Therion can not infer a unique title from the input data given.
+		% This code allows you to define an output map title {cavename} if it happens to be empty
+		\edef\temp{\the\cavename}        % cavename from Therion
+		\edef\nostring{}                 % empty string
+		\ifx\temp\nostring             % test if cavename is empty
+		% if empty
+		reassign cavename to describe selected maps as a group
+		\else % if not empty keep the value set by therion, or assign an override cavename here
+		\fi
+		\cavename={B3_Entree, coupe développée}
+		\newtoks\club \club={ARSIP}
+		%\newtoks\thanksto \thanksto={Alpes Minages pour son soutien actif et Loire Travaux Spéciaux l'aide logistique}
+		%\newtoks\wpage \wpage={https://www.arsip.fr/}
+		%\newtoks\datat \datat={https://github.com/Alex38Lyon/Synthese-PSM_LARRA}
+		\newtoks\synth \synth={Alexandre Pont}
+		\framethickness=0.5mm
+	endcode
+	
+endlayout
+
+
+
+# Fin de la definition du Layout "normal"
+
+layout layout-kml
+	# Définition du système de projection du plan
+	cs EPSG:2154
+	# Couleur de la topographie
+	# Rouge-Orange = 255,69,0 -->
+	# Orange = 255,165,0 -->
+	# Orange Sombre = 255,140,0 -->
+	# Bleu --> 0, 0 255
+	color map-fg [0 0 100]
+endlayout
+
+# 3-EXPORT
+
+# Export des xvi pour le dessin si besoin
+export map -fmt xvi -layout xviexport -o Data/B3_Entree-map.xvi
+#export map -proj extended -layout xviexport -fmt xvi -o Data/B3_Entree-coupe.xvi
+
+# Selection des Maps à exporter
+# select MP-B3_Entree-plan-tot@B3_Entree
+# select MC-B3_Entree-coupe-tot@B3_Entree
+
+# Export des fichiers pdf, plan et coupe.
+# ATTENTION, la topo étant énorme, il faut mettre l'option ne traçant pas la centerline !
+# export map -projection extended -fmt pdf -layout layout-coupe -o Outputs/B3_Entree-Coupe.pdf
+#export map -projection extended -fmt pdf -layout layout-coupe-LT -o Outputs/B3_Entree-Coupe-LT.pdf
+#export map -projection plan -fmt pdf -layout layout-plan-LT -o Outputs/B3_Entree-Plan-LT.pdf
+# export map -projection plan -fmt pdf -layout my_layout -o Outputs/B3_Entree-Plan.pdf
+#export map -projection extended -fmt pdf -layout layout-coupe-plan -o Outputs/B3_Entree-Coupe-Plan.pdf
+
+
+# Export du fichier 3d pour Loch
+export model -enable all -o Outputs/B3_Entree.lox
+export model -enable all -o Outputs/B3_Entree.kml
+
+# Export des fichiers ESRI
+#export map -proj plan -fmt esri -o Outputs/B3_Entree
+
+# Export des fichiers kml
+#export map -proj plan -fmt kml -o Outputs/B3_Entree.kml -layout layout-kml
+#export model -fmt kml -o Outputs/B3_Entree-model.kml -enable all
+#export model -enable all -o Outputs/B3_Entree-3D.kml
+export cave-list -location on -o Outputs/B3_Entree-Cave-list.html
+export survey-list -location on -o Outputs/B3_Entree-Surveys.html

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Entree/Data/B3_Entree-map.xvi

@@ -0,0 +1,386 @@
+set XVIgrids {2.0 m}
+set XVIstations {
+  {    11628.40     -5215.64 B_3@B3_Entree.B3_Entree}
+  {    11628.40     -5215.64 A-00@B3_Entree.B3_Entree}
+  {    11804.21     -5129.53 A-01@B3_Entree.B3_Entree}
+  {    11804.21     -5129.53 A-02@B3_Entree.B3_Entree}
+  {    11920.31     -4956.80 A-03@B3_Entree.B3_Entree}
+  {    11905.41     -4938.47 A-04@B3_Entree.B3_Entree}
+  {    11981.69     -4919.32 A-05@B3_Entree.B3_Entree}
+  {    12183.47     -4730.54 A-06@B3_Entree.B3_Entree}
+  {    12261.57     -4671.48 A-07@B3_Entree.B3_Entree}
+  {    12261.57     -4671.48 A-08@B3_Entree.B3_Entree}
+  {    12250.39     -4581.62 A-09@B3_Entree.B3_Entree}
+  {    12218.59     -4559.43 A-10@B3_Entree.B3_Entree}
+  {    12174.41     -4675.10 A-11@B3_Entree.B3_Entree}
+  {    12119.31     -4696.35 A-12@B3_Entree.B3_Entree}
+  {    12082.19     -4760.89 A-13@B3_Entree.B3_Entree}
+  {    11989.78     -4757.81 A-14@B3_Entree.B3_Entree}
+  {    11860.68     -4721.02 A-15@B3_Entree.B3_Entree}
+  {    11860.68     -4721.02 A-16@B3_Entree.B3_Entree}
+  {    11470.35     -4721.66 A-17@B3_Entree.B3_Entree}
+  {    11215.79     -4708.74 A-18@B3_Entree.B3_Entree}
+  {    11126.12     -4727.96 A-19@B3_Entree.B3_Entree}
+  {    11158.53     -4867.30 A-20@B3_Entree.B3_Entree}
+  {    11164.86     -5040.41 A-21@B3_Entree.B3_Entree}
+  {    10882.66     -4926.93 A-22@B3_Entree.B3_Entree}
+  {    10766.84     -4978.73 A-23@B3_Entree.B3_Entree}
+  {    10766.84     -4978.73 A-24@B3_Entree.B3_Entree}
+  {    10766.84     -4978.73 A-25@B3_Entree.B3_Entree}
+  {    10700.59     -5143.49 A-26@B3_Entree.B3_Entree}
+  {    10854.70     -5187.40 A-27@B3_Entree.B3_Entree}
+  {    11099.87     -5334.17 A-28@B3_Entree.B3_Entree}
+  {    11099.87     -5334.17 A-29@B3_Entree.B3_Entree}
+  {    11156.38     -5148.22 A-30@B3_Entree.B3_Entree}
+  {    11337.85     -5119.17 A-31@B3_Entree.B3_Entree}
+  {    11398.53     -5184.03 A-32@B3_Entree.B3_Entree}
+  {    11445.84     -5094.68 A-33@B3_Entree.B3_Entree}
+  {    11578.43     -5053.91 A-34@B3_Entree.B3_Entree}
+  {    11710.89     -5091.65 A-35@B3_Entree.B3_Entree}
+  {    11781.47     -5069.95 A-36@B3_Entree.B3_Entree}
+  {    11829.13     -5100.79 A-37@B3_Entree.B3_Entree}
+  {    11989.95     -5032.21 A-38@B3_Entree.B3_Entree}
+  {    11979.10     -5191.21 A-39@B3_Entree.B3_Entree}
+  {    11960.37     -5171.88 A-40@B3_Entree.B3_Entree}
+  {    11804.78     -5037.08 A-41@B3_Entree.B3_Entree}
+  {    11792.96     -5007.97 A-42@B3_Entree.B3_Entree}
+  {    11749.18     -4968.67 A-43@B3_Entree.B3_Entree}
+  {    11749.18     -4968.67 A-43@B3_Aval_02.B3_Entree}
+  {    11611.94     -4998.09 B-40@B3_Aval_02.B3_Entree}
+  {    11308.66     -4761.96 B-39@B3_Aval_02.B3_Entree}
+  {    11119.37     -4586.04 B-38@B3_Aval_02.B3_Entree}
+  {    10697.99     -4748.61 B-37@B3_Aval_02.B3_Entree}
+  {    10348.51     -4755.30 B-36@B3_Aval_02.B3_Entree}
+  {    10098.97     -4846.61 B-35@B3_Aval_02.B3_Entree}
+  {    10003.49     -4802.28 B-34@B3_Aval_02.B3_Entree}
+  {     9593.16     -4890.23 B-33@B3_Aval_02.B3_Entree}
+  {     8863.96     -5186.27 B-32@B3_Aval_02.B3_Entree}
+  {     8566.51     -5155.52 B-31@B3_Aval_02.B3_Entree}
+  {     8420.61     -5108.38 B-30@B3_Aval_02.B3_Entree}
+  {     7980.41     -5031.53 B-29@B3_Aval_02.B3_Entree}
+  {     7772.61     -4881.09 B-28@B3_Aval_02.B3_Entree}
+  {     7575.88     -4926.86 B-27@B3_Aval_02.B3_Entree}
+  {     7426.36     -5099.45 B-26@B3_Aval_02.B3_Entree}
+  {     7278.55     -5065.58 B-25@B3_Aval_02.B3_Entree}
+  {     6623.09     -4761.29 B-24@B3_Aval_02.B3_Entree}
+  {     6150.49     -4762.09 B-23@B3_Aval_02.B3_Entree}
+  {     5931.08     -4635.91 B-22@B3_Aval_02.B3_Entree}
+  {     5604.98     -4717.80 B-21@B3_Aval_02.B3_Entree}
+  {     5236.06     -4949.19 B-20@B3_Aval_02.B3_Entree}
+  {     4607.08     -4805.10 B-19@B3_Aval_02.B3_Entree}
+  {     4100.55     -4317.60 B-18@B3_Aval_02.B3_Entree}
+  {     3823.87     -4243.97 B-17@B3_Aval_02.B3_Entree}
+  {     3269.34     -4303.20 B-16@B3_Aval_02.B3_Entree}
+  {     3237.21     -4175.28 B-15@B3_Aval_02.B3_Entree}
+  {     2978.79     -4230.67 B-14@B3_Aval_02.B3_Entree}
+  {     2818.36     -4219.72 B-13@B3_Aval_02.B3_Entree}
+  {     2258.17     -4259.85 B-12@B3_Aval_02.B3_Entree}
+  {     1925.33     -4325.13 B-11@B3_Aval_02.B3_Entree}
+  {     1876.75     -4184.81 B-10@B3_Aval_02.B3_Entree}
+  {     1916.19     -4055.03 B-09@B3_Aval_02.B3_Entree}
+  {     1915.41     -3598.41 B-08@B3_Aval_02.B3_Entree}
+  {     1779.73     -3500.17 B-07@B3_Aval_02.B3_Entree}
+  {     1372.74     -3384.22 B-06@B3_Aval_02.B3_Entree}
+  {     1420.53     -3079.19 B-05@B3_Aval_02.B3_Entree}
+  {     1826.99     -2724.65 B-04@B3_Aval_02.B3_Entree}
+  {     1920.66     -2656.35 B-03@B3_Aval_02.B3_Entree}
+  {     2013.23     -2426.12 B-02@B3_Aval_02.B3_Entree}
+  {     1918.48     -2331.69 B-01@B3_Aval_02.B3_Entree}
+  {     2005.18     -2207.42 B-00@B3_Aval_02.B3_Entree}
+  {     2005.18     -2207.42 B-00@B3_Aval_03.B3_Entree}
+  {     2131.48     -2623.44 F-01@B3_Aval_03.B3_Entree}
+  {     2304.58     -2577.42 F-02@B3_Aval_03.B3_Entree}
+  {     2431.71     -2828.14 F-03@B3_Aval_03.B3_Entree}
+  {     2467.15     -2971.47 F-04@B3_Aval_03.B3_Entree}
+  {     2703.37     -2971.93 F-05@B3_Aval_03.B3_Entree}
+  {     2758.61     -3076.32 F-06@B3_Aval_03.B3_Entree}
+  {     2986.66     -3137.90 F-07@B3_Aval_03.B3_Entree}
+  {     3258.18     -3171.78 F-08@B3_Aval_03.B3_Entree}
+  {     3463.74     -3135.95 F-09@B3_Aval_03.B3_Entree}
+  {     3816.01     -3130.49 F-10@B3_Aval_03.B3_Entree}
+  {     4008.52     -3089.96 F-11@B3_Aval_03.B3_Entree}
+  {     4219.09     -3086.70 F-12@B3_Aval_03.B3_Entree}
+  {     2295.60     -2959.07 F-13@B3_Aval_03.B3_Entree}
+  {     2201.97     -3245.33 F-14@B3_Aval_03.B3_Entree}
+  {     2162.99     -3239.78 F-15@B3_Aval_03.B3_Entree}
+  {     2315.34     -3711.79 F-16@B3_Aval_03.B3_Entree}
+  {     2562.09     -3636.87 F-17@B3_Aval_03.B3_Entree}
+  {     2771.26     -3674.18 F-18@B3_Aval_03.B3_Entree}
+  {     2075.21     -3715.51 F-19@B3_Aval_03.B3_Entree}
+  {     1991.59     -3692.93 F-20@B3_Aval_03.B3_Entree}
+  {     2005.18     -2207.42 B-00@B3_Aval_04.B3_Entree}
+  {     1782.24     -1381.50 C-25@B3_Aval_04.B3_Entree}
+  {     1476.25      -664.31 C-24@B3_Aval_04.B3_Entree}
+  {     1320.27      -595.21 C-23@B3_Aval_04.B3_Entree}
+  {     1072.72      -480.33 C-22@B3_Aval_04.B3_Entree}
+  {      524.40      -462.20 C-21@B3_Aval_04.B3_Entree}
+  {       71.68      -584.40 C-20@B3_Aval_04.B3_Entree}
+  {     -110.45      -578.37 C-19@B3_Aval_04.B3_Entree}
+  {     -268.40      -649.05 C-18@B3_Aval_04.B3_Entree}
+  {     -718.33      -665.59 C-17@B3_Aval_04.B3_Entree}
+  {    -1112.84      -258.57 C-16@B3_Aval_04.B3_Entree}
+  {    -1582.02       361.67 C-15@B3_Aval_04.B3_Entree}
+  {    -2040.94       384.88 C-14@B3_Aval_04.B3_Entree}
+  {    -1934.76       491.45 C-13@B3_Aval_04.B3_Entree}
+  {    -1858.46      1041.75 C-12@B3_Aval_04.B3_Entree}
+  {    -1954.33      1373.80 C-11@B3_Aval_04.B3_Entree}
+  {    -2039.08      1399.54 C-10@B3_Aval_04.B3_Entree}
+  {    -2217.96      1862.99 C-09@B3_Aval_04.B3_Entree}
+  {    -2725.14      1879.76 C-08@B3_Aval_04.B3_Entree}
+  {    -3164.53      1683.16 C-07@B3_Aval_04.B3_Entree}
+  {    -3767.05      2152.11 C-06@B3_Aval_04.B3_Entree}
+  {    -4419.40      1938.82 C-05@B3_Aval_04.B3_Entree}
+  {    -4544.23      1951.71 C-04@B3_Aval_04.B3_Entree}
+  {    -4759.32      1932.49 C-03@B3_Aval_04.B3_Entree}
+  {    -4759.32      1932.49 C-02@B3_Aval_04.B3_Entree}
+  {    -5086.33      1914.75 C-01@B3_Aval_04.B3_Entree}
+  {    -5729.18      1891.11 C-00@B3_Aval_04.B3_Entree}
+  {    -2217.96      1862.99 C-09@B3_Aval_05.B3_Entree}
+  {    -2119.10      1909.28 D-01@B3_Aval_05.B3_Entree}
+  {    -2159.99      2085.09 D-02@B3_Aval_05.B3_Entree}
+  {    -2064.31      2138.33 D-03@B3_Aval_05.B3_Entree}
+  {    -2252.72      2171.24 D-04@B3_Aval_05.B3_Entree}
+  {    -2365.17      2127.87 D-05@B3_Aval_05.B3_Entree}
+  {    -2475.75      2100.11 D-06@B3_Aval_05.B3_Entree}
+  {    -2659.61      2163.09 D-07@B3_Aval_05.B3_Entree}
+  {    -3216.09      2113.50 D-08@B3_Aval_05.B3_Entree}
+  {    -3318.63      2185.06 D-09@B3_Aval_05.B3_Entree}
+  {    -3672.86      2178.31 D-10@B3_Aval_05.B3_Entree}
+  {    -3672.86      2178.31 D-11@B3_Aval_05.B3_Entree}
+  {    -4204.56      1994.27 D-12@B3_Aval_05.B3_Entree}
+  {    -4379.74      1984.81 D-13@B3_Aval_05.B3_Entree}
+  {    -2063.66      1417.20 E-01@B3_Aval_05.B3_Entree}
+  {    -1988.00      1388.29 E-02@B3_Aval_05.B3_Entree}
+  {    -1923.06      1057.02 E-03@B3_Aval_05.B3_Entree}
+  {    -1642.93       573.61 E-04@B3_Aval_05.B3_Entree}
+  {    -1306.98       339.18 E-05@B3_Aval_05.B3_Entree}
+  {     -716.12      -442.31 E-06@B3_Aval_05.B3_Entree}
+  {     -398.40      -458.45 E-07@B3_Aval_05.B3_Entree}
+  {     -115.88      -387.53 E-08@B3_Aval_05.B3_Entree}
+  {       37.45      -465.34 E-09@B3_Aval_05.B3_Entree}
+  {      324.39      -409.08 E-10@B3_Aval_05.B3_Entree}
+  {      798.07      -358.53 E-11@B3_Aval_05.B3_Entree}
+  {      891.52      -214.13 E-12@B3_Aval_05.B3_Entree}
+  {     1314.31      -131.24 E-13@B3_Aval_05.B3_Entree}
+  {     1299.75      -568.39 E-14@B3_Aval_05.B3_Entree}
+  {     1200.45      -600.83 E-15@B3_Aval_05.B3_Entree}
+  {    -5729.18      1891.11 C-00@B3_Aval_06.B3_Entree}
+  {    -6144.58      1964.19 SIPH-01@B3_Aval_06.B3_Entree}
+  {    -6607.40      2004.50 SIPH-02@B3_Aval_06.B3_Entree}
+  {    -6531.09      2289.75 SIPH-03@B3_Aval_06.B3_Entree}
+  {    -6238.55      2426.30 SIPH-04@B3_Aval_06.B3_Entree}
+  {    -6238.55      2426.30 SIPH-05@B3_Aval_06.B3_Entree}
+  {    -6556.03      2453.95 SIPH-06@B3_Aval_06.B3_Entree}
+  {    -6408.00      2665.53 SIPH-07@B3_Aval_06.B3_Entree}
+  {    -6275.70      2758.25 SIPH-08@B3_Aval_06.B3_Entree}
+  {    -6289.22      2912.13 SIPH-09@B3_Aval_06.B3_Entree}
+  {    -6178.09      3150.69 SIPH-10@B3_Aval_06.B3_Entree}
+  {    -5640.63      3527.33 P-02@B3_Aval_06.B3_Entree}
+  {    -5838.83      3870.32 P-03@B3_Aval_06.B3_Entree}
+  {    -5948.64      3870.28 P-04@B3_Aval_06.B3_Entree}
+  {    -6058.87      4106.43 P-05@B3_Aval_06.B3_Entree}
+  {    -7010.66      4549.81 P-06@B3_Aval_06.B3_Entree}
+  {    -7728.17      4676.04 P-07@B3_Aval_06.B3_Entree}
+  {    -8068.58      4834.61 P-08@B3_Aval_06.B3_Entree}
+  {    -8217.58      4938.85 P-09@B3_Aval_06.B3_Entree}
+  {    -8509.43      4913.21 P-10@B3_Aval_06.B3_Entree}
+  {    -8820.84      5092.84 P-11@B3_Aval_06.B3_Entree}
+  {    -9330.86      4906.98 Q-01@B3_Aval_06.B3_Entree}
+  {   -10008.65      4725.09 Q-02@B3_Aval_06.B3_Entree}
+  {   -10263.94      4679.97 Q-03@B3_Aval_06.B3_Entree}
+  {   -10168.45      5222.76 Q-04@B3_Aval_06.B3_Entree}
+  {   -10168.49      5334.17 Q-05@B3_Aval_06.B3_Entree}
+  {   -10908.23      5064.60 Q-06@B3_Aval_06.B3_Entree}
+  {   -11677.16      4928.71 Q-07@B3_Aval_06.B3_Entree}
+  {   -12261.57      4519.16 Q-08@B3_Aval_06.B3_Entree}
+}
+set XVIshots {
+  {    11628.40     -5215.64     11628.40     -5215.64     11628.40     -5215.64     11628.40     -5215.64     11628.40     -5215.64     11628.40     -5215.64}
+  {    11628.40     -5215.64     11804.21     -5129.53     11628.40     -5215.64     11804.21     -5129.53     11824.99     -5171.96     11628.40     -5215.64}
+  {    11804.21     -5129.53     11804.21     -5129.53     11784.53     -5346.07     11851.46     -5346.07     11851.46     -4912.99     11784.53     -4912.99}
+  {    11804.21     -5129.53     11920.31     -4956.80     11787.88     -5118.55     11907.24     -4948.02     11933.38     -4965.59     11820.55     -5140.51}
+  {    11920.31     -4956.80     11905.41     -4938.47     11908.08     -4966.73     11893.19     -4948.40     11917.63     -4928.54     11932.53     -4946.87}
+  {    11905.41     -4938.47     11981.69     -4919.32     11901.58     -4923.20     11981.69     -4919.32     11996.07     -4976.60     11909.25     -4953.74}
+  {    11981.69     -4919.32     12183.47     -4730.54     11981.69     -4919.32     12172.71     -4719.04     12194.22     -4742.04     12022.03     -4962.44}
+  {    12183.47     -4730.54     12261.57     -4671.48     12173.97     -4717.98     12214.08     -4608.67     12287.69     -4706.02     12192.96     -4743.10}
+  {    12261.57     -4671.48     12261.57     -4671.48     12143.46     -5143.92     12352.12     -5143.92     12352.12     -4344.71     12143.46     -4344.71}
+  {    12261.57     -4671.48     12250.39     -4581.62     12144.36     -4686.07     12234.76     -4583.57     12266.01     -4579.68     12351.43     -4660.30}
+  {    12250.39     -4581.62     12218.59     -4559.43     12241.37     -4594.54     12218.59     -4559.43     12274.91     -4478.72     12259.40     -4568.71}
+  {    12218.59     -4559.43     12174.41     -4675.10     12218.59     -4559.43     12192.80     -4682.12     12027.29     -4618.90     12126.64     -4524.31}
+  {    12174.41     -4675.10     12119.31     -4696.35     12181.49     -4693.46     12122.14     -4703.70     12115.06     -4685.33     12117.73     -4528.17}
+  {    12119.31     -4696.35     12082.19     -4760.89     12126.14     -4700.28     12089.02     -4764.81     12071.95     -4755.00     12109.07     -4690.46}
+  {    12082.19     -4760.89     11989.78     -4757.81     12081.93     -4768.76     11989.39     -4769.62     11990.30     -4742.07     12082.58     -4749.08}
+  {    11989.78     -4757.81     11860.68     -4721.02     11986.54     -4769.17     11856.36     -4736.17     11866.07     -4702.09     11994.10     -4742.67}
+  {    11860.68     -4721.02     11860.68     -4721.02     11789.81     -5587.16     11900.05     -5587.16     11900.05     -3776.14     11789.81     -3776.14}
+  {    11860.68     -4721.02     11470.35     -4721.66     11860.79     -4791.89     11470.38     -4745.29     11470.31     -4701.98     11860.61     -4681.65}
+  {    11470.35     -4721.66     11215.79     -4708.74     11469.15     -4745.25     11209.80     -4826.70     11216.59     -4693.01     11471.34     -4702.00}
+  {    11215.79     -4708.74     11126.12     -4727.96     11240.54     -4824.23     11126.12     -4727.96     11117.87     -4689.46     11212.49     -4693.34}
+  {    11126.12     -4727.96     11158.53     -4867.30     11126.12     -4727.96     11196.87     -4858.38     11120.18     -4876.22     11087.77     -4736.88}
+  {    11158.53     -4867.30     11164.86     -5040.41     11197.87     -4865.86     11204.20     -5038.97     11125.51     -5041.85     11119.18     -4868.74}
+  {    11164.86     -5040.41     10882.66     -4926.93     11150.17     -5076.94     10878.26     -4937.89     10887.07     -4915.98     11179.55     -5003.88}
+  {    10882.66     -4926.93     10766.84     -4978.73     10887.48     -4937.72     10815.06     -5086.55     10726.66     -4888.88     10877.84     -4916.15}
+  {    10766.84     -4978.73     10766.84     -4978.73     10648.73     -5931.49     10884.95     -5931.49     10884.95     -3994.48     10648.73     -3994.48}
+  {    10766.84     -4978.73     10766.84     -4978.73     10648.73     -5045.66     10884.95     -5045.66     10884.95     -3994.48     10648.73     -3994.48}
+  {    10766.84     -4978.73     10700.59     -5143.49     10839.90     -5008.11     10722.51     -5152.30     10678.67     -5134.67     10748.58     -4971.39}
+  {    10700.59     -5143.49     10854.70     -5187.40     10707.06     -5120.77     10857.94     -5176.05     10851.47     -5198.76     10694.12     -5166.21}
+  {    10854.70     -5187.40     11099.87     -5334.17     10860.77     -5177.27     11099.87     -5334.17     11059.43     -5401.73     10848.64     -5197.54}
+  {    11099.87     -5334.17     11099.87     -5334.17     11099.87     -5401.09     11178.61     -5401.09     11178.61     -5216.06     11099.87     -5216.06}
+  {    11099.87     -5334.17     11156.38     -5148.22     11099.87     -5334.17     11081.05     -5125.32     11344.73     -5205.46     11175.21     -5357.06}
+  {    11156.38     -5148.22     11337.85     -5119.17     11143.94     -5070.47     11336.60     -5111.40     11339.72     -5130.84     11187.50     -5342.60}
+  {    11337.85     -5119.17     11398.53     -5184.03     11343.60     -5113.79     11412.90     -5170.58     11355.40     -5224.37     11329.22     -5127.24}
+  {    11398.53     -5184.03     11445.84     -5094.68     11381.13     -5174.81     11431.93     -5087.31     11463.24     -5103.89     11450.71     -5211.67}
+  {    11445.84     -5094.68     11578.43     -5053.91     11441.21     -5079.63     11574.96     -5042.62     11581.90     -5065.20     11451.63     -5113.50}
+  {    11578.43     -5053.91     11710.89     -5091.65     11581.66     -5042.55     11714.12     -5080.29     11707.65     -5103.01     11575.19     -5065.27}
+  {    11710.89     -5091.65     11781.47     -5069.95     11707.42     -5080.36     11764.11     -5013.50     11781.47     -5069.95     11714.36     -5102.94}
+  {    11781.47     -5069.95     11829.13     -5100.79     11813.55     -5020.37     11846.24     -5074.34     11812.02     -5127.23     11781.47     -5069.95}
+  {    11829.13     -5100.79     11989.95     -5032.21     11816.77     -5071.82     11983.78     -5017.72     12002.31     -5061.18     11841.48     -5129.76}
+  {    11989.95     -5032.21     11979.10     -5191.21     12005.67     -5033.28     12018.38     -5193.89     11939.82     -5188.53     11958.53     -5030.06}
+  {    11979.10     -5191.21     11960.37     -5171.88     11950.82     -5218.61     11954.72     -5177.36     11968.85     -5163.66     12007.37     -5163.82}
+  {    11960.37     -5171.88     11804.78     -5037.08     11955.21     -5177.83     11804.78     -5037.08     11830.56     -5007.32     11968.10     -5162.96}
+  {    11804.78     -5037.08     11792.96     -5007.97     11804.78     -5037.08     11782.02     -5012.41     11800.26     -5005.01     11841.26     -5022.27}
+  {    11792.96     -5007.97     11749.18     -4968.67     11785.07     -5016.76     11722.88     -4997.97     11749.18     -4968.67     11798.22     -5002.11}
+  {    11749.18     -4968.67     11611.94     -4998.09     11749.18     -4968.67     11611.94     -4998.09     11602.87     -4955.74     11740.10     -4926.33}
+  {    11611.94     -4998.09     11308.66     -4761.96     11611.94     -4998.09     11308.66     -4761.96     11332.85     -4730.90     11638.55     -4963.92}
+  {    11308.66     -4761.96     11119.37     -4586.04     11308.66     -4761.96     11119.37     -4586.04     11119.37     -4586.04     11335.47     -4733.13}
+  {    11119.37     -4586.04     10697.99     -4748.61     11119.37     -4586.04     10697.99     -4748.61     10697.99     -4748.61     11119.37     -4586.04}
+  {    10697.99     -4748.61     10348.51     -4755.30     10697.99     -4748.61     10348.51     -4755.30     10348.51     -4755.30     10697.99     -4748.61}
+  {    10348.51     -4755.30     10098.97     -4846.61     10348.51     -4755.30     10098.97     -4846.61     10098.97     -4846.61     10348.51     -4755.30}
+  {    10098.97     -4846.61     10003.49     -4802.28     10098.97     -4846.61     10003.49     -4802.28     10003.49     -4802.28     10098.97     -4846.61}
+  {    10003.49     -4802.28      9593.16     -4890.23     10003.49     -4802.28      9593.16     -4890.23      9593.16     -4890.23     10003.49     -4802.28}
+  {     9593.16     -4890.23      8863.96     -5186.27      9593.16     -4890.23      8863.96     -5186.27      8863.96     -5186.27      9593.16     -4890.23}
+  {     8863.96     -5186.27      8566.51     -5155.52      8863.96     -5186.27      8566.51     -5155.52      8566.51     -5155.52      8863.96     -5186.27}
+  {     8566.51     -5155.52      8420.61     -5108.38      8566.51     -5155.52      8420.61     -5108.38      8420.61     -5108.38      8566.51     -5155.52}
+  {     8420.61     -5108.38      7980.41     -5031.53      8420.61     -5108.38      7980.41     -5031.53      7980.41     -5031.53      8420.61     -5108.38}
+  {     7980.41     -5031.53      7772.61     -4881.09      7980.41     -5031.53      7772.61     -4881.09      7772.61     -4881.09      7980.41     -5031.53}
+  {     7772.61     -4881.09      7575.88     -4926.86      7772.61     -4881.09      7575.88     -4926.86      7575.88     -4926.86      7772.61     -4881.09}
+  {     7575.88     -4926.86      7426.36     -5099.45      7575.88     -4926.86      7426.36     -5099.45      7426.36     -5099.45      7575.88     -4926.86}
+  {     7426.36     -5099.45      7278.55     -5065.58      7426.36     -5099.45      7278.55     -5065.58      7278.55     -5065.58      7426.36     -5099.45}
+  {     7278.55     -5065.58      6623.09     -4761.29      7278.55     -5065.58      6623.09     -4761.29      6623.09     -4761.29      7278.55     -5065.58}
+  {     6623.09     -4761.29      6150.49     -4762.09      6623.09     -4761.29      6150.49     -4762.09      6150.49     -4762.09      6623.09     -4761.29}
+  {     6150.49     -4762.09      5931.08     -4635.91      6150.49     -4762.09      5931.08     -4635.91      5931.08     -4635.91      6150.49     -4762.09}
+  {     5931.08     -4635.91      5604.98     -4717.80      5931.08     -4635.91      5604.98     -4717.80      5604.98     -4717.80      5931.08     -4635.91}
+  {     5604.98     -4717.80      5236.06     -4949.19      5604.98     -4717.80      5236.06     -4949.19      5236.06     -4949.19      5604.98     -4717.80}
+  {     5236.06     -4949.19      4607.08     -4805.10      5236.06     -4949.19      4607.08     -4805.10      4607.08     -4805.10      5236.06     -4949.19}
+  {     4607.08     -4805.10      4100.55     -4317.60      4607.08     -4805.10      4100.55     -4317.60      4100.55     -4317.60      4607.08     -4805.10}
+  {     4100.55     -4317.60      3823.87     -4243.97      4100.55     -4317.60      3823.87     -4243.97      3823.87     -4243.97      4100.55     -4317.60}
+  {     3823.87     -4243.97      3269.34     -4303.20      3823.87     -4243.97      3269.34     -4303.20      3269.34     -4303.20      3823.87     -4243.97}
+  {     3269.34     -4303.20      3237.21     -4175.28      3269.34     -4303.20      3237.21     -4175.28      3237.21     -4175.28      3269.34     -4303.20}
+  {     3237.21     -4175.28      2978.79     -4230.67      3237.21     -4175.28      2978.79     -4230.67      2978.79     -4230.67      3237.21     -4175.28}
+  {     2978.79     -4230.67      2818.36     -4219.72      2978.79     -4230.67      2818.36     -4219.72      2818.36     -4219.72      2978.79     -4230.67}
+  {     2818.36     -4219.72      2258.17     -4259.85      2818.36     -4219.72      2258.17     -4259.85      2258.17     -4259.85      2818.36     -4219.72}
+  {     2258.17     -4259.85      1925.33     -4325.13      2258.17     -4259.85      1925.33     -4325.13      1925.33     -4325.13      2258.17     -4259.85}
+  {     1925.33     -4325.13      1876.75     -4184.81      1925.33     -4325.13      1876.75     -4184.81      1876.75     -4184.81      1925.33     -4325.13}
+  {     1876.75     -4184.81      1916.19     -4055.03      1876.75     -4184.81      1916.19     -4055.03      1916.19     -4055.03      1876.75     -4184.81}
+  {     1916.19     -4055.03      1915.41     -3598.41      1916.19     -4055.03      1915.41     -3598.41      1915.41     -3598.41      1916.19     -4055.03}
+  {     1915.41     -3598.41      1779.73     -3500.17      1915.41     -3598.41      1779.73     -3500.17      1779.73     -3500.17      1915.41     -3598.41}
+  {     1779.73     -3500.17      1372.74     -3384.22      1779.73     -3500.17      1372.74     -3384.22      1372.74     -3384.22      1779.73     -3500.17}
+  {     1372.74     -3384.22      1420.53     -3079.19      1372.74     -3384.22      1420.53     -3079.19      1420.53     -3079.19      1372.74     -3384.22}
+  {     1420.53     -3079.19      1826.99     -2724.65      1420.53     -3079.19      1826.99     -2724.65      1826.99     -2724.65      1420.53     -3079.19}
+  {     1826.99     -2724.65      1920.66     -2656.35      1826.99     -2724.65      1920.66     -2656.35      1920.66     -2656.35      1826.99     -2724.65}
+  {     1920.66     -2656.35      2013.23     -2426.12      1920.66     -2656.35      2013.23     -2426.12      2013.23     -2426.12      1920.66     -2656.35}
+  {     2013.23     -2426.12      1918.48     -2331.69      2013.23     -2426.12      1918.48     -2331.69      1918.48     -2331.69      2013.23     -2426.12}
+  {     1918.48     -2331.69      2005.18     -2207.42      1918.48     -2331.69      2005.18     -2207.42      2005.18     -2207.42      1918.48     -2331.69}
+  {     2005.18     -2207.42      2131.48     -2623.44}
+  {     2131.48     -2623.44      2304.58     -2577.42}
+  {     2304.58     -2577.42      2431.71     -2828.14}
+  {     2431.71     -2828.14      2467.15     -2971.47}
+  {     2467.15     -2971.47      2703.37     -2971.93}
+  {     2703.37     -2971.93      2758.61     -3076.32}
+  {     2758.61     -3076.32      2986.66     -3137.90}
+  {     2986.66     -3137.90      3258.18     -3171.78}
+  {     3258.18     -3171.78      3463.74     -3135.95}
+  {     3463.74     -3135.95      3816.01     -3130.49}
+  {     3816.01     -3130.49      4008.52     -3089.96}
+  {     4008.52     -3089.96      4219.09     -3086.70}
+  {     2431.71     -2828.14      2295.60     -2959.07}
+  {     2295.60     -2959.07      2201.97     -3245.33}
+  {     2201.97     -3245.33      2162.99     -3239.78}
+  {     2162.99     -3239.78      2315.34     -3711.79}
+  {     2315.34     -3711.79      2562.09     -3636.87}
+  {     2562.09     -3636.87      2771.26     -3674.18}
+  {     2315.34     -3711.79      2075.21     -3715.51}
+  {     2075.21     -3715.51      1991.59     -3692.93}
+  {     2005.18     -2207.42      1782.24     -1381.50      1982.37     -2213.57      1759.44     -1387.66      1805.05     -1375.34      2027.99     -2201.26}
+  {     1782.24     -1381.50      1476.25      -664.31      1760.51     -1390.77      1421.93      -687.49      1476.25      -664.31      1803.97     -1372.23}
+  {     1476.25      -664.31      1320.27      -595.21      1452.33      -718.30      1302.73      -634.81      1320.27      -595.21      1476.25      -664.31}
+  {     1320.27      -595.21      1072.72      -480.33      1302.04      -634.49      1047.86      -533.90      1072.72      -480.33      1320.27      -595.21}
+  {     1072.72      -480.33       524.40      -462.20      1070.77      -539.35       523.62      -485.81       525.18      -438.59      1072.72      -480.33}
+  {      524.40      -462.20        71.68      -584.40       530.55      -485.00        81.94      -622.41        61.42      -546.39       518.24      -439.39}
+  {       71.68      -584.40      -110.45      -578.37        70.38      -623.75      -111.75      -617.72      -109.15      -539.03        72.98      -545.05}
+  {     -110.45      -578.37      -268.40      -649.05       -94.37      -614.31      -252.32      -684.98      -284.48      -613.11      -126.53      -542.44}
+  {     -268.40      -649.05      -718.33      -665.59      -266.95      -688.39      -716.88      -704.93      -719.77      -626.25      -269.84      -609.70}
+  {     -718.33      -665.59     -1112.84      -258.57      -746.60      -692.99     -1141.11      -285.97     -1084.57      -231.16      -690.06      -638.19}
+  {    -1112.84      -258.57     -1582.02       361.67     -1144.24      -282.32     -1613.42       337.92     -1550.62       385.43     -1081.44      -234.81}
+  {    -1582.02       361.67     -2040.94       384.88     -1584.01       322.35     -2041.94       365.22     -2038.96       424.20     -1580.03       400.99}
+  {    -2040.94       384.88     -1934.76       491.45     -2054.89       398.77     -1976.60       533.13     -1934.76       491.45     -2013.05       357.09}
+  {    -1934.76       491.45     -1858.46      1041.75     -1993.26       499.56     -1897.45      1047.16     -1780.46      1030.94     -1934.76       491.45}
+  {    -1858.46      1041.75     -1954.33      1373.80     -1896.28      1030.83     -1973.25      1368.34     -1935.42      1379.26     -1782.81      1063.60}
+  {    -1954.33      1373.80     -2039.08      1399.54     -1960.05      1354.96     -2045.94      1376.94     -2032.21      1422.14     -1948.61      1392.64}
+  {    -2039.08      1399.54     -2217.96      1862.99     -2061.12      1391.03     -2254.69      1848.81     -2107.78      1905.52     -2017.04      1408.04}
+  {    -2217.96      1862.99     -2725.14      1879.76     -2219.26      1823.64     -2726.05      1852.22     -2724.23      1907.31     -2214.06      1981.03}
+  {    -2725.14      1879.76     -3164.53      1683.16     -2713.88      1854.61     -3124.33      1593.32     -3180.61      1719.10     -2736.40      1904.92}
+  {    -3164.53      1683.16     -3767.05      2152.11     -3224.99      1605.49     -3791.24      2121.04     -3767.05      2152.11     -3140.35      1714.23}
+  {    -3767.05      2152.11     -4419.40      1938.82     -3754.82      2114.69     -4407.16      1901.40     -4431.63      1976.24     -3767.05      2152.11}
+  {    -4419.40      1938.82     -4544.23      1951.71     -4423.44      1899.66     -4551.51      1881.22     -4540.99      1983.04     -4415.35      1977.98}
+  {    -4544.23      1951.71     -4759.32      1932.49     -4537.92      1881.12     -4755.82      1893.28     -4766.33      2010.92     -4547.03      1983.08}
+  {    -4759.32      1932.49     -4759.32      1932.49     -4798.69      1767.14     -4680.58      1767.14     -4680.58      2326.19     -4798.69      2326.19}
+  {    -4759.32      1932.49     -5086.33      1914.75     -4757.19      1893.18     -5086.33      1914.75     -5088.46      1954.06     -4762.52      1991.46}
+  {    -5086.33      1914.75     -5729.18      1891.11     -5086.33      1914.75     -5727.74      1851.77     -5730.63      1930.45     -5087.78      1954.09}
+  {    -2217.96      1862.99     -2119.10      1909.28}
+  {    -2119.10      1909.28     -2159.99      2085.09}
+  {    -2159.99      2085.09     -2064.31      2138.33}
+  {    -2064.31      2138.33     -2252.72      2171.24}
+  {    -2252.72      2171.24     -2365.17      2127.87}
+  {    -2365.17      2127.87     -2475.75      2100.11}
+  {    -2475.75      2100.11     -2659.61      2163.09}
+  {    -2659.61      2163.09     -3216.09      2113.50}
+  {    -3216.09      2113.50     -3318.63      2185.06}
+  {    -3318.63      2185.06     -3672.86      2178.31}
+  {    -3672.86      2178.31     -3672.86      2178.31}
+  {    -3672.86      2178.31     -4204.56      1994.27}
+  {    -4204.56      1994.27     -4379.74      1984.81}
+  {    -2217.96      1862.99     -2063.66      1417.20}
+  {    -2063.66      1417.20     -1988.00      1388.29}
+  {    -1988.00      1388.29     -1923.06      1057.02}
+  {    -1923.06      1057.02     -1642.93       573.61}
+  {    -1642.93       573.61     -1306.98       339.18}
+  {    -1306.98       339.18      -716.12      -442.31}
+  {     -716.12      -442.31      -398.40      -458.45}
+  {     -398.40      -458.45      -115.88      -387.53}
+  {     -115.88      -387.53        37.45      -465.34}
+  {       37.45      -465.34       324.39      -409.08}
+  {      324.39      -409.08       798.07      -358.53}
+  {      798.07      -358.53       891.52      -214.13}
+  {      891.52      -214.13      1314.31      -131.24}
+  {     1314.31      -131.24      1299.75      -568.39}
+  {     1299.75      -568.39      1200.45      -600.83}
+  {    -5729.18      1891.11     -6144.58      1964.19}
+  {    -6144.58      1964.19     -6607.40      2004.50}
+  {    -6607.40      2004.50     -6531.09      2289.75}
+  {    -6531.09      2289.75     -6238.55      2426.30}
+  {    -6238.55      2426.30     -6238.55      2426.30}
+  {    -6238.55      2426.30     -6556.03      2453.95}
+  {    -6556.03      2453.95     -6408.00      2665.53}
+  {    -6408.00      2665.53     -6275.70      2758.25}
+  {    -6275.70      2758.25     -6289.22      2912.13}
+  {    -6289.22      2912.13     -6178.09      3150.69}
+  {    -6178.09      3150.69     -5640.63      3527.33}
+  {    -5640.63      3527.33     -5838.83      3870.32}
+  {    -5838.83      3870.32     -5948.64      3870.28}
+  {    -5948.64      3870.28     -6058.87      4106.43}
+  {    -6058.87      4106.43     -7010.66      4549.81}
+  {    -7010.66      4549.81     -7728.17      4676.04}
+  {    -7728.17      4676.04     -8068.58      4834.61}
+  {    -8068.58      4834.61     -8217.58      4938.85}
+  {    -8217.58      4938.85     -8509.43      4913.21}
+  {    -8509.43      4913.21     -8820.84      5092.84}
+  {    -8820.84      5092.84     -9330.86      4906.98}
+  {    -9330.86      4906.98    -10008.65      4725.09}
+  {   -10008.65      4725.09    -10263.94      4679.97}
+  {   -10263.94      4679.97    -10168.45      5222.76}
+  {   -10168.45      5222.76    -10168.49      5334.17}
+  {   -10168.49      5334.17    -10908.23      5064.60}
+  {   -10908.23      5064.60    -11677.16      4928.71}
+  {   -11677.16      4928.71    -12261.57      4519.16}
+}
+set XVIgrid  {-14985.8 -8640.84 78.7402 0.0 0.0 78.7402 382 212}

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Entree/Data/B3_Entree.th

@@ -0,0 +1,386 @@
+encoding utf-8
+
+survey B3_Entree_01 -title "Gouffre des Bourrugues B3, entrée 01 : puits d'entrée" -entrance B_3
+	
+	centerline
+		date 1990.02.18
+		
+		team "Stéphane Vogrig"
+		team "François Ichas"
+		
+		# G.S.Gaves : 18/02/1990, topo des puits d'entrée : Stéphane Vogrig, François Ichas;
+		# G.S. Gaves / SCMNF / ExploTerre / G.S. Haut-Pyrénéen / FLT / CDS 79
+		
+		explo-date 1973
+		explo-team "FLT"
+		explo-date 1979
+		explo-team "CDS 79"
+		explo-date 1990
+		explo-team "G.S. Gaves"
+		explo-team "SCMNF"
+		explo-team "ExploTerre"
+		explo-team "G.S. Haut-Pyrénéen"
+		
+		
+		cs UTM30
+		fix	B_3	684226	4760869	1620 # Coordonnées MD 30 06 2024 Karsteau
+		station	B_3 "B3-Bourrugues" entrance
+		
+		units counter centimeters
+		units compass degrees
+		units clino degrees
+		
+		data topofil from to fromcount tocount compass clino left right up down
+		
+		B_3        A-00             0.0       0.0    0.00    0.00   0.00   0.00   0.00   0.00
+		A-00       A-01             0.0     500.0   69.00   -6.00   0.00   1.20   0.00   5.50 # N I
+		A-01       A-02             0.0     550.0    0.00  -90.00   0.50   0.50   5.50   2.00 # N I
+		A-02       A-03             0.0     790.0   39.00  -48.00   0.40   0.40   0.50   1.80 # N I
+		A-03       A-04             0.0      60.0  326.00    0.00   0.40   0.40   0.50   1.80 # N I
+		A-04       A-05             0.0     440.0   81.00  -63.00   0.00   1.50   1.00   1.75 # N I
+		A-05       A-06             0.0    1140.0   52.00  -52.00   0.40   0.40   0.51   1.75 # N I
+		A-06       A-07             0.0     300.0   58.00  -34.00   2.00   1.10   0.50   8.30 # N I
+		A-07       A-08             0.0     830.0    0.00  -90.00   3.00   2.30   8.30  12.00 # N I
+		A-08       A-09             0.0     230.0  358.00    0.00   0.40   0.40   1.50   0.50 # N I
+		A-09       A-10             0.0    1130.0  310.00  -85.00   0.00   2.50  11.30   1.75 # N I
+		A-10       A-11             0.0     430.0  206.00  -43.00   0.50   4.00   0.50   8.00 # N I
+		A-11       A-12             0.0     300.0  254.00  -60.00   0.20   0.30   1.00   1.75 # N I
+		A-12       A-13             0.0     200.0  215.00  -19.00   0.20   0.30   1.50  18.00 # N I
+		A-13       A-14             0.0     760.0  277.00  -72.00   0.30   0.40   3.00  38.00 # N I
+		A-14       A-15             0.0    1640.0  291.00  -78.00   0.40   0.50   3.00  22.00 # N I
+		A-15       A-16             0.0    2232.0    0.00  -90.00   1.80   1.00  24.00   0.00 # N I
+		A-16       A-17             0.0    1010.0  275.00   11.00   0.60   0.50  20.00   2.00 # N I
+		A-17       A-18             0.0     900.0  278.00  -44.00   3.00   0.40  16.00  16.00 # N I
+		A-18       A-19             0.0     650.0  263.00  -69.00   0.00   1.00   4.00  21.00 # N I
+		A-19       A-20             0.0     930.0  172.00  -67.00   1.00   1.00   4.00   8.00 # N I
+		A-20       A-21             0.0    1700.0  183.00  -75.00   1.00   1.00   1.00   1.75 # N I
+		A-21       A-22             0.0    1500.0  297.00  -59.00   0.30   0.30   3.00   2.80 # N I
+		A-22       A-23             0.0     380.0  251.00  -32.00   3.00   2.50   2.50  24.20 # N I
+		A-23       A-24             0.0    2420.0    0.00  -90.00   3.00   3.00  25.00   0.00 # N I
+		A-24       A-25             0.0     165.0    0.00   90.00   2.00   0.50   8.00   1.70 # N I
+		A-25       A-26             0.0     480.0  207.00  -20.00   0.60   0.60   3.00   3.00 # N I
+		A-26       A-27             0.0     470.0  111.00  -30.00   0.30   0.30   2.50   3.00 # N I
+		A-27       A-28             0.0    3000.0  126.00  -76.00   0.00   2.00   3.00   0.00 # N I
+		A-28       A-29             0.0     168.0    0.00   90.00   0.00   2.00   1.40   1.70 # N I
+		A-29       A-30             0.0     570.0   22.00  -30.00   2.00   5.00   1.00   1.75 # N I
+		A-30       A-31             0.0     500.0   86.00  -21.00   0.20   0.30   1.50   1.00 # N I
+		A-31       A-32             0.0     730.0  142.00  -72.00   0.50   1.50   8.00   1.75 # N I
+		A-32       A-33             0.0     260.0   33.00   -9.00   0.40   0.50   8.00   1.75 # N I
+		A-33       A-34             0.0     380.0   78.00  -22.00   0.30   0.30   0.50   1.75 # N I
+		A-34       A-35             0.0     370.0  111.00  -19.00   0.30   0.30   0.50   1.75 # N I
+		A-35       A-36             0.0     270.0   78.00  -46.00   1.50   0.00   3.00   1.75 # N I
+		A-36       A-37             0.0     150.0  128.00   16.00   0.80   0.80   7.00   8.00 # N I
+		A-37       A-38             0.0     490.0   72.00   25.00   0.40   0.80   2.00   0.80 # N I
+		A-38       A-39             0.0    1310.0  189.00  -72.00   1.00   1.00   1.00   1.00 # N I
+		A-39       A-40             0.0     980.0  321.00  -86.00   0.20   0.30   1.00   1.00 # N I
+		A-40       A-41             0.0    2515.0  316.00  -78.00   0.00   1.00  22.00   1.75 # N I
+		A-41       A-42             0.0      80.0  343.00    4.00   0.30   0.20   1.00   1.75 # N I
+		A-42       A-43             0.0     150.0  317.00    5.00   1.00   0.00   3.00   1.75 # N I
+	endcenterline
+	
+endsurvey
+
+survey B3_Entree_02 -title "Gouffre des Bourrugues B3, entrée 02 : base des puits… à la jonction du shunt-actif"
+	centerline
+		date 1990.02.10
+		
+		team "Jean Duplantier"
+		team "François Ichas"
+		
+		# G.S.Gaves : 10/02/1990, topo de la base des puits… à la jonction du shunt-actif : Jean Duplantier, François Ichas;
+		# G.S. Gaves / SCMNF / ExploTerre / G.S. Haut-Pyrénéen / FLT / CDS 79
+		
+		explo-date 1973
+		explo-team "FLT"
+		explo-date 1979
+		explo-team "CDS 79"
+		explo-date 1990
+		explo-team "G.S. Gaves"
+		explo-team "SCMNF"
+		explo-team "ExploTerre"
+		explo-team "G.S. Haut-Pyrénéen"
+		
+		
+		units counter centimeters
+		units compass degrees
+		units clino degrees
+		
+		data topofil from to fromcount tocount backcompass backclino left right up down
+		
+		A-43       B-40             0.0     360.0   83.00    8.00   0.00   1.10   3.00   1.75 # # N I * N
+		B-40       B-39             0.0     980.0  133.00    5.00   0.00   1.00   3.00   1.75 # # N I * N
+		B-39       B-38             0.0     660.0  138.00    6.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-38       B-37             0.0    1150.0   74.00    4.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-37       B-36             0.0     890.0   94.00    4.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-36       B-35             0.0     680.0   75.00    7.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-35       B-34             0.0     270.0  120.00    8.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-34       B-33             0.0    1070.0   83.00    5.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-33       B-32             0.0    2010.0   73.00    6.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-32       B-31             0.0     760.0  101.00   -2.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-31       B-30             0.0     390.0  113.00   -3.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-30       B-29             0.0    1135.0  105.00    0.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-29       B-28             0.0     725.0  131.00   26.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-28       B-27             0.0     515.0   82.00    5.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-27       B-26             0.0     580.0   46.00    0.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-26       B-25             0.0     405.0  108.00   18.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-25       B-24             0.0    1840.0  120.00    4.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-24       B-23             0.0    1205.0   95.00    5.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-23       B-22             0.0     750.0  125.00  -31.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-22       B-21             0.0     870.0   81.00   11.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-21       B-20             0.0    1140.0   63.00   14.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-20       B-19             0.0    1640.0  108.00    2.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-19       B-18             0.0    1790.0  139.00    4.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-18       B-17             0.0     730.0  110.00    5.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-17       B-16             0.0    1420.0   89.00    4.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-16       B-15             0.0     335.0  171.00    0.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-15       B-14             0.0     675.0   83.00    6.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-14       B-13             0.0     410.0   99.00    5.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-13       B-12             0.0    1430.0   91.00    4.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-12       B-11             0.0     870.0   84.00    8.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-11       B-10             0.0     380.0  166.00    7.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-10       B-09             0.0     345.0  202.00   -3.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-09       B-08             0.0    1160.0  185.00    1.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-08       B-07             0.0     450.0  131.00  -19.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-07       B-06             0.0    1095.0  111.00   11.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-06       B-05             0.0     840.0  194.00   21.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-05       B-04             0.0    1370.0  234.00    0.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-04       B-03             0.0     340.0  239.00   30.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-03       B-02             0.0     640.0  207.00   10.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-02       B-01             0.0     420.0  140.00   36.00   0.00   0.00   0.00   0.00 # # N I * N
+		B-01       B-00             0.0     395.0  220.00   13.00   0.00   0.00   0.00   0.00 # # N I * N
+		
+		
+	endcenterline
+	
+endsurvey
+
+
+survey B3_Entree_03 -title "Gouffre des Bourrugues B3, entrée 03 : de la sortie du shunt vers l'amont"
+	centerline
+		date 1991.11.24
+		
+		team "Michel Lauga"
+		team "Jacques Bauer"
+		
+		# ;G.S.Gaves : 24/11/1991 topo de la sortie du shunt vers l'amont : Michel Lauga, Jacques Bauer;
+		# G.S. Gaves / SCMNF / ExploTerre / G.S. Haut-Pyrénéen / FLT / CDS 79
+		
+		explo-date 1973
+		explo-team "FLT"
+		explo-date 1979
+		explo-team "CDS 79"
+		explo-date 1991
+		explo-team "G.S. Gaves"
+		explo-team "SCMNF"
+		explo-team "ExploTerre"
+		explo-team "G.S. Haut-Pyrénéen"
+		
+		
+		units counter centimeters
+		units compass degrees
+		units clino degrees
+		
+		data topofil from to fromcount tocount compass clino # left right up down
+		
+		B-00       F-01             0.0    1105.0  168.00    2.00   #    *      *      *      * I I * N
+		F-01       F-02             0.0     455.0   80.00    1.00   #    *      *      *      * # N I * N
+		F-02       F-03             0.0     715.0  158.00    3.00   #    *      *      *      * # N I * N
+		F-03       F-04             0.0     375.0  171.00    0.00   #    *      *      *      * # N I * N
+		F-04       F-05             0.0     600.0   95.00    0.00   #    *      *      *      * # N I * N
+		F-05       F-06             0.0     300.0  157.00    0.00   #    *      *      *      * # N I * N
+		F-06       F-07             0.0     600.0  110.00    0.00   #    *      *      *      * # N I * N
+		F-07       F-08             0.0     695.0  102.00    0.00   #    *      *      *      * # N I * N
+		F-08       F-09             0.0     530.0   85.00    0.00   #    *      *      *      * # N I * N
+		F-09       F-10             0.0     895.0   94.00    1.00   #    *      *      *      * # N I * N
+		F-10       F-11             0.0     500.0   83.00    2.00   #    *      *      *      * # N I * N
+		F-11       F-12             0.0     535.0   94.00    1.00   #    *      *      *      * # N I * N ;F-12=siphon amont nø1;
+		F-03       F-13             0.0     480.0  231.00    2.00   #    *      *      *      * # N I * N
+		F-13       F-14             0.0     765.0  203.00    0.00   #    *      *      *      * # N I * N
+		F-14       F-15             0.0     100.0  283.00    0.00   #    *      *      *      * # N I * N
+		F-15       F-16             0.0    1260.0  167.00    1.00   #    *      *      *      * # N I * N
+		F-16       F-17             0.0     655.0   78.00    0.00   #    *      *      *      * # N I * N
+		F-17       F-18             0.0     540.0  105.00    2.00   #    *      *      *      * # N I * N ;F-18=siphon amont nø2;
+		F-16       F-19             0.0     610.0  274.00    0.00   #    *      *      *      * # N I * N
+		F-19       F-20             0.0     220.0  290.00    0.00   #    *      *      *      * # N I * N
+		
+	endcenterline
+	
+endsurvey
+
+survey B3_Entree_04 -title "Gouffre des Bourrugues B3, entrée 04 : de la sortie du shunt au siphon terminal"
+	centerline
+		date 1990.01.13
+		
+		team "Jean Duplantier"
+		team "Benat Delanghe"
+		team "François Ichas"
+		
+		# ;G.S.Gaves : 13/01/1990 topo de la sortie du shunt au siphon terminal : Jean Duplantier, Benat Delanghe, François Ichas;
+		# G.S. Gaves / SCMNF / ExploTerre / G.S. Haut-Pyrénéen / FLT / CDS 79
+		
+		explo-date 1973
+		explo-team "FLT"
+		explo-date 1979
+		explo-team "CDS 79"
+		explo-date 1990
+		explo-team "G.S. Gaves"
+		explo-team "SCMNF"
+		explo-team "ExploTerre"
+		explo-team "G.S. Haut-Pyrénéen"
+		
+		
+		units counter centimeters
+		units compass degrees
+		units clino degrees
+		
+		data topofil from to fromcount tocount backcompass backclino left right up down
+		
+		B-00       C-25             0.0    2200.0  170.00    9.00   0.60   0.60   6.00   1.70 # N I * N
+		C-25       C-24             0.0    2000.0  162.00    8.00   1.50   0.00   6.00   1.70 # N I * N
+		C-24       C-23             0.0     440.0  119.00   10.00   1.10   0.00   5.00   1.70 # N I * N
+		C-23       C-22             0.0     700.0  120.00    8.00   1.50   0.00   5.00   1.70 # N I * N
+		C-22       C-21             0.0    1415.0   97.00   10.00   0.60   0.60   5.00   1.70 # N I * N
+		C-21       C-20             0.0    1200.0   80.00    7.00   1.00   1.00   5.00   1.70 # N I * N
+		C-20       C-19             0.0     470.0   97.00   10.00   1.00   1.00   5.00   1.70 # N I * N
+		C-19       C-18             0.0     445.0   71.00    9.00   1.00   1.00   5.00   1.70 # N I * N
+		C-18       C-17             0.0    1165.0   93.00   11.00   1.00   1.00   5.00   1.70 # N I * N
+		C-17       C-16             0.0    1440.0  141.00   -1.00   1.00   1.00   2.00   1.70 # N I * N
+		C-16       C-15             0.0    2000.0  148.00    9.00   1.00   1.00   2.50   1.70 # N I * N
+		C-15       C-14             0.0    1170.0   98.00    4.00   0.50   1.00   2.00   1.70 # N I * N
+		C-14       C-13             0.0     385.0  230.00    7.00   1.50   0.00   5.00   1.00 # N I * N
+		C-13       C-12             0.0    1425.0  193.00    8.00   1.00   2.00   5.00   7.00 # N I * N
+		C-12       C-11             0.0     880.0  169.00   -4.00   0.50   0.50   5.00   1.70 # N I * N
+		C-11       C-10             0.0     225.0  112.00    1.00   0.60   0.60   3.00   0.00 # N I * N
+		C-10       C-09             0.0    1290.0  164.00   12.00   1.00   3.00   3.00   1.70 # N I * N
+		C-09       C-08             0.0    1305.0   97.00    9.00   0.70   0.70   2.50   1.70 # N I * N
+		C-08       C-07             0.0    1250.0   71.00   12.00   2.50   1.00   2.50   1.70 # N I * N
+		C-07       C-06             0.0    1950.0  133.00    6.00   1.00   0.00   4.00   1.70 # N I * N
+		C-06       C-05             0.0    1765.0   77.00    9.00   1.00   1.00   4.00   1.70 # N I * N
+		C-05       C-04             0.0     330.0  101.00   15.00   1.80   0.80   6.00   2.00 # N I * N
+		C-04       C-03             0.0     750.0   90.00   43.00   1.00   2.00   6.00   4.20 # N I * N
+		C-03       C-02             0.0     420.0    0.00   90.00   1.00   1.50  10.00   1.70 # N I * N
+		C-02       C-01             0.0     840.0   92.00    8.00   0.00   1.00   6.00   1.70 # N I * N
+		C-01       C-00             0.0    1650.0   93.00    8.00   1.00   1.00   6.00   1.70 # N I * N ;C-00 = Au ras du siphon, becquet d'amarrage du fil d'Ariane;
+		
+	endcenterline
+	
+endsurvey
+
+survey B3_Entree_05 -title "Gouffre des Bourrugues B3, entrée 05 : à partir du point C-09"
+	centerline
+		date 1990.02.25
+		
+		team "Pierre-Henri Fontespis-Loste"
+		team "Stéphane Vogrig"
+		team "François Ichas"
+		
+		# ;G.S.Gaves : 25/02/1990 topo à partir du point C-09 : Pierre-Henri Fontespis-Loste, Stéphane Vogrig, François Ichas;
+		# G.S. Gaves / SCMNF / ExploTerre / G.S. Haut-Pyrénéen / FLT / CDS 79
+		
+		explo-date 1973
+		explo-team "FLT"
+		explo-date 1979
+		explo-team "CDS 79"
+		explo-date 1990
+		explo-team "G.S. Gaves"
+		explo-team "SCMNF"
+		explo-team "ExploTerre"
+		explo-team "G.S. Haut-Pyrénéen"
+		
+		
+		units counter centimeters
+		units compass degrees
+		units clino degrees
+		
+		data topofil from to fromcount tocount compass clino # left right up down
+		
+		C-09       D-01             0.0     280.0   70.00    8.00   #    *      *      *      * N I * N
+		D-01       D-02             0.0     780.0  352.00   54.00   #    *      *      *      * N I * N
+		D-02       D-03             0.0     540.0   66.00   59.00   #    *      *      *      * N I * N
+		D-03       D-04             0.0     517.0  285.00   20.00   #    *      *      *      * N I * N
+		D-04       D-05             0.0     350.0  254.00  -29.00   #    *      *      *      * N I * N
+		D-05       D-06             0.0     290.0  261.00    3.00   #    *      *      *      * N I * N
+		D-06       D-07             0.0     570.0  294.00   30.00   #    *      *      *      * N I * N
+		D-07       D-08             0.0    1480.0  270.00  -16.50   #    *      *      *      * N I * N
+		D-08       D-09             0.0     320.0  310.00   -7.00   #    *      *      *      * N I * N
+		D-09       D-10             0.0     920.0  274.00  -12.00   #    *      *      *      * N I * N
+		D-10       D-11             0.0     350.0    0.00   90.00   #    *      *      *      * N I * N
+		D-11       D-12             0.0    1430.0  256.00   -2.00   #    *      *      *      * N I * N
+		D-12       D-13             0.0     450.0  272.00   -8.00   #    *      *      *      * N I * N ;A partir de C-09 Shunt de la main courante. E-00 = C-09 ;
+		C-09       E-01             0.0    1210.0  166.00    8.00   #    *      *      *      * I I * N
+		E-01       E-02             0.0     240.0  116.00   31.00   #    *      *      *      * N I * N
+		E-02       E-03             0.0     880.0  174.00   13.00   #    *      *      *      * N I * N
+		E-03       E-04             0.0    1420.0  155.00    2.00   #    *      *      *      * N I * N
+		E-04       E-05             0.0    1060.0  130.00   11.00   #    *      *      *      * N I * N
+		E-05       E-06             0.0    2490.0  148.00    2.00   #    *      *      *      * N I * N
+		E-06       E-07             0.0     810.0   98.00    4.00   #    *      *      *      * N I * N
+		E-07       E-08             0.0     740.0   81.00    1.00   #    *      *      *      * N I * N
+		E-08       E-09             0.0     440.0  122.00    7.00   #    *      *      *      * N I * N
+		E-09       E-10             0.0     750.0   84.00    8.00   #    *      *      *      * N I * N
+		E-10       E-11             0.0    1210.0   89.00    0.00   #    *      *      *      * N I * N
+		E-11       E-12             0.0     540.0   38.00   36.00   #    *      *      *      * N I * N
+		E-12       E-13             0.0    1095.0   84.00    2.00   #    *      *      *      * N I * N
+		E-13       E-14             0.0    1190.0  187.00  -21.00   #    *      *      *      * N I * N
+		E-14       E-15             0.0     815.0  257.00  -71.00   #    *      *      *      * N I * N ;E-15 dans l'actif au sol;
+	endcenterline
+	
+endsurvey
+
+survey B3_Entree_06 -title "Gouffre des Bourrugues B3, entrée 06 : à partir du point C-00, siphon 1 et siphon 2"
+	centerline
+		date 1990.10.01   # Année OK, mois environ , jour  ?
+		
+		team "Serge Latapie"
+		team "Philippe Rabatel"
+		
+		# G.S.Gaves : ??/??/1990 topo à partir du point C-00, Siphon 1 et Siphon 2 C-00 = Au ras du siphon, becquet d'amarrage du fil d'Ariane : Serge Latapie, Philippe Rabatel;
+		# G.S. Gaves / SCMNF / ExploTerre / G.S. Haut-Pyrénéen / FLT / CDS 79
+		
+		explo-date 1973
+		explo-team "FLT"
+		explo-date 1979
+		explo-team "CDS 79"
+		explo-date 1990
+		explo-team "G.S. Gaves"
+		explo-team "SCMNF"
+		explo-team "ExploTerre"
+		explo-team "G.S. Haut-Pyrénéen"
+		
+		
+		units counter centimeters
+		units compass degrees
+		units clino degrees
+		
+		data topofil from to fromcount tocount compass clino # left right up down
+		
+		C-00       SIPH-01          0.0    1170.0  285.00  -23.70   #    *      *      *      * N I * N
+		SIPH-01    SIPH-02          0.0    1270.0  280.00   21.70   #    *      *      *      * N I * N
+		SIPH-02    SIPH-03          0.0     750.0   20.00    0.00   #    *      *      *      * N I * N
+		SIPH-03    SIPH-04          0.0     820.0   70.00    0.00   #    *      *      *      * N I * N
+		SIPH-04    SIPH-05          0.0     150.0    0.00  -90.00   #    *      *      *      * N I * N
+		SIPH-05    SIPH-06          0.0     810.0  280.00   -2.10   #    *      *      *      * N I * N
+		SIPH-06    SIPH-07          0.0     680.0   40.00   15.30   #    *      *      *      * N I * N
+		SIPH-07    SIPH-08          0.0     420.0   60.00  -12.30   #    *      *      *      * N I * N
+		SIPH-08    SIPH-09          0.0     420.0    0.00  -20.90   #    *      *      *      * N I * N
+		SIPH-09    SIPH-10          0.0     710.0   30.00   19.70   #    *      *      *      * N I * N
+		SIPH-10    P-02             0.0    1667.0   60.00    0.00   #    *      *      *      * N I * N ;galerie entre S2 et S3, S.Latapie et ??? topo avec boite Vulcain N-10=P-01;
+		P-02       P-03             0.0    1037.0  335.00   14.00   #    *      *      *      * N I * N
+		P-03       P-04             0.0     303.0  275.00  -23.00   #    *      *      *      * N I * N
+		P-04       P-05             0.0     696.0  340.00  -18.00   #    *      *      *      * N I * N
+		P-05       P-06             0.0    2667.0  300.00    0.00   #    *      *      *      * N I * N
+		P-06       P-07             0.0    1853.0  285.00   -3.00   #    *      *      *      * N I * N
+		P-07       P-08             0.0     954.0  300.00   -1.00   #    *      *      *      * N I * N
+		P-08       P-09             0.0     469.0  310.00  -10.00   #    *      *      *      * N I * N
+		P-09       P-10             0.0     747.0  270.00    5.00   #    *      *      *      * N I * N
+		P-10       P-11             0.0     920.0  305.00   -7.00   #    *      *      *      * N I * N ;Siphon 3 Gasp‚ et Perre compas en degrés et décamètre P-11=Q-00;
+		P-11       Q-01             0.0    1460.0  255.00  -19.20   #    *      *      *      * N I * N
+		Q-01       Q-02             0.0    1810.0  260.00  -10.00   #    *      *      *      * N I * N
+		Q-02       Q-03             0.0     750.0  265.00  -28.60   #    *      *      *      * N I * N
+		Q-03       Q-04             0.0    1400.0   15.00   -0.80   #    *      *      *      * N I * N
+		Q-04       Q-05             0.0     300.0    5.00   19.40   #    *      *      *      * N I * N
+		Q-05       Q-06             0.0    2000.0  255.00   -0.80   #    *      *      *      * N I * N
+		Q-06       Q-07             0.0    2000.0  265.00    7.40   #    *      *      *      * N I * N
+		Q-07       Q-08             0.0    2000.0  240.00   25.00   #    *      *      *      * N I * N ;le point Q-08 = rive droite sortie S3 en direction de S4;
+	endcenterline
+	
+endsurvey

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Entree/Data/Dossier_Type-coupe.th2

@@ -0,0 +1,18 @@
+encoding  utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+
+scrap SC-Dossier_Type_01 -projection extended -station-names "" "@Dossier_Type" -author 2024 "Alexandre Pont" -copyright 2024 "licence CC by-nc-nd : http://creativecommons.org/licenses/by-nc-nd/4.0/"
+	
+endscrap
+
+
+scrap SC-Dossier_Type_02 -projection extended -station-names "" "@Dossier_Type" -author 2024 "Alexandre Pont" -copyright 2024 "licence CC by-nc-nd : http://creativecommons.org/licenses/by-nc-nd/4.0/"
+	
+endscrap
+

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Entree/Data/Dossier_Type-plan.th2

@@ -0,0 +1,20 @@
+encoding  utf-8
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+
+
+
+scrap SP-Dossier_Type_01 -station-names "" "@Dossier_Type" -author 2024 "Alexandre Pont" -copyright 2024 "licence CC by-nc-nd : http://creativecommons.org/licenses/by-nc-nd/4.0/" -scale [0 0 1600 0 0.0 0.0 40.64 0.0 m]
+	
+endscrap
+
+
+scrap SP-Dossier_Type_02 -station-names "" "@Dossier_Type" -author 2024 "Alexandre Pont" -copyright 2024 "licence CC by-nc-nd : http://creativecommons.org/licenses/by-nc-nd/4.0/" -scale [0 0 1600 0 0.0 0.0 40.64 0.0 m]
+	
+endscrap
+
+

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Entree/Data/Dossier_Type.th

@@ -0,0 +1,34 @@
+encoding utf-8
+
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/
+
+
+
+survey Dossier_Type -title "Gouffre Dossier_Type" -entrance "Dossier_Type"
+	
+	centerline
+		date 2020.09.06
+		team "Dossier_Type"
+		team "Dossier_Type"
+		
+		explo-date 2020
+		explo-team "Dossier_Type"
+		
+		
+		cs UTM30
+		fix	Z_510	679298	4758093	1644 # GPS Dossier_Type
+		station	Dossier_Type "Dossier_Type" entrance
+		
+		units length meters
+		units compass degrees
+		units clino degrees
+		
+		
+	endcenterline
+	
+	
+endsurvey

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Entree/Data/therion.log

@@ -0,0 +1,8 @@
+therion 6.3.1 (2024-11-22)
+  - using Proj 9.4.1, compiled against 9.4.1
+initialization file: C:\Program Files\Therion/therion.ini
+reading ... done
+configuration file: D:\08 GitHub\Synthese-PSM_LARRA\Sources\Dossier_Type\Data\Dossier_Type-plan.th2
+reading ...
+C:\Program Files\Therion\therion.exe: error -- D:\08 GitHub\Synthese-PSM_LARRA\Sources\Dossier_Type\Data\Dossier_Type-plan.th2 [11] -- unknown configuration command -- scrap
+Press ENTER to exit!

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Entree/Legendes/entrances_coordinates.th

@@ -0,0 +1,52 @@
+encoding utf-8
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+
+layout Entrances_coords_CDa
+	# Layout where we define the different variables that contain the text with
+	# the entrance coordinates we want to print in the header.
+	# We need one variable per entrance.
+	
+	# This layout is called by the layout Coords_Header below
+	
+	code tex-map
+		\def\thjunk{ }
+		\def\thlocationCDa{UTM30 WGS84 X : 679.298 Y : 4758.093 Alt. : 1 644 m}
+	endcode
+	
+endlayout
+
+layout Coords_Header_CDa
+	# Layout that set the presentation for the entrance coordinates.
+	
+	copy Entrances_coords_CDa
+	# it calls the layout above Entrances_coords where we defined the different
+	# variables that contain the text with
+	# the entrance coordinates we want to print in the header.
+	
+	code tex-map
+		\def\nostring{}
+		\def\thsizexl{}
+		\def\thsizel{}
+		\def\thsizem{}
+		\ifx\thsizexl\nostring\def\thsizexl{30}\else\fi
+		\ifx\thsizel\nostring\def\thsizel{24}\else\fi
+		\ifx\thsizem\nostring\def\thsizem{12}\else\fi
+		
+		\ECoordinates={
+		%\edef\tmp{\thjunk} \ifx\tmp\empty \else
+		%{\size[\thsizem] \ss\thjunk\vss}
+		%\fi
+		\edef\tmp{\thlocationCDa} \ifx\tmp\empty \else
+		{\size[\thsizem]\hskip0cm  \ss\thlocationCDa\vss}	% The first one should be without hskip
+		\fi
+		}
+	endcode
+	
+endlayout
+
+

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Entree/Outputs/B3_Entree-Cave-list.html

@@ -0,0 +1,43 @@
+<html>
+<head>
+<title>B3_Entree-Cave-list.html</title>
+<meta http-equiv="Content-Type" content="text/html; charset=utf-8">
+<script language="javascript">
+function xTree(node)
+{
+  var fsub = true;
+  var show = false;
+  var last = node.length;
+  var all = document.getElementsByTagName("tr");
+  for(i = 1; i < all.length; i++) {
+    if ((all[i].id.length > node.length) && (all[i].id.substr(0, node.length) == node)) {
+      if (fsub) {
+        fsub = false;
+        show = (all[i].style.display == "none");
+        last = all[i].id.lastIndexOf(".");
+      }
+      if (show) {
+        if (all[i].id.lastIndexOf(".") == last)
+        all[i].style.display = "";
+      } else {
+        all[i].style.display = "none";
+      }
+    }
+  }
+}
+</script>
+<style type="text/css">
+body {font-family: Verdana, Helvetica, Arial, sans-serif; line-height: 1.5;}
+table {font-size:80%; border-spacing: 0px;}
+th {border-bottom:2px solid #a7a9aa; padding-left:8px; padding-right:8px; padding-top:0px; padding-bottom:1px;}
+td {border-bottom:1px solid #a7a9aa; padding-left:8px; padding-right:8px; padding-top:0px; padding-bottom:0px;}
+</style>
+</head>
+<body>
+<table>
+<tr><th align="left">Title</th><th align="right">Length</th><th align="right">Depth</th><th align="right">Explored</th><th align="right">X</th><th align="right">Y</th><th align="right">Altitude</th></tr>
+<tr id="B3_Entree"><td align="left" style="padding-left: 0px"><a href="javascript:xTree('B3_Entree')">B3_Entree</a></td><td align="right" style="color:#808080">1636</td><td align="right">357</td><td align="right">&nbsp;</td><td align="right">&nbsp;</td><td align="right">&nbsp;</td><td align="right">&nbsp;</td></tr>
+<tr id="B3_Entree.B3_Entree"><td align="left" style="padding-left: 12px">Gouffre des Bourrugues B3 : Puits d'entrée</td><td align="right">341</td><td align="right">263</td><td align="right">&nbsp;</td><td align="right">684226.000</td><td align="right">4760869.000</td><td align="right">1620.000</td></tr>
+</table>
+</body>
+</html>

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Entree/Outputs/B3_Entree-Surveys.html

@@ -0,0 +1,48 @@
+<html>
+<head>
+<title>B3_Entree-Surveys.html</title>
+<meta http-equiv="Content-Type" content="text/html; charset=utf-8">
+<script language="javascript">
+function xTree(node)
+{
+  var fsub = true;
+  var show = false;
+  var last = node.length;
+  var all = document.getElementsByTagName("tr");
+  for(i = 1; i < all.length; i++) {
+    if ((all[i].id.length > node.length) && (all[i].id.substr(0, node.length) == node)) {
+      if (fsub) {
+        fsub = false;
+        show = (all[i].style.display == "none");
+        last = all[i].id.lastIndexOf(".");
+      }
+      if (show) {
+        if (all[i].id.lastIndexOf(".") == last)
+        all[i].style.display = "";
+      } else {
+        all[i].style.display = "none";
+      }
+    }
+  }
+}
+</script>
+<style type="text/css">
+body {font-family: Verdana, Helvetica, Arial, sans-serif; line-height: 1.5;}
+table {font-size:80%; border-spacing: 0px;}
+th {border-bottom:2px solid #a7a9aa; padding-left:8px; padding-right:8px; padding-top:0px; padding-bottom:1px;}
+td {border-bottom:1px solid #a7a9aa; padding-left:8px; padding-right:8px; padding-top:0px; padding-bottom:0px;}
+</style>
+</head>
+<body>
+<table>
+<tr><th align="left">Title</th><th align="right">Length</th><th align="right">Depth</th><th align="right">Explored</th><th align="right">Approx.</th><th align="right">Duplicate</th><th align="right">Surface</th><th align="right">Shots</th><th align="right">Stations</th></tr>
+<tr id="B3_Entree"><td align="left" style="padding-left: 0px"><a href="javascript:xTree('B3_Entree')">B3_Entree</a></td><td align="right">1636</td><td align="right">357</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">187</td><td align="right">193</td></tr>
+<tr id="B3_Entree.B3_Entree"><td align="left" style="padding-left: 12px">Gouffre des Bourrugues B3 : Puits d'entrée</td><td align="right">341</td><td align="right">263</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">44</td><td align="right">45</td></tr>
+<tr id="B3_Entree.B3_Aval_02"><td align="left" style="padding-left: 12px">Gouffre des Bourrugues B3 Aval Séance 2 : Base des puits… à la jonction du shunt-actif</td><td align="right">351</td><td align="right">32</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">41</td><td align="right">42</td></tr>
+<tr id="B3_Entree.B3_Aval_03"><td align="left" style="padding-left: 12px">Gouffre des Bourrugues B3 Aval Séance 3 : de la sortie du shunt vers l'amont</td><td align="right">119</td><td align="right">1</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">20</td><td align="right">21</td></tr>
+<tr id="B3_Entree.B3_Aval_04"><td align="left" style="padding-left: 12px">Gouffre des Bourrugues B3 Aval Séance 4 : de la sortie du shunt au siphon terminal</td><td align="right">291</td><td align="right">47</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">26</td><td align="right">27</td></tr>
+<tr id="B3_Entree.B3_Aval_05"><td align="left" style="padding-left: 12px">Gouffre des Bourrugues B3 Aval Séance 5</td><td align="right">232</td><td align="right">14</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">28</td><td align="right">29</td></tr>
+<tr id="B3_Entree.B3_Aval_06"><td align="left" style="padding-left: 12px">Gouffre des Bourrugues B3 Aval Séance 6</td><td align="right">302</td><td align="right">17</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">28</td><td align="right">29</td></tr>
+</table>
+</body>
+</html>

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Entree/Outputs/B3_Entree.kml

@@ -0,0 +1,96 @@
+<?xml version="1.0" encoding="UTF-8"?>
+<kml xmlns="http://earth.google.com/kml/2.0">
+<Folder>
+<Style id="ThSurveyLine"> <LineStyle> <color>ffffff00</color> <width>1</width> </LineStyle> </Style>
+<Style id="ThSurveyLineSurf"> <LineStyle> <color>ffcccccc</color> <width>1</width> </LineStyle> </Style>
+<Style id="ThEntranceIcon"> <IconStyle> <Icon> <href>https://therion.speleo.sk/downloads/KmlIconEntrance.png</href> </Icon> <hotSpot x="0.5" y="0" xunits="fraction" yunits="fraction" /> </IconStyle> </Style>
+<Icon> <href>https://therion.speleo.sk/downloads/KmlIconModel.png</href> </Icon>
+<name><![CDATA[B3_Entree]]></name>
+<description><![CDATA[Length 1636 m<br>Depth 357 m]]></description>
+<Placemark>
+<styleUrl>#ThEntranceIcon</styleUrl><name><![CDATA[B3-Bourrugues]]></name>
+<Point> <coordinates>-0.74063139465021,42.97818335316136,1620.00000000000000</coordinates> </Point>
+</Placemark>
+<Folder>
+<name><![CDATA[Gouffre des Bourrugues B3 : Puits d'entrée]]></name>
+<Placemark>
+<name>B_3</name>
+<styleUrl>#ThSurveyLine</styleUrl>
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Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Entree/Outputs/outputs.txt

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+Folder where Therion outputs are exported 
+

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Data/B3_Entree/therion.log

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+therion 6.3.1 (2024-11-22)
+  - using Proj 9.4.1, compiled against 9.4.1
+initialization file: C:\Program Files\Therion/therion.ini
+reading ... done
+configuration file: B3_Entree.thconfig
+reading ... done
+reading source files ... done
+preprocessing database ... done
+output coordinate system: UTM30
+meridian convergence (deg): -1.5407
+geomag declinations (deg):
+  1990.1.1  -3.5691
+  1991.1.1  -3.4522
+  1992.1.1  -3.3355
+scanning centreline tree ... done
+searching for centerline loops ... done
+calculating station coordinates ... done
+calculating basic statistics ... done
+processing extended elevation ... done
+processing references ... done
+selecting export objects ... done
+processing projection plan ... done
+writing Data/B3_Entree-map.xvi ... done
+writing Outputs/B3_Entree.lox ... done
+writing Outputs/B3_Entree.kml ... done
+writing Outputs/B3_Entree-Cave-list.html ... done
+writing Outputs/B3_Entree-Surveys.html ... done
+compilation time: 0 sec
+
+############# CRS transformations chosen by PROJ ###############
+  Area of Use (AoU): (-0.741, 42.978) (-0.741, 42.978)
+  [UTM30 → LONG-LAT] AoU: [yes] transformation: [Inverse of UTM zone 30N + axis order change (2D)] definition: [proj=pipeline step inv proj=utm zone=30 ellps=WGS84 step proj=unitconvert xy_in=rad xy_out=deg] accuracy: [0.000 m]
+  [UTM30 → LAT-LONG] AoU: [no] transformation: [Inverse of UTM zone 30N + axis order change (2D)] definition: [proj=pipeline step inv proj=utm zone=30 ellps=WGS84 step proj=unitconvert xy_in=rad xy_out=deg] accuracy: [0.000 m]
+  [UTM30 → UTM30] AoU: [yes] transformation: [Inverse of UTM zone 30N + UTM zone 30N] definition: [proj=noop ellps=GRS80] accuracy: [0.000 m]
+  [UTM30 → EPSG:4326] AoU: [yes] transformation: [Inverse of UTM zone 30N + axis order change (2D)] definition: [proj=pipeline step inv proj=utm zone=30 ellps=WGS84 step proj=unitconvert xy_in=rad xy_out=deg] accuracy: [0.000 m]
+  [EPSG:4326 → UTM30] AoU: [yes] transformation: [axis order change (2D) + UTM zone 30N] definition: [proj=pipeline step proj=unitconvert xy_in=deg xy_out=rad step proj=utm zone=30 ellps=WGS84] accuracy: [0.000 m]
+########## end of CRS transformations chosen by PROJ ###########

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Legendes/entrances_coordinates.th

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+encoding utf-8
+# Copyright (C) ARSIP 2024 https://www.arsip.fr/
+# Auteur : Alexandre Pont <alexandre.pont***@***yahoo.fr>
+# Fichiers / Organisation dossiers, d'après Xavier Robert
+# This work is under the Creative Commons Attribution-NonCommercial-NoDerivatives License:
+#	<http://creativecommons.org/licenses/by-nc-nd/4.0/>
+
+
+layout Entrances_coords_CDa
+	# Layout where we define the different variables that contain the text with
+	# the entrance coordinates we want to print in the header.
+	# We need one variable per entrance.
+	
+	# This layout is called by the layout Coords_Header below
+	
+	code tex-map
+		\def\thjunk{ }
+		\def\thlocationCDa{UTM30 WGS84 X : 679.298 Y : 4758.093 Alt. : 1 644 m}
+	endcode
+	
+endlayout
+
+layout Coords_Header_CDa
+	# Layout that set the presentation for the entrance coordinates.
+	
+	copy Entrances_coords_CDa
+	# it calls the layout above Entrances_coords where we defined the different
+	# variables that contain the text with
+	# the entrance coordinates we want to print in the header.
+	
+	code tex-map
+		\def\nostring{}
+		\def\thsizexl{}
+		\def\thsizel{}
+		\def\thsizem{}
+		\ifx\thsizexl\nostring\def\thsizexl{30}\else\fi
+		\ifx\thsizel\nostring\def\thsizel{24}\else\fi
+		\ifx\thsizem\nostring\def\thsizem{12}\else\fi
+		
+		\ECoordinates={
+		%\edef\tmp{\thjunk} \ifx\tmp\empty \else
+		%{\size[\thsizem] \ss\thjunk\vss}
+		%\fi
+		\edef\tmp{\thlocationCDa} \ifx\tmp\empty \else
+		{\size[\thsizem]\hskip0cm  \ss\thlocationCDa\vss}	% The first one should be without hskip
+		\fi
+		}
+	endcode
+	
+endlayout
+
+

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Outputs/B3-Bourrugues-Cave-list.html

@@ -0,0 +1,44 @@
+<html>
+<head>
+<title>B3-Bourrugues-Cave-list.html</title>
+<meta http-equiv="Content-Type" content="text/html; charset=utf-8">
+<script language="javascript">
+function xTree(node)
+{
+  var fsub = true;
+  var show = false;
+  var last = node.length;
+  var all = document.getElementsByTagName("tr");
+  for(i = 1; i < all.length; i++) {
+    if ((all[i].id.length > node.length) && (all[i].id.substr(0, node.length) == node)) {
+      if (fsub) {
+        fsub = false;
+        show = (all[i].style.display == "none");
+        last = all[i].id.lastIndexOf(".");
+      }
+      if (show) {
+        if (all[i].id.lastIndexOf(".") == last)
+        all[i].style.display = "";
+      } else {
+        all[i].style.display = "none";
+      }
+    }
+  }
+}
+</script>
+<style type="text/css">
+body {font-family: Verdana, Helvetica, Arial, sans-serif; line-height: 1.5;}
+table {font-size:80%; border-spacing: 0px;}
+th {border-bottom:2px solid #a7a9aa; padding-left:8px; padding-right:8px; padding-top:0px; padding-bottom:1px;}
+td {border-bottom:1px solid #a7a9aa; padding-left:8px; padding-right:8px; padding-top:0px; padding-bottom:0px;}
+</style>
+</head>
+<body>
+<table>
+<tr><th align="left">Title</th><th align="right">Length</th><th align="right">Depth</th><th align="right">Explored</th><th align="right">X</th><th align="right">Y</th><th align="right">Altitude</th></tr>
+<tr id="B3-Bourrugues"><td align="left" style="padding-left: 0px"><a href="javascript:xTree('B3-Bourrugues')">Gouffre B3 - Bourrugues</a></td><td align="right" style="color:#808080">6616</td><td align="right">667</td><td align="right">&nbsp;</td><td align="right">&nbsp;</td><td align="right">&nbsp;</td><td align="right">&nbsp;</td></tr>
+<tr id="B3-Bourrugues.B3_Entree"><td align="left" style="padding-left: 12px"><a href="javascript:xTree('B3-Bourrugues.B3_Entree')">B3 Entree</a></td><td align="right" style="color:#808080">1636</td><td align="right">357</td><td align="right">&nbsp;</td><td align="right">&nbsp;</td><td align="right">&nbsp;</td><td align="right">&nbsp;</td></tr>
+<tr id="B3-Bourrugues.B3_Entree.B3_Entree_01"><td align="left" style="padding-left: 24px">Gouffre des Bourrugues B3, entrée 01 : puits d'entrée</td><td align="right">341</td><td align="right">263</td><td align="right">&nbsp;</td><td align="right">684226.000</td><td align="right">4760869.000</td><td align="right">1620.000</td></tr>
+</table>
+</body>
+</html>

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Outputs/B3-Bourrugues-Surveys.html

@@ -0,0 +1,56 @@
+<html>
+<head>
+<title>B3-Bourrugues-Surveys.html</title>
+<meta http-equiv="Content-Type" content="text/html; charset=utf-8">
+<script language="javascript">
+function xTree(node)
+{
+  var fsub = true;
+  var show = false;
+  var last = node.length;
+  var all = document.getElementsByTagName("tr");
+  for(i = 1; i < all.length; i++) {
+    if ((all[i].id.length > node.length) && (all[i].id.substr(0, node.length) == node)) {
+      if (fsub) {
+        fsub = false;
+        show = (all[i].style.display == "none");
+        last = all[i].id.lastIndexOf(".");
+      }
+      if (show) {
+        if (all[i].id.lastIndexOf(".") == last)
+        all[i].style.display = "";
+      } else {
+        all[i].style.display = "none";
+      }
+    }
+  }
+}
+</script>
+<style type="text/css">
+body {font-family: Verdana, Helvetica, Arial, sans-serif; line-height: 1.5;}
+table {font-size:80%; border-spacing: 0px;}
+th {border-bottom:2px solid #a7a9aa; padding-left:8px; padding-right:8px; padding-top:0px; padding-bottom:1px;}
+td {border-bottom:1px solid #a7a9aa; padding-left:8px; padding-right:8px; padding-top:0px; padding-bottom:0px;}
+</style>
+</head>
+<body>
+<table>
+<tr><th align="left">Title</th><th align="right">Length</th><th align="right">Depth</th><th align="right">Explored</th><th align="right">Approx.</th><th align="right">Duplicate</th><th align="right">Surface</th><th align="right">Shots</th><th align="right">Stations</th></tr>
+<tr id="B3-Bourrugues"><td align="left" style="padding-left: 0px"><a href="javascript:xTree('B3-Bourrugues')">Gouffre B3 - Bourrugues</a></td><td align="right">6616</td><td align="right">667</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">745</td><td align="right">756</td></tr>
+<tr id="B3-Bourrugues.B3_Entree"><td align="left" style="padding-left: 12px"><a href="javascript:xTree('B3-Bourrugues.B3_Entree')">B3 Entree</a></td><td align="right">1636</td><td align="right">357</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">187</td><td align="right">193</td></tr>
+<tr id="B3-Bourrugues.B3_Entree.B3_Entree_01"><td align="left" style="padding-left: 24px">Gouffre des Bourrugues B3, entrée 01 : puits d'entrée</td><td align="right">341</td><td align="right">263</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">44</td><td align="right">45</td></tr>
+<tr id="B3-Bourrugues.B3_Entree.B3_Entree_02"><td align="left" style="padding-left: 24px">Gouffre des Bourrugues B3, entrée 02 : base des puits… à la jonction du shunt-actif</td><td align="right">351</td><td align="right">32</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">41</td><td align="right">42</td></tr>
+<tr id="B3-Bourrugues.B3_Entree.B3_Entree_03"><td align="left" style="padding-left: 24px">Gouffre des Bourrugues B3, entrée 03 : de la sortie du shunt vers l'amont</td><td align="right">119</td><td align="right">1</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">20</td><td align="right">21</td></tr>
+<tr id="B3-Bourrugues.B3_Entree.B3_Entree_04"><td align="left" style="padding-left: 24px">Gouffre des Bourrugues B3, entrée 04 : de la sortie du shunt au siphon terminal</td><td align="right">291</td><td align="right">47</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">26</td><td align="right">27</td></tr>
+<tr id="B3-Bourrugues.B3_Entree.B3_Entree_05"><td align="left" style="padding-left: 24px">Gouffre des Bourrugues B3, entrée 05 : à partir du point C-09</td><td align="right">232</td><td align="right">14</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">28</td><td align="right">29</td></tr>
+<tr id="B3-Bourrugues.B3_Entree.B3_Entree_06"><td align="left" style="padding-left: 24px">Gouffre des Bourrugues B3, entrée 06 : à partir du point C-00, siphon 1 et siphon 2</td><td align="right">302</td><td align="right">17</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">28</td><td align="right">29</td></tr>
+<tr id="B3-Bourrugues.B3_Aval"><td align="left" style="padding-left: 12px"><a href="javascript:xTree('B3-Bourrugues.B3_Aval')">B3 Aval</a></td><td align="right">3777</td><td align="right">333</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">335</td><td align="right">337</td></tr>
+<tr id="B3-Bourrugues.B3_Aval.B3_Aval_01"><td align="left" style="padding-left: 24px">Gouffre des Bourrugues B3, Aval 1 : à partir de la sortie du S3</td><td align="right">3362</td><td align="right">244</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">295</td><td align="right">296</td></tr>
+<tr id="B3-Bourrugues.B3_Aval.B3_Aval_02"><td align="left" style="padding-left: 24px">Gouffre des Bourrugues B3, Aval 2 : suite des grandes salles</td><td align="right">415</td><td align="right">99</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">40</td><td align="right">41</td></tr>
+<tr id="B3-Bourrugues.B3_Amonts"><td align="left" style="padding-left: 12px"><a href="javascript:xTree('B3-Bourrugues.B3_Amonts')">B3 Amonts</a></td><td align="right">1202</td><td align="right">42</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">223</td><td align="right">226</td></tr>
+<tr id="B3-Bourrugues.B3_Amonts.B3_Amonts_01"><td align="left" style="padding-left: 24px">Gouffre des Bourrugues B3, amonts 01 : amont vers jonction AP7</td><td align="right">152</td><td align="right">13</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">33</td><td align="right">34</td></tr>
+<tr id="B3-Bourrugues.B3_Amonts.B3_Amonts_02"><td align="left" style="padding-left: 24px">Gouffre des Bourrugues B3, amonts 02 : amont vers jonction AP7 suite</td><td align="right">377</td><td align="right">28</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">86</td><td align="right">87</td></tr>
+<tr id="B3-Bourrugues.B3_Amonts.B3_Amonts_03"><td align="left" style="padding-left: 24px">Gouffre des Bourrugues B3, amonts 03 : galerie des cheminées</td><td align="right">673</td><td align="right">28</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">0</td><td align="right">104</td><td align="right">105</td></tr>
+</table>
+</body>
+</html>

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Outputs/outputs.txt

@@ -0,0 +1,2 @@
+Folder where Therion outputs are exported 
+

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Sources/B3 - Corrigé.tro

@@ -0,0 +1,572 @@
+Version 5.11
+Verification 1
+
+Trou Gouffre des Bourrugues,349.02000,3080.05000,1635.00,LT3
+Club G.S.Gaves
+Entree A-00
+Toporobot 0
+Couleur 0,0,0
+
+Param Topof 1.000 Degd Clino Deg -3.3314 Dir,Dir,Dir Inc Std 18/02/1990 A ;Topo des puits d'entrée" "18/02/90 Vogrig,Ichas.;
+
+A-00       A-00             0.0       0.0    0.00    0.00      *      *      *      * N I * N
+A-00       A-01             0.0     500.0   69.00   -6.00   0.00   1.20   0.00   5.50 N I * N
+A-01       A-02             0.0     550.0    0.00  -90.00   0.50   0.50   5.50   2.00 N I * N
+A-02       A-03             0.0     790.0   39.00  -48.00   0.40   0.40   0.50   1.80 N I * N
+A-03       A-04             0.0      60.0  326.00    0.00   0.40   0.40   0.50   1.80 N I * N
+A-04       A-05             0.0     440.0   81.00  -63.00   0.00   1.50   1.00   1.75 N I * N
+A-05       A-06             0.0    1140.0   52.00  -52.00   0.40   0.40   0.51   1.75 N I * N
+A-06       A-07             0.0     300.0   58.00  -34.00   2.00   1.10   0.50   8.30 N I * N
+A-07       A-08             0.0     830.0    0.00  -90.00   3.00   2.30   8.30  12.00 N I * N
+A-08       A-09             0.0     230.0  358.00    0.00   0.40   0.40   1.50   0.50 N I * N
+A-09       A-10             0.0    1130.0  310.00  -85.00   0.00   2.50  11.30   1.75 N I * N
+A-10       A-11             0.0     430.0  206.00  -43.00   0.50   4.00   0.50   8.00 N I * N
+A-11       A-12             0.0     300.0  254.00  -60.00   0.20   0.30   1.00   1.75 N I * N
+A-12       A-13             0.0     200.0  215.00  -19.00   0.20   0.30   1.50  18.00 N I * N
+A-13       A-14             0.0     760.0  277.00  -72.00   0.30   0.40   3.00  38.00 N I * N
+A-14       A-15             0.0    1640.0  291.00  -78.00   0.40   0.50   3.00  22.00 N I * N
+A-15       A-16             0.0    2232.0    0.00  -90.00   1.80   1.00  24.00   0.00 N I * N
+A-16       A-17             0.0    1010.0  275.00   11.00   0.60   0.50  20.00   2.00 N I * N
+A-17       A-18             0.0     900.0  278.00  -44.00   3.00   0.40  16.00  16.00 N I * N
+A-18       A-19             0.0     650.0  263.00  -69.00   0.00   1.00   4.00  21.00 N I * N
+A-19       A-20             0.0     930.0  172.00  -67.00   1.00   1.00   4.00   8.00 N I * N
+A-20       A-21             0.0    1700.0  183.00  -75.00   1.00   1.00   1.00   1.75 N I * N
+A-21       A-22             0.0    1500.0  297.00  -59.00   0.30   0.30   3.00   2.80 N I * N
+A-22       A-23             0.0     380.0  251.00  -32.00   3.00   2.50   2.50  24.20 N I * N
+A-23       A-24             0.0    2420.0    0.00  -90.00   3.00   3.00  25.00   0.00 N I * N
+A-24       A-25             0.0     165.0    0.00   90.00   2.00   0.50   8.00   1.70 N I * N
+A-25       A-26             0.0     480.0  207.00  -20.00   0.60   0.60   3.00   3.00 N I * N
+A-26       A-27             0.0     470.0  111.00  -30.00   0.30   0.30   2.50   3.00 N I * N
+A-27       A-28             0.0    3000.0  126.00  -76.00   0.00   2.00   3.00   0.00 N I * N
+A-28       A-29             0.0     168.0    0.00   90.00   0.00   2.00   1.40   1.70 N I * N
+A-29       A-30             0.0     570.0   22.00  -30.00   2.00   5.00   1.00   1.75 N I * N
+A-30       A-31             0.0     500.0   86.00  -21.00   0.20   0.30   1.50   1.00 N I * N
+A-31       A-32             0.0     730.0  142.00  -72.00   0.50   1.50   8.00   1.75 N I * N
+A-32       A-33             0.0     260.0   33.00   -9.00   0.40   0.50   8.00   1.75 N I * N
+A-33       A-34             0.0     380.0   78.00  -22.00   0.30   0.30   0.50   1.75 N I * N
+A-34       A-35             0.0     370.0  111.00  -19.00   0.30   0.30   0.50   1.75 N I * N
+A-35       A-36             0.0     270.0   78.00  -46.00   1.50   0.00   3.00   1.75 N I * N
+A-36       A-37             0.0     150.0  128.00   16.00   0.80   0.80   7.00   8.00 N I * N
+A-37       A-38             0.0     490.0   72.00   25.00   0.40   0.80   2.00   0.80 N I * N
+A-38       A-39             0.0    1310.0  189.00  -72.00   1.00   1.00   1.00   1.00 N I * N
+A-39       A-40             0.0     980.0  321.00  -86.00   0.20   0.30   1.00   1.00 N I * N
+A-40       A-41             0.0    2515.0  316.00  -78.00   0.00   1.00  22.00   1.75 N I * N
+A-41       A-42             0.0      80.0  343.00    4.00   0.30   0.20   1.00   1.75 N I * N
+A-42       A-43             0.0     150.0  317.00    5.00   1.00   0.00   3.00   1.75 N I * N
+
+Param Topof 1.000 Degd Clino Degd -3.3323 Inv,Inv,Inv Inc Std 10/02/1990 A ;10/02/90 J. Duplantier, F.Ichas. De la base des puits … la jonction" "shunt-actif.";
+
+A-43       B-40             0.0     360.0   83.00    8.00   0.00   1.10   3.00   1.75 N I * N
+B-40       B-39             0.0     980.0  133.00    5.00   0.00   1.00   3.00   1.75 N I * N
+B-39       B-38             0.0     660.0  138.00    6.00      *      *      *      * N I * N
+B-38       B-37             0.0    1150.0   74.00    4.00      *      *      *      * N I * N
+B-37       B-36             0.0     890.0   94.00    4.00      *      *      *      * N I * N
+B-36       B-35             0.0     680.0   75.00    7.00      *      *      *      * N I * N
+B-35       B-34             0.0     270.0  120.00    8.00      *      *      *      * N I * N
+B-34       B-33             0.0    1070.0   83.00    5.00      *      *      *      * N I * N
+B-33       B-32             0.0    2010.0   73.00    6.00      *      *      *      * N I * N
+B-32       B-31             0.0     760.0  101.00   -2.00      *      *      *      * N I * N
+B-31       B-30             0.0     390.0  113.00   -3.00      *      *      *      * N I * N
+B-30       B-29             0.0    1135.0  105.00    0.00      *      *      *      * N I * N
+B-29       B-28             0.0     725.0  131.00   26.00      *      *      *      * N I * N
+B-28       B-27             0.0     515.0   82.00    5.00      *      *      *      * N I * N
+B-27       B-26             0.0     580.0   46.00    0.00      *      *      *      * N I * N
+B-26       B-25             0.0     405.0  108.00   18.00      *      *      *      * N I * N
+B-25       B-24             0.0    1840.0  120.00    4.00      *      *      *      * N I * N
+B-24       B-23             0.0    1205.0   95.00    5.00      *      *      *      * N I * N
+B-23       B-22             0.0     750.0  125.00  -31.00      *      *      *      * N I * N
+B-22       B-21             0.0     870.0   81.00   11.00      *      *      *      * N I * N
+B-21       B-20             0.0    1140.0   63.00   14.00      *      *      *      * N I * N
+B-20       B-19             0.0    1640.0  108.00    2.00      *      *      *      * N I * N
+B-19       B-18             0.0    1790.0  139.00    4.00      *      *      *      * N I * N
+B-18       B-17             0.0     730.0  110.00    5.00      *      *      *      * N I * N
+B-17       B-16             0.0    1420.0   89.00    4.00      *      *      *      * N I * N
+B-16       B-15             0.0     335.0  171.00    0.00      *      *      *      * N I * N
+B-15       B-14             0.0     675.0   83.00    6.00      *      *      *      * N I * N
+B-14       B-13             0.0     410.0   99.00    5.00      *      *      *      * N I * N
+B-13       B-12             0.0    1430.0   91.00    4.00      *      *      *      * N I * N
+B-12       B-11             0.0     870.0   84.00    8.00      *      *      *      * N I * N
+B-11       B-10             0.0     380.0  166.00    7.00      *      *      *      * N I * N
+B-10       B-09             0.0     345.0  202.00   -3.00      *      *      *      * N I * N
+B-09       B-08             0.0    1160.0  185.00    1.00      *      *      *      * N I * N
+B-08       B-07             0.0     450.0  131.00  -19.00      *      *      *      * N I * N
+B-07       B-06             0.0    1095.0  111.00   11.00      *      *      *      * N I * N
+B-06       B-05             0.0     840.0  194.00   21.00      *      *      *      * N I * N
+B-05       B-04             0.0    1370.0  234.00    0.00      *      *      *      * N I * N
+B-04       B-03             0.0     340.0  239.00   30.00      *      *      *      * N I * N
+B-03       B-02             0.0     640.0  207.00   10.00      *      *      *      * N I * N
+B-02       B-01             0.0     420.0  140.00   36.00      *      *      *      * N I * N
+B-01       B-00             0.0     395.0  220.00   13.00      *      *      *      * N I * N
+
+Param Topof 1.000 Degd Clino Degd -3.2052 Dir,Dir,Dir Inc Std 24/11/1991 A ;24/11/91 Michel Lauga et Jacque Bauer" De la sortie du shunt vers l'amont ";
+
+B-00       F-01             0.0    1105.0  168.00    2.00      *      *      *      * I I * N
+F-01       F-02             0.0     455.0   80.00    1.00      *      *      *      * N I * N
+F-02       F-03             0.0     715.0  158.00    3.00      *      *      *      * N I * N
+F-03       F-04             0.0     375.0  171.00    0.00      *      *      *      * N I * N
+F-04       F-05             0.0     600.0   95.00    0.00      *      *      *      * N I * N
+F-05       F-06             0.0     300.0  157.00    0.00      *      *      *      * N I * N
+F-06       F-07             0.0     600.0  110.00    0.00      *      *      *      * N I * N
+F-07       F-08             0.0     695.0  102.00    0.00      *      *      *      * N I * N
+F-08       F-09             0.0     530.0   85.00    0.00      *      *      *      * N I * N
+F-09       F-10             0.0     895.0   94.00    1.00      *      *      *      * N I * N
+F-10       F-11             0.0     500.0   83.00    2.00      *      *      *      * N I * N
+F-11       F-12             0.0     535.0   94.00    1.00      *      *      *      * N I * N ;"F-12=siphon amont nř1";
+F-03       F-13             0.0     480.0  231.00    2.00      *      *      *      * N I * N
+F-13       F-14             0.0     765.0  203.00    0.00      *      *      *      * N I * N
+F-14       F-15             0.0     100.0  283.00    0.00      *      *      *      * N I * N
+F-15       F-16             0.0    1260.0  167.00    1.00      *      *      *      * N I * N
+F-16       F-17             0.0     655.0   78.00    0.00      *      *      *      * N I * N
+F-17       F-18             0.0     540.0  105.00    2.00      *      *      *      * N I * N ;F-18=siphon amont nř2;
+F-16       F-19             0.0     610.0  274.00    0.00      *      *      *      * N I * N
+F-19       F-20             0.0     220.0  290.00    0.00      *      *      *      * N I * N
+
+Param Topof 1.000 Degd Clino Degd -3.3355 Inv,Inv,Inv Inc Std 13/01/1990 A ;13/01/90 Duplantier, Delanghe, Ichas" De la sortie du shunt au siphon terminal ";
+
+B-00       C-25             0.0    2200.0  170.00    9.00   0.60   0.60   6.00   1.70 N I * N
+C-25       C-24             0.0    2000.0  162.00    8.00   1.50   0.00   6.00   1.70 N I * N
+C-24       C-23             0.0     440.0  119.00   10.00   1.10   0.00   5.00   1.70 N I * N
+C-23       C-22             0.0     700.0  120.00    8.00   1.50   0.00   5.00   1.70 N I * N
+C-22       C-21             0.0    1415.0   97.00   10.00   0.60   0.60   5.00   1.70 N I * N
+C-21       C-20             0.0    1200.0   80.00    7.00   1.00   1.00   5.00   1.70 N I * N
+C-20       C-19             0.0     470.0   97.00   10.00   1.00   1.00   5.00   1.70 N I * N
+C-19       C-18             0.0     445.0   71.00    9.00   1.00   1.00   5.00   1.70 N I * N
+C-18       C-17             0.0    1165.0   93.00   11.00   1.00   1.00   5.00   1.70 N I * N
+C-17       C-16             0.0    1440.0  141.00   -1.00   1.00   1.00   2.00   1.70 N I * N
+C-16       C-15             0.0    2000.0  148.00    9.00   1.00   1.00   2.50   1.70 N I * N
+C-15       C-14             0.0    1170.0   98.00    4.00   0.50   1.00   2.00   1.70 N I * N
+C-14       C-13             0.0     385.0  230.00    7.00   1.50   0.00   5.00   1.00 N I * N
+C-13       C-12             0.0    1425.0  193.00    8.00   1.00   2.00   5.00   7.00 N I * N
+C-12       C-11             0.0     880.0  169.00   -4.00   0.50   0.50   5.00   1.70 N I * N
+C-11       C-10             0.0     225.0  112.00    1.00   0.60   0.60   3.00   0.00 N I * N
+C-10       C-09             0.0    1290.0  164.00   12.00   1.00   3.00   3.00   1.70 N I * N
+C-09       C-08             0.0    1305.0   97.00    9.00   0.70   0.70   2.50   1.70 N I * N
+C-08       C-07             0.0    1250.0   71.00   12.00   2.50   1.00   2.50   1.70 N I * N
+C-07       C-06             0.0    1950.0  133.00    6.00   1.00   0.00   4.00   1.70 N I * N
+C-06       C-05             0.0    1765.0   77.00    9.00   1.00   1.00   4.00   1.70 N I * N
+C-05       C-04             0.0     330.0  101.00   15.00   1.80   0.80   6.00   2.00 N I * N
+C-04       C-03             0.0     750.0   90.00   43.00   1.00   2.00   6.00   4.20 N I * N
+C-03       C-02             0.0     420.0    0.00   90.00   1.00   1.50  10.00   1.70 N I * N
+C-02       C-01             0.0     840.0   92.00    8.00   0.00   1.00   6.00   1.70 N I * N
+C-01       C-00             0.0    1650.0   93.00    8.00   1.00   1.00   6.00   1.70 N I * N ;C-00 = Au ras du siphon, becquet d'amarrage du fil d'Ariane;
+
+Param Topof 1.000 Degd Clino Degd -3.3306 Dir,Dir,Dir Inc Std 25/02/1990 A ;25/02/90 Fontespis, Vogrig, Ichas. A partir du point C-09;
+
+C-09       D-01             0.0     280.0   70.00    8.00      *      *      *      * N I * N
+D-01       D-02             0.0     780.0  352.00   54.00      *      *      *      * N I * N
+D-02       D-03             0.0     540.0   66.00   59.00      *      *      *      * N I * N
+D-03       D-04             0.0     517.0  285.00   20.00      *      *      *      * N I * N
+D-04       D-05             0.0     350.0  254.00  -29.00      *      *      *      * N I * N
+D-05       D-06             0.0     290.0  261.00    3.00      *      *      *      * N I * N
+D-06       D-07             0.0     570.0  294.00   30.00      *      *      *      * N I * N
+D-07       D-08             0.0    1480.0  270.00  -16.50      *      *      *      * N I * N
+D-08       D-09             0.0     320.0  310.00   -7.00      *      *      *      * N I * N
+D-09       D-10             0.0     920.0  274.00  -12.00      *      *      *      * N I * N
+D-10       D-11             0.0     350.0    0.00   90.00      *      *      *      * N I * N
+D-11       D-12             0.0    1430.0  256.00   -2.00      *      *      *      * N I * N
+D-12       D-13             0.0     450.0  272.00   -8.00      *      *      *      * N I * N ; A partir de C-09 Shunt de la main courante. E-00 = C-09 ;
+C-09       E-01             0.0    1210.0  166.00    8.00      *      *      *      * I I * N
+E-01       E-02             0.0     240.0  116.00   31.00      *      *      *      * N I * N
+E-02       E-03             0.0     880.0  174.00   13.00      *      *      *      * N I * N
+E-03       E-04             0.0    1420.0  155.00    2.00      *      *      *      * N I * N
+E-04       E-05             0.0    1060.0  130.00   11.00      *      *      *      * N I * N
+E-05       E-06             0.0    2490.0  148.00    2.00      *      *      *      * N I * N
+E-06       E-07             0.0     810.0   98.00    4.00      *      *      *      * N I * N
+E-07       E-08             0.0     740.0   81.00    1.00      *      *      *      * N I * N
+E-08       E-09             0.0     440.0  122.00    7.00      *      *      *      * N I * N
+E-09       E-10             0.0     750.0   84.00    8.00      *      *      *      * N I * N
+E-10       E-11             0.0    1210.0   89.00    0.00      *      *      *      * N I * N
+E-11       E-12             0.0     540.0   38.00   36.00      *      *      *      * N I * N
+E-12       E-13             0.0    1095.0   84.00    2.00      *      *      *      * N I * N
+E-13       E-14             0.0    1190.0  187.00  -21.00      *      *      *      * N I * N
+E-14       E-15             0.0     815.0  257.00  -71.00      *      *      *      * N I * N ;E-15 dans l'actif au so;
+
+Param Topof 1.000 Degd Clino Degd -3.3306 Dir,Dir,Dir Inc Std 25/02/1990 A ; Siphon 1 et Siphon 2 C-00 = Au ras du siphon, becquet d'amarrage du fil d'Ariane" ??/??/91 S.Latapie et P.Rabatel. A partir du point C-00 ";
+
+C-00       SIPH-01          0.0    1170.0  285.00  -23.70      *      *      *      * N I * N
+SIPH-01    SIPH-02          0.0    1270.0  280.00   21.70      *      *      *      * N I * N
+SIPH-02    SIPH-03          0.0     750.0   20.00    0.00      *      *      *      * N I * N
+SIPH-03    SIPH-04          0.0     820.0   70.00    0.00      *      *      *      * N I * N
+SIPH-04    SIPH-05          0.0     150.0    0.00  -90.00      *      *      *      * N I * N
+SIPH-05    SIPH-06          0.0     810.0  280.00   -2.10      *      *      *      * N I * N
+SIPH-06    SIPH-07          0.0     680.0   40.00   15.30      *      *      *      * N I * N
+SIPH-07    SIPH-08          0.0     420.0   60.00  -12.30      *      *      *      * N I * N
+SIPH-08    SIPH-09          0.0     420.0    0.00  -20.90      *      *      *      * N I * N
+SIPH-09    SIPH-10          0.0     710.0   30.00   19.70      *      *      *      * N I * N
+SIPH-10    P-02             0.0    1667.0   60.00    0.00      *      *      *      * N I * N ; galerie entre S2 et S3" ," S.Latapie et ??? topo avec boite Vulcain" " N-10=P-01";
+P-02       P-03             0.0    1037.0  335.00   14.00      *      *      *      * N I * N
+P-03       P-04             0.0     303.0  275.00  -23.00      *      *      *      * N I * N
+P-04       P-05             0.0     696.0  340.00  -18.00      *      *      *      * N I * N
+P-05       P-06             0.0    2667.0  300.00    0.00      *      *      *      * N I * N
+P-06       P-07             0.0    1853.0  285.00   -3.00      *      *      *      * N I * N
+P-07       P-08             0.0     954.0  300.00   -1.00      *      *      *      * N I * N
+P-08       P-09             0.0     469.0  310.00  -10.00      *      *      *      * N I * N
+P-09       P-10             0.0     747.0  270.00    5.00      *      *      *      * N I * N
+P-10       P-11             0.0     920.0  305.00   -7.00      *      *      *      * N I * N ; Siphon 3 Gasp‚ et Perre compas en degrŠs et d‚camŠtre " " P-11=Q-00";
+P-11       Q-01             0.0    1460.0  255.00  -19.20      *      *      *      * N I * N
+Q-01       Q-02             0.0    1810.0  260.00  -10.00      *      *      *      * N I * N
+Q-02       Q-03             0.0     750.0  265.00  -28.60      *      *      *      * N I * N
+Q-03       Q-04             0.0    1400.0   15.00   -0.80      *      *      *      * N I * N
+Q-04       Q-05             0.0     300.0    5.00   19.40      *      *      *      * N I * N
+Q-05       Q-06             0.0    2000.0  255.00   -0.80      *      *      *      * N I * N
+Q-06       Q-07             0.0    2000.0  265.00    7.40      *      *      *      * N I * N
+Q-07       Q-08             0.0    2000.0  240.00   25.00      *      *      *      * N I * N ;"le point Q-08 =rive droite sortie S3 en direction de S4;
+
+Param Topof 1.000 Degd Clino Degd -3.3233 Dir,Dir,Dir Inc Std 25/03/1990 A ;"25/03/90 Gasp‚ et Perre, topo … partir de la sortie du S3;
+
+Q-08       K-01             0.0     600.0  350.00    9.00   0.80   0.40   2.00   1.60 N I * N
+K-01       K-02             0.0     640.0  297.00    2.00   3.00   2.00   2.00   1.60 N I * N
+K-02       K-03             0.0     940.0  268.00    1.00   0.80   0.20   1.00   0.50 N I * N ;Départ S4;
+Q-08       K-04             0.0     440.0  200.00    2.00   4.00   0.50   1.00   0.50 N I * N
+Q-08       K-05             0.0     200.0  235.00   15.00      *      *      *      * N I * N
+K-05       K-06             0.0    1430.0  321.00   38.00   2.00   0.30   3.00   1.60 N I * N
+K-06       K-07             0.0     660.0  281.00    1.00   0.70   0.40   1.00   1.60 N I * N
+K-07       K-08             0.0     500.0  314.00   18.00   1.50   1.50   6.00   1.60 N I * N
+K-08       K-09             0.0     700.0  285.00   -9.00   1.00   1.00   5.00   1.60 N I * N
+K-09       K-10             0.0    1100.0  319.00    6.00   1.25   1.25   5.00   1.60 N I * N
+K-10       K-11             0.0     400.0  276.00  -23.00   2.00   1.00   5.00   1.60 N I * N
+K-11       K-12             0.0     440.0    0.00  -90.00      *      *      *      * N I * N
+K-12       K-13             0.0     160.0    0.00   90.00      *      *      *      * N I * N
+K-13       K-14             0.0     490.0  323.00  -30.00   1.70   1.00   5.00   1.60 N I * N
+K-14       K-15             0.0    1330.0  222.00   -5.00   0.60   0.50   1.00   1.60 N I * N
+K-15       K-16             0.0     890.0  112.00    6.00   0.60   0.50   2.00   1.60 N I * N
+K-16       K-17             0.0     960.0   86.00    2.00   0.60   0.60   1.00   1.60 N I * N
+K-17       K-18             0.0    1250.0  220.00    2.00   0.20   1.50   1.50   1.60 N I * N
+K-18       K-19             0.0     700.0   80.00    2.00      *      *      *      * N I * N ; K-19=sortie duS4;
+K-14       K-20             0.0    1480.0   49.00   -3.00   0.60   0.60   5.00   1.60 N I * N
+K-20       K-21             0.0     550.0   48.00    1.00   0.60   0.60   7.00   1.60 N I * N
+K-21       K-22             0.0     670.0   23.00   -1.00   0.50   0.50   7.00   2.00 N I * N
+K-22       K-23             0.0     280.0   62.00   -7.00   0.50   0.50   4.00   2.00 N I * N
+K-23       K-24             0.0     320.0   32.00   -8.00   0.80   0.80   4.00   1.80 N I * N
+K-24       K-25             0.0     380.0  324.00   -9.00   1.00   1.00  15.00   1.60 N I * N
+K-25       K-26             0.0     470.0   10.00   -8.00   1.50   1.50   4.00   1.60 N I * N
+K-26       K-27             0.0     240.0    9.00   -4.00   0.30   1.20   4.00   1.60 N I * N
+K-27       K-28             0.0     500.0  297.00    2.00   1.00   0.15   5.00   1.60 N I * N
+K-28       K-29             0.0     300.0  235.00    9.00   0.60   0.60   7.00   1.60 N I * N
+K-29       K-30             0.0     410.0  261.00    1.00   0.60   0.60   6.00   1.60 N I * N
+K-30       K-31             0.0     310.0  232.00    1.00   1.00   1.00   6.00   1.60 N I * N
+K-31       K-32             0.0     370.0  290.00   -4.00   1.00   1.00   6.00   1.60 N I * N
+K-32       K-33             0.0     240.0  270.00   -3.00   0.50   0.50   6.00   1.60 N I * N
+K-33       K-34             0.0     280.0  309.00   -1.00   0.80   0.80   6.00   1.60 N I * N
+K-34       K-35             0.0     450.0  350.00   -2.00   0.80   2.00   3.00   1.60 N I * N
+K-35       K-36             0.0    1130.0  342.00   -4.00   1.50   0.80   3.00   1.60 N I * N
+K-36       K-37             0.0     410.0  278.00   -5.00   0.50   1.00   3.00   1.60 N I * N
+K-37       K-38             0.0     450.0  321.00   -9.00   0.30   0.50   3.00   1.60 N I * N
+K-38       K-39             0.0    1280.0  314.00   -8.00   1.00   0.80   3.00   1.60 N I * N ;"arrivée du fossile 3m ŕ gauche;
+K-39       K-40             0.0    1400.0   48.00    2.00   0.40   2.00   2.00   1.60 N I * N
+K-40       K-41             0.0    2000.0  320.00    2.00   3.00   0.40   2.00   1.60 N I * N
+K-41       K-42             0.0     630.0  290.00    4.00   1.80   2.00   6.00   1.60 N I * N
+K-42       K-43             0.0     920.0  261.00   -2.00   1.50   0.80   5.00   1.60 N I * N
+K-43       K-44             0.0    1080.0  307.00    2.00   0.50   2.00   2.00   1.60 N I * N
+K-44       K-45             0.0    1500.0  275.00   -1.00   1.60   0.80   2.00   1.60 N I * N
+K-45       K-46             0.0     800.0  295.00   -1.00   0.90   0.90   1.50   1.60 N I * N
+K-46       K-47             0.0    1950.0  274.00    1.00   2.00   1.00   2.50   1.60 N I * N
+K-47       K-48             0.0    1040.0  294.00    2.00   0.70   0.80   3.00   1.60 N I * N
+K-48       K-49             0.0    2000.0  257.00    3.00   2.00   0.70   3.00   1.60 N I * N
+K-49       K-50             0.0    1520.0  269.00  -10.00   0.60   2.50   2.00   1.60 N I * N
+K-50       K-51             0.0     970.0  306.00    1.00   0.30   0.50   2.00   1.60 N I * N
+K-51       K-52             0.0     520.0  353.00    4.00   1.50   7.00   2.00   1.60 N I * N
+K-52       K-53             0.0     750.0  260.00  -16.00   2.00   2.00   4.00   2.00 N I * N
+K-53       K-54             0.0     620.0  278.00   18.00   0.50   0.40   4.00   0.40 N I * N
+K-54       K-55             0.0      50.0    0.00  -90.00      *      *      *      * N I * N
+K-55       K-56             0.0     960.0  319.00  -14.00   0.50   1.00   3.00   3.10 N I * N
+K-56       K-57             0.0     840.0  301.00   -3.00   1.20   1.10   4.00   1.60 N I * N
+K-57       K-58             0.0    1250.0  330.00   -9.00   0.60   1.50   2.00   1.80 N I * N
+K-58       K-59             0.0    1100.0  280.00    8.00   2.50   1.50   5.00   1.60 N I * N
+K-59       K-60             0.0    1060.0  270.00   -8.00   0.50   2.50   2.50   0.40 N I * N
+K-60       K-61             0.0     890.0  302.00    2.00   2.00   2.00   2.50   1.60 N I * N
+K-61       K-62             0.0     700.0  304.00   16.00   3.00   0.60   4.00   1.60 N I * N
+K-62       K-63             0.0     920.0  277.00    1.00   1.10   1.00   2.00   1.60 N I * N
+K-63       K-64             0.0    1000.0   52.00   14.00   0.60   2.00   3.00   1.60 N I * N
+K-64       K-65             0.0     640.0   40.00  -40.00   1.50   1.50   3.00   1.60 N I * N
+K-65       K-66             0.0     660.0   72.00   12.00   1.00   1.50   3.00   1.60 N I * N
+K-66       K-67             0.0     500.0   10.00  -38.00   0.80   1.00   5.00   1.60 N I * N
+K-67       K-68             0.0     780.0   65.00    2.00   0.60   0.60   5.00   1.60 N I * N
+K-68       K-69             0.0     940.0   79.00    0.00   0.50   0.50   0.50   1.60 N I * N
+K-69       K-70             0.0     800.0   85.00   18.00   1.50   1.50   0.50   1.60 N I * N
+K-70       K-71             0.0    1500.0   70.00  -10.00   1.00   2.00   5.00   1.60 N I * N
+K-71       K-72             0.0    2000.0   55.00    3.00   0.90   1.10   5.00   1.60 N I * N ;"arrivée d'eau en hauteur";
+K-72       K-73             0.0    1450.0   59.00    2.00   0.50   0.60  10.00   1.60 N I * N
+K-73       K-74             0.0     630.0   60.00    2.00   0.50   0.60   6.00   1.60 N I * N
+K-74       K-75             0.0     980.0   44.00    2.00   0.80   0.80   3.00   1.60 N I * N
+K-75       K-76             0.0     840.0   16.00    2.00   1.00   0.90   1.00   1.60 N I * N
+K-76       K-77             0.0    2000.0   55.00    2.00   1.50   2.00   4.00   1.60 N I * N
+K-77       K-78             0.0    1150.0   48.00    1.00   1.00   2.00   1.00   1.60 N I * N
+K-78       K-79             0.0    2000.0   40.00    1.00   1.00   2.00   2.00   1.60 N I * N
+K-79       K-80             0.0     860.0   42.00    2.00   1.00   1.00   6.00   1.60 N I * N ;"affluent en hauteur";
+K-80       K-81             0.0     800.0   55.00   -8.00   0.60   0.60   2.00   0.40 N I * N
+K-81       K-82             0.0    2000.0   52.00    2.00   0.70   0.80   1.00   1.60 N I * N
+K-82       K-83             0.0    2000.0   47.00    2.00   2.00   0.80   6.00   1.60 N I * N
+K-83       K-84             0.0    1680.0   40.00    2.00   0.80   0.80   6.00   1.60 N I * N ;affluent gauche gros débit;
+K-84       K-85             0.0    1600.0   35.00    2.00   1.00   0.80   5.00   1.60 N I * N
+K-85       K-86             0.0     680.0   35.00    2.00   1.00   1.00   6.00   1.50 N I * N
+K-86       K-87             0.0    1340.0   70.00    2.00   0.50   0.50   1.00   1.60 N I * N
+K-87       K-88             0.0    1700.0   40.00    3.00   1.50   0.50   1.00   1.60 N I * N
+K-88       K-89             0.0    2000.0   34.00    2.00   0.70   0.60  20.00   0.50 N I * N
+K-89       K-90             0.0    1150.0   24.00   -2.00   2.50   1.50   8.00   3.00 N I * N
+K-90       K-91             0.0    1330.0   91.00   -2.00   2.50   3.00   1.50   1.60 N I * N
+K-91       K-92             0.0    1250.0   79.00    1.00   0.80   1.00   3.00   1.60 N I * N
+K-92       K-93             0.0    1060.0  360.00    1.00   1.00   1.00   5.00   1.60 N I * N
+K-93       K-94             0.0     550.0  323.00    1.00   2.00   2.00   4.00   1.60 N I * N
+K-94       K-95             0.0     600.0   12.00    2.00   0.60   2.00   8.00   1.60 N I * N ;"puits remontant";
+K-95       K-96             0.0     530.0   80.00    2.00   1.00   2.00   3.00   1.60 N I * N ;"ressaut de 4m;
+K-96       K-97             0.0    2000.0   70.00   -8.00   2.00   3.00   4.00   1.60 N I * N ;"D‚but des salles = K-96: ressaut de 4m. Bivouac … k-98. Terminus topo" ," Lundi matin … trois heures!!!";
+K-97       K-98             0.0    1340.0   58.00   -1.00   2.00   1.50   4.00   1.60 N I * N ;"fin de la journée!! Bivouac dans la salle";
+K-98       L-01             0.0    1470.0   89.00    1.00   3.00   2.00   3.50   1.60 N I * N
+L-01       L-02             0.0    1570.0   65.00  -15.00   2.00   1.70   2.50   1.60 N I * N
+L-02       L-03             0.0     470.0  335.00   -4.00   5.00   2.00   5.00   1.60 N I * N
+L-03       L-04             0.0    1640.0    7.00  -28.00   1.00   2.00   5.00   1.60 N I * N
+L-04       L-05             0.0     640.0  345.00   -7.00   3.50   4.00   2.00   1.60 N I * N
+L-05       L-06             0.0     800.0  320.00   18.00   1.20   3.00   4.00   1.60 N I * N
+L-06       L-07             0.0    2000.0  288.00    0.00   2.00   0.50   2.50   1.60 N I * N
+L-07       L-08             0.0    2000.0  274.00    6.00   3.00   3.00   2.00   1.60 N I * N
+L-08       L-09             0.0    1330.0  289.00  -10.00   2.00   2.00   0.60   1.60 N I * N
+L-09       L-10             0.0    1440.0  310.00  -15.00   1.80   3.50   2.00   1.60 N I * N
+L-10       L-11             0.0     330.0  216.00    0.00   6.00   0.00   5.00   1.60 N I * N
+L-11       L-12             0.0    1900.0  360.00    0.00   2.00   3.00   4.50   1.60 N I * N
+L-12       L-13             0.0    2000.0  354.00   -2.00   1.00   1.50   4.50   1.60 N I * N
+L-13       L-14             0.0    1600.0   10.00   -3.00   1.00   1.00   3.00   1.80 N I * N
+L-14       L-15             0.0    2000.0   48.00    1.00   1.80   2.50   5.00   1.80 N I * N
+L-15       L-16             0.0    2000.0   68.00    0.00   4.00   1.50   2.00   1.80 N I * N
+L-16       L-17             0.0    2000.0   65.00   -1.00   1.50   1.50   4.00   1.80 N I * N
+L-17       L-18             0.0    2000.0   60.00    0.00   2.00   2.50   3.00   1.60 N I * N
+L-18       L-19             0.0    1120.0  104.00   -1.00   1.20   2.20   2.50   1.60 N I * N
+L-19       L-20             0.0    1400.0   70.00    0.00   2.50   1.10   2.50   1.00 N I * N
+L-20       L-21             0.0    1150.0   18.00    5.00   1.50   2.50   4.00   1.60 N I * N
+L-21       L-22             0.0     280.0   30.00  -18.00   3.00   3.00   4.00   1.60 N I * N
+L-22       L-23             0.0    2000.0   70.00  -17.00   2.00   6.00   2.00   1.60 N I * N
+L-23       L-24             0.0    2000.0   78.00   -5.00   3.50   4.00   3.00   1.60 N I * N
+L-24       L-25             0.0    1360.0   70.00   -1.00   1.80   3.00   2.00   1.60 N I * N
+L-25       L-26             0.0    1570.0    5.00   -1.00   3.50   0.80   3.00   1.60 N I * N
+L-26       L-27             0.0     780.0  351.00  -11.00   1.50   1.10   2.50   1.60 N I * N
+L-27       L-28             0.0     690.0  318.00   10.00   0.50   0.50   3.00   1.60 N I * N
+L-28       L-29             0.0    1000.0  334.00    0.00   0.50   0.50   2.00   4.00 N I * N
+L-29       L-30             0.0     930.0    5.00    0.00   0.50   0.80   2.00   0.40 N I * N
+L-30       L-31             0.0     240.0   37.00   -5.00   0.50   1.00   0.80   0.60 N I * N
+L-31       L-32             0.0    1310.0    6.00   -8.00   0.60   0.60   0.00   0.60 N I * N
+L-32       L-33             0.0    1170.0    8.00   -8.00   1.80   0.60   0.50   1.60 N I * N
+L-33       L-34             0.0    1640.0   31.00   -5.00   0.20   1.00   0.80   1.60 N I * N
+L-34       L-35             0.0    1430.0   28.00  -10.00   0.40   1.00   0.60   1.60 N I * N
+L-35       L-36             0.0    1270.0   34.00   -3.00   0.70   1.00   0.30   1.00 N I * N
+L-36       L-37             0.0    1400.0   41.00   -1.00   0.70   1.10   0.30   1.00 N I * N
+L-37       L-38             0.0    2000.0   32.00    0.00   1.50   0.50   0.20   1.00 N I * N
+L-38       L-39             0.0    1400.0   39.00   -3.00   0.30   1.50   0.20   1.00 N I * N
+L-39       L-40             0.0    1140.0    9.00   -5.00   1.50   0.60   0.70   1.60 N I * N
+L-40       L-41             0.0     870.0   57.00   -3.00   0.50   2.00   1.00   1.60 N I * N
+L-41       L-42             0.0    1400.0   68.00    2.00   0.60   1.60   0.00   1.50 N I * N
+L-42       L-43             0.0    1250.0   54.00   -9.00   3.50   2.00   2.00   0.40 N I * N
+L-43       L-44             0.0    2000.0   79.00  -10.00   1.00   2.50   0.60   1.60 N I * N
+L-44       L-45             0.0    1470.0   58.00    2.00   2.00   1.00   3.00   1.60 N I * N
+L-45       L-46             0.0    1770.0   77.00  -14.00   0.70   1.00   0.00   0.60 N I * N
+L-46       L-47             0.0    1070.0   78.00   -4.00   1.20   1.00   1.50   1.60 N I * N
+L-47       L-48             0.0    1530.0   23.00   -2.00   3.00   3.00   1.00   1.60 N I * N
+L-48       L-49             0.0     250.0   80.00  -45.00   0.80   0.80   1.00   1.60 N I * N
+L-49       L-50             0.0    1360.0   32.00   -5.00   0.60   0.80   1.60   0.00 N I * N ;" niveau de l'eau";
+L-50       L-51             0.0     630.0   39.00  -18.00   1.00   1.00   0.40   0.60 N I * N
+L-51       L-52             0.0     960.0   36.00  -10.00   1.50   1.50   0.20   0.50 N I * N
+L-52       L-53             0.0     950.0   30.00   -4.00   2.00   1.50   1.50   0.60 N I * N
+L-53       L-54             0.0     760.0   28.00  -10.00   1.50   0.70   6.00   0.70 N I * N
+L-54       L-55             0.0    2000.0   30.00   -4.00   1.00   1.10   5.00   0.60 N I * N
+L-55       L-56             0.0    1360.0   20.00    3.00   1.50   1.00   0.40   1.60 N I * N
+L-56       L-57             0.0    1460.0   21.00  -12.00   0.60   1.80   4.00   3.60 N I * N
+L-57       L-58             0.0    1520.0   29.00   -5.00   3.00   2.00   0.20   1.60 N I * N
+L-58       L-59             0.0    1190.0  351.00   -4.00   2.20   1.50   1.50   1.60 N I * N
+L-59       L-60             0.0    1440.0   21.00   -4.00   0.90   4.50   1.50   1.60 N I * N
+L-60       L-61             0.0    2000.0   70.00  -12.00   1.00   4.00   1.50   1.60 N I * N
+L-61       L-62             0.0    1200.0   63.00   -9.00   1.50   2.00   0.80   1.60 N I * N
+L-62       L-63             0.0    1060.0   70.00   -3.00   0.80   1.20   1.50   1.60 N I * N
+L-63       L-64             0.0     730.0   69.00   -9.00   1.20   1.00   1.50   0.50 N I * N
+L-64       L-65             0.0    2000.0   93.00   -5.00   1.50   1.00   2.50   0.80 N I * N
+L-65       L-66             0.0    1430.0   86.00   -6.00   0.80   0.60   0.80   1.60 N I * N
+L-66       L-67             0.0    1330.0   98.00    9.00   2.00   2.00   3.00   0.40 N I * N
+L-67       L-68             0.0    2000.0  106.00   -2.00   0.80   0.90   0.90   0.60 N I * N ; L-67 … L-68 = fossile de l'Odeur! Affluent sur L-68";
+L-67       L-69             0.0     340.0    0.00  -90.00      *      *      *      * N I * N
+L-69       L-70             0.0     400.0   77.00  -15.00   3.50   1.00   1.00   0.20 N I * N
+L-70       L-71             0.0    1880.0  114.00   -1.00   1.40   0.50   0.00   1.60 N I * N
+L-71       L-72             0.0     530.0  108.00    2.00   1.50   0.60   1.00   0.60 N I * N
+L-72       L-73             0.0     730.0  104.00   -2.00   1.00   0.60   2.00   1.60 N I * N ; arrivée affluent pollué d'aprčs carnet topo;
+L-73       L-74             0.0    1330.0   95.00   -5.00   1.00   1.00   2.40   1.60 N I * N
+L-74       L-75             0.0    1730.0   95.00   -6.00   0.70   0.70   1.50   1.60 N I * N ; L-75 = Affluent Pollu‚ rive droite";
+L-75       L-76             0.0    1300.0   15.00   -5.00   2.50   1.50   6.00   1.60 N I * N
+L-76       L-77             0.0    1250.0    7.00    0.00   2.00   2.50   4.00   1.60 N I * N
+L-77       L-78             0.0     770.0  340.00    8.00   2.00   3.00   3.00   1.60 N I * N
+L-78       L-79             0.0     550.0   45.00   -6.00   1.50   3.00   2.00   1.60 N I * N
+L-79       L-80             0.0    1170.0   28.00  -10.00   1.00   2.00   0.80   1.60 N I * N
+L-80       L-81             0.0    1070.0   48.00  -15.00   8.00   1.00  20.00   1.50 N I * N
+L-81       L-82             0.0     350.0  312.00    2.00      *      *      *      * N I * N
+L-82       L-83             0.0    1000.0   10.00  -18.00   1.00   1.50   0.50   0.50 N I * N
+L-83       L-84             0.0     920.0  360.00  -16.00   9.70  17.00   0.50   1.60 N I * N
+L-84       L-85             0.0    1700.0   10.00  -20.00   4.00   5.00   1.00   1.00 N I * N
+L-85       L-86             0.0    1000.0   22.00  -30.00   1.00   0.50   2.00   1.60 N I * N ;"Terminus le mardi … 0h30 dans la zone des cascades";
+L-86       M-01             0.0    1130.0   15.00  -12.00   1.50   2.00   6.00   1.50 N I * N
+M-01       M-02             0.0     840.0   44.00   -4.00   0.50   0.50   5.00   1.60 N I * N
+M-02       M-03             0.0    1250.0   27.00  -18.00   1.00   1.00   5.00   1.60 N I * N
+M-03       M-04             0.0    1100.0   10.00  -12.00   1.00   1.50   8.00   0.40 N I * N
+M-04       M-05             0.0    1260.0  322.00  -10.00   1.00   1.00   1.00   1.60 N I * N
+M-05       M-06             0.0     720.0   10.00    1.00   2.50   3.00   1.00   1.60 N I * N
+M-06       M-07             0.0    1340.0   30.00  -23.00   2.50   1.00   1.00   1.60 N I * N
+M-07       M-08             0.0    2000.0   25.00  -25.00   2.20   2.00   1.50   0.80 N I * N
+M-08       M-09             0.0     670.0   60.00   -7.00   3.00   3.00   2.00   1.60 N I * N
+M-09       M-10             0.0     850.0   75.00   -4.00   3.50   0.00   2.00   1.60 N I * N
+M-10       M-11             0.0     500.0   15.00   28.00   3.50   0.80   3.00   1.60 N I * N
+M-11       M-12             0.0    1150.0   35.00  -15.00   3.00   3.00   5.00   1.60 N I * N
+M-12       M-13             0.0    1580.0   72.00    1.00   1.00   4.00   2.50   1.60 N I * N
+M-13       M-14             0.0     210.0   72.00    0.00   1.00   0.60   2.50   1.60 N I * N
+M-14       M-15             0.0     440.0    0.00  -90.00      *      *      *      * N I * N
+M-15       M-16             0.0     160.0    0.00   90.00   0.00   0.80   2.50   3.40 N I * N
+M-16       M-17             0.0    1460.0   10.00  -24.00   0.60   1.00   0.30   0.40 N I * N
+M-17       M-18             0.0    1320.0   53.00    0.00   0.60   2.00   1.00   1.60 N I * N
+M-18       M-19             0.0     840.0   65.00  -15.00   0.40   3.00   3.00   1.60 N I * N
+M-19       M-20             0.0     840.0  345.00    0.00   3.00   2.00   3.00   1.60 N I * N
+M-20       M-21             0.0    2000.0   50.00  -18.00   0.60   3.00   1.00   1.60 N I * N
+M-21       M-22             0.0     920.0   47.00  -15.00   2.50   1.00   2.50   1.60 N I * N
+M-22       M-23             0.0     830.0   80.00   17.00   0.60   2.00   3.00   1.60 N I * N
+M-23       M-24             0.0    2000.0   39.00   -6.00   2.50   0.80   1.50   1.60 N I * N
+M-24       M-25             0.0    2000.0   48.00    1.00   2.00   2.00   2.00   1.60 N I * N
+M-25       M-26             0.0     700.0   70.00   -6.00   2.00   3.00   2.50   1.60 N I * N
+M-26       M-27             0.0    2000.0   98.00    2.00   5.00   5.00   6.00   2.00 N I * N
+M-27       M-28             0.0     490.0  105.00  -25.00   4.00   2.00   2.00   1.60 N I * N
+M-28       M-29             0.0     400.0   36.00  -20.00   1.00   0.20   1.00   1.60 N I * N
+M-29       M-30             0.0     860.0  116.00    2.00   1.00   3.00   2.00   1.60 N I * N ;1er LAC";
+M-30       M-31             0.0     460.0  150.00    2.00   0.60   0.20   0.20   1.60 N I * N
+M-31       M-32             0.0     410.0  135.00   35.00   1.00   1.00   1.00   1.60 N I * N
+M-32       M-33             0.0    2000.0  134.00   -2.00   1.30   3.50   4.50   1.60 N I * N
+M-33       M-34             0.0    1630.0  103.00   -7.00   2.00   1.00   1.00   2.00 N I * N
+M-34       M-35             0.0    1560.0   83.00    1.00   2.50   1.00   2.00   1.60 N I * N
+M-35       M-36             0.0    1860.0  100.00    9.00   5.00   2.00   3.50   2.50 N I * N
+M-36       M-37             0.0    2000.0   85.00  -11.00  10.00   0.20   2.00   1.60 N I * N
+M-37       M-38             0.0     950.0  122.00  -19.00   2.50   5.50   0.50   1.60 N I * N
+M-38       M-39             0.0     840.0   95.00   -7.00   0.80   0.50   3.00   1.60 N I * N
+M-39       M-40             0.0    2000.0   90.00    3.00   1.50   0.50   3.00   0.50 N I * N
+M-40       M-41             0.0    2000.0  104.00   -2.00   2.50   3.00   1.50   1.60 N I * N
+M-41       M-42             0.0     950.0  112.00    0.00   2.00   3.00   3.00   1.60 N I * N
+M-42       M-43             0.0     900.0  100.00   -7.00   2.50   2.50   3.00   0.40 N I * N
+M-43       M-44             0.0    1040.0  110.00    5.00   0.20   3.00   1.00   1.60 N I * N
+M-44       M-45             0.0    1200.0   66.00    0.00   3.00   1.00  13.00   1.60 N I * N
+M-45       M-46             0.0    1450.0  118.00   -1.00   2.00   2.00   3.00   1.60 N I * N
+M-46       M-47             0.0    2000.0  100.00   -3.00   5.00   0.50   3.00   1.60 N I * N
+M-47       M-48             0.0    2000.0   92.00   -4.00   6.00   0.50   3.00   1.60 N I * N
+M-48       M-49             0.0    2000.0  101.00   -3.00   7.00   0.50   2.50   1.60 N I * N
+M-49       M-50             0.0    2000.0   98.00   -5.00   6.00   0.50   2.00   1.60 N I * N
+M-50       M-51             0.0    2000.0   95.00  -10.00   2.00   1.00   1.00   1.60 N I * N
+M-51       M-52             0.0    2000.0   82.00   -3.00   5.00   1.50   3.00   1.60 N I * N
+M-52       M-53             0.0    2000.0  100.00  -12.00   3.50   4.00   3.00   1.60 N I * N
+M-53       M-54             0.0    1690.0   89.00   -5.00   3.50   2.00   2.50   1.60 N I * N
+M-54       M-55             0.0    1300.0   59.00   -5.00   4.00   2.50   5.00   1.60 N I * N
+M-55       M-56             0.0     700.0  110.00  -15.00   0.30   2.00   2.00   1.60 N I * N
+M-56       M-57             0.0     270.0   88.00   -6.00   0.20   0.60   3.00   1.50 N I * N
+M-57       M-58             0.0     650.0  358.00   -3.00   0.20   5.00   2.00   1.60 N I * N
+M-58       M-59             0.0     730.0   42.00  -22.00   0.60   1.00   2.00   1.60 N I * N
+M-59       M-60             0.0     680.0   46.00  -26.00   0.50   1.00   3.00   1.60 N I * N
+M-60       M-61             0.0    1550.0   30.00  -12.00   1.00   1.00   3.00   1.60 N I * N
+M-61       M-62             0.0     730.0   22.00  -10.00   0.80   0.40   2.00   2.00 N I * N
+M-62       M-63             0.0     700.0   75.00   -4.00   2.00   0.50   3.00   1.60 N I * N
+M-63       M-64             0.0    1540.0   30.00   -1.00   0.80   0.40   4.00   1.60 N I * N
+M-64       M-65             0.0     410.0   25.00   -5.00   0.80   0.20   1.00   1.60 N I * N
+M-65       M-66             0.0     350.0  345.00    1.00   3.00   0.60   3.00   1.60 N I * N
+M-66       M-67             0.0     690.0   82.00  -16.00   0.60   2.00   2.00   1.60 N I * N
+M-67       M-68             0.0     700.0    5.00   -2.00   1.00   0.10   2.50   1.60 N I * N
+M-68       M-69             0.0    1320.0    8.00   -3.00   0.40   0.40   3.00   1.60 N I * N
+M-69       M-70             0.0     560.0   25.00    1.00   0.90   0.90   1.60   1.60 N I * N
+M-70       M-71             0.0    1230.0  320.00    0.00   1.00   1.00   1.50   1.60 N I * N
+M-71       M-72             0.0     870.0  318.00   -3.00   1.00   2.00   1.00   1.60 N I * N
+M-72       M-73             0.0     670.0  298.00   -6.00   0.60   2.00   2.00   1.60 N I * N
+M-73       M-74             0.0     680.0  290.00    2.00   0.60   0.80   1.00   1.60 N I * N ;2eme LAC";
+M-74       M-75             0.0    1060.0  285.00    2.00   1.80   0.30   1.00   1.00 N I * N
+M-75       M-76             0.0    1380.0   35.00    2.00   1.00   1.00   1.00   1.20 N I * N
+M-76       M-77             0.0     640.0   40.00   -9.00   0.50   0.50   1.60   1.20 N I * N
+M-77       M-78             0.0    1150.0   25.00   -4.00      *      *      *      * N I * N
+M-78       M-79             0.0     410.0  328.00    0.00   2.00   2.00   3.00   1.60 N I * N
+M-79       M-80             0.0     760.0   53.00    0.00   2.00   0.60   1.00   1.60 N I * N
+M-80       M-81             0.0    1540.0   20.00   -8.00   3.00   1.50   0.80   2.50 N I * N
+M-81       M-82             0.0     700.0  339.00   -4.00   1.00   1.00   2.00   1.60 N I * N
+M-82       M-83             0.0    1320.0   60.00   -3.00   2.00   3.00   1.50   1.60 N I * N
+M-83       M-84             0.0     980.0   52.00    0.00   3.50   0.50   1.00   1.60 N I * N
+M-84       M-85             0.0    1030.0   41.00  -28.00   4.00   1.00   0.20   0.80 N I * N
+M-85       M-86             0.0    2000.0   30.00   -3.00   5.00   1.50   2.50   1.60 N I * N ; M-86 = entr‚e de la salle;
+M-86       M-87             0.0    1650.0  320.00   -2.00  20.00   4.00  10.00   1.60 N I * N ;M-87 = entr‚e du gros l'affluent 7x7;
+M-87       O-87             0.0       0.0    0.00    0.00   4.00   2.00   4.00   1.60 N I * N
+O-87       M-88             0.0    2000.0  229.00    3.00   4.00   2.00   4.00   1.60 I I * N
+M-88       M-89             0.0    2000.0  232.00   15.00   4.00   1.00   4.00   1.60 N I * N
+M-89       M-90             0.0    2000.0  225.00    9.00   2.50   2.50   3.50   1.60 N I * N
+M-90       M-91             0.0    2000.0  215.00    9.00   4.00   2.50   5.00   1.60 N I * N
+M-91       M-92             0.0    1670.0  214.00    2.00   4.00   3.00   3.00   1.60 N I * N ; fin du gros l'affluent;
+M-87       M-93             0.0    2000.0   22.00  -11.00   2.00   6.00   7.00   1.60 N I * N
+M-93       M-94             0.0    2000.0   32.00  -10.00   7.00   4.00   8.00   1.60 N I * N
+M-94       M-95             0.0    2000.0   65.00  -24.00   4.00   6.00   8.00   1.60 N I * N
+M-95       M-96             0.0    1640.0   66.00  -26.00   7.00   5.00   6.00   1.60 N I * N ; entr‚e de la tr‚mie";
+M-96       M-97             0.0     310.0   21.00  -24.00   0.30   0.30   0.30   0.30 N I * N
+M-97       M-98             0.0     370.0  140.00  -30.00   0.30   0.30   0.30   0.30 N I * N
+M-98       M-99             0.0     280.0   80.00  -30.00   0.30   0.30   0.30   0.30 N I * N
+M-99       M-100            0.0     310.0   30.00  -27.00   0.30   0.30   0.30   0.30 N I * N ;"fin tr‚mie et fin plafond de la salle";
+M-100      M-101            0.0    1210.0   45.00  -12.00   5.00   4.00   3.00   0.80 N I * N
+M-101      M-102            0.0    1580.0   33.00   -2.00   5.00   5.00   2.00   0.10 N I * N
+M-102      M-103            0.0     220.0  310.00    0.00   3.00   3.00   0.20   0.10 N I * N ; plage de sable;
+M-103      M-104            0.0    1500.0   30.00    2.00   5.00   3.00   6.00   1.60 N I * N
+M-104      M-105            0.0    2000.0   42.00   -5.00   5.00   3.00   2.00   1.60 N I * N
+M-105      M-106            0.0    1900.0   30.00    9.00   6.00   5.00   0.20   0.80 N I * N
+M-106      M-107            0.0    2000.0   30.00   10.00   5.00   6.00   1.50   1.60 N I * N
+M-107      M-108            0.0    1840.0   50.00   14.00   2.00   6.00   3.00   1.60 N I * N
+M-108      M-109            0.0    2000.0   63.00  -18.00   6.00   8.00   1.50   1.60 N I * N
+M-109      M-110            0.0    2000.0   70.00  -16.00   7.00   5.00   0.50   0.50 N I * N ; TERMINUS DU MERCREDI 28 MARS 90 … 0 h 30;
+
+Param Topof 1.000 Degd Clino Degd -3.1258 Inv,Inv,Inv Inc Std 10/01/1993 A ;10-11/01/93 Serge Latapie‚ et Alain Perre, suite des Grandes Salle " ŕ partir du point M-105 perte de l'actif dans le sable;
+
+M-105      N-39             0.0       0.0    0.00    0.00   0.00   0.00   0.00   0.00 N I * N
+N-39       N-38             0.0     324.0  332.00  -21.00      *      *      *      * N I * N
+N-38       N-37             0.0     878.0  193.00  -26.00      *      *      *      * N I * N
+N-37       N-36             0.0    2616.0  203.00   -7.00      *      *      *      * N I * N
+N-36       N-35             0.0    1272.0  213.00   18.00      *      *      *      * N I * N
+N-35       N-34             0.0    1652.0   73.00   -6.00      *      *      *      * N I * N
+N-34       N-33             0.0    1324.0   77.00  -12.00      *      *      *      * N I * N
+N-33       N-32             0.0    3070.0  204.00   17.00      *      *      *      * N I * N
+N-32       N-31             0.0    1017.0  195.00   38.00      *      *      *      * N I * N
+N-31       N-30             0.0    1690.0  233.00   47.00      *      *      *      * N I * N
+N-30       N-29             0.0    1062.0  192.00   24.00      *      *      *      * N I * N
+N-29       N-28             0.0    1592.0  252.00   -5.00      *      *      *      * N I * N
+N-28       N-27             0.0    1379.0  232.00   35.00      *      *      *      * N I * N
+N-27       N-26             0.0     100.0  360.00   90.00      *      *      *      * N I * N
+N-26       N-25             0.0    1483.0  262.00   -3.00      *      *      *      * N I * N
+N-25       N-24             0.0    1190.0  256.00    0.00      *      *      *      * N I * N
+N-24       N-23             0.0    4031.0  234.00   12.00      *      *      *      * N I * N
+N-23       N-22             0.0    1267.0  244.00   28.00      *      *      *      * N I * N
+N-22       N-21             0.0    1314.0  251.00   39.00      *      *      *      * N I * N
+N-21       N-20             0.0     576.0  325.00   48.00      *      *      *      * N I * N
+N-20       N-19             0.0    1660.0  248.00   46.00      *      *      *      * N I * N
+N-19       N-18             0.0     409.0  261.00   34.00      *      *      *      * N I * N
+N-18       N-17             0.0    1275.0  257.00   18.00      *      *      *      * N I * N
+N-17       N-16             0.0    1129.0  223.00   16.00      *      *      *      * N I * N
+N-16       N-15             0.0     154.0  217.00   76.00      *      *      *      * N I * N
+N-15       N-14             0.0     362.0  246.00   18.00      *      *      *      * N I * N
+N-14       N-13             0.0     494.0  200.00   13.00      *      *      *      * N I * N
+N-13       N-12             0.0     627.0  224.00    6.00      *      *      *      * N I * N
+N-12       N-11             0.0     539.0  158.00   12.00      *      *      *      * N I * N
+N-11       N-10             0.0     395.0  225.00    8.00      *      *      *      * N I * N
+N-10       N-09             0.0     295.0  227.00   34.00      *      *      *      * N I * N
+N-09       N-08             0.0     452.0  216.00   -5.00      *      *      *      * N I * N
+N-08       N-07             0.0    1052.0  207.00    4.00      *      *      *      * N I * N
+N-07       N-06             0.0     704.0  200.00   13.00      *      *      *      * N I * N
+N-06       N-05             0.0     326.0  260.00    3.00      *      *      *      * N I * N
+N-05       N-04             0.0     215.0  193.00   -2.00      *      *      *      * N I * N
+N-04       N-03             0.0    1434.0  266.00    1.00      *      *      *      * N I * N
+N-03       N-02             0.0     785.0  285.00   -3.00      *      *      *      * N I * N
+N-02       N-01             0.0     651.0  205.00    3.00      *      *      *      * N I * N
+N-01       N-00             0.0     705.0  250.00   16.00      *      *      *      * N I * N ;"arręt sur siphon caca";
+
+[Configuration 5.11]
+
+Visual Topo=2,3,-1,-1,-1,-1,317,59,1342,584
+Options=1,1
+Calcul=0,1,-1,-1,-8,-31,0,0,901,284
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+ExportDxf=0,100,1295,0,0,1,6,7,4,4,3,3,2,7,9,9,3
+ExportSvg=0,100,1423,0,0,10917,8355711,16711680,37632,37632,9109504,9109504,255,0,8355711,7451452,6008319,12632256,9109504
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+Options=33799,1.00,25,0,0,0,0,0,1,0,0
+Coupe développée=0,1,-1,-1,-8,-31,52,52,1232,477
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+Plan=2,3,-1,-1,-8,-31,104,104,1288,533
+Options=35847,1.00,25,0,0,0,0,0,1,0,1

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Sources/B3 2015.plt

@@ -0,0 +1,791 @@
+Z    -675.64   6676.06  -2872.71   2234.85  -2189.12      0.00  I 15652.3                           
+SB3 2015
+NSECTION001 D 2 18 1990 C ;Topo des puits d'entrée" "18/02/90 Vogrig,Ichas.;
+M     0.00     0.00     0.00  SB3[A-00  P    0.0    0.0   18.0    3.9  I    0.0
+D     7.16    14.66    -1.71  SB3[A-01  P    1.6   18.0    6.6    1.6  I   16.4
+D     7.16    14.66   -19.76  SB3[A-02  P    1.3    1.6    5.9    1.3  I   34.4
+D    21.54    24.35   -39.02  SB3[A-03  P    1.3    1.6    5.9    1.3  I   60.4
+D    23.07    23.11   -39.02  SB3[A-04  P    0.0    3.3    5.7    4.9  I   62.3
+D    24.66    29.47   -51.88  SB3[A-05  P    1.3    1.7    5.7    1.3  I   76.8
+D    40.37    46.31   -81.36  SB3[A-06  P    6.6    1.6   27.2    3.6  I  114.2
+D    45.28    52.82   -86.86  SB3[A-07  P    9.8   27.2   39.4    7.5  I  124.0
+D    45.28    52.82  -114.09  SB3[A-08  P    1.3    4.9    1.6    1.3  I  151.2
+D    52.77    51.90  -114.09  SB3[A-09  P    0.0   37.1    5.7    8.2  I  158.8
+D    54.62    49.25  -151.02  SB3[A-10  P    1.6    1.6   26.2   13.1  I  195.9
+D    44.99    45.56  -160.65  SB3[A-11  P    0.7    3.3    5.7    1.0  I  210.0
+D    43.22    40.97  -169.17  SB3[A-12  P    0.7    4.9   59.1    1.0  I  219.8
+D    37.85    37.87  -171.31  SB3[A-13  P    1.0    9.8  124.7    1.3  I  226.4
+D    38.11    30.16  -195.02  SB3[A-14  P    1.3    9.8   72.2    1.6  I  251.3
+D    41.19    19.41  -247.65  SB3[A-15  P    5.9   78.7    0.0    3.3  I  305.1
+D    41.19    19.41  -320.88  SB3[A-16  P    2.0   65.6    6.6    1.6  I  378.3
+D    41.18   -13.12  -314.56  SB3[A-17  P    9.8   52.5   52.5    1.3  I  411.5
+D    42.29   -34.33  -335.07  SB3[A-18  P    0.0   13.1   68.9    3.3  I  441.0
+D    40.69   -41.80  -354.98  SB3[A-19  P    3.3   13.1   26.2    3.3  I  462.3
+D    29.08   -39.12  -383.06  SB3[A-20  P    3.3    3.3    5.7    3.3  I  492.9
+D    14.65   -38.61  -436.94  SB3[A-21  P    1.0    9.8    9.2    1.0  I  548.6
+D    24.14   -62.11  -479.12  SB3[A-22  P    9.8    8.2   79.4    8.2  I  597.8
+D    19.84   -71.77  -485.73  SB3[A-23  P    9.8   82.0    0.0    9.8  I  610.3
+D    19.84   -71.77  -565.12  SB3[A-24  P    6.6   26.2    5.6    1.6  I  689.7
+D    19.84   -71.77  -559.71  SB3[A-25  P    2.0    9.8    9.8    2.0  I  695.1
+D     6.11   -77.31  -565.10  SB3[A-26  P    1.0    8.2    9.8    1.0  I  710.9
+D     2.44   -64.47  -572.81  SB3[A-27  P    0.0    9.8    0.0    6.6  I  726.3
+D    -9.82   -44.06  -668.31  SB3[A-28  P    0.0    4.6    5.6    6.6  I  824.7
+D    -9.82   -44.06  -662.79  SB3[A-29  P    6.6    3.3    5.7   16.4  I  830.2
+D     5.67   -39.33  -672.15  SB3[A-30  P    0.7    4.9    3.3    1.0  I  848.9
+D     8.07   -24.20  -678.02  SB3[A-31  P    1.6   26.2    5.7    4.9  I  865.3
+D     2.66   -19.15  -700.80  SB3[A-32  P    1.3   26.2    5.7    1.6  I  889.3
+D    10.10   -15.20  -702.14  SB3[A-33  P    1.0    1.6    5.7    1.0  I  897.8
+D    13.48    -4.15  -706.81  SB3[A-34  P    1.0    1.6    5.7    1.0  I  910.3
+D    10.32     6.89  -710.76  SB3[A-35  P    4.9    9.8    5.7    0.0  I  922.4
+D    12.13    12.77  -717.13  SB3[A-36  P    2.6   23.0   26.2    2.6  I  931.3
+D     9.55    16.74  -715.77  SB3[A-37  P    1.3    6.6    2.6    2.6  I  936.2
+D    15.25    30.15  -708.98  SB3[A-38  P    3.3    3.3    3.3    3.3  I  952.3
+D     2.00    29.23  -749.86  SB3[A-39  P    0.7    3.3    3.3    1.0  I  995.2
+D     3.61    27.67  -781.93  SB3[A-40  P    0.0   72.2    5.7    3.3  I 1027.4
+D    14.86    14.72  -862.64  SB3[A-41  P    1.0    3.3    5.7    0.7  I 1109.9
+D    17.29    13.74  -862.46  SB3[A-42  P    3.3    9.8    5.7    0.0  I 1112.5
+D    20.57    10.09  -862.03  SB3[A-43  P    0.0    9.8    5.7    3.6  I 1117.5
+X      -9.82     54.62    -77.31     52.82   -862.64      0.00
+NSECTION002 D 2 10 1990 C ;10/02/90 J. Duplantier, F.Ichas. De la base des puits … la
+M    20.57    10.09  -862.03  SB3[A-43  P    0.0    9.8    5.7    3.6  I 1117.5
+D    18.13    -1.35  -863.67  SB3[B-40  P    0.0    9.8    5.7    3.3  I 1129.3
+D    37.84   -26.60  -866.47  SB3[B-39  P    0.0    0.0    0.0    0.0  I 1161.4
+D    52.52   -42.35  -868.74  SB3[B-38  P    0.0    0.0    0.0    0.0  I 1183.1
+D    39.02   -77.48  -871.37  SB3[B-37  P    0.0    0.0    0.0    0.0  I 1220.8
+D    38.51  -106.61  -873.41  SB3[B-36  P    0.0    0.0    0.0    0.0  I 1250.0
+D    30.92  -127.41  -876.12  SB3[B-35  P    0.0    0.0    0.0    0.0  I 1272.3
+D    34.63  -135.36  -877.36  SB3[B-34  P    0.0    0.0    0.0    0.0  I 1281.2
+D    27.35  -169.57  -880.42  SB3[B-33  P    0.0    0.0    0.0    0.0  I 1316.3
+D     2.76  -230.37  -887.31  SB3[B-32  P    0.0    0.0    0.0    0.0  I 1382.2
+D     5.35  -255.15  -886.44  SB3[B-31  P    0.0    0.0    0.0    0.0  I 1407.2
+D     9.30  -267.30  -885.77  SB3[B-30  P    0.0    0.0    0.0    0.0  I 1419.9
+D    15.75  -303.98  -885.77  SB3[B-29  P    0.0    0.0    0.0    0.0  I 1457.2
+D    28.31  -321.28  -896.20  SB3[B-28  P    0.0    0.0    0.0    0.0  I 1481.0
+D    24.52  -337.68  -897.67  SB3[B-27  P    0.0    0.0    0.0    0.0  I 1497.9
+D    10.15  -350.16  -897.67  SB3[B-26  P    0.0    0.0    0.0    0.0  I 1516.9
+D    12.99  -362.47  -901.78  SB3[B-25  P    0.0    0.0    0.0    0.0  I 1530.2
+D    38.42  -417.06  -905.99  SB3[B-24  P    0.0    0.0    0.0    0.0  I 1590.5
+D    38.41  -456.44  -909.43  SB3[B-23  P    0.0    0.0    0.0    0.0  I 1630.1
+D    48.95  -474.71  -896.76  SB3[B-22  P    0.0    0.0    0.0    0.0  I 1654.7
+D    42.16  -501.89  -902.21  SB3[B-21  P    0.0    0.0    0.0    0.0  I 1683.2
+D    22.92  -532.66  -911.25  SB3[B-20  P    0.0    0.0    0.0    0.0  I 1720.6
+D    35.00  -585.06  -913.13  SB3[B-19  P    0.0    0.0    0.0    0.0  I 1774.4
+D    75.68  -627.22  -917.23  SB3[B-18  P    0.0    0.0    0.0    0.0  I 1833.2
+D    81.84  -650.27  -919.32  SB3[B-17  P    0.0    0.0    0.0    0.0  I 1857.1
+D    76.97  -696.49  -922.57  SB3[B-16  P    0.0    0.0    0.0    0.0  I 1903.7
+D    87.63  -699.15  -922.57  SB3[B-15  P    0.0    0.0    0.0    0.0  I 1914.7
+D    83.05  -720.69  -924.88  SB3[B-14  P    0.0    0.0    0.0    0.0  I 1936.8
+D    83.98  -734.06  -926.05  SB3[B-13  P    0.0    0.0    0.0    0.0  I 1950.3
+D    80.70  -780.74  -929.33  SB3[B-12  P    0.0    0.0    0.0    0.0  I 1997.2
+D    75.29  -808.49  -933.30  SB3[B-11  P    0.0    0.0    0.0    0.0  I 2025.8
+D    86.99  -812.52  -934.82  SB3[B-10  P    0.0    0.0    0.0    0.0  I 2038.2
+D    97.80  -809.22  -934.22  SB3[B-09  P    0.0    0.0    0.0    0.0  I 2049.5
+D   135.85  -809.23  -934.89  SB3[B-08  P    0.0    0.0    0.0    0.0  I 2087.6
+D   144.06  -820.53  -930.08  SB3[B-07  P    0.0    0.0    0.0    0.0  I 2102.4
+D   153.76  -854.43  -936.94  SB3[B-06  P    0.0    0.0    0.0    0.0  I 2138.3
+D   179.18  -850.42  -946.81  SB3[B-05  P    0.0    0.0    0.0    0.0  I 2165.8
+D   208.68  -816.50  -946.81  SB3[B-04  P    0.0    0.0    0.0    0.0  I 2210.8
+D   214.36  -808.69  -952.39  SB3[B-03  P    0.0    0.0    0.0    0.0  I 2221.9
+D   233.53  -800.95  -956.04  SB3[B-02  P    0.0    0.0    0.0    0.0  I 2242.9
+D   241.41  -808.84  -964.14  SB3[B-01  P    0.0    0.0    0.0    0.0  I 2256.7
+D   251.76  -801.60  -967.05  SB3[B-00  P    2.0   19.7    5.6    2.0  I 2269.7
+X       2.76    251.76   -854.43     10.09   -967.05   -862.03
+NSECTION003 D 11 24 1991 C ;24/11/91 Michel Lauga et Jacque Bauer" De la sortie du shu
+M   251.76  -801.60  -967.05  SB3[B-00  P    2.0   19.7    5.6    2.0  I 2269.7
+D   217.10  -791.06  -965.79  SB3[F-01  P    0.0    0.0    0.0    0.0  I 2305.9
+D   220.94  -776.64  -965.53  SB3[F-02  P    0.0    0.0    0.0    0.0  I 2320.9
+D   200.05  -766.03  -964.30  SB3[F-03  P    0.0    0.0    0.0    0.0  I 2344.3
+D   188.10  -763.08  -964.30  SB3[F-04  P    0.0    0.0    0.0    0.0  I 2356.6
+D   188.07  -743.39  -964.30  SB3[F-05  P    0.0    0.0    0.0    0.0  I 2376.3
+D   179.38  -738.78  -964.30  SB3[F-06  P    0.0    0.0    0.0    0.0  I 2386.2
+D   174.25  -719.78  -964.30  SB3[F-07  P    0.0    0.0    0.0    0.0  I 2405.8
+D   171.44  -697.15  -964.30  SB3[F-08  P    0.0    0.0    0.0    0.0  I 2428.6
+D   174.43  -680.02  -964.30  SB3[F-09  P    0.0    0.0    0.0    0.0  I 2446.0
+D   174.90  -650.67  -963.79  SB3[F-10  P    0.0    0.0    0.0    0.0  I 2475.4
+D   178.28  -634.62  -963.21  SB3[F-11  P    0.0    0.0    0.0    0.0  I 2491.8
+D   178.56  -617.08  -962.91  SB3[F-12  P    0.0    0.0    0.0    0.0  I 2509.3
+M   200.05  -766.03  -964.30  SB3[F-03  P    0.0    0.0    0.0    0.0  I 2344.3
+D   189.13  -777.37  -963.75  SB3[F-13  P    0.0    0.0    0.0    0.0  I 2360.1
+D   165.27  -785.17  -963.75  SB3[F-14  P    0.0    0.0    0.0    0.0  I 2385.2
+D   165.74  -788.41  -963.75  SB3[F-15  P    0.0    0.0    0.0    0.0  I 2388.5
+D   126.41  -775.70  -963.03  SB3[F-16  P    0.0    0.0    0.0    0.0  I 2429.8
+D   132.66  -755.14  -963.03  SB3[F-17  P    0.0    0.0    0.0    0.0  I 2451.3
+D   129.56  -737.71  -962.41  SB3[F-18  P    0.0    0.0    0.0    0.0  I 2469.0
+M   126.41  -775.70  -963.03  SB3[F-16  P    0.0    0.0    0.0    0.0  I 2429.8
+D   126.09  -795.71  -963.03  SB3[F-19  P    0.0    0.0    0.0    0.0  I 2449.8
+D   127.97  -802.68  -963.03  SB3[F-20  P    0.0    0.0    0.0    0.0  I 2457.0
+X     126.09    251.76   -802.68   -617.08   -967.05   -962.41
+NSECTION004 D 1 13 1990 C ;13/01/90 Duplantier, Delanghe, Ichas" De la sortie du shun
+M   251.76  -801.60  -967.05  SB3[B-00  P    2.0   19.7    5.6    2.0  I 2269.7
+D   320.61  -820.07  -978.34  SB3[C-25  P    4.9   19.7    5.6    0.0  I 2341.9
+D   380.42  -845.48  -987.47  SB3[C-24  P    3.6   16.4    5.6    0.0  I 2407.5
+D   386.20  -858.47  -989.98  SB3[C-23  P    4.9   16.4    5.6    0.0  I 2421.9
+D   395.80  -879.09  -993.18  SB3[C-22  P    2.0   16.4    5.6    2.0  I 2444.9
+D   397.38  -924.78 -1001.24  SB3[C-21  P    3.3   16.4    5.6    3.3  I 2491.3
+D   387.25  -962.52 -1006.04  SB3[C-20  P    3.3   16.4    5.6    3.3  I 2530.7
+D   387.78  -977.70 -1008.71  SB3[C-19  P    3.3   16.4    5.6    3.3  I 2546.1
+D   381.91  -990.87 -1011.00  SB3[C-18  P    3.3   16.4    5.6    3.3  I 2560.7
+D   380.59 -1028.37 -1018.29  SB3[C-17  P    3.3    6.6    5.6    3.3  I 2598.9
+D   414.55 -1061.19 -1017.47  SB3[C-16  P    3.3    8.2    5.6    3.3  I 2646.2
+D   466.30 -1100.21 -1027.73  SB3[C-15  P    1.6    6.6    5.6    3.3  I 2711.8
+D   468.29 -1138.45 -1030.41  SB3[C-14  P    4.9   16.4    3.3    0.0  I 2750.2
+D   477.16 -1129.59 -1031.95  SB3[C-13  P    3.3   16.4   23.0    6.6  I 2762.8
+D   523.01 -1123.16 -1038.46  SB3[C-12  P    1.6   16.4    5.6    1.6  I 2809.5
+D   550.69 -1131.11 -1036.44  SB3[C-11  P    2.0    9.8    0.0    2.0  I 2838.4
+D   552.84 -1138.17 -1036.57  SB3[C-10  P    3.3    9.8    5.6    9.8  I 2845.8
+D   591.49 -1153.02 -1045.37  SB3[C-09  P    2.3    8.2    5.6    2.3  I 2888.1
+D   592.95 -1195.28 -1052.07  SB3[C-08  P    8.2    8.2    5.6    3.3  I 2930.9
+D   576.62 -1231.92 -1060.59  SB3[C-07  P    3.3   13.1    5.6    0.0  I 2971.9
+D   615.77 -1282.07 -1067.28  SB3[C-06  P    3.3   13.1    5.6    3.3  I 3035.9
+D   598.08 -1336.46 -1076.34  SB3[C-05  P    5.9   19.7    6.6    2.6  I 3093.8
+D   599.17 -1346.86 -1079.14  SB3[C-04  P    3.3   19.7   13.8    6.6  I 3104.7
+D   597.60 -1364.79 -1095.92  SB3[C-03  P    3.3   32.8    5.6    4.9  I 3129.3
+D   597.60 -1364.79 -1109.70  SB3[C-02  P    0.0   19.7    5.6    3.3  I 3143.0
+D   596.16 -1392.04 -1113.54  SB3[C-01  P    3.3   19.7    5.6    3.3  I 3170.6
+D   594.27 -1445.62 -1121.07  SB3[C-00  P    0.0    0.0    0.0    0.0  I 3224.7
+X     251.76    615.77  -1445.62   -801.60  -1121.07   -967.05
+NSECTION005 D 2 25 1990 C ;25/02/90 Fontespis, Vogrig, Ichas. A partir du point C-09;
+M   591.49 -1153.02 -1045.37  SB3[C-09  P    2.3    8.2    5.6    2.3  I 2888.1
+D   595.33 -1144.78 -1044.09  SB3[D-01  P    0.0    0.0    0.0    0.0  I 2897.3
+D   609.99 -1148.17 -1023.39  SB3[D-02  P    0.0    0.0    0.0    0.0  I 2922.9
+D   614.42 -1140.19 -1008.20  SB3[D-03  P    0.0    0.0    0.0    0.0  I 2940.6
+D   617.18 -1155.88 -1002.40  SB3[D-04  P    0.0    0.0    0.0    0.0  I 2957.6
+D   613.58 -1165.26 -1007.97  SB3[D-05  P    0.0    0.0    0.0    0.0  I 2969.1
+D   611.27 -1174.48 -1007.47  SB3[D-06  P    0.0    0.0    0.0    0.0  I 2978.6
+D   616.54 -1189.79  -998.12  SB3[D-07  P    0.0    0.0    0.0    0.0  I 2997.3
+D   612.47 -1236.09 -1012.19  SB3[D-08  P    0.0    0.0    0.0    0.0  I 3045.8
+D   618.45 -1244.63 -1013.47  SB3[D-09  P    0.0    0.0    0.0    0.0  I 3056.3
+D   617.92 -1274.15 -1019.74  SB3[D-10  P    0.0    0.0    0.0    0.0  I 3086.5
+D   617.92 -1274.15 -1008.26  SB3[D-11  P    0.0    0.0    0.0    0.0  I 3098.0
+D   602.64 -1318.47 -1009.90  SB3[D-12  P    0.0    0.0    0.0    0.0  I 3144.9
+D   601.87 -1333.07 -1011.95  SB3[D-13  P    0.0    0.0    0.0    0.0  I 3159.7
+M   591.49 -1153.02 -1045.37  SB3[C-09  P    2.3    8.2    5.6    2.3  I 2888.1
+D   554.32 -1140.21 -1039.85  SB3[E-01  P    0.0    0.0    0.0    0.0  I 2927.8
+D   551.90 -1133.91 -1035.79  SB3[E-02  P    0.0    0.0    0.0    0.0  I 2935.7
+D   524.29 -1128.53 -1029.30  SB3[E-03  P    0.0    0.0    0.0    0.0  I 2964.6
+D   483.98 -1105.24 -1027.67  SB3[E-04  P    0.0    0.0    0.0    0.0  I 3011.2
+D   464.41 -1077.26 -1021.03  SB3[E-05  P    0.0    0.0    0.0    0.0  I 3045.9
+D   399.22 -1028.11 -1018.18  SB3[E-06  P    0.0    0.0    0.0    0.0  I 3127.6
+D   397.84 -1001.63 -1016.33  SB3[E-07  P    0.0    0.0    0.0    0.0  I 3154.2
+D   403.72  -978.08 -1015.91  SB3[E-08  P    0.0    0.0    0.0    0.0  I 3178.5
+D   397.22  -965.31 -1014.15  SB3[E-09  P    0.0    0.0    0.0    0.0  I 3192.9
+D   401.88  -941.40 -1010.72  SB3[E-10  P    0.0    0.0    0.0    0.0  I 3217.5
+D   406.04  -901.92 -1010.72  SB3[E-11  P    0.0    0.0    0.0    0.0  I 3257.2
+D   418.07  -894.11 -1000.31  SB3[E-12  P    0.0    0.0    0.0    0.0  I 3274.9
+D   424.93  -858.87  -999.05  SB3[E-13  P    0.0    0.0    0.0    0.0  I 3310.9
+D   388.50  -860.13 -1013.05  SB3[E-14  P    0.0    0.0    0.0    0.0  I 3349.9
+D   385.81  -868.41 -1038.33  SB3[E-15  P    0.0    0.0    0.0    0.0  I 3376.6
+X     385.81    618.45  -1333.07   -858.87  -1045.37   -998.12
+NSECTION006 D 7 1 1991 C ; Siphon 1 et Siphon 2 C-00 = Au ras du siphon, becquet d'a
+M   594.27 -1445.62 -1121.07  SB3[C-00  P    0.0    0.0    0.0    0.0  I 3224.7
+D   600.43 -1480.22 -1136.50  SB3[SIPH-01  P    0.0    0.0    0.0    0.0  I 3263.1
+D   603.86 -1518.78 -1121.10  SB3[SIPH-02  P    0.0    0.0    0.0    0.0  I 3304.8
+D   627.62 -1512.38 -1121.10  SB3[SIPH-03  P    0.0    0.0    0.0    0.0  I 3329.4
+D   638.95 -1487.98 -1121.10  SB3[SIPH-04  P    0.0    0.0    0.0    0.0  I 3356.3
+D   638.95 -1487.98 -1126.02  SB3[SIPH-05  P    0.0    0.0    0.0    0.0  I 3361.2
+D   641.31 -1514.43 -1126.99  SB3[SIPH-06  P    0.0    0.0    0.0    0.0  I 3387.8
+D   658.91 -1502.06 -1121.10  SB3[SIPH-07  P    0.0    0.0    0.0    0.0  I 3410.1
+D   666.62 -1491.02 -1124.04  SB3[SIPH-08  P    0.0    0.0    0.0    0.0  I 3423.9
+D   679.45 -1492.12 -1128.96  SB3[SIPH-09  P    0.0    0.0    0.0    0.0  I 3437.7
+D   699.31 -1482.82 -1121.10  SB3[SIPH-10  P    0.0    0.0    0.0    0.0  I 3461.0
+D   730.61 -1437.97 -1121.10  SB3[P-02  P    0.0    0.0    0.0    0.0  I 3515.7
+D   759.22 -1454.43 -1112.87  SB3[P-03  P    0.0    0.0    0.0    0.0  I 3549.7
+D   759.24 -1463.58 -1116.76  SB3[P-04  P    0.0    0.0    0.0    0.0  I 3559.6
+D   778.93 -1472.73 -1123.81  SB3[P-05  P    0.0    0.0    0.0    0.0  I 3582.4
+D   816.04 -1551.97 -1123.81  SB3[P-06  P    0.0    0.0    0.0    0.0  I 3669.9
+D   826.67 -1611.74 -1126.99  SB3[P-07  P    0.0    0.0    0.0    0.0  I 3730.7
+D   839.94 -1640.09 -1127.54  SB3[P-08  P    0.0    0.0    0.0    0.0  I 3762.0
+D   848.65 -1652.49 -1130.21  SB3[P-09  P    0.0    0.0    0.0    0.0  I 3777.4
+D   846.56 -1676.81 -1128.08  SB3[P-10  P    0.0    0.0    0.0    0.0  I 3801.9
+D   861.58 -1702.73 -1131.76  SB3[P-11  P    0.0    0.0    0.0    0.0  I 3832.1
+D   846.18 -1745.26 -1147.51  SB3[Q-01  P    0.0    0.0    0.0    0.0  I 3880.0
+D   831.13 -1801.78 -1157.82  SB3[Q-02  P    0.0    0.0    0.0    0.0  I 3939.4
+D   827.41 -1823.06 -1169.60  SB3[Q-03  P    0.0    0.0    0.0    0.0  I 3964.0
+D   872.63 -1815.01 -1170.24  SB3[Q-04  P    0.0    0.0    0.0    0.0  I 4009.9
+D   881.91 -1815.00 -1166.97  SB3[Q-05  P    0.0    0.0    0.0    0.0  I 4019.8
+D   859.57 -1876.69 -1167.89  SB3[Q-06  P    0.0    0.0    0.0    0.0  I 4085.4
+D   848.37 -1940.78 -1159.44  SB3[Q-07  P    0.0    0.0    0.0    0.0  I 4151.0
+D   814.34 -1989.55 -1131.70  SB3[Q-08  P   13.1    3.3    1.6    1.6  I 4216.6
+X     594.27    881.91  -1989.55  -1437.97  -1170.24  -1112.87
+NSECTION007 D 3 25 1990 C ;"25/03/90 Gasp‚ et Perre, topo … partir de la sortie du S3
+M   814.34 -1989.55 -1131.70  SB3[Q-08  P   13.1    3.3    1.6    1.6  I 4216.6
+D   833.12 -1994.59 -1128.63  SB3[K-01  P    9.8    6.6    5.2    6.6  I 4236.3
+D   840.97 -2014.05 -1127.89  SB3[K-02  P    2.6    3.3    1.6    0.7  I 4257.3
+D   837.20 -2044.65 -1127.35  SB3[K-03  P    0.0    0.0    0.0    0.0  I 4288.2
+M   800.40 -1993.28 -1131.20  SB3[K-04  P    0.0    0.0    0.0    0.0  I 4231.1
+D   814.34 -1989.55 -1131.70  SB3[Q-08  P   13.1    3.3    1.6    1.6  I 4216.6
+D   810.26 -1994.41 -1130.01  SB3[K-05  P    6.6    9.8    5.2    1.0  I 4223.2
+D   836.85 -2020.10 -1101.12  SB3[K-06  P    2.3    3.3    5.2    1.3  I 4270.1
+D   839.10 -2041.63 -1100.74  SB3[K-07  P    4.9   19.7    5.2    4.9  I 4291.8
+D   848.92 -2053.76 -1095.67  SB3[K-08  P    3.3   16.4    5.2    3.3  I 4308.2
+D   852.85 -2076.10 -1099.27  SB3[K-09  P    4.1   16.4    5.2    4.1  I 4331.1
+D   877.77 -2101.93 -1095.49  SB3[K-10  P    6.6   16.4    5.2    3.3  I 4367.2
+D   877.98 -2114.00 -1100.62  SB3[K-11  P    0.0    0.0    0.0    0.0  I 4380.4
+D   877.98 -2114.00 -1115.06  SB3[K-12  P    0.0    0.0    0.0    0.0  I 4394.8
+D   877.98 -2114.00 -1109.81  SB3[K-13  P    5.6   16.4    5.2    3.3  I 4400.0
+D   888.32 -2123.32 -1117.85  SB3[K-14  P    2.0   16.4    5.2    2.0  I 4416.1
+D   853.60 -2149.47 -1121.65  SB3[K-15  P    2.0    6.6    5.2    1.6  I 4459.7
+D   845.12 -2121.70 -1118.60  SB3[K-16  P    2.0    3.3    5.2    2.0  I 4488.9
+D   850.05 -2090.61 -1117.50  SB3[K-17  P    0.7    4.9    5.2    4.9  I 4520.4
+D   816.47 -2114.11 -1116.07  SB3[K-18  P    0.0    0.0    0.0    0.0  I 4561.5
+D   822.42 -2091.94 -1115.27  SB3[K-19  P    0.0    0.0    0.0    0.0  I 4584.4
+M   888.32 -2123.32 -1117.85  SB3[K-14  P    2.0   16.4    5.2    2.0  I 4416.1
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+D    28.78   843.54  -880.08  SB3[39E  P    2.6    3.9    2.6    0.0  I 2249.1
+D    27.90   819.42  -882.61  SB3[39F  P    0.0    2.6    2.6    2.0  I 2273.4
+D     9.58   798.39  -882.61  SB3[39G  P    2.3    1.6    1.6    0.0  I 2301.3
+D     4.16   785.04  -883.37  SB3[39H  P    6.2    4.6   22.6    1.6  I 2315.8
+D    -1.40   782.91  -886.14  SB3[39I  P    2.6    0.0    4.6    1.3  I 2322.3
+D     8.14   783.57  -901.45  SB3[39J  P    2.0    9.8    8.5    2.3  I 2340.4
+D     4.37   762.33  -899.56  SB3[39K  P    1.3   13.8    4.3    0.0  I 2362.0
+D    14.16   746.61  -902.16  SB3[39L  P    0.0   13.1    4.3    2.3  I 2380.7
+D    11.95   741.17  -901.54  SB3[39M  P    2.3   11.5    4.9    0.0  I 2386.6
+D    25.67   719.97  -902.43  SB3[39N  P    0.2   15.1    3.0    2.3  I 2411.9
+D    26.47   708.37  -904.48  SB3[39O  P    1.6   12.5    2.8    0.0  I 2423.7
+D    42.43   685.50  -904.48  SB3[39P  P    2.0    9.8    5.2    0.0  I 2451.6
+D    65.24   650.27  -903.01  SB3[39Q  P    2.6    8.2    3.0    3.3  I 2493.6
+D    79.22   621.51  -906.37  SB3[39R  P    0.0    5.2    4.9    1.3  I 2525.7
+D    76.78   611.05  -905.05  SB3[39S  P    0.0    3.3    4.9    1.6  I 2536.6
+D    77.90   600.30  -904.30  SB3[39T  P    2.3    2.3    4.3    0.0  I 2547.4
+D    84.57   596.12  -904.30  SB3[39U  P    3.0    1.6    2.3    0.0  I 2555.3
+D    89.30   581.50  -905.64  SB3[39V  P    0.0    0.0    0.0    0.0  I 2570.7
+M     7.97   873.17  -864.71  SB3[39  P    0.7    8.5    3.3    1.6  I 2191.4
+D    16.20   877.00  -863.27  SB3[40  P    2.0    5.6    3.9    1.3  I 2200.6
+D    29.92   900.68  -857.95  SB3[41  P    0.3    4.3    5.2    2.3  I 2228.5
+D    36.99   907.98  -857.42  SB3[42  P    4.9    5.2    4.6    1.0  I 2238.7
+D    42.59   919.43  -856.31  SB3[43  P    0.7    8.5    5.6    1.6  I 2251.4
+D    41.66   908.98  -856.67  SB3[44  P    0.7    8.5    2.3    1.6  I 2261.9
+D    52.18   923.96  -858.27  SB3[45  P    0.7    5.6    4.6    2.0  I 2280.3
+D    62.80   937.04  -855.60  SB3[46  P    4.3    7.5    1.6    1.0  I 2297.4
+D    60.51   943.36  -852.18  SB3[47  P    2.6    0.0    4.6    3.0  I 2304.9
+D    75.64   952.78  -855.00  SB3[48  P    0.0    6.2    5.2    1.6  I 2323.0
+D    85.17   969.92  -853.29  SB3[49  P    0.7    9.8    4.3    0.7  I 2342.7
+D    87.35   994.42  -853.72  SB3[50  P    1.0    9.2    9.5    0.7  I 2367.3
+D    75.28  1012.37  -852.58  SB3[51  P    1.3   19.0    4.9    1.3  I 2388.9
+D    62.34  1028.39  -859.27  SB3[52  P    2.0    2.6   11.2    2.0  I 2410.6
+D    63.21  1044.49  -847.98  SB3[53  P    2.0    8.5    4.9    0.0  I 2430.3
+D    66.13  1065.06  -852.78  SB3[54  P    3.3   19.4    5.2    3.3  I 2451.6
+D    65.32  1115.86  -846.54  SB3[55  P    2.3    1.0    2.3    3.0  I 2502.8
+D    68.58  1161.61  -844.14  SB3[56  P    0.7    1.6    0.0    0.7  I 2548.7
+D    72.80  1173.15  -849.61  SB3[57  P    3.9    2.6    2.3    3.3  I 2562.1
+D    76.07  1183.79  -842.66  SB3[58  P    3.3    2.3    2.0    2.0  I 2575.3
+D    80.10  1202.61  -844.68  SB3[59  P    7.5    2.6    0.3    0.7  I 2594.6
+D    87.48  1219.13  -847.87  SB3[60  P    5.9    1.6    5.2    0.7  I 2613.0
+D   106.59  1253.49  -845.81  SB3[61  P    3.0    8.2   15.4    2.3  I 2652.4
+D   117.47  1277.85  -854.99  SB3[62  P    0.7    9.5   11.8    4.9  I 2680.6
+D   122.83  1288.34  -859.99  SB3[63  P    3.6   19.0   13.1    0.0  I 2693.4
+D   115.29  1309.16  -855.29  SB3[64  P    2.3    4.6   16.4    2.3  I 2716.0
+D   112.55  1318.75  -841.04  SB3[65  P    2.0    1.3   19.7    1.0  I 2733.4
+D   116.24  1360.26  -835.93  SB3[66  P    1.6    2.6   24.6    3.9  I 2775.4
+D   120.97  1384.38  -834.64  SB3[67  P    1.3    0.7    3.3    4.6  I 2800.0
+D   123.04  1403.81  -832.24  SB3[68  P    1.3    8.5   16.1    2.0  I 2819.7
+D   127.95  1415.93  -838.34  SB3[69  P    0.0   12.8    6.6    2.0  I 2834.1
+D   138.10  1432.77  -839.37  SB3[70  P    3.9    3.0   29.5    1.3  I 2853.8
+D   142.92  1455.28  -832.77  SB3[71  P    1.3    7.2   17.4    1.3  I 2877.8
+D   151.25  1468.07  -834.91  SB3[72  P    1.3   12.8    4.3    1.6  I 2893.2
+D   152.88  1474.09  -845.71  SB3[73  P    3.3    9.2    8.5    2.0  I 2905.6
+D   163.91  1486.75  -850.21  SB3[74  P    0.7    8.5    5.2    0.7  I 2923.0
+D   162.40  1531.82  -841.45  SB3[75  P    2.0   13.1    4.3    1.6  I 2969.0
+D   168.72  1553.72  -838.65  SB3[76  P    1.0    7.5   10.8    2.0  I 2991.9
+D   171.40  1578.92  -835.09  SB3[77  P    0.7   12.1    4.3    2.6  I 3017.5
+D   183.14  1617.13  -837.18  SB3[78  P    2.0   11.8    5.9    1.3  I 3057.5
+D   177.54  1634.44  -834.62  SB3[79  P    1.6   11.8    5.2    1.0  I 3075.9
+D   177.09  1643.28  -834.93  SB3[80  P    7.5    2.6    4.6    2.6  I 3084.8
+D   183.79  1668.14  -812.55  SB3[81  P    0.0    0.0    0.0    0.0  I 3118.9
+X     -70.13    183.79    141.72   1668.14   -906.37   -812.55
+C 0
+

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Sources/B3 2015.tro

@@ -0,0 +1,798 @@
+Version 5.12
+Verification 1
+
+Trou Gouffre des Bourrugues,684.32800,4761.08200,1620.00,UTM30E
+Club G.S.Gaves / SCMNF / ExploTerre
+Entree A-00
+Toporobot 0
+Couleur 0,0,0
+
+Param Topof 1.000 Deg Clino Deg 3.2200 Dir,Dir,Dir Inc Std --/--/---- M ;Topo des puits d'entrée" "18/02/90 Vogrig,Ichas.;
+
+A-00       A-00             0.0       0.0    0.00    0.00      *      *      *      * N I * N
+A-00       A-01             0.0     500.0   69.00   -6.00   0.00   1.20   0.00   5.50 N I * N
+A-01       A-02             0.0     550.0    0.00  -90.00   0.50   0.50   5.50   2.00 N I * N
+A-02       A-03             0.0     790.0   39.00  -48.00   0.40   0.40   0.50   1.80 N I * N
+A-03       A-04             0.0      60.0  326.00    0.00   0.40   0.40   0.50   1.80 N I * N
+A-04       A-05             0.0     440.0   81.00  -63.00   0.00   1.50   1.00   1.75 N I * N
+A-05       A-06             0.0    1140.0   52.00  -52.00   0.40   0.40   0.51   1.75 N I * N
+A-06       A-07             0.0     300.0   58.00  -34.00   2.00   1.10   0.50   8.30 N I * N
+A-07       A-08             0.0     830.0    0.00  -90.00   3.00   2.30   8.30  12.00 N I * N
+A-08       A-09             0.0     230.0  358.00    0.00   0.40   0.40   1.50   0.50 N I * N
+A-09       A-10             0.0    1130.0  310.00  -85.00   0.00   2.50  11.30   1.75 N I * N
+A-10       A-11             0.0     430.0  206.00  -43.00   0.50   4.00   0.50   8.00 N I * N
+A-11       A-12             0.0     300.0  254.00  -60.00   0.20   0.30   1.00   1.75 N I * N
+A-12       A-13             0.0     200.0  215.00  -19.00   0.20   0.30   1.50  18.00 N I * N
+A-13       A-14             0.0     760.0  277.00  -72.00   0.30   0.40   3.00  38.00 N I * N
+A-14       A-15             0.0    1640.0  291.00  -78.00   0.40   0.50   3.00  22.00 N I * N
+A-15       A-16             0.0    2232.0    0.00  -90.00   1.80   1.00  24.00   0.00 N I * N
+A-16       A-17             0.0    1010.0  275.00   11.00   0.60   0.50  20.00   2.00 N I * N
+A-17       A-18             0.0     900.0  278.00  -44.00   3.00   0.40  16.00  16.00 N I * N
+A-18       A-19             0.0     650.0  263.00  -69.00   0.00   1.00   4.00  21.00 N I * N
+A-19       A-20             0.0     930.0  172.00  -67.00   1.00   1.00   4.00   8.00 N I * N
+A-20       A-21             0.0    1700.0  183.00  -75.00   1.00   1.00   1.00   1.75 N I * N
+A-21       A-22             0.0    1500.0  297.00  -59.00   0.30   0.30   3.00   2.80 N I * N
+A-22       A-23             0.0     380.0  251.00  -32.00   3.00   2.50   2.50  24.20 N I * N
+A-23       A-24             0.0    2420.0    0.00  -90.00   3.00   3.00  25.00   0.00 N I * N
+A-24       A-25             0.0     165.0    0.00   90.00   2.00   0.50   8.00   1.70 N I * N
+A-25       A-26             0.0     480.0  207.00  -20.00   0.60   0.60   3.00   3.00 N I * N
+A-26       A-27             0.0     470.0  111.00  -30.00   0.30   0.30   2.50   3.00 N I * N
+A-27       A-28             0.0    3000.0  126.00  -76.00   0.00   2.00   3.00   0.00 N I * N
+A-28       A-29             0.0     168.0    0.00   90.00   0.00   2.00   1.40   1.70 N I * N
+A-29       A-30             0.0     570.0   22.00  -30.00   2.00   5.00   1.00   1.75 N I * N
+A-30       A-31             0.0     500.0   86.00  -21.00   0.20   0.30   1.50   1.00 N I * N
+A-31       A-32             0.0     730.0  142.00  -72.00   0.50   1.50   8.00   1.75 N I * N
+A-32       A-33             0.0     260.0   33.00   -9.00   0.40   0.50   8.00   1.75 N I * N
+A-33       A-34             0.0     380.0   78.00  -22.00   0.30   0.30   0.50   1.75 N I * N
+A-34       A-35             0.0     370.0  111.00  -19.00   0.30   0.30   0.50   1.75 N I * N
+A-35       A-36             0.0     270.0   78.00  -46.00   1.50   0.00   3.00   1.75 N I * N
+A-36       A-37             0.0     150.0  128.00   16.00   0.80   0.80   7.00   8.00 N I * N
+A-37       A-38             0.0     490.0   72.00   25.00   0.40   0.80   2.00   0.80 N I * N
+A-38       A-39             0.0    1310.0  189.00  -72.00   1.00   1.00   1.00   1.00 N I * N
+A-39       A-40             0.0     980.0  321.00  -86.00   0.20   0.30   1.00   1.00 N I * N
+A-40       A-41             0.0    2515.0  316.00  -78.00   0.00   1.00  22.00   1.75 N I * N
+A-41       A-42             0.0      80.0  343.00    4.00   0.30   0.20   1.00   1.75 N I * N
+A-42       A-43             0.0     150.0  317.00    5.00   1.00   0.00   3.00   1.75 N I * N
+
+Param Topof 1.000 Deg Clino Deg 0.0000 Inv,Inv,Inv Inc Std --/--/---- M ;10/02/90 J. Duplantier, F.Ichas. De la base des puits … la jonction" "shunt-actif.";
+
+A-43       B-40             0.0     360.0   83.00    8.00   0.00   1.10   3.00   1.75 N I * N
+B-40       B-39             0.0     980.0  133.00    5.00   0.00   1.00   3.00   1.75 N I * N
+B-39       B-38             0.0     660.0  138.00    6.00      *      *      *      * N I * N
+B-38       B-37             0.0    1150.0   74.00    4.00      *      *      *      * N I * N
+B-37       B-36             0.0     890.0   94.00    4.00      *      *      *      * N I * N
+B-36       B-35             0.0     680.0   75.00    7.00      *      *      *      * N I * N
+B-35       B-34             0.0     270.0  120.00    8.00      *      *      *      * N I * N
+B-34       B-33             0.0    1070.0   83.00    5.00      *      *      *      * N I * N
+B-33       B-32             0.0    2010.0   73.00    6.00      *      *      *      * N I * N
+B-32       B-31             0.0     760.0  101.00   -2.00      *      *      *      * N I * N
+B-31       B-30             0.0     390.0  113.00   -3.00      *      *      *      * N I * N
+B-30       B-29             0.0    1135.0  105.00    0.00      *      *      *      * N I * N
+B-29       B-28             0.0     725.0  131.00   26.00      *      *      *      * N I * N
+B-28       B-27             0.0     515.0   82.00    5.00      *      *      *      * N I * N
+B-27       B-26             0.0     580.0   46.00    0.00      *      *      *      * N I * N
+B-26       B-25             0.0     405.0  108.00   18.00      *      *      *      * N I * N
+B-25       B-24             0.0    1840.0  120.00    4.00      *      *      *      * N I * N
+B-24       B-23             0.0    1205.0   95.00    5.00      *      *      *      * N I * N
+B-23       B-22             0.0     750.0  125.00  -31.00      *      *      *      * N I * N
+B-22       B-21             0.0     870.0   81.00   11.00      *      *      *      * N I * N
+B-21       B-20             0.0    1140.0   63.00   14.00      *      *      *      * N I * N
+B-20       B-19             0.0    1640.0  108.00    2.00      *      *      *      * N I * N
+B-19       B-18             0.0    1790.0  139.00    4.00      *      *      *      * N I * N
+B-18       B-17             0.0     730.0  110.00    5.00      *      *      *      * N I * N
+B-17       B-16             0.0    1420.0   89.00    4.00      *      *      *      * N I * N
+B-16       B-15             0.0     335.0  171.00    0.00      *      *      *      * N I * N
+B-15       B-14             0.0     675.0   83.00    6.00      *      *      *      * N I * N
+B-14       B-13             0.0     410.0   99.00    5.00      *      *      *      * N I * N
+B-13       B-12             0.0    1430.0   91.00    4.00      *      *      *      * N I * N
+B-12       B-11             0.0     870.0   84.00    8.00      *      *      *      * N I * N
+B-11       B-10             0.0     380.0  166.00    7.00      *      *      *      * N I * N
+B-10       B-09             0.0     345.0  202.00   -3.00      *      *      *      * N I * N
+B-09       B-08             0.0    1160.0  185.00    1.00      *      *      *      * N I * N
+B-08       B-07             0.0     450.0  131.00  -19.00      *      *      *      * N I * N
+B-07       B-06             0.0    1095.0  111.00   11.00      *      *      *      * N I * N
+B-06       B-05             0.0     840.0  194.00   21.00      *      *      *      * N I * N
+B-05       B-04             0.0    1370.0  234.00    0.00      *      *      *      * N I * N
+B-04       B-03             0.0     340.0  239.00   30.00      *      *      *      * N I * N
+B-03       B-02             0.0     640.0  207.00   10.00      *      *      *      * N I * N
+B-02       B-01             0.0     420.0  140.00   36.00      *      *      *      * N I * N
+B-01       B-00             0.0     395.0  220.00   13.00      *      *      *      * N I * N
+
+Param Topof 1.000 Deg Clino Deg 0.0000 Dir,Dir,Dir Inc Std --/--/---- M ;24/11/91 Michel Lauga et Jacque Bauer" De la sortie du shunt vers l'amont ";
+
+B-00       F-01             0.0    1105.0  168.00    2.00      *      *      *      * I I * N
+F-01       F-02             0.0     455.0   80.00    1.00      *      *      *      * N I * N
+F-02       F-03             0.0     715.0  158.00    3.00      *      *      *      * N I * N
+F-03       F-04             0.0     375.0  171.00    0.00      *      *      *      * N I * N
+F-04       F-05             0.0     600.0   95.00    0.00      *      *      *      * N I * N
+F-05       F-06             0.0     300.0  157.00    0.00      *      *      *      * N I * N
+F-06       F-07             0.0     600.0  110.00    0.00      *      *      *      * N I * N
+F-07       F-08             0.0     695.0  102.00    0.00      *      *      *      * N I * N
+F-08       F-09             0.0     530.0   85.00    0.00      *      *      *      * N I * N
+F-09       F-10             0.0     895.0   94.00    1.00      *      *      *      * N I * N
+F-10       F-11             0.0     500.0   83.00    2.00      *      *      *      * N I * N
+F-11       F-12             0.0     535.0   94.00    1.00      *      *      *      * N I * N ;"F-12=siphon amont nř1";
+F-03       F-13             0.0     480.0  231.00    2.00      *      *      *      * N I * N
+F-13       F-14             0.0     765.0  203.00    0.00      *      *      *      * N I * N
+F-14       F-15             0.0     100.0  283.00    0.00      *      *      *      * N I * N
+F-15       F-16             0.0    1260.0  167.00    1.00      *      *      *      * N I * N
+F-16       F-17             0.0     655.0   78.00    0.00      *      *      *      * N I * N
+F-17       F-18             0.0     540.0  105.00    2.00      *      *      *      * N I * N ;F-18=siphon amont nř2;
+F-16       F-19             0.0     610.0  274.00    0.00      *      *      *      * N I * N
+F-19       F-20             0.0     220.0  290.00    0.00      *      *      *      * N I * N
+
+Param Topof 1.000 Deg Clino Deg 0.0000 Inv,Inv,Inv Inc Std --/--/---- M ;13/01/90 Duplantier, Delanghe, Ichas" De la sortie du shunt au siphon terminal ";
+
+B-00       C-25             0.0    2200.0  170.00    9.00   0.60   0.60   6.00   1.70 N I * N
+C-25       C-24             0.0    2000.0  162.00    8.00   1.50   0.00   6.00   1.70 N I * N
+C-24       C-23             0.0     440.0  119.00   10.00   1.10   0.00   5.00   1.70 N I * N
+C-23       C-22             0.0     700.0  120.00    8.00   1.50   0.00   5.00   1.70 N I * N
+C-22       C-21             0.0    1415.0   97.00   10.00   0.60   0.60   5.00   1.70 N I * N
+C-21       C-20             0.0    1200.0   80.00    7.00   1.00   1.00   5.00   1.70 N I * N
+C-20       C-19             0.0     470.0   97.00   10.00   1.00   1.00   5.00   1.70 N I * N
+C-19       C-18             0.0     445.0   71.00    9.00   1.00   1.00   5.00   1.70 N I * N
+C-18       C-17             0.0    1165.0   93.00   11.00   1.00   1.00   5.00   1.70 N I * N
+C-17       C-16             0.0    1440.0  141.00   -1.00   1.00   1.00   2.00   1.70 N I * N
+C-16       C-15             0.0    2000.0  148.00    9.00   1.00   1.00   2.50   1.70 N I * N
+C-15       C-14             0.0    1170.0   98.00    4.00   0.50   1.00   2.00   1.70 N I * N
+C-14       C-13             0.0     385.0  230.00    7.00   1.50   0.00   5.00   1.00 N I * N
+C-13       C-12             0.0    1425.0  193.00    8.00   1.00   2.00   5.00   7.00 N I * N
+C-12       C-11             0.0     880.0  169.00   -4.00   0.50   0.50   5.00   1.70 N I * N
+C-11       C-10             0.0     225.0  112.00    1.00   0.60   0.60   3.00   0.00 N I * N
+C-10       C-09             0.0    1290.0  164.00   12.00   1.00   3.00   3.00   1.70 N I * N
+C-09       C-08             0.0    1305.0   97.00    9.00   0.70   0.70   2.50   1.70 N I * N
+C-08       C-07             0.0    1250.0   71.00   12.00   2.50   1.00   2.50   1.70 N I * N
+C-07       C-06             0.0    1950.0  133.00    6.00   1.00   0.00   4.00   1.70 N I * N
+C-06       C-05             0.0    1765.0   77.00    9.00   1.00   1.00   4.00   1.70 N I * N
+C-05       C-04             0.0     330.0  101.00   15.00   1.80   0.80   6.00   2.00 N I * N
+C-04       C-03             0.0     750.0   90.00   43.00   1.00   2.00   6.00   4.20 N I * N
+C-03       C-02             0.0     420.0    0.00   90.00   1.00   1.50  10.00   1.70 N I * N
+C-02       C-01             0.0     840.0   92.00    8.00   0.00   1.00   6.00   1.70 N I * N
+C-01       C-00             0.0    1650.0   93.00    8.00   1.00   1.00   6.00   1.70 N I * N ;C-00 = Au ras du siphon, becquet d'amarrage du fil d'Ariane;
+
+Param Topof 1.000 Deg Clino Deg 0.0000 Dir,Dir,Dir Inc Std --/--/---- M ;25/02/90 Fontespis, Vogrig, Ichas. A partir du point C-09;
+
+C-09       D-01             0.0     280.0   70.00    8.00      *      *      *      * N I * N
+D-01       D-02             0.0     780.0  352.00   54.00      *      *      *      * N I * N
+D-02       D-03             0.0     540.0   66.00   59.00      *      *      *      * N I * N
+D-03       D-04             0.0     517.0  285.00   20.00      *      *      *      * N I * N
+D-04       D-05             0.0     350.0  254.00  -29.00      *      *      *      * N I * N
+D-05       D-06             0.0     290.0  261.00    3.00      *      *      *      * N I * N
+D-06       D-07             0.0     570.0  294.00   30.00      *      *      *      * N I * N
+D-07       D-08             0.0    1480.0  270.00  -16.50      *      *      *      * N I * N
+D-08       D-09             0.0     320.0  310.00   -7.00      *      *      *      * N I * N
+D-09       D-10             0.0     920.0  274.00  -12.00      *      *      *      * N I * N
+D-10       D-11             0.0     350.0    0.00   90.00      *      *      *      * N I * N
+D-11       D-12             0.0    1430.0  256.00   -2.00      *      *      *      * N I * N
+D-12       D-13             0.0     450.0  272.00   -8.00      *      *      *      * N I * N ; A partir de C-09 Shunt de la main courante. E-00 = C-09 ;
+C-09       E-01             0.0    1210.0  166.00    8.00      *      *      *      * I I * N
+E-01       E-02             0.0     240.0  116.00   31.00      *      *      *      * N I * N
+E-02       E-03             0.0     880.0  174.00   13.00      *      *      *      * N I * N
+E-03       E-04             0.0    1420.0  155.00    2.00      *      *      *      * N I * N
+E-04       E-05             0.0    1060.0  130.00   11.00      *      *      *      * N I * N
+E-05       E-06             0.0    2490.0  148.00    2.00      *      *      *      * N I * N
+E-06       E-07             0.0     810.0   98.00    4.00      *      *      *      * N I * N
+E-07       E-08             0.0     740.0   81.00    1.00      *      *      *      * N I * N
+E-08       E-09             0.0     440.0  122.00    7.00      *      *      *      * N I * N
+E-09       E-10             0.0     750.0   84.00    8.00      *      *      *      * N I * N
+E-10       E-11             0.0    1210.0   89.00    0.00      *      *      *      * N I * N
+E-11       E-12             0.0     540.0   38.00   36.00      *      *      *      * N I * N
+E-12       E-13             0.0    1095.0   84.00    2.00      *      *      *      * N I * N
+E-13       E-14             0.0    1190.0  187.00  -21.00      *      *      *      * N I * N
+E-14       E-15             0.0     815.0  257.00  -71.00      *      *      *      * N I * N ;E-15 dans l'actif au so;
+
+Param Topof 1.000 Deg Clino Degd 0.0000 Dir,Dir,Dir Dep Std --/--/---- M ; Siphon 1 et Siphon 2 C-00 = Au ras du siphon, becquet d'amarrage du fil d'Ariane" ??/??/91 S.Latapie et P.Rabatel. A partir du point C-00 ";
+
+C-00       SIPH-01          0.0    1170.0  285.00  -23.70      *      *      *      * N I * N
+SIPH-01    SIPH-02          0.0    1270.0  280.00   21.70      *      *      *      * N I * N
+SIPH-02    SIPH-03          0.0     750.0   20.00    0.00      *      *      *      * N I * N
+SIPH-03    SIPH-04          0.0     820.0   70.00    0.00      *      *      *      * N I * N
+SIPH-04    SIPH-05          0.0     150.0    0.00  -90.00      *      *      *      * N I * N
+SIPH-05    SIPH-06          0.0     810.0  280.00   -2.10      *      *      *      * N I * N
+SIPH-06    SIPH-07          0.0     680.0   40.00   15.30      *      *      *      * N I * N
+SIPH-07    SIPH-08          0.0     420.0   60.00  -12.30      *      *      *      * N I * N
+SIPH-08    SIPH-09          0.0     420.0    0.00  -20.90      *      *      *      * N I * N
+SIPH-09    SIPH-10          0.0     710.0   30.00   19.70      *      *      *      * N I * N
+SIPH-10    P-02             0.0    1667.0   60.00    0.00      *      *      *      * N I * N ; galerie entre S2 et S3" ," S.Latapie et ??? topo avec boite Vulcain" " N-10=P-01";
+P-02       P-03             0.0    1037.0  335.00   14.00      *      *      *      * N I * N
+P-03       P-04             0.0     303.0  275.00  -23.00      *      *      *      * N I * N
+P-04       P-05             0.0     696.0  340.00  -18.00      *      *      *      * N I * N
+P-05       P-06             0.0    2667.0  300.00    0.00      *      *      *      * N I * N
+P-06       P-07             0.0    1853.0  285.00   -3.00      *      *      *      * N I * N
+P-07       P-08             0.0     954.0  300.00   -1.00      *      *      *      * N I * N
+P-08       P-09             0.0     469.0  310.00  -10.00      *      *      *      * N I * N
+P-09       P-10             0.0     747.0  270.00    5.00      *      *      *      * N I * N
+P-10       P-11             0.0     920.0  305.00   -7.00      *      *      *      * N I * N ; Siphon 3 Gasp‚ et Perre compas en degrŠs et d‚camŠtre " " P-11=Q-00";
+P-11       Q-01             0.0    1460.0  255.00  -19.20      *      *      *      * N I * N
+Q-01       Q-02             0.0    1810.0  260.00  -10.00      *      *      *      * N I * N
+Q-02       Q-03             0.0     750.0  265.00  -28.60      *      *      *      * N I * N
+Q-03       Q-04             0.0    1400.0   15.00   -0.80      *      *      *      * N I * N
+Q-04       Q-05             0.0     300.0    5.00   19.40      *      *      *      * N I * N
+Q-05       Q-06             0.0    2000.0  255.00   -0.80      *      *      *      * N I * N
+Q-06       Q-07             0.0    2000.0  265.00    7.40      *      *      *      * N I * N
+Q-07       Q-08             0.0    2000.0  240.00   25.00      *      *      *      * N I * N ;"le point Q-08 =rive droite sortie S3 en direction de S4;
+
+Param Topof 1.000 Deg Clino Deg 0.0000 Dir,Dir,Dir Inc Std --/--/---- M ;"25/03/90 Gasp‚ et Perre, topo … partir de la sortie du S3;
+
+Q-08       K-01             0.0     600.0  350.00    9.00   0.80   0.40   2.00   1.60 N I * N
+K-01       K-02             0.0     640.0  297.00    2.00   3.00   2.00   2.00   1.60 N I * N
+K-02       K-03             0.0     940.0  268.00    1.00   0.80   0.20   1.00   0.50 N I * N
+Q-08       K-04             0.0     440.0  200.00    2.00   4.00   0.50   1.00   0.50 N I * N
+Q-08       K-05             0.0     200.0  235.00   15.00      *      *      *      * N I * N
+K-05       K-06             0.0    1430.0  321.00   38.00   2.00   0.30   3.00   1.60 N I * N
+K-06       K-07             0.0     660.0  281.00    1.00   0.70   0.40   1.00   1.60 N I * N
+K-07       K-08             0.0     500.0  314.00   18.00   1.50   1.50   6.00   1.60 N I * N
+K-08       K-09             0.0     700.0  285.00   -9.00   1.00   1.00   5.00   1.60 N I * N
+K-09       K-10             0.0    1100.0  319.00    6.00   1.25   1.25   5.00   1.60 N I * N
+K-10       K-11             0.0     400.0  276.00  -23.00   2.00   1.00   5.00   1.60 N I * N
+K-11       K-12             0.0     440.0    0.00  -90.00      *      *      *      * N I * N
+K-12       K-13             0.0     160.0    0.00   90.00      *      *      *      * N I * N
+K-13       K-14             0.0     490.0  323.00  -30.00   1.70   1.00   5.00   1.60 N I * N
+K-14       K-15             0.0    1330.0  222.00   -5.00   0.60   0.50   1.00   1.60 N I * N
+K-15       K-16             0.0     890.0  112.00    6.00   0.60   0.50   2.00   1.60 N I * N
+K-16       K-17             0.0     960.0   86.00    2.00   0.60   0.60   1.00   1.60 N I * N
+K-17       K-18             0.0    1250.0  220.00    2.00   0.20   1.50   1.50   1.60 N I * N
+K-18       K-19             0.0     700.0   80.00    2.00      *      *      *      * N I * N ; K-19=sortie duS4;
+K-14       K-20             0.0    1480.0   49.00   -3.00   0.60   0.60   5.00   1.60 N I * N
+K-20       K-21             0.0     550.0   48.00    1.00   0.60   0.60   7.00   1.60 N I * N
+K-21       K-22             0.0     670.0   23.00   -1.00   0.50   0.50   7.00   2.00 N I * N
+K-22       K-23             0.0     280.0   62.00   -7.00   0.50   0.50   4.00   2.00 N I * N
+K-23       K-24             0.0     320.0   32.00   -8.00   0.80   0.80   4.00   1.80 N I * N
+K-24       K-25             0.0     380.0  324.00   -9.00   1.00   1.00  15.00   1.60 N I * N
+K-25       K-26             0.0     470.0   10.00   -8.00   1.50   1.50   4.00   1.60 N I * N
+K-26       K-27             0.0     240.0    9.00   -4.00   0.30   1.20   4.00   1.60 N I * N
+K-27       K-28             0.0     500.0  297.00    2.00   1.00   0.15   5.00   1.60 N I * N
+K-28       K-29             0.0     300.0  235.00    9.00   0.60   0.60   7.00   1.60 N I * N
+K-29       K-30             0.0     410.0  261.00    1.00   0.60   0.60   6.00   1.60 N I * N
+K-30       K-31             0.0     310.0  232.00    1.00   1.00   1.00   6.00   1.60 N I * N
+K-31       K-32             0.0     370.0  290.00   -4.00   1.00   1.00   6.00   1.60 N I * N
+K-32       K-33             0.0     240.0  270.00   -3.00   0.50   0.50   6.00   1.60 N I * N
+K-33       K-34             0.0     280.0  309.00   -1.00   0.80   0.80   6.00   1.60 N I * N
+K-34       K-35             0.0     450.0  350.00   -2.00   0.80   2.00   3.00   1.60 N I * N
+K-35       K-36             0.0    1130.0  342.00   -4.00   1.50   0.80   3.00   1.60 N I * N
+K-36       K-37             0.0     410.0  278.00   -5.00   0.50   1.00   3.00   1.60 N I * N
+K-37       K-38             0.0     450.0  321.00   -9.00   0.30   0.50   3.00   1.60 N I * N
+K-38       K-39             0.0    1280.0  314.00   -8.00   1.00   0.80   3.00   1.60 N I * N ;"arrivée du fossile 3m ŕ gauch;
+K-39       K-40             0.0    1400.0   48.00    2.00   0.40   2.00   2.00   1.60 N I * N
+K-40       K-41             0.0    2000.0  320.00    2.00   3.00   0.40   2.00   1.60 N I * N
+K-41       K-42             0.0     630.0  290.00    4.00   1.80   2.00   6.00   1.60 N I * N
+K-42       K-43             0.0     920.0  261.00   -2.00   1.50   0.80   5.00   1.60 N I * N
+K-43       K-44             0.0    1080.0  307.00    2.00   0.50   2.00   2.00   1.60 N I * N
+K-44       K-45             0.0    1500.0  275.00   -1.00   1.60   0.80   2.00   1.60 N I * N
+K-45       K-46             0.0     800.0  295.00   -1.00   0.90   0.90   1.50   1.60 N I * N
+K-46       K-47             0.0    1950.0  274.00    1.00   2.00   1.00   2.50   1.60 N I * N
+K-47       K-48             0.0    1040.0  294.00    2.00   0.70   0.80   3.00   1.60 N I * N
+K-48       K-49             0.0    2000.0  257.00    3.00   2.00   0.70   3.00   1.60 N I * N
+K-49       K-50             0.0    1520.0  269.00  -10.00   0.60   2.50   2.00   1.60 N I * N
+K-50       K-51             0.0     970.0  306.00    1.00   0.30   0.50   2.00   1.60 N I * N
+K-51       K-52             0.0     520.0  353.00    4.00   1.50   7.00   2.00   1.60 N I * N
+K-52       K-53             0.0     750.0  260.00  -16.00   2.00   2.00   4.00   2.00 N I * N
+K-53       K-54             0.0     620.0  278.00   18.00   0.50   0.40   4.00   0.40 N I * N
+K-54       K-55             0.0      50.0    0.00  -90.00      *      *      *      * N I * N
+K-55       K-56             0.0     960.0  319.00  -14.00   0.50   1.00   3.00   3.10 N I * N
+K-56       K-57             0.0     840.0  301.00   -3.00   1.20   1.10   4.00   1.60 N I * N
+K-57       K-58             0.0    1250.0  330.00   -9.00   0.60   1.50   2.00   1.80 N I * N
+K-58       K-59             0.0    1100.0  280.00    8.00   2.50   1.50   5.00   1.60 N I * N
+K-59       K-60             0.0    1060.0  270.00   -8.00   0.50   2.50   2.50   0.40 N I * N
+K-60       K-61             0.0     890.0  302.00    2.00   2.00   2.00   2.50   1.60 N I * N
+K-61       K-62             0.0     700.0  304.00   16.00   3.00   0.60   4.00   1.60 N I * N
+K-62       K-63             0.0     920.0  277.00    1.00   1.10   1.00   2.00   1.60 N I * N
+K-63       K-64             0.0    1000.0   52.00   14.00   0.60   2.00   3.00   1.60 N I * N
+K-64       K-65             0.0     640.0   40.00  -40.00   1.50   1.50   3.00   1.60 N I * N
+K-65       K-66             0.0     660.0   72.00   12.00   1.00   1.50   3.00   1.60 N I * N
+K-66       K-67             0.0     500.0   10.00  -38.00   0.80   1.00   5.00   1.60 N I * N
+K-67       K-68             0.0     780.0   65.00    2.00   0.60   0.60   5.00   1.60 N I * N
+K-68       K-69             0.0     940.0   79.00    0.00   0.50   0.50   0.50   1.60 N I * N
+K-69       K-70             0.0     800.0   85.00   18.00   1.50   1.50   0.50   1.60 N I * N
+K-70       K-71             0.0    1500.0   70.00  -10.00   1.00   2.00   5.00   1.60 N I * N
+K-71       K-72             0.0    2000.0   55.00    3.00   0.90   1.10   5.00   1.60 N I * N ;"arrivée d'eau en hauteur";
+K-72       K-73             0.0    1450.0   59.00    2.00   0.50   0.60  10.00   1.60 N I * N
+K-73       K-74             0.0     630.0   60.00    2.00   0.50   0.60   6.00   1.60 N I * N
+K-74       K-75             0.0     980.0   44.00    2.00   0.80   0.80   3.00   1.60 N I * N
+K-75       K-76             0.0     840.0   16.00    2.00   1.00   0.90   1.00   1.60 N I * N
+K-76       K-77             0.0    2000.0   55.00    2.00   1.50   2.00   4.00   1.60 N I * N
+K-77       K-78             0.0    1150.0   48.00    1.00   1.00   2.00   1.00   1.60 N I * N
+K-78       K-79             0.0    2000.0   40.00    1.00   1.00   2.00   2.00   1.60 N I * N
+K-79       K-80             0.0     860.0   42.00    2.00   1.00   1.00   6.00   1.60 N I * N ;"affluent en hauteur";
+K-80       K-81             0.0     800.0   55.00   -8.00   0.60   0.60   2.00   0.40 N I * N
+K-81       K-82             0.0    2000.0   52.00    2.00   0.70   0.80   1.00   1.60 N I * N
+K-82       K-83             0.0    2000.0   47.00    2.00   2.00   0.80   6.00   1.60 N I * N
+K-83       K-84             0.0    1680.0   40.00    2.00   0.80   0.80   6.00   1.60 N I * N ;affluent gauche gros débit;
+K-84       K-85             0.0    1600.0   35.00    2.00   1.00   0.80   5.00   1.60 N I * N
+K-85       K-86             0.0     680.0   35.00    2.00   1.00   1.00   6.00   1.50 N I * N
+K-86       K-87             0.0    1340.0   70.00    2.00   0.50   0.50   1.00   1.60 N I * N
+K-87       K-88             0.0    1700.0   40.00    3.00   1.50   0.50   1.00   1.60 N I * N
+K-88       K-89             0.0    2000.0   34.00    2.00   0.70   0.60  20.00   0.50 N I * N
+K-89       K-90             0.0    1150.0   24.00   -2.00   2.50   1.50   8.00   3.00 N I * N
+K-90       K-91             0.0    1330.0   91.00   -2.00   2.50   3.00   1.50   1.60 N I * N
+K-91       K-92             0.0    1250.0   79.00    1.00   0.80   1.00   3.00   1.60 N I * N
+K-92       K-93             0.0    1060.0  360.00    1.00   1.00   1.00   5.00   1.60 N I * N
+K-93       K-94             0.0     550.0  323.00    1.00   2.00   2.00   4.00   1.60 N I * N
+K-94       K-95             0.0     600.0   12.00    2.00   0.60   2.00   8.00   1.60 N I * N ;"puits remontant";
+K-95       K-96             0.0     530.0   80.00    2.00   1.00   2.00   3.00   1.60 N I * N ;"ressaut de 4m;
+K-96       K-97             0.0    2000.0   70.00   -8.00   2.00   3.00   4.00   1.60 N I * N ;"D‚but des salles = K-96: ressaut de 4m. Bivouac … k-98. Terminus topo" ," Lundi matin … trois heures!!!";
+K-97       K-98             0.0    1340.0   58.00   -1.00   2.00   1.50   4.00   1.60 N I * N ;"fin de la journée!! Bivouac dans la salle";
+K-98       L-01             0.0    1470.0   89.00    1.00   3.00   2.00   3.50   1.60 N I * N
+L-01       L-02             0.0    1570.0   65.00  -15.00   2.00   1.70   2.50   1.60 N I * N
+L-02       L-03             0.0     470.0  335.00   -4.00   5.00   2.00   5.00   1.60 N I * N
+L-03       L-04             0.0    1640.0    7.00  -28.00   1.00   2.00   5.00   1.60 N I * N
+L-04       L-05             0.0     640.0  345.00   -7.00   3.50   4.00   2.00   1.60 N I * N
+L-05       L-06             0.0     800.0  320.00   18.00   1.20   3.00   4.00   1.60 N I * N
+L-06       L-07             0.0    2000.0  288.00    0.00   2.00   0.50   2.50   1.60 N I * N
+L-07       L-08             0.0    2000.0  274.00    6.00   3.00   3.00   2.00   1.60 N I * N
+L-08       L-09             0.0    1330.0  289.00  -10.00   2.00   2.00   0.60   1.60 N I * N
+L-09       L-10             0.0    1440.0  310.00  -15.00   1.80   3.50   2.00   1.60 N I * N
+L-10       L-11             0.0     330.0  216.00    0.00   6.00   0.00   5.00   1.60 N I * N
+L-11       L-12             0.0    1900.0  360.00    0.00   2.00   3.00   4.50   1.60 N I * N
+L-12       L-13             0.0    2000.0  354.00   -2.00   1.00   1.50   4.50   1.60 N I * N
+L-13       L-14             0.0    1600.0   10.00   -3.00   1.00   1.00   3.00   1.80 N I * N
+L-14       L-15             0.0    2000.0   48.00    1.00   1.80   2.50   5.00   1.80 N I * N
+L-15       L-16             0.0    2000.0   68.00    0.00   4.00   1.50   2.00   1.80 N I * N
+L-16       L-17             0.0    2000.0   65.00   -1.00   1.50   1.50   4.00   1.80 N I * N
+L-17       L-18             0.0    2000.0   60.00    0.00   2.00   2.50   3.00   1.60 N I * N
+L-18       L-19             0.0    1120.0  104.00   -1.00   1.20   2.20   2.50   1.60 N I * N
+L-19       L-20             0.0    1400.0   70.00    0.00   2.50   1.10   2.50   1.00 N I * N
+L-20       L-21             0.0    1150.0   18.00    5.00   1.50   2.50   4.00   1.60 N I * N
+L-21       L-22             0.0     280.0   30.00  -18.00   3.00   3.00   4.00   1.60 N I * N
+L-22       L-23             0.0    2000.0   70.00  -17.00   2.00   6.00   2.00   1.60 N I * N
+L-23       L-24             0.0    2000.0   78.00   -5.00   3.50   4.00   3.00   1.60 N I * N
+L-24       L-25             0.0    1360.0   70.00   -1.00   1.80   3.00   2.00   1.60 N I * N
+L-25       L-26             0.0    1570.0    5.00   -1.00   3.50   0.80   3.00   1.60 N I * N
+L-26       L-27             0.0     780.0  351.00  -11.00   1.50   1.10   2.50   1.60 N I * N
+L-27       L-28             0.0     690.0  318.00   10.00   0.50   0.50   3.00   1.60 N I * N
+L-28       L-29             0.0    1000.0  334.00    0.00   0.50   0.50   2.00   4.00 N I * N
+L-29       L-30             0.0     930.0    5.00    0.00   0.50   0.80   2.00   0.40 N I * N
+L-30       L-31             0.0     240.0   37.00   -5.00   0.50   1.00   0.80   0.60 N I * N
+L-31       L-32             0.0    1310.0    6.00   -8.00   0.60   0.60   0.00   0.60 N I * N
+L-32       L-33             0.0    1170.0    8.00   -8.00   1.80   0.60   0.50   1.60 N I * N
+L-33       L-34             0.0    1640.0   31.00   -5.00   0.20   1.00   0.80   1.60 N I * N
+L-34       L-35             0.0    1430.0   28.00  -10.00   0.40   1.00   0.60   1.60 N I * N
+L-35       L-36             0.0    1270.0   34.00   -3.00   0.70   1.00   0.30   1.00 N I * N
+L-36       L-37             0.0    1400.0   41.00   -1.00   0.70   1.10   0.30   1.00 N I * N
+L-37       L-38             0.0    2000.0   32.00    0.00   1.50   0.50   0.20   1.00 N I * N
+L-38       L-39             0.0    1400.0   39.00   -3.00   0.30   1.50   0.20   1.00 N I * N
+L-39       L-40             0.0    1140.0    9.00   -5.00   1.50   0.60   0.70   1.60 N I * N
+L-40       L-41             0.0     870.0   57.00   -3.00   0.50   2.00   1.00   1.60 N I * N
+L-41       L-42             0.0    1400.0   68.00    2.00   0.60   1.60   0.00   1.50 N I * N
+L-42       L-43             0.0    1250.0   54.00   -9.00   3.50   2.00   2.00   0.40 N I * N
+L-43       L-44             0.0    2000.0   79.00  -10.00   1.00   2.50   0.60   1.60 N I * N
+L-44       L-45             0.0    1470.0   58.00    2.00   2.00   1.00   3.00   1.60 N I * N
+L-45       L-46             0.0    1770.0   77.00  -14.00   0.70   1.00   0.00   0.60 N I * N
+L-46       L-47             0.0    1070.0   78.00   -4.00   1.20   1.00   1.50   1.60 N I * N
+L-47       L-48             0.0    1530.0   23.00   -2.00   3.00   3.00   1.00   1.60 N I * N
+L-48       L-49             0.0     250.0   80.00  -45.00   0.80   0.80   1.00   1.60 N I * N
+L-49       L-50             0.0    1360.0   32.00   -5.00   0.60   0.80   1.60   0.00 N I * N ;" niveau de l'eau";
+L-50       L-51             0.0     630.0   39.00  -18.00   1.00   1.00   0.40   0.60 N I * N
+L-51       L-52             0.0     960.0   36.00  -10.00   1.50   1.50   0.20   0.50 N I * N
+L-52       L-53             0.0     950.0   30.00   -4.00   2.00   1.50   1.50   0.60 N I * N
+L-53       L-54             0.0     760.0   28.00  -10.00   1.50   0.70   6.00   0.70 N I * N
+L-54       L-55             0.0    2000.0   30.00   -4.00   1.00   1.10   5.00   0.60 N I * N
+L-55       L-56             0.0    1360.0   20.00    3.00   1.50   1.00   0.40   1.60 N I * N
+L-56       L-57             0.0    1460.0   21.00  -12.00   0.60   1.80   4.00   3.60 N I * N
+L-57       L-58             0.0    1520.0   29.00   -5.00   3.00   2.00   0.20   1.60 N I * N
+L-58       L-59             0.0    1190.0  351.00   -4.00   2.20   1.50   1.50   1.60 N I * N
+L-59       L-60             0.0    1440.0   21.00   -4.00   0.90   4.50   1.50   1.60 N I * N
+L-60       L-61             0.0    2000.0   70.00  -12.00   1.00   4.00   1.50   1.60 N I * N
+L-61       L-62             0.0    1200.0   63.00   -9.00   1.50   2.00   0.80   1.60 N I * N
+L-62       L-63             0.0    1060.0   70.00   -3.00   0.80   1.20   1.50   1.60 N I * N
+L-63       L-64             0.0     730.0   69.00   -9.00   1.20   1.00   1.50   0.50 N I * N
+L-64       L-65             0.0    2000.0   93.00   -5.00   1.50   1.00   2.50   0.80 N I * N
+L-65       L-66             0.0    1430.0   86.00   -6.00   0.80   0.60   0.80   1.60 N I * N
+L-66       L-67             0.0    1330.0   98.00    9.00   2.00   2.00   3.00   0.40 N I * N
+L-67       L-68             0.0    2000.0  106.00   -2.00   0.80   0.90   0.90   0.60 N I * N ; L-67 … L-68 = fossile de l'Odeur! Affluent sur L-68";
+L-67       L-69             0.0     340.0    0.00  -90.00      *      *      *      * N I * N
+L-69       L-70             0.0     400.0   77.00  -15.00   3.50   1.00   1.00   0.20 N I * N
+L-70       L-71             0.0    1880.0  114.00   -1.00   1.40   0.50   0.00   1.60 N I * N
+L-71       L-72             0.0     530.0  108.00    2.00   1.50   0.60   1.00   0.60 N I * N
+L-72       L-73             0.0     730.0  104.00   -2.00   1.00   0.60   2.00   1.60 N I * N ; arrivée affluent pollué d'aprčs carnet topo;
+L-73       L-74             0.0    1330.0   95.00   -5.00   1.00   1.00   2.40   1.60 N I * N
+L-74       L-75             0.0    1730.0   95.00   -6.00   0.70   0.70   1.50   1.60 N I * N ; L-75 = Affluent Pollu‚ rive droite";
+L-75       L-76             0.0    1300.0   15.00   -5.00   2.50   1.50   6.00   1.60 N I * N
+L-76       L-77             0.0    1250.0    7.00    0.00   2.00   2.50   4.00   1.60 N I * N
+L-77       L-78             0.0     770.0  340.00    8.00   2.00   3.00   3.00   1.60 N I * N
+L-78       L-79             0.0     550.0   45.00   -6.00   1.50   3.00   2.00   1.60 N I * N
+L-79       L-80             0.0    1170.0   28.00  -10.00   1.00   2.00   0.80   1.60 N I * N
+L-80       L-81             0.0    1070.0   48.00  -15.00   8.00   1.00  20.00   1.50 N I * N
+L-81       L-82             0.0     350.0  312.00    2.00      *      *      *      * N I * N
+L-82       L-83             0.0    1000.0   10.00  -18.00   1.00   1.50   0.50   0.50 N I * N
+L-83       L-84             0.0     920.0  360.00  -16.00   9.70  17.00   0.50   1.60 N I * N
+L-84       L-85             0.0    1700.0   10.00  -20.00   4.00   5.00   1.00   1.00 N I * N
+L-85       L-86             0.0    1000.0   22.00  -30.00   1.00   0.50   2.00   1.60 N I * N ;"Terminus le mardi … 0h30 dans la zone des cascades";
+L-86       M-01             0.0    1130.0   15.00  -12.00   1.50   2.00   6.00   1.50 N I * N
+M-01       M-02             0.0     840.0   44.00   -4.00   0.50   0.50   5.00   1.60 N I * N
+M-02       M-03             0.0    1250.0   27.00  -18.00   1.00   1.00   5.00   1.60 N I * N
+M-03       M-04             0.0    1100.0   10.00  -12.00   1.00   1.50   8.00   0.40 N I * N
+M-04       M-05             0.0    1260.0  322.00  -10.00   1.00   1.00   1.00   1.60 N I * N
+M-05       M-06             0.0     720.0   10.00    1.00   2.50   3.00   1.00   1.60 N I * N
+M-06       M-07             0.0    1340.0   30.00  -23.00   2.50   1.00   1.00   1.60 N I * N
+M-07       M-08             0.0    2000.0   25.00  -25.00   2.20   2.00   1.50   0.80 N I * N
+M-08       M-09             0.0     670.0   60.00   -7.00   3.00   3.00   2.00   1.60 N I * N
+M-09       M-10             0.0     850.0   75.00   -4.00   3.50   0.00   2.00   1.60 N I * N
+M-10       M-11             0.0     500.0   15.00   28.00   3.50   0.80   3.00   1.60 N I * N
+M-11       M-12             0.0    1150.0   35.00  -15.00   3.00   3.00   5.00   1.60 N I * N
+M-12       M-13             0.0    1580.0   72.00    1.00   1.00   4.00   2.50   1.60 N I * N
+M-13       M-14             0.0     210.0   72.00    0.00   1.00   0.60   2.50   1.60 N I * N
+M-14       M-15             0.0     440.0    0.00  -90.00      *      *      *      * N I * N
+M-15       M-16             0.0     160.0    0.00   90.00   0.00   0.80   2.50   3.40 N I * N
+M-16       M-17             0.0    1460.0   10.00  -24.00   0.60   1.00   0.30   0.40 N I * N
+M-17       M-18             0.0    1320.0   53.00    0.00   0.60   2.00   1.00   1.60 N I * N
+M-18       M-19             0.0     840.0   65.00  -15.00   0.40   3.00   3.00   1.60 N I * N
+M-19       M-20             0.0     840.0  345.00    0.00   3.00   2.00   3.00   1.60 N I * N
+M-20       M-21             0.0    2000.0   50.00  -18.00   0.60   3.00   1.00   1.60 N I * N
+M-21       M-22             0.0     920.0   47.00  -15.00   2.50   1.00   2.50   1.60 N I * N
+M-22       M-23             0.0     830.0   80.00   17.00   0.60   2.00   3.00   1.60 N I * N
+M-23       M-24             0.0    2000.0   39.00   -6.00   2.50   0.80   1.50   1.60 N I * N
+M-24       M-25             0.0    2000.0   48.00    1.00   2.00   2.00   2.00   1.60 N I * N
+M-25       M-26             0.0     700.0   70.00   -6.00   2.00   3.00   2.50   1.60 N I * N
+M-26       M-27             0.0    2000.0   98.00    2.00   5.00   5.00   6.00   2.00 N I * N
+M-27       M-28             0.0     490.0  105.00  -25.00   4.00   2.00   2.00   1.60 N I * N
+M-28       M-29             0.0     400.0   36.00  -20.00   1.00   0.20   1.00   1.60 N I * N
+M-29       M-30             0.0     860.0  116.00    2.00   1.00   3.00   2.00   1.60 N I * N ;1er LAC";
+M-30       M-31             0.0     460.0  150.00    2.00   0.60   0.20   0.20   1.60 N I * N
+M-31       M-32             0.0     410.0  135.00   35.00   1.00   1.00   1.00   1.60 N I * N
+M-32       M-33             0.0    2000.0  134.00   -2.00   1.30   3.50   4.50   1.60 N I * N
+M-33       M-34             0.0    1630.0  103.00   -7.00   2.00   1.00   1.00   2.00 N I * N
+M-34       M-35             0.0    1560.0   83.00    1.00   2.50   1.00   2.00   1.60 N I * N
+M-35       M-36             0.0    1860.0  100.00    9.00   5.00   2.00   3.50   2.50 N I * N
+M-36       M-37             0.0    2000.0   85.00  -11.00  10.00   0.20   2.00   1.60 N I * N
+M-37       M-38             0.0     950.0  122.00  -19.00   2.50   5.50   0.50   1.60 N I * N
+M-38       M-39             0.0     840.0   95.00   -7.00   0.80   0.50   3.00   1.60 N I * N
+M-39       M-40             0.0    2000.0   90.00    3.00   1.50   0.50   3.00   0.50 N I * N
+M-40       M-41             0.0    2000.0  104.00   -2.00   2.50   3.00   1.50   1.60 N I * N
+M-41       M-42             0.0     950.0  112.00    0.00   2.00   3.00   3.00   1.60 N I * N
+M-42       M-43             0.0     900.0  100.00   -7.00   2.50   2.50   3.00   0.40 N I * N
+M-43       M-44             0.0    1040.0  110.00    5.00   0.20   3.00   1.00   1.60 N I * N
+M-44       M-45             0.0    1200.0   66.00    0.00   3.00   1.00  13.00   1.60 N I * N
+M-45       M-46             0.0    1450.0  118.00   -1.00   2.00   2.00   3.00   1.60 N I * N
+M-46       M-47             0.0    2000.0  100.00   -3.00   5.00   0.50   3.00   1.60 N I * N
+M-47       M-48             0.0    2000.0   92.00   -4.00   6.00   0.50   3.00   1.60 N I * N
+M-48       M-49             0.0    2000.0  101.00   -3.00   7.00   0.50   2.50   1.60 N I * N
+M-49       M-50             0.0    2000.0   98.00   -5.00   6.00   0.50   2.00   1.60 N I * N
+M-50       M-51             0.0    2000.0   95.00  -10.00   2.00   1.00   1.00   1.60 N I * N
+M-51       M-52             0.0    2000.0   82.00   -3.00   5.00   1.50   3.00   1.60 N I * N
+M-52       M-53             0.0    2000.0  100.00  -12.00   3.50   4.00   3.00   1.60 N I * N
+M-53       M-54             0.0    1690.0   89.00   -5.00   3.50   2.00   2.50   1.60 N I * N
+M-54       M-55             0.0    1300.0   59.00   -5.00   4.00   2.50   5.00   1.60 N I * N
+M-55       M-56             0.0     700.0  110.00  -15.00   0.30   2.00   2.00   1.60 N I * N
+M-56       M-57             0.0     270.0   88.00   -6.00   0.20   0.60   3.00   1.50 N I * N
+M-57       M-58             0.0     650.0  358.00   -3.00   0.20   5.00   2.00   1.60 N I * N
+M-58       M-59             0.0     730.0   42.00  -22.00   0.60   1.00   2.00   1.60 N I * N
+M-59       M-60             0.0     680.0   46.00  -26.00   0.50   1.00   3.00   1.60 N I * N
+M-60       M-61             0.0    1550.0   30.00  -12.00   1.00   1.00   3.00   1.60 N I * N
+M-61       M-62             0.0     730.0   22.00  -10.00   0.80   0.40   2.00   2.00 N I * N
+M-62       M-63             0.0     700.0   75.00   -4.00   2.00   0.50   3.00   1.60 N I * N
+M-63       M-64             0.0    1540.0   30.00   -1.00   0.80   0.40   4.00   1.60 N I * N
+M-64       M-65             0.0     410.0   25.00   -5.00   0.80   0.20   1.00   1.60 N I * N
+M-65       M-66             0.0     350.0  345.00    1.00   3.00   0.60   3.00   1.60 N I * N
+M-66       M-67             0.0     690.0   82.00  -16.00   0.60   2.00   2.00   1.60 N I * N
+M-67       M-68             0.0     700.0    5.00   -2.00   1.00   0.10   2.50   1.60 N I * N
+M-68       M-69             0.0    1320.0    8.00   -3.00   0.40   0.40   3.00   1.60 N I * N
+M-69       M-70             0.0     560.0   25.00    1.00   0.90   0.90   1.60   1.60 N I * N
+M-70       M-71             0.0    1230.0  320.00    0.00   1.00   1.00   1.50   1.60 N I * N
+M-71       M-72             0.0     870.0  318.00   -3.00   1.00   2.00   1.00   1.60 N I * N
+M-72       M-73             0.0     670.0  298.00   -6.00   0.60   2.00   2.00   1.60 N I * N
+M-73       M-74             0.0     680.0  290.00    2.00   0.60   0.80   1.00   1.60 N I * N ;2eme LAC";
+M-74       M-75             0.0    1060.0  285.00    2.00   1.80   0.30   1.00   1.00 N I * N
+M-75       M-76             0.0    1380.0   35.00    2.00   1.00   1.00   1.00   1.20 N I * N
+M-76       M-77             0.0     640.0   40.00   -9.00   0.50   0.50   1.60   1.20 N I * N
+M-77       M-78             0.0    1150.0   25.00   -4.00      *      *      *      * N I * N
+M-78       M-79             0.0     410.0  328.00    0.00   2.00   2.00   3.00   1.60 N I * N
+M-79       M-80             0.0     760.0   53.00    0.00   2.00   0.60   1.00   1.60 N I * N
+M-80       M-81             0.0    1540.0   20.00   -8.00   3.00   1.50   0.80   2.50 N I * N
+M-81       M-82             0.0     700.0  339.00   -4.00   1.00   1.00   2.00   1.60 N I * N
+M-82       M-83             0.0    1320.0   60.00   -3.00   2.00   3.00   1.50   1.60 N I * N
+M-83       M-84             0.0     980.0   52.00    0.00   3.50   0.50   1.00   1.60 N I * N
+M-84       M-85             0.0    1030.0   41.00  -28.00   4.00   1.00   0.20   0.80 N I * N
+M-85       M-86             0.0    2000.0   30.00   -3.00   5.00   1.50   2.50   1.60 N I * N ; M-86 = entr‚e de la salle;
+M-86       M-87             0.0    1650.0  320.00   -2.00  20.00   4.00  10.00   1.60 N I * N ;M-87 = entr‚e du gros l'affluent 7x7;
+M-87       O-87             0.0       0.0    0.00    0.00   4.00   2.00   4.00   1.60 N I * N
+O-87       M-88             0.0    2000.0  229.00    3.00   4.00   2.00   4.00   1.60 N I * N
+M-88       M-89             0.0    2000.0  232.00   15.00   4.00   1.00   4.00   1.60 N I * N
+M-89       M-90             0.0    2000.0  225.00    9.00   2.50   2.50   3.50   1.60 N I * N
+M-90       M-91             0.0    2000.0  215.00    9.00   4.00   2.50   5.00   1.60 N I * N
+M-91       M-92             0.0    1670.0  214.00    2.00   4.00   3.00   3.00   1.60 N I * N ; fin du gros l'affluent;
+M-87       M-93             0.0    2000.0   22.00  -11.00   2.00   6.00   7.00   1.60 N I * N
+M-93       M-94             0.0    2000.0   32.00  -10.00   7.00   4.00   8.00   1.60 N I * N
+M-94       M-95             0.0    2000.0   65.00  -24.00   4.00   6.00   8.00   1.60 N I * N
+M-95       M-96             0.0    1640.0   66.00  -26.00   7.00   5.00   6.00   1.60 N I * N ; entr‚e de la tr‚mie";
+M-96       M-97             0.0     310.0   21.00  -24.00   0.30   0.30   0.30   0.30 N I * N
+M-97       M-98             0.0     370.0  140.00  -30.00   0.30   0.30   0.30   0.30 N I * N
+M-98       M-99             0.0     280.0   80.00  -30.00   0.30   0.30   0.30   0.30 N I * N
+M-99       M-100            0.0     310.0   30.00  -27.00   0.30   0.30   0.30   0.30 N I * N ;"fin tr‚mie et fin plafond de la salle";
+M-100      M-101            0.0    1210.0   45.00  -12.00   5.00   4.00   3.00   0.80 N I * N
+M-101      M-102            0.0    1580.0   33.00   -2.00   5.00   5.00   2.00   0.10 N I * N
+M-102      M-103            0.0     220.0  310.00    0.00   3.00   3.00   0.20   0.10 N I * N ; plage de sable;
+M-103      M-104            0.0    1500.0   30.00    2.00   5.00   3.00   6.00   1.60 N I * N
+M-104      M-105            0.0    2000.0   42.00   -5.00   5.00   3.00   2.00   1.60 N I * N
+M-105      M-106            0.0    1900.0   30.00    9.00   6.00   5.00   0.20   0.80 N I * N
+M-106      M-107            0.0    2000.0   30.00   10.00   5.00   6.00   1.50   1.60 N I * N
+M-107      M-108            0.0    1840.0   50.00   14.00   2.00   6.00   3.00   1.60 N I * N
+M-108      M-109            0.0    2000.0   63.00  -18.00   6.00   8.00   1.50   1.60 N I * N
+M-109      M-110            0.0    2000.0   70.00  -16.00   7.00   5.00   0.50   0.50 N I * N ; TERMINUS DU MERCREDI 28 MARS 90 … 0 h 30;
+
+Param Topof 1.000 Deg Clino Deg 2.5800 Inv,Inv,Inv Inc Std --/--/---- M ;10-11/01/93 Serge Latapie‚ et Alain Perre, suite des Grandes Salle " ŕ partir du point M-105 perte de l'actif dans le sable;
+
+M-105      N-39             0.0       0.0    0.00    0.00   0.00   0.00   0.00   0.00 N I * N
+N-39       N-38             0.0     324.0  332.00  -21.00      *      *      *      * N I * N
+N-38       N-37             0.0     878.0  193.00  -26.00      *      *      *      * N I * N
+N-37       N-36             0.0    2616.0  203.00   -7.00      *      *      *      * N I * N
+N-36       N-35             0.0    1272.0  213.00   18.00      *      *      *      * N I * N
+N-35       N-34             0.0    1652.0   73.00   -6.00      *      *      *      * N I * N
+N-34       N-33             0.0    1324.0   77.00  -12.00      *      *      *      * N I * N
+N-33       N-32             0.0    3070.0  204.00   17.00      *      *      *      * N I * N
+N-32       N-31             0.0    1017.0  195.00   38.00      *      *      *      * N I * N
+N-31       N-30             0.0    1690.0  233.00   47.00      *      *      *      * N I * N
+N-30       N-29             0.0    1062.0  192.00   24.00      *      *      *      * N I * N
+N-29       N-28             0.0    1592.0  252.00   -5.00      *      *      *      * N I * N
+N-28       N-27             0.0    1379.0  232.00   35.00      *      *      *      * N I * N
+N-27       N-26             0.0     100.0  360.00   90.00      *      *      *      * N I * N
+N-26       N-25             0.0    1483.0  262.00   -3.00      *      *      *      * N I * N
+N-25       N-24             0.0    1190.0  256.00    0.00      *      *      *      * N I * N
+N-24       N-23             0.0    4031.0  234.00   12.00      *      *      *      * N I * N
+N-23       N-22             0.0    1267.0  244.00   28.00      *      *      *      * N I * N
+N-22       N-21             0.0    1314.0  251.00   39.00      *      *      *      * N I * N
+N-21       N-20             0.0     576.0  325.00   48.00      *      *      *      * N I * N
+N-20       N-19             0.0    1660.0  248.00   46.00      *      *      *      * N I * N
+N-19       N-18             0.0     409.0  261.00   34.00      *      *      *      * N I * N
+N-18       N-17             0.0    1275.0  257.00   18.00      *      *      *      * N I * N
+N-17       N-16             0.0    1129.0  223.00   16.00      *      *      *      * N I * N
+N-16       N-15             0.0     154.0  217.00   76.00      *      *      *      * N I * N
+N-15       N-14             0.0     362.0  246.00   18.00      *      *      *      * N I * N
+N-14       N-13             0.0     494.0  200.00   13.00      *      *      *      * N I * N
+N-13       N-12             0.0     627.0  224.00    6.00      *      *      *      * N I * N
+N-12       N-11             0.0     539.0  158.00   12.00      *      *      *      * N I * N
+N-11       N-10             0.0     395.0  225.00    8.00      *      *      *      * N I * N
+N-10       N-09             0.0     295.0  227.00   34.00      *      *      *      * N I * N
+N-09       N-08             0.0     452.0  216.00   -5.00      *      *      *      * N I * N
+N-08       N-07             0.0    1052.0  207.00    4.00      *      *      *      * N I * N
+N-07       N-06             0.0     704.0  200.00   13.00      *      *      *      * N I * N
+N-06       N-05             0.0     326.0  260.00    3.00      *      *      *      * N I * N
+N-05       N-04             0.0     215.0  193.00   -2.00      *      *      *      * N I * N
+N-04       N-03             0.0    1434.0  266.00    1.00      *      *      *      * N I * N
+N-03       N-02             0.0     785.0  285.00   -3.00      *      *      *      * N I * N
+N-02       N-01             0.0     651.0  205.00    3.00      *      *      *      * N I * N
+N-01       N-00             0.0     705.0  250.00   16.00      *      *      *      * N I * N ;"arręt sur siphon caca";
+
+Param Deca Degd Clino Degd 0.0000 Dir,Dir,Dir Dep 0,0,255 --/--/---- M ;Topo Juillet2011: Ph.Guillemin, Evelyne Renaud, Françoise Lidonne;
+
+A-42       J02                       2.12    5.11  -67.38      *      *      *      * N I * N
+J02        J03                       6.23  112.00    3.70   0.27   1.09   5.63   1.29 N I * N
+J03        J04                       6.07  150.00    2.40   3.48   1.49   5.98   0.98 N I * N
+J04        J05                       5.68   77.00  -12.20   0.30   4.50   1.50   0.00 N I * N
+J05        J06                      12.04  146.00    1.40   1.28   0.00   3.04   1.00 N I * N
+J06        J07                       7.75  125.00   -0.60   0.20   1.37   2.00   1.28 N I * N
+J07        J08                       8.30  145.00   -3.20   1.26   0.00   4.02   1.07 N I * N
+J08        J09                       5.95  105.00   -3.30   1.33   0.37   5.09   1.84 N I * N
+J09        J10                       1.87  109.00   15.50   0.50   0.50   3.10   1.30 N I * N
+J10        J11                       9.28  100.00    6.10   0.00   0.80   4.15   2.10 N I * N
+J11        J12                       5.07  167.00   -5.30   0.92   0.27   4.38   0.61 N I * N
+J12        J13                       8.03  140.00   36.70   1.31   0.80   4.00   0.00 N I * N
+J13        J14                       2.61   80.00   21.40   0.36   0.86   3.00   0.80 N I * N
+J14        J15                       1.23    0.00   90.00   0.87      *      *      * N I * N
+J15        J16                       4.00  130.00   37.10   0.12   0.89   0.93   0.92 N I * N
+J16        J17                       3.37  130.00  -23.50   0.52   0.12   1.50      * N I * N
+J17        J18                       1.88    0.00  -90.00      *   0.25      *   0.00 N I * N
+J18        J19                       4.50  125.00    1.80   0.00   1.13   2.50   0.56 N I * N
+J19        J20                       0.48    0.00   90.00      *      *      *      * N I * N
+J20        J21                       7.42  150.00   11.40   0.00   1.18   1.67   1.04 N I * N
+J21        J22                       1.27  220.00    1.40   1.00   0.00   1.24   0.90 N I * N
+J22        J23                       6.78  140.00    6.70   0.24   0.54   2.59   1.28 N I * N
+J23        J24                       2.87  206.00   40.10   0.00   0.78   1.41   0.99 N I * N
+J24        J25                       3.54  230.00    8.80   0.55   0.12   0.66   0.26 N I * N
+J25        J26                       1.60  195.00    2.40   0.00   0.70   0.95   0.48 N I * N
+J26        J27                       5.15  115.00   10.30   0.00   0.30   0.70   0.00 N I * N
+J27        J28                       3.41  135.00  -37.70   0.40   0.55   0.40   0.00 N I * N
+J28        J29                       3.33  110.00  -22.30   0.80   0.15   0.00   0.40 N I * N
+J29        J30                       6.10  138.00  -36.00   0.40   0.00   0.50   1.20 N I * N
+J30        J31                       3.15   68.00  -17.00   1.50   0.80   2.00   2.50 N I * N
+J31        J32                       5.80  188.00  -33.00   0.58   1.88   1.49   0.00 N I * N
+J32        J33                       2.81  174.00    0.70   0.40   0.80   0.60   0.00 N I * N
+J33        J34                       2.62  279.00   38.70   1.93   0.90   1.30   0.84 N I * N
+
+Param Deca Degd Clino Degd 0.0000 Dir,Dir,Dir Inc 0,0,255 --/--/---- M ;Topo Juillet2012: Ph.Guillemin, Pascale Porte, Françoise Lidonne;
+
+V00        V00                       0.00    0.00    0.00   1.97   0.00   1.91   0.76 N I * N
+V00        VA0                       2.96  174.00   -3.00   0.00   1.60   0.99   0.98 N I * N
+VA0        VA1                       2.78  262.00  -12.00   0.40   0.15   1.20   1.00 N I * N
+VA1        VA2                       6.25  241.00  -28.00   0.50   0.00   0.10   0.40 N I * N
+VA2        VA3                       3.25  218.00  -25.00   0.30   0.30   0.30   0.30 N I * N
+V00        V01                       5.50   87.00   25.00   0.30   0.00   1.30   1.15 N I * N
+V01        V02                       5.37   82.00   -2.00   0.25   0.00   1.70   0.89 N I * N
+V02        V03                      11.05   75.00   -3.00   0.00   0.75   0.95   1.23 N I * N
+V03        V04                       4.38   95.00   -2.00   3.10   0.00   0.58   0.62 N I * N
+V04        V05                       2.85   36.00    5.00   0.00   1.25   1.50   0.96 N I * N
+V05        V06                       4.67  101.00   -3.00   0.73   0.00   3.34   1.00 N I * N
+V06        V07                       5.96   74.00   -4.00   0.86   0.45   1.03   0.79 N I * N
+V07        V08                       9.85   69.00   15.00   0.00   0.56   0.68   0.65 N I * N
+V08        V09                       7.38   84.00   -2.00   0.00   1.06   1.40   2.71 N I * N
+V09        V10                       5.05  105.00  -25.00   1.20   0.00   1.71   1.72 N I * N
+V10        V11                       4.94   55.00  -12.00   0.46   0.00   5.27   0.94 N I * N
+V11        V12                       4.80   48.00   -3.00   0.20   0.60   1.72   0.51 N I * N
+V12        V13                       6.98   52.00    3.00   0.59   0.00   1.60   0.61 N I * N
+V13        V14                       5.00   53.00    1.00   0.00   0.66   3.35   1.09 N I * N
+V14        V15                       3.74   67.00   -1.00   0.84   0.00   1.56   0.72 N I * N
+V15        V16                       3.95   56.50    4.00   0.00   0.47   1.40   0.94 N I * N
+V16        V17                       3.07   65.00    2.00   0.48   0.00   1.25   1.01 N I * N
+V17        V18                       7.30   54.00   -5.00   0.47   0.30   1.47   2.22 N I * N
+V18        V19                       4.86   59.00  -14.00   0.56   0.27   1.50   0.00 N I * N
+V19        V20                       1.93    0.00  -90.00      *      *      *      * N I * N
+V20        V21                       2.44   39.00    6.00   0.00   1.43   4.13   1.79 N I * N
+V21        V22                       0.79    0.00  -90.00      *      *      *      * N I * N
+V22        V23                       3.14   62.00    4.00   1.63   0.00   5.00   1.24 N I * N
+V23        V24                       1.48    8.00    6.00   0.81   0.00   6.34   1.62 N I * N
+V24        V25                       3.55  335.00    1.00   0.00   1.45   4.35   1.69 N I * N
+V25        V26                       3.49  334.00   14.00   0.94   0.00   4.03   2.58 N I * N
+V26        V27                       3.83  253.00   27.00   0.00   0.78   2.19   7.87 N I * N
+V27        V28                       5.90  270.00   -4.00   0.00   0.73   2.29   3.60 N I * N
+V28        V29                       2.79    0.00  -90.00      *      *      *      * N I * N
+V29        V30                       5.33  262.00    6.00   0.00   0.91   3.02   0.85 N I * N
+V30        V31                       1.44  317.00   11.00   0.29   0.33   0.81   1.36 N I * N
+V31        V32                       5.80  262.00   -8.00   0.15   0.15   3.10   1.04 N I * N
+V32        V33                       1.25   32.00   -1.00   0.00   1.13   3.33   0.97 N I * N
+V33        V34                       1.69  351.00   -4.00   0.46      *   3.24   0.79 N I * N
+V34        V35                       8.30   78.00   -1.00   0.00   0.70   0.78   0.41 N I * N
+V35        V36                       3.22   97.00    2.00   0.70   0.00   2.80   0.41 N I * N
+V36        V37                       6.15   72.00    8.00   0.00   0.67   3.08   0.88 N I * N
+V37        V38                       5.48   75.00   -3.00   1.03   0.21   2.50   0.64 N I * N
+V08        V08A                      2.10  120.00    6.00      *      *      *      * N I * N
+V08A       V08B                      1.28    0.00   90.00   0.40   0.30      *   0.00 N I * N
+V08B       V08C                      2.14  112.00   56.00   1.95   4.40   0.83   0.00 N I * N
+V08C       V08D                      6.50  174.00   80.00   0.20   0.40   0.20   0.30 N I * N
+V38        V39                       4.97   54.00   -8.00   0.65   0.62   1.03   0.35 N I * N
+V39        V40                       1.55  297.00  -19.00   2.69   4.29   0.97   0.00 N I * N
+V40        V41                       4.47   48.00    6.00   0.10   0.96   7.00   0.74 N I * N
+V41        V42                       1.30  115.00   -4.00   1.42   0.00   2.90   0.60 N I * N
+V42        V43                       3.90   42.00   12.00   0.00   0.91   1.16   0.57 N I * N
+V43        V44                       5.45   67.00   -1.00   0.48   0.00   1.45   0.96 N I * N
+V44        V45                       6.38   51.00   -1.00   0.00   0.43   1.87   0.96 N I * N
+V45        V46                       4.16   55.00    7.00   0.00   0.40   1.71   0.61 N I * N
+V46        V47                       5.86   52.00   -8.00   0.00   1.87   1.23   1.34 N I * N
+V47        V48                       3.27   71.00  -18.00   0.00   0.88   2.06   0.81 N I * N
+V48        V49                       2.30   64.00    3.00   1.25   0.00   1.94   1.15 N I * N
+V49        V50                       5.26  352.00  -10.00   0.00   5.70   1.51   0.48 N I * N
+V50        V51                       7.02   94.00    2.00   0.56   0.00   1.97   1.53 N I * N
+V51        V52                       7.09   69.00   -3.00   0.46   0.00   2.79   1.49 N I * N
+V52        V53                       6.54   72.00   -2.00   0.55   0.20   3.75   1.85 N I * N
+V53        V54                       6.32   67.00   -3.00   0.00   0.60   0.60   0.46 N I * N
+V54        V55                       2.12   93.00    4.00   0.32   0.00   1.05   0.66 N I * N
+V55        V56                       2.48   61.00    5.00   0.00   0.75   4.80   2.47 N I * N
+V56        V57                       1.96   66.00   36.00   1.24   0.00   1.55   3.77 N I * N
+V57        V58                       7.13   58.00   18.00   0.00   0.72   0.94   2.70 N I * N
+V58        V59                       4.95   45.00  -21.00   0.00   0.61   2.63   4.11 N I * N
+V59        V60                       0.65    0.00  -90.00   0.35   0.25      *      * N I * N
+V60        V61                       4.05   53.00   -8.00   0.52   0.25   3.33   3.33 N I * N
+V61        V62                       6.16   64.00  -11.00   0.20   0.52   2.49   1.01 N I * N
+V62        V63                       2.99  105.00   -4.00   0.94   0.00   2.54   1.36 N I * N
+V63        V64                       2.70   74.00  -13.00   0.86   0.76   3.34   0.95 N I * N
+V64        V65                       1.96   60.00  -20.00   0.10   1.67   6.49   1.42 N I * N
+V65        V66                       2.63   89.00   16.00   0.10   0.80   7.01   2.39 N I * N
+V66        V67                       7.73   63.00   -8.00   0.83   0.00   5.57   2.60 N I * N
+V67        V68                       3.14   48.00  -14.00   0.00   1.08   5.33   1.52 N I * N
+V68        V69                       5.04   54.00  -29.00   0.00   0.47   4.50   3.98 N I * N
+V69        V70                       7.26   49.00  -26.00   0.32   0.65   2.93   1.29 N I * N
+V70        V71                       5.28   61.00    6.00   1.08   1.79   8.33   0.73 N I * N
+V71        V72                      10.50   80.00   -1.00   0.20   0.62   8.80   1.07 N I * N
+V72        J34                       2.31  280.00    0.00      *      *      *      * N I * N
+J34        J34A                      0.50    8.00    0.00   0.58   3.27   1.05   0.20 N I * N
+J34A       J34B                      6.70   80.00   -2.00   0.71   0.00   1.08   0.00 N I * N
+J34B       J34C                      8.12   59.00    5.00   0.20   0.79   1.05   1.04 N I * N
+J34C       J34D                      2.81  114.00    0.00   1.55   0.10   0.77   1.08 N I * N
+
+Param Deca Degd Clino Degd -0.1621 Dir,Dir,Dir Dep 255,0,0 01/08/2015 A ;commentaire;
+
+J09        0                         0.00    0.00    0.00   0.80   1.30   2.90   1.90 N I * N ;point J5 réseau amont Est - perte descente de 5m - ŕ3m en hauteur arrivée affluent 1 gauche;
+*          1                         5.60   15.00    5.00   0.90   0.70   8.70   1.00 N I * N ;affluent gauche : cheminée E3m carrefour Gauche retour au-dessus entre point 1 & 2 - Droite retour sortie salle du Bivouac;
+*          2                         5.60   80.00   15.00   1.40   1.30  12.60   1.00 N I * N ;cheminée - arrivée en hauteur affluent D point 7;
+*          3                         7.40   67.00  -10.00   0.90   0.40   1.40   1.00 N I * N
+*          4                         5.40   90.00    0.00   0.50   0.50   1.30   1.00 N I * N ;ŕ2m avant point 5 : affluent Droite 5m nt sans continuation;
+*          5                         8.80   97.00   16.00   0.90   0.50   1.10   1.00 N I * N ;affluent en face carrefour Gauche fossile Droite vers affluent point 7;
+*          6                         5.70   84.00  -17.00   0.50   0.40   1.70   1.00 N I * N
+*          7                        11.00   91.00  -11.00   1.40   1.90   1.30   1.00 N I * N ;affluent Droite actif salle carrefour G arręt sur P D carrefour D vers point 5 Gauche E carrefour D vers point 2 G vaste salle base E40 continue vers P nt;
+*          8                        13.50   75.00    2.00   0.40   0.50   1.90   1.00 N I * N ;affluent Droite (en face) fossile 35m laminroir 0.6x2 étroiture boueuse rejoint point 17;
+*          9                        10.70  325.00    1.00   0.20   1.20   1.30   1.00 N I * N
+*          10                       16.60   85.00   -1.00   0.40   0.50   1.60   1.00 N I * N
+*          11                        5.60  110.00    1.00   0.00   0.70   1.10   1.00 N I * N
+*          12                        4.40   95.00    0.00   0.30   0.40   1.20   1.00 N I * N
+*          13                        5.30  104.00   -2.00   0.40   0.40   1.40   1.00 N I * N
+*          14                        2.50   83.00    0.00   0.20   0.30   1.30   1.00 N I * N
+*          15                        2.00  110.00    6.00   0.70   0.40   1.50   1.00 N I * N ;affluent Droite derričre remontant 5m carrefour [O 10m carrefour [O 30m étr, SO 40m vm], SO 5m étr, SE-E 15m carrefour [O méandre H20 vers E40, E 50m salle étr sur galerie principale]] ;
+*          16                        8.50   80.00    0.00   0.25   0.25   1.70   1.00 N I * N
+*          17                        7.10  107.00  -15.00   0.60   0.60   3.30   1.00 N I * N ;affluent Droite derričre remontant vers point 8;
+*          18                       15.30  108.00    0.00   0.30   0.60   3.60   1.00 N I * N ;Gauche : galerie 0.3x1.2m en face oů se perd actif temporaire rejoint point 20;
+*          19                        9.60  118.00   22.00   0.30   0.40   4.20   1.00 N I * N
+*          20                        8.40   98.00   -6.00   1.10   2.10   2.60   1.00 N I * N
+*          21                        3.60   38.00  -25.00   0.50   0.20   1.30   1.00 N I * N ;1m avant Gauche : galerie 0.3x1.2m oů se perd actif temporaire vers point 18;
+*          22                       11.70   98.00    4.00   0.50   0.70   1.70   1.50 N I * N
+*          23                        7.80  143.00    4.00   1.40   0.20   2.00   1.00 N I * N
+*          24                        3.30  192.00    0.00   0.25   0.25   2.20   1.00 N I * N
+*          25                        3.80  212.00    0.00   1.70   0.50   1.40   1.00 N I * N
+*          26                        9.70   83.00    1.00   0.50   0.60   2.10   1.00 N I * N
+*          27                        9.10   90.00    8.00   0.40   0.60   2.10   1.00 N I * N
+*          28                        3.50   61.00  -18.00   0.40   0.50   2.40   1.00 N I * N
+*          29                        5.50   73.00    1.00   0.30   0.30   2.20   1.00 N I * N
+*          30                        4.80   97.00    2.00   0.30   0.30   2.10   1.00 N I * N
+*          31                       10.20   87.00   -1.00   0.30   0.30   2.70   1.00 N I * N
+*          32                        5.10   90.00    1.00   0.30   0.30   2.90   1.00 N I * N
+*          33                        4.40  104.00    0.00   0.40   0.60   2.50   1.00 N I * N
+*          34                        8.70   78.00    0.00   0.50   0.40   2.60   1.00 N I * N ;affluent Droit méandre remontant sur 10m occupé par petit actif;
+*          35                        3.00    3.00    6.00   0.00   1.00   1.50   1.50 N I * N ;affluent Gauche méandre actif aval du méandre arrivant au point 34 (étroit);
+*          36                        6.30   49.00   16.00   0.30   2.00   2.00   3.30 N I * N ;6/8/15 Topo Franck & Laurent amont suite & rivičre aval 36-39V - courant d'air aspirant léger;
+*          37                        5.10   76.00  -16.00   0.20   0.40   3.50   1.20 N I * N
+*          38                        4.40   54.00  -10.00   0.25   0.25   5.30   0.80 N I * N
+*          39                        5.70   44.00   15.00   1.70   1.30   4.10   2.20 N I * N ;carrefour galerie intermédiaire vers amont, supérieure ŕ Droite au plafond (boucle point 47) & inférieure vers rivičre;
+*          39A                       2.60   24.00  -39.00   0.80   0.00   0.00   0.80 N I * N ;boyau inférieur vers rivičre D0 H0 - courant d'air aspirant marqué / galerie principale D0.8 H4.4;
+*          39B                       2.10   39.00   -8.00   0.60   0.50   0.50   0.50 N I * N ;boyau ŕ Droite boucle point 39C;
+*          39C                       3.10  276.00   -2.00   0.00   0.40   0.50   0.60 I I * N ;boyau ŕ Droite boucle point 39B D0.4(paroi) D1(boyau);
+*          39D                       4.70  316.00   -6.00   0.80   0.00   0.70   0.90 N I * N ;arrivée en hauteur R2 sur galerie inférieure / affluent D remontant vers cascade;
+*          39E                       5.10  264.00  -25.00   0.30   0.30   1.60   0.95 N I * N ;R2 galerie ŕ Gauche vers rivičre;
+*          39F                       7.40  270.00   -6.00   0.80   0.00   1.20   0.80 N I * N
+*          39G                       8.50  231.00    0.00   0.00   0.60   0.80   0.80 N I * N
+*          39H                       4.40  250.00   -3.00   0.70   0.00   0.50   0.50 N I * N
+*          39I                       2.00  203.00  -25.00   1.90   0.50   1.40   6.90 N I * N ;R2 désescalade délicate;
+*          39J                       5.50    6.00  -58.00   0.80   0.40      *   1.40 N I * N ;Tbg5 donnant sur rivičre / carrefour;
+*          39K                       6.60  262.00    5.00   0.60   0.70   3.00   2.60 N I * N ;rivičre Aval - courant d'air aspirant marqué;
+*          39L                       5.70  304.00   -8.00   0.40   0.00   4.20   1.30 N I * N
+*          39M                       1.80  250.00    6.00   0.00   0.70   4.00   1.30 N I * N
+*          39N                       7.70  305.00   -2.00   0.70   0.00   3.50   1.50 N I * N
+*          39O                       3.60  276.00  -10.00   0.05   0.70   4.60   0.90 N I * N ;affluent actif Gauche 5 ŕ 10 l/mn remonté sur qqs m (probablement celui pasant sous la galerie principale point 34-35);
+*          39P                       8.50  307.00    0.00   0.50   0.00   3.80   0.85 N I * N
+*          39Q                      12.80  305.00    2.00   0.60   0.00   3.00   1.60 N I * N
+*          39R                       9.80  298.00   -6.00   0.80   1.00   2.50   0.90 N I * N ;double diffluence ŕ gauche boucle avec point 39V : 1er boyau ŕ+1 colmaté ŕ mi-hauteur par conglomérats / 2čme boyau ŕ+1 en conduite forcée;
+*          39S                       3.30  259.00    7.00   0.00   0.40   1.60   1.50 N I * N
+*          39T                       3.30  278.00    4.00   0.00   0.50   1.00   1.50 N I * N
+*          39U                       2.40  330.00    0.00   0.70   0.00   0.70   1.30 N I * N
+*          39V                       4.70  290.00   -5.00   0.90   0.00   0.50   0.70 N I * N ;arrivée double diffluence ŕ gauche boucle point 39R - point lame en plafond ŕ gauche - arręt début galerie semi-noyée ;
+39         40                        2.80   27.00    9.00   0.20   0.50   2.60   1.00 N I * N ;galerie fossile médiane vers amont / B1(galerie médiane) B2.9(sol galerie inférieure) / Topo Dominique, Bruno & Laurent 9/8/15;
+*          41                        8.50   62.00   11.00   0.60   0.40   1.70   1.20 N I * N
+*          42                        3.10   48.00    3.00   0.10   0.70   1.30   1.60 N I * N
+*          43                        3.90   66.00    5.00   1.50   0.30   1.60   1.40 N I * N
+*          44                        3.20  267.00   -2.00   0.20   0.50   2.60   1.70 N I * N ;marmites;
+*          45                        5.60   57.00   -5.00   0.20   0.50   2.60   0.70 N I * N
+*          46                        5.20   53.00    9.00   0.20   0.60   1.70   1.40 N I * N ;sous galerie supérieure;
+*          47                        2.30  112.00   27.00   1.30   0.30   2.30   0.50 N I * N ;galerie supérieure boucle point 39;
+*          48                        5.50   34.00   -9.00   0.80   0.90   0.00   1.40 N I * N
+*          49                        6.00   63.00    5.00   0.00   0.50   1.90   1.60 N I * N
+*          50                        7.50   87.00   -1.00   0.20   0.20   3.00   1.30 N I * N
+*          51                        6.60  126.00    3.00   0.30   0.20   2.80   2.90 N I * N
+*          52                        6.60  131.00  -18.00   0.40   0.40   5.80   1.50 N I * N ;perte actif temporaire G / schistes;
+*          53                        6.00   89.00   35.00   0.60   0.60   0.80   3.40 N I * N ;bloc entre point 52 & 53 - ruisseau temporaire au sol;
+*          54                        6.50   84.00  -13.00   0.60   0.00   2.60   1.50 N I * N ;arrivée actif Droite;
+*          55                       15.60   93.00    7.00   1.00   1.00   5.90   1.60 N I * N ;faille pendage +55° Az 350° - D(calcaire) G(schiste);
+*          56                       14.00   88.00    3.00   0.70   0.90   0.30   0.70 N I * N
+*          57                        4.10   72.00  -24.00   0.20   0.20   0.50   0.00 N I * N ;étroiture dans les schistes;
+*          58                        4.00   75.00   32.00   1.20   1.00   0.80   0.70 N I * N
+*          59                        5.90   80.00   -6.00   1.00   0.60   0.70   0.60 N I * N
+*          60                        5.60   68.00  -10.00   2.30   0.20   0.80   0.10 N I * N ;B(plage de sable) H(schiste);
+*          61                       12.00   63.00    3.00   1.80   0.20   0.50   1.60 N I * N ;arrivée MC(5S) / entre point 60 & 61 : 2 regards sur rivičre B10m;
+*          62                        8.60   68.00  -19.00   0.90   0.70   2.50   4.70 N I * N ;point topo : becquet D / carrefour sur rivičre;
+*          63                        3.90   65.00  -23.00   0.20   1.50   2.90   3.60 N I * N ;rivičre amont;
+*          64                        6.90  112.00   12.00   1.10   0.00   5.80   4.00 N I * N ;B(rivičre);
+*          65                        5.30  108.00   55.00   0.70   0.70   1.40   5.00 N I * N ;B>5(faille étroite) rivičre non visible;
+*          66                       12.80   87.00    7.00   0.60   0.30   0.40   6.00 N I * N ;B>6(éboulis de schistes);
+*          67                        7.50   81.00    3.00   0.50   1.20   0.80   7.50 N I * N ;B>7.5(éboulis de schistes);
+*          68                        6.00   86.00    7.00   0.40   1.40   0.20   1.00 N I * N ;éboulis de schiste;
+*          69                        4.40   70.00  -25.00   0.40   0.60   2.60   4.90 N I * N ;B>4.9(faille étoite sur rivičre);
+*          70                        6.00   61.00   -3.00   0.00   0.60   3.90   2.00 N I * N ;B2(margelle) faille étroite sur rivičre ;
+*          71                        7.30   80.00   16.00   1.20   0.40   0.90   9.00 N I * N ;B>9(rivičre);
+*          72                        4.70   59.00   -8.00   0.40   0.40   2.20   5.30 N I * N ;B(galerie fossile) sans rivičre;
+*          73                        3.80   77.00  -60.00   0.40   0.50   3.90   1.30 N I * N ;H3.9(sous éboulis de schistes);
+*          74                        5.30   51.00  -15.00   1.00   0.60   2.80   2.60 N I * N ;pied cascade 3.3m;
+*          75                       14.00   94.00   11.00   0.20   0.20   2.60   1.60 N I * N ;H(sous éboulis de schistes) B(rivičre);
+*          76                        7.00   76.00    7.00   0.60   0.50   4.00   1.30 N I * N ;H(sous éboulis de schistes) B(rivičre);
+*          77                        7.80   86.00    8.00   0.30   0.60   2.30   3.30 N I * N ;H(sous éboulis de schistes) B(rivičre);
+*          78                       12.20   75.00   -3.00   0.20   0.80   3.70   1.30 N I * N ;H(sous éboulis de schistes) B(rivičre);
+*          79                        5.60  110.00    8.00   0.60   0.40   3.60   1.80 N I * N ;H(sous éboulis de schistes) B(rivičre);
+*          80                        2.70   95.00   -2.00   0.50   0.30   3.60   1.60 N I * N ;H(sous éboulis de schistes) B(rivičre) / début escalade éboulis;
+*          81                       10.40   77.00   41.00   2.30   0.80   0.80   1.40 N I * N ;B(sommet éboulis de schistes) / point topo : cairn sur extrémité bloc sommital - Arręt topo 9/8/15;
+
+[Configuration 5.12]
+
+Visual Topo=2,3,-1,-1,-1,-1,106,-1016,1546,-231
+Options=1,1
+Calcul=2,3,-1,-1,-10,-42,0,0,1241,444
+Options=43,2,0,1,1
+ExportDxf=0,100,1295,0,0,1,6,7,4,4,3,3,2,7,9,9,3
+ExportSvg=0,100,1423,0,0,10917,8355711,16711680,37632,37632,9109504,9109504,255,0,8355711,7451452,6008319,12632256,9109504
+ExportKml=0
+ExportShp=0,0,0
+Colonnes=10.98,10.98,8.93,8.93,8.93,8.93,8.93,8.93,8.93,8.93,8.93,1.96,2.95,1.96,1.96,3.93,0.36,8.93,8.93,8.93,8.93,8.93,0.36,0.00,0.00

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Sources/B3-corr.tro

@@ -0,0 +1,34 @@
+Version 5.02
+
+Trou B3,0.000,0.000,0,LT2E
+Club Club-Vulcain
+Entree B3
+Couleur 0,0,0
+
+Param Deca Degd Clino Deg 0.0000 Dir,Dir,Dir Inc Std ;B3-Fred Delègue Cédric Chambe le 16-07-2010;
+
+0          0                         0.00    0.00    0.00   0.50   0.50   0.30   0.50 N I
+0          B3                        0.00    0.00    0.00   0.50   0.50   0.30   0.50 N I
+B3         1                         1.80  385.00  -35.00   0.50   0.50   0.30   0.50 N I
+1          2                         4.19  285.00  -50.00   2.50   0.30   2.00   1.00 N I
+2          3                         4.60  200.00  -21.00   0.50   1.50   0.50   0.50 N I
+3          4                         2.00   20.00  -82.00   0.20   0.20   0.00   0.50 N I
+4          5                         2.43  240.00  -55.00   0.60   0.50   1.00   0.50 N I
+5          6                         1.56   80.00  -30.00   0.50   0.50   1.00   0.50 N I
+6          7                         3.78  180.00  -52.00   0.30   1.00   1.00   1.00 N I
+7          8                         2.24  380.00  -85.00   0.20   1.50   3.00   0.50 N I
+8          9                         3.32  155.00  -40.00   0.30   0.40   1.00   0.50 N I
+9          10                        2.58  165.00  -50.00   0.30   0.40   1.00   1.00 N I
+
+[Configuration 5.02]
+
+Visual Topo=2,3,-1,-1,-1,-1,195,125,1155,585
+Options=1,1
+Calcul=2,3,-1,-1,-8,-30,0,0,784,225
+Options=11,1,0,1,1
+ExportDxf=0,100,391,0,0,1,6,7,4,4,3,3,2,7,9
+Colonnes=8.00,8.00,8.00,8.00,8.00,8.00,8.00,8.00,8.00,8.00,8.00,2.00,2.00,4.00,0.38,8.00,8.00,8.00,8.00,8.00,0.38,0.00,0.00
+Plan=0,1,-1,-1,-8,-30,39,25,827,252
+Options=35841,1.00,10,0,0,0,1,0,0
+Coupe d�velopp�e=0,1,-1,-1,-8,-30,78,50,1124,423
+Options=35841,1.00,0,0,0,1,0,0

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Sources/B3_2024.tro

@@ -0,0 +1,787 @@
+Version 5.02
+
+Trou Gouffre des Bourrugues,349.02000,3080.05000,1635.00,LT3
+Club G.S. Gaves / SCMNF / ExploTerre / G.S. Haut-Pyrénéen / FLT / CDS 79
+Entree A-00
+Toporobot 0
+Couleur 0,0,0
+
+Param Topof 1.000 Degd Clino Deg -3.3314 Dir,Dir,Dir Inc Std 18/02/1990 A ;G.S.Gaves : 18/02/1990, topo des puits d'entrée : Stéphane Vogrig, François Ichas;
+
+A-00       A-00             0.0       0.0    0.00    0.00      *      *      *      * N I * N
+A-00       A-01             0.0     500.0   69.00   -6.00   0.00   1.20   0.00   5.50 N I * N
+A-01       A-02             0.0     550.0    0.00  -90.00   0.50   0.50   5.50   2.00 N I * N
+A-02       A-03             0.0     790.0   39.00  -48.00   0.40   0.40   0.50   1.80 N I * N
+A-03       A-04             0.0      60.0  326.00    0.00   0.40   0.40   0.50   1.80 N I * N
+A-04       A-05             0.0     440.0   81.00  -63.00   0.00   1.50   1.00   1.75 N I * N
+A-05       A-06             0.0    1140.0   52.00  -52.00   0.40   0.40   0.51   1.75 N I * N
+A-06       A-07             0.0     300.0   58.00  -34.00   2.00   1.10   0.50   8.30 N I * N
+A-07       A-08             0.0     830.0    0.00  -90.00   3.00   2.30   8.30  12.00 N I * N
+A-08       A-09             0.0     230.0  358.00    0.00   0.40   0.40   1.50   0.50 N I * N
+A-09       A-10             0.0    1130.0  310.00  -85.00   0.00   2.50  11.30   1.75 N I * N
+A-10       A-11             0.0     430.0  206.00  -43.00   0.50   4.00   0.50   8.00 N I * N
+A-11       A-12             0.0     300.0  254.00  -60.00   0.20   0.30   1.00   1.75 N I * N
+A-12       A-13             0.0     200.0  215.00  -19.00   0.20   0.30   1.50  18.00 N I * N
+A-13       A-14             0.0     760.0  277.00  -72.00   0.30   0.40   3.00  38.00 N I * N
+A-14       A-15             0.0    1640.0  291.00  -78.00   0.40   0.50   3.00  22.00 N I * N
+A-15       A-16             0.0    2232.0    0.00  -90.00   1.80   1.00  24.00   0.00 N I * N
+A-16       A-17             0.0    1010.0  275.00   11.00   0.60   0.50  20.00   2.00 N I * N
+A-17       A-18             0.0     900.0  278.00  -44.00   3.00   0.40  16.00  16.00 N I * N
+A-18       A-19             0.0     650.0  263.00  -69.00   0.00   1.00   4.00  21.00 N I * N
+A-19       A-20             0.0     930.0  172.00  -67.00   1.00   1.00   4.00   8.00 N I * N
+A-20       A-21             0.0    1700.0  183.00  -75.00   1.00   1.00   1.00   1.75 N I * N
+A-21       A-22             0.0    1500.0  297.00  -59.00   0.30   0.30   3.00   2.80 N I * N
+A-22       A-23             0.0     380.0  251.00  -32.00   3.00   2.50   2.50  24.20 N I * N
+A-23       A-24             0.0    2420.0    0.00  -90.00   3.00   3.00  25.00   0.00 N I * N
+A-24       A-25             0.0     165.0    0.00   90.00   2.00   0.50   8.00   1.70 N I * N
+A-25       A-26             0.0     480.0  207.00  -20.00   0.60   0.60   3.00   3.00 N I * N
+A-26       A-27             0.0     470.0  111.00  -30.00   0.30   0.30   2.50   3.00 N I * N
+A-27       A-28             0.0    3000.0  126.00  -76.00   0.00   2.00   3.00   0.00 N I * N
+A-28       A-29             0.0     168.0    0.00   90.00   0.00   2.00   1.40   1.70 N I * N
+A-29       A-30             0.0     570.0   22.00  -30.00   2.00   5.00   1.00   1.75 N I * N
+A-30       A-31             0.0     500.0   86.00  -21.00   0.20   0.30   1.50   1.00 N I * N
+A-31       A-32             0.0     730.0  142.00  -72.00   0.50   1.50   8.00   1.75 N I * N
+A-32       A-33             0.0     260.0   33.00   -9.00   0.40   0.50   8.00   1.75 N I * N
+A-33       A-34             0.0     380.0   78.00  -22.00   0.30   0.30   0.50   1.75 N I * N
+A-34       A-35             0.0     370.0  111.00  -19.00   0.30   0.30   0.50   1.75 N I * N
+A-35       A-36             0.0     270.0   78.00  -46.00   1.50   0.00   3.00   1.75 N I * N
+A-36       A-37             0.0     150.0  128.00   16.00   0.80   0.80   7.00   8.00 N I * N
+A-37       A-38             0.0     490.0   72.00   25.00   0.40   0.80   2.00   0.80 N I * N
+A-38       A-39             0.0    1310.0  189.00  -72.00   1.00   1.00   1.00   1.00 N I * N
+A-39       A-40             0.0     980.0  321.00  -86.00   0.20   0.30   1.00   1.00 N I * N
+A-40       A-41             0.0    2515.0  316.00  -78.00   0.00   1.00  22.00   1.75 N I * N
+A-41       A-42             0.0      80.0  343.00    4.00   0.30   0.20   1.00   1.75 N I * N
+A-42       A-43             0.0     150.0  317.00    5.00   1.00   0.00   3.00   1.75 N I * N
+
+Param Topof 1.000 Degd Clino Degd -3.3323 Inv,Inv,Inv Inc Std 10/02/1990 A ;G.S.Gaves : 10/02/1990, topo de la base des puits… ŕ la jonction du shunt-actif : Jean Duplantier, François Ichas;
+
+A-43       B-40             0.0     360.0   83.00    8.00   0.00   1.10   3.00   1.75 N I * N
+B-40       B-39             0.0     980.0  133.00    5.00   0.00   1.00   3.00   1.75 N I * N
+B-39       B-38             0.0     660.0  138.00    6.00      *      *      *      * N I * N
+B-38       B-37             0.0    1150.0   74.00    4.00      *      *      *      * N I * N
+B-37       B-36             0.0     890.0   94.00    4.00      *      *      *      * N I * N
+B-36       B-35             0.0     680.0   75.00    7.00      *      *      *      * N I * N
+B-35       B-34             0.0     270.0  120.00    8.00      *      *      *      * N I * N
+B-34       B-33             0.0    1070.0   83.00    5.00      *      *      *      * N I * N
+B-33       B-32             0.0    2010.0   73.00    6.00      *      *      *      * N I * N
+B-32       B-31             0.0     760.0  101.00   -2.00      *      *      *      * N I * N
+B-31       B-30             0.0     390.0  113.00   -3.00      *      *      *      * N I * N
+B-30       B-29             0.0    1135.0  105.00    0.00      *      *      *      * N I * N
+B-29       B-28             0.0     725.0  131.00   26.00      *      *      *      * N I * N
+B-28       B-27             0.0     515.0   82.00    5.00      *      *      *      * N I * N
+B-27       B-26             0.0     580.0   46.00    0.00      *      *      *      * N I * N
+B-26       B-25             0.0     405.0  108.00   18.00      *      *      *      * N I * N
+B-25       B-24             0.0    1840.0  120.00    4.00      *      *      *      * N I * N
+B-24       B-23             0.0    1205.0   95.00    5.00      *      *      *      * N I * N
+B-23       B-22             0.0     750.0  125.00  -31.00      *      *      *      * N I * N
+B-22       B-21             0.0     870.0   81.00   11.00      *      *      *      * N I * N
+B-21       B-20             0.0    1140.0   63.00   14.00      *      *      *      * N I * N
+B-20       B-19             0.0    1640.0  108.00    2.00      *      *      *      * N I * N
+B-19       B-18             0.0    1790.0  139.00    4.00      *      *      *      * N I * N
+B-18       B-17             0.0     730.0  110.00    5.00      *      *      *      * N I * N
+B-17       B-16             0.0    1420.0   89.00    4.00      *      *      *      * N I * N
+B-16       B-15             0.0     335.0  171.00    0.00      *      *      *      * N I * N
+B-15       B-14             0.0     675.0   83.00    6.00      *      *      *      * N I * N
+B-14       B-13             0.0     410.0   99.00    5.00      *      *      *      * N I * N
+B-13       B-12             0.0    1430.0   91.00    4.00      *      *      *      * N I * N
+B-12       B-11             0.0     870.0   84.00    8.00      *      *      *      * N I * N
+B-11       B-10             0.0     380.0  166.00    7.00      *      *      *      * N I * N
+B-10       B-09             0.0     345.0  202.00   -3.00      *      *      *      * N I * N
+B-09       B-08             0.0    1160.0  185.00    1.00      *      *      *      * N I * N
+B-08       B-07             0.0     450.0  131.00  -19.00      *      *      *      * N I * N
+B-07       B-06             0.0    1095.0  111.00   11.00      *      *      *      * N I * N
+B-06       B-05             0.0     840.0  194.00   21.00      *      *      *      * N I * N
+B-05       B-04             0.0    1370.0  234.00    0.00      *      *      *      * N I * N
+B-04       B-03             0.0     340.0  239.00   30.00      *      *      *      * N I * N
+B-03       B-02             0.0     640.0  207.00   10.00      *      *      *      * N I * N
+B-02       B-01             0.0     420.0  140.00   36.00      *      *      *      * N I * N
+B-01       B-00             0.0     395.0  220.00   13.00      *      *      *      * N I * N
+
+Param Topof 1.000 Degd Clino Degd -3.2052 Dir,Dir,Dir Inc Std 24/11/1991 A ;G.S.Gaves : 24/11/1991 topo de la sortie du shunt vers l'amont : Michel Lauga, Jacques Bauer;
+
+B-00       F-01             0.0    1105.0  168.00    2.00      *      *      *      * I I * N
+F-01       F-02             0.0     455.0   80.00    1.00      *      *      *      * N I * N
+F-02       F-03             0.0     715.0  158.00    3.00      *      *      *      * N I * N
+F-03       F-04             0.0     375.0  171.00    0.00      *      *      *      * N I * N
+F-04       F-05             0.0     600.0   95.00    0.00      *      *      *      * N I * N
+F-05       F-06             0.0     300.0  157.00    0.00      *      *      *      * N I * N
+F-06       F-07             0.0     600.0  110.00    0.00      *      *      *      * N I * N
+F-07       F-08             0.0     695.0  102.00    0.00      *      *      *      * N I * N
+F-08       F-09             0.0     530.0   85.00    0.00      *      *      *      * N I * N
+F-09       F-10             0.0     895.0   94.00    1.00      *      *      *      * N I * N
+F-10       F-11             0.0     500.0   83.00    2.00      *      *      *      * N I * N
+F-11       F-12             0.0     535.0   94.00    1.00      *      *      *      * N I * N ;F-12=siphon amont nř1;
+F-03       F-13             0.0     480.0  231.00    2.00      *      *      *      * N I * N
+F-13       F-14             0.0     765.0  203.00    0.00      *      *      *      * N I * N
+F-14       F-15             0.0     100.0  283.00    0.00      *      *      *      * N I * N
+F-15       F-16             0.0    1260.0  167.00    1.00      *      *      *      * N I * N
+F-16       F-17             0.0     655.0   78.00    0.00      *      *      *      * N I * N
+F-17       F-18             0.0     540.0  105.00    2.00      *      *      *      * N I * N ;F-18=siphon amont nř2;
+F-16       F-19             0.0     610.0  274.00    0.00      *      *      *      * N I * N
+F-19       F-20             0.0     220.0  290.00    0.00      *      *      *      * N I * N
+
+Param Topof 1.000 Degd Clino Degd -3.3355 Inv,Inv,Inv Inc Std 13/01/1990 A ;G.S.Gaves : 13/01/1990 topo de la sortie du shunt au siphon terminal : Jean Duplantier, Benat Delanghe, François Ichas;
+
+B-00       C-25             0.0    2200.0  170.00    9.00   0.60   0.60   6.00   1.70 N I * N
+C-25       C-24             0.0    2000.0  162.00    8.00   1.50   0.00   6.00   1.70 N I * N
+C-24       C-23             0.0     440.0  119.00   10.00   1.10   0.00   5.00   1.70 N I * N
+C-23       C-22             0.0     700.0  120.00    8.00   1.50   0.00   5.00   1.70 N I * N
+C-22       C-21             0.0    1415.0   97.00   10.00   0.60   0.60   5.00   1.70 N I * N
+C-21       C-20             0.0    1200.0   80.00    7.00   1.00   1.00   5.00   1.70 N I * N
+C-20       C-19             0.0     470.0   97.00   10.00   1.00   1.00   5.00   1.70 N I * N
+C-19       C-18             0.0     445.0   71.00    9.00   1.00   1.00   5.00   1.70 N I * N
+C-18       C-17             0.0    1165.0   93.00   11.00   1.00   1.00   5.00   1.70 N I * N
+C-17       C-16             0.0    1440.0  141.00   -1.00   1.00   1.00   2.00   1.70 N I * N
+C-16       C-15             0.0    2000.0  148.00    9.00   1.00   1.00   2.50   1.70 N I * N
+C-15       C-14             0.0    1170.0   98.00    4.00   0.50   1.00   2.00   1.70 N I * N
+C-14       C-13             0.0     385.0  230.00    7.00   1.50   0.00   5.00   1.00 N I * N
+C-13       C-12             0.0    1425.0  193.00    8.00   1.00   2.00   5.00   7.00 N I * N
+C-12       C-11             0.0     880.0  169.00   -4.00   0.50   0.50   5.00   1.70 N I * N
+C-11       C-10             0.0     225.0  112.00    1.00   0.60   0.60   3.00   0.00 N I * N
+C-10       C-09             0.0    1290.0  164.00   12.00   1.00   3.00   3.00   1.70 N I * N
+C-09       C-08             0.0    1305.0   97.00    9.00   0.70   0.70   2.50   1.70 N I * N
+C-08       C-07             0.0    1250.0   71.00   12.00   2.50   1.00   2.50   1.70 N I * N
+C-07       C-06             0.0    1950.0  133.00    6.00   1.00   0.00   4.00   1.70 N I * N
+C-06       C-05             0.0    1765.0   77.00    9.00   1.00   1.00   4.00   1.70 N I * N
+C-05       C-04             0.0     330.0  101.00   15.00   1.80   0.80   6.00   2.00 N I * N
+C-04       C-03             0.0     750.0   90.00   43.00   1.00   2.00   6.00   4.20 N I * N
+C-03       C-02             0.0     420.0    0.00   90.00   1.00   1.50  10.00   1.70 N I * N
+C-02       C-01             0.0     840.0   92.00    8.00   0.00   1.00   6.00   1.70 N I * N
+C-01       C-00             0.0    1650.0   93.00    8.00   1.00   1.00   6.00   1.70 N I * N ;C-00 = Au ras du siphon, becquet d'amarrage du fil d'Ariane;
+
+Param Topof 1.000 Degd Clino Degd -3.3306 Dir,Dir,Dir Inc Std 25/02/1990 A ;G.S.Gaves : 25/02/1990 topo ŕ partir du point C-09 : Pierre-Henri Fontespis-Loste, Stéphane Vogrig, François Ichas;
+
+C-09       D-01             0.0     280.0   70.00    8.00      *      *      *      * N I * N
+D-01       D-02             0.0     780.0  352.00   54.00      *      *      *      * N I * N
+D-02       D-03             0.0     540.0   66.00   59.00      *      *      *      * N I * N
+D-03       D-04             0.0     517.0  285.00   20.00      *      *      *      * N I * N
+D-04       D-05             0.0     350.0  254.00  -29.00      *      *      *      * N I * N
+D-05       D-06             0.0     290.0  261.00    3.00      *      *      *      * N I * N
+D-06       D-07             0.0     570.0  294.00   30.00      *      *      *      * N I * N
+D-07       D-08             0.0    1480.0  270.00  -16.50      *      *      *      * N I * N
+D-08       D-09             0.0     320.0  310.00   -7.00      *      *      *      * N I * N
+D-09       D-10             0.0     920.0  274.00  -12.00      *      *      *      * N I * N
+D-10       D-11             0.0     350.0    0.00   90.00      *      *      *      * N I * N
+D-11       D-12             0.0    1430.0  256.00   -2.00      *      *      *      * N I * N
+D-12       D-13             0.0     450.0  272.00   -8.00      *      *      *      * N I * N ;A partir de C-09 Shunt de la main courante. E-00 = C-09 ;
+C-09       E-01             0.0    1210.0  166.00    8.00      *      *      *      * I I * N
+E-01       E-02             0.0     240.0  116.00   31.00      *      *      *      * N I * N
+E-02       E-03             0.0     880.0  174.00   13.00      *      *      *      * N I * N
+E-03       E-04             0.0    1420.0  155.00    2.00      *      *      *      * N I * N
+E-04       E-05             0.0    1060.0  130.00   11.00      *      *      *      * N I * N
+E-05       E-06             0.0    2490.0  148.00    2.00      *      *      *      * N I * N
+E-06       E-07             0.0     810.0   98.00    4.00      *      *      *      * N I * N
+E-07       E-08             0.0     740.0   81.00    1.00      *      *      *      * N I * N
+E-08       E-09             0.0     440.0  122.00    7.00      *      *      *      * N I * N
+E-09       E-10             0.0     750.0   84.00    8.00      *      *      *      * N I * N
+E-10       E-11             0.0    1210.0   89.00    0.00      *      *      *      * N I * N
+E-11       E-12             0.0     540.0   38.00   36.00      *      *      *      * N I * N
+E-12       E-13             0.0    1095.0   84.00    2.00      *      *      *      * N I * N
+E-13       E-14             0.0    1190.0  187.00  -21.00      *      *      *      * N I * N
+E-14       E-15             0.0     815.0  257.00  -71.00      *      *      *      * N I * N ;E-15 dans l'actif au sol;
+
+Param Topof 1.000 Degd Clino Degd -3.3306 Dir,Dir,Dir Inc Std 25/02/1990 A ; G.S.Gaves : ??/??/1991 topo ŕ partir du point C-00, Siphon 1 et Siphon 2 C-00 = Au ras du siphon, becquet d'amarrage du fil d'Ariane : Serge Latapie, Philippe Rabatel;
+
+C-00       SIPH-01          0.0    1170.0  285.00  -23.70      *      *      *      * N I * N
+SIPH-01    SIPH-02          0.0    1270.0  280.00   21.70      *      *      *      * N I * N
+SIPH-02    SIPH-03          0.0     750.0   20.00    0.00      *      *      *      * N I * N
+SIPH-03    SIPH-04          0.0     820.0   70.00    0.00      *      *      *      * N I * N
+SIPH-04    SIPH-05          0.0     150.0    0.00  -90.00      *      *      *      * N I * N
+SIPH-05    SIPH-06          0.0     810.0  280.00   -2.10      *      *      *      * N I * N
+SIPH-06    SIPH-07          0.0     680.0   40.00   15.30      *      *      *      * N I * N
+SIPH-07    SIPH-08          0.0     420.0   60.00  -12.30      *      *      *      * N I * N
+SIPH-08    SIPH-09          0.0     420.0    0.00  -20.90      *      *      *      * N I * N
+SIPH-09    SIPH-10          0.0     710.0   30.00   19.70      *      *      *      * N I * N
+SIPH-10    P-02             0.0    1667.0   60.00    0.00      *      *      *      * N I * N ;galerie entre S2 et S3, S.Latapie et ??? topo avec boite Vulcain N-10=P-01;
+P-02       P-03             0.0    1037.0  335.00   14.00      *      *      *      * N I * N
+P-03       P-04             0.0     303.0  275.00  -23.00      *      *      *      * N I * N
+P-04       P-05             0.0     696.0  340.00  -18.00      *      *      *      * N I * N
+P-05       P-06             0.0    2667.0  300.00    0.00      *      *      *      * N I * N
+P-06       P-07             0.0    1853.0  285.00   -3.00      *      *      *      * N I * N
+P-07       P-08             0.0     954.0  300.00   -1.00      *      *      *      * N I * N
+P-08       P-09             0.0     469.0  310.00  -10.00      *      *      *      * N I * N
+P-09       P-10             0.0     747.0  270.00    5.00      *      *      *      * N I * N
+P-10       P-11             0.0     920.0  305.00   -7.00      *      *      *      * N I * N ;Siphon 3 Gasp‚ et Perre compas en degrés et décamčtre P-11=Q-00;
+P-11       Q-01             0.0    1460.0  255.00  -19.20      *      *      *      * N I * N
+Q-01       Q-02             0.0    1810.0  260.00  -10.00      *      *      *      * N I * N
+Q-02       Q-03             0.0     750.0  265.00  -28.60      *      *      *      * N I * N
+Q-03       Q-04             0.0    1400.0   15.00   -0.80      *      *      *      * N I * N
+Q-04       Q-05             0.0     300.0    5.00   19.40      *      *      *      * N I * N
+Q-05       Q-06             0.0    2000.0  255.00   -0.80      *      *      *      * N I * N
+Q-06       Q-07             0.0    2000.0  265.00    7.40      *      *      *      * N I * N
+Q-07       Q-08             0.0    2000.0  240.00   25.00      *      *      *      * N I * N ;le point Q-08 = rive droite sortie S3 en direction de S4;
+
+Param Topof 1.000 Degd Clino Degd -3.3233 Dir,Dir,Dir Inc Std 25/03/1990 A ;G.S.Gaves 25/03/1990 : topo ŕ partir de la sortie du S3 : Olivier Gaspé‚ Alain Perré ???;
+
+Q-08       K-01             0.0     600.0  350.00    9.00   0.80   0.40   2.00   1.60 N I * N
+K-01       K-02             0.0     640.0  297.00    2.00   3.00   2.00   2.00   1.60 N I * N
+K-02       K-03             0.0     940.0  268.00    1.00   0.80   0.20   1.00   0.50 N I * N ;Départ S4;
+Q-08       K-04             0.0     440.0  200.00    2.00   4.00   0.50   1.00   0.50 N I * N
+Q-08       K-05             0.0     200.0  235.00   15.00      *      *      *      * N I * N
+K-05       K-06             0.0    1430.0  321.00   38.00   2.00   0.30   3.00   1.60 N I * N
+K-06       K-07             0.0     660.0  281.00    1.00   0.70   0.40   1.00   1.60 N I * N
+K-07       K-08             0.0     500.0  314.00   18.00   1.50   1.50   6.00   1.60 N I * N
+K-08       K-09             0.0     700.0  285.00   -9.00   1.00   1.00   5.00   1.60 N I * N
+K-09       K-10             0.0    1100.0  319.00    6.00   1.25   1.25   5.00   1.60 N I * N
+K-10       K-11             0.0     400.0  276.00  -23.00   2.00   1.00   5.00   1.60 N I * N
+K-11       K-12             0.0     440.0    0.00  -90.00      *      *      *      * N I * N
+K-12       K-13             0.0     160.0    0.00   90.00      *      *      *      * N I * N
+K-13       K-14             0.0     490.0  323.00  -30.00   1.70   1.00   5.00   1.60 N I * N
+K-14       K-15             0.0    1330.0  222.00   -5.00   0.60   0.50   1.00   1.60 N I * N
+K-15       K-16             0.0     890.0  112.00    6.00   0.60   0.50   2.00   1.60 N I * N
+K-16       K-17             0.0     960.0   86.00    2.00   0.60   0.60   1.00   1.60 N I * N
+K-17       K-18             0.0    1250.0  220.00    2.00   0.20   1.50   1.50   1.60 N I * N
+K-18       K-19             0.0     700.0   80.00    2.00      *      *      *      * N I * N ;K-19=sortie du S4;
+K-14       K-20             0.0    1480.0   49.00   -3.00   0.60   0.60   5.00   1.60 N I * N
+K-20       K-21             0.0     550.0   48.00    1.00   0.60   0.60   7.00   1.60 N I * N
+K-21       K-22             0.0     670.0   23.00   -1.00   0.50   0.50   7.00   2.00 N I * N
+K-22       K-23             0.0     280.0   62.00   -7.00   0.50   0.50   4.00   2.00 N I * N
+K-23       K-24             0.0     320.0   32.00   -8.00   0.80   0.80   4.00   1.80 N I * N
+K-24       K-25             0.0     380.0  324.00   -9.00   1.00   1.00  15.00   1.60 N I * N
+K-25       K-26             0.0     470.0   10.00   -8.00   1.50   1.50   4.00   1.60 N I * N
+K-26       K-27             0.0     240.0    9.00   -4.00   0.30   1.20   4.00   1.60 N I * N
+K-27       K-28             0.0     500.0  297.00    2.00   1.00   0.15   5.00   1.60 N I * N
+K-28       K-29             0.0     300.0  235.00    9.00   0.60   0.60   7.00   1.60 N I * N
+K-29       K-30             0.0     410.0  261.00    1.00   0.60   0.60   6.00   1.60 N I * N
+K-30       K-31             0.0     310.0  232.00    1.00   1.00   1.00   6.00   1.60 N I * N
+K-31       K-32             0.0     370.0  290.00   -4.00   1.00   1.00   6.00   1.60 N I * N
+K-32       K-33             0.0     240.0  270.00   -3.00   0.50   0.50   6.00   1.60 N I * N
+K-33       K-34             0.0     280.0  309.00   -1.00   0.80   0.80   6.00   1.60 N I * N
+K-34       K-35             0.0     450.0  350.00   -2.00   0.80   2.00   3.00   1.60 N I * N
+K-35       K-36             0.0    1130.0  342.00   -4.00   1.50   0.80   3.00   1.60 N I * N
+K-36       K-37             0.0     410.0  278.00   -5.00   0.50   1.00   3.00   1.60 N I * N
+K-37       K-38             0.0     450.0  321.00   -9.00   0.30   0.50   3.00   1.60 N I * N
+K-38       K-39             0.0    1280.0  314.00   -8.00   1.00   0.80   3.00   1.60 N I * N ;arrivée du fossile 3m ŕ gauche;
+K-39       K-40             0.0    1400.0   48.00    2.00   0.40   2.00   2.00   1.60 N I * N
+K-40       K-41             0.0    2000.0  320.00    2.00   3.00   0.40   2.00   1.60 N I * N
+K-41       K-42             0.0     630.0  290.00    4.00   1.80   2.00   6.00   1.60 N I * N
+K-42       K-43             0.0     920.0  261.00   -2.00   1.50   0.80   5.00   1.60 N I * N
+K-43       K-44             0.0    1080.0  307.00    2.00   0.50   2.00   2.00   1.60 N I * N
+K-44       K-45             0.0    1500.0  275.00   -1.00   1.60   0.80   2.00   1.60 N I * N
+K-45       K-46             0.0     800.0  295.00   -1.00   0.90   0.90   1.50   1.60 N I * N
+K-46       K-47             0.0    1950.0  274.00    1.00   2.00   1.00   2.50   1.60 N I * N
+K-47       K-48             0.0    1040.0  294.00    2.00   0.70   0.80   3.00   1.60 N I * N
+K-48       K-49             0.0    2000.0  257.00    3.00   2.00   0.70   3.00   1.60 N I * N
+K-49       K-50             0.0    1520.0  269.00  -10.00   0.60   2.50   2.00   1.60 N I * N
+K-50       K-51             0.0     970.0  306.00    1.00   0.30   0.50   2.00   1.60 N I * N
+K-51       K-52             0.0     520.0  353.00    4.00   1.50   7.00   2.00   1.60 N I * N
+K-52       K-53             0.0     750.0  260.00  -16.00   2.00   2.00   4.00   2.00 N I * N
+K-53       K-54             0.0     620.0  278.00   18.00   0.50   0.40   4.00   0.40 N I * N
+K-54       K-55             0.0      50.0    0.00  -90.00      *      *      *      * N I * N
+K-55       K-56             0.0     960.0  319.00  -14.00   0.50   1.00   3.00   3.10 N I * N
+K-56       K-57             0.0     840.0  301.00   -3.00   1.20   1.10   4.00   1.60 N I * N
+K-57       K-58             0.0    1250.0  330.00   -9.00   0.60   1.50   2.00   1.80 N I * N
+K-58       K-59             0.0    1100.0  280.00    8.00   2.50   1.50   5.00   1.60 N I * N
+K-59       K-60             0.0    1060.0  270.00   -8.00   0.50   2.50   2.50   0.40 N I * N
+K-60       K-61             0.0     890.0  302.00    2.00   2.00   2.00   2.50   1.60 N I * N
+K-61       K-62             0.0     700.0  304.00   16.00   3.00   0.60   4.00   1.60 N I * N
+K-62       K-63             0.0     920.0  277.00    1.00   1.10   1.00   2.00   1.60 N I * N
+K-63       K-64             0.0    1000.0   52.00   14.00   0.60   2.00   3.00   1.60 N I * N
+K-64       K-65             0.0     640.0   40.00  -40.00   1.50   1.50   3.00   1.60 N I * N
+K-65       K-66             0.0     660.0   72.00   12.00   1.00   1.50   3.00   1.60 N I * N
+K-66       K-67             0.0     500.0   10.00  -38.00   0.80   1.00   5.00   1.60 N I * N
+K-67       K-68             0.0     780.0   65.00    2.00   0.60   0.60   5.00   1.60 N I * N
+K-68       K-69             0.0     940.0   79.00    0.00   0.50   0.50   0.50   1.60 N I * N
+K-69       K-70             0.0     800.0   85.00   18.00   1.50   1.50   0.50   1.60 N I * N
+K-70       K-71             0.0    1500.0   70.00  -10.00   1.00   2.00   5.00   1.60 N I * N
+K-71       K-72             0.0    2000.0   55.00    3.00   0.90   1.10   5.00   1.60 N I * N ;arrivée d'eau en hauteur;
+K-72       K-73             0.0    1450.0   59.00    2.00   0.50   0.60  10.00   1.60 N I * N
+K-73       K-74             0.0     630.0   60.00    2.00   0.50   0.60   6.00   1.60 N I * N
+K-74       K-75             0.0     980.0   44.00    2.00   0.80   0.80   3.00   1.60 N I * N
+K-75       K-76             0.0     840.0   16.00    2.00   1.00   0.90   1.00   1.60 N I * N
+K-76       K-77             0.0    2000.0   55.00    2.00   1.50   2.00   4.00   1.60 N I * N
+K-77       K-78             0.0    1150.0   48.00    1.00   1.00   2.00   1.00   1.60 N I * N
+K-78       K-79             0.0    2000.0   40.00    1.00   1.00   2.00   2.00   1.60 N I * N
+K-79       K-80             0.0     860.0   42.00    2.00   1.00   1.00   6.00   1.60 N I * N ;affluent en hauteur;
+K-80       K-81             0.0     800.0   55.00   -8.00   0.60   0.60   2.00   0.40 N I * N
+K-81       K-82             0.0    2000.0   52.00    2.00   0.70   0.80   1.00   1.60 N I * N
+K-82       K-83             0.0    2000.0   47.00    2.00   2.00   0.80   6.00   1.60 N I * N
+K-83       K-84             0.0    1680.0   40.00    2.00   0.80   0.80   6.00   1.60 N I * N ;affluent gauche gros débit;
+K-84       K-85             0.0    1600.0   35.00    2.00   1.00   0.80   5.00   1.60 N I * N
+K-85       K-86             0.0     680.0   35.00    2.00   1.00   1.00   6.00   1.50 N I * N
+K-86       K-87             0.0    1340.0   70.00    2.00   0.50   0.50   1.00   1.60 N I * N
+K-87       K-88             0.0    1700.0   40.00    3.00   1.50   0.50   1.00   1.60 N I * N
+K-88       K-89             0.0    2000.0   34.00    2.00   0.70   0.60  20.00   0.50 N I * N
+K-89       K-90             0.0    1150.0   24.00   -2.00   2.50   1.50   8.00   3.00 N I * N
+K-90       K-91             0.0    1330.0   91.00   -2.00   2.50   3.00   1.50   1.60 N I * N
+K-91       K-92             0.0    1250.0   79.00    1.00   0.80   1.00   3.00   1.60 N I * N
+K-92       K-93             0.0    1060.0  360.00    1.00   1.00   1.00   5.00   1.60 N I * N
+K-93       K-94             0.0     550.0  323.00    1.00   2.00   2.00   4.00   1.60 N I * N
+K-94       K-95             0.0     600.0   12.00    2.00   0.60   2.00   8.00   1.60 N I * N ;puits remontant;
+K-95       K-96             0.0     530.0   80.00    2.00   1.00   2.00   3.00   1.60 N I * N ;ressaut de 4m;
+K-96       K-97             0.0    2000.0   70.00   -8.00   2.00   3.00   4.00   1.60 N I * N ;Début des salles = K-96: ressaut de 4m. Bivouac … k-98. Terminus topo, Lundi matin … trois heures!!!;
+K-97       K-98             0.0    1340.0   58.00   -1.00   2.00   1.50   4.00   1.60 N I * N ;fin de la journée!! Bivouac dans la salle;
+K-98       L-01             0.0    1470.0   89.00    1.00   3.00   2.00   3.50   1.60 N I * N
+L-01       L-02             0.0    1570.0   65.00  -15.00   2.00   1.70   2.50   1.60 N I * N
+L-02       L-03             0.0     470.0  335.00   -4.00   5.00   2.00   5.00   1.60 N I * N
+L-03       L-04             0.0    1640.0    7.00  -28.00   1.00   2.00   5.00   1.60 N I * N
+L-04       L-05             0.0     640.0  345.00   -7.00   3.50   4.00   2.00   1.60 N I * N
+L-05       L-06             0.0     800.0  320.00   18.00   1.20   3.00   4.00   1.60 N I * N
+L-06       L-07             0.0    2000.0  288.00    0.00   2.00   0.50   2.50   1.60 N I * N
+L-07       L-08             0.0    2000.0  274.00    6.00   3.00   3.00   2.00   1.60 N I * N
+L-08       L-09             0.0    1330.0  289.00  -10.00   2.00   2.00   0.60   1.60 N I * N
+L-09       L-10             0.0    1440.0  310.00  -15.00   1.80   3.50   2.00   1.60 N I * N
+L-10       L-11             0.0     330.0  216.00    0.00   6.00   0.00   5.00   1.60 N I * N
+L-11       L-12             0.0    1900.0  360.00    0.00   2.00   3.00   4.50   1.60 N I * N
+L-12       L-13             0.0    2000.0  354.00   -2.00   1.00   1.50   4.50   1.60 N I * N
+L-13       L-14             0.0    1600.0   10.00   -3.00   1.00   1.00   3.00   1.80 N I * N
+L-14       L-15             0.0    2000.0   48.00    1.00   1.80   2.50   5.00   1.80 N I * N
+L-15       L-16             0.0    2000.0   68.00    0.00   4.00   1.50   2.00   1.80 N I * N
+L-16       L-17             0.0    2000.0   65.00   -1.00   1.50   1.50   4.00   1.80 N I * N
+L-17       L-18             0.0    2000.0   60.00    0.00   2.00   2.50   3.00   1.60 N I * N
+L-18       L-19             0.0    1120.0  104.00   -1.00   1.20   2.20   2.50   1.60 N I * N
+L-19       L-20             0.0    1400.0   70.00    0.00   2.50   1.10   2.50   1.00 N I * N
+L-20       L-21             0.0    1150.0   18.00    5.00   1.50   2.50   4.00   1.60 N I * N
+L-21       L-22             0.0     280.0   30.00  -18.00   3.00   3.00   4.00   1.60 N I * N
+L-22       L-23             0.0    2000.0   70.00  -17.00   2.00   6.00   2.00   1.60 N I * N
+L-23       L-24             0.0    2000.0   78.00   -5.00   3.50   4.00   3.00   1.60 N I * N
+L-24       L-25             0.0    1360.0   70.00   -1.00   1.80   3.00   2.00   1.60 N I * N
+L-25       L-26             0.0    1570.0    5.00   -1.00   3.50   0.80   3.00   1.60 N I * N
+L-26       L-27             0.0     780.0  351.00  -11.00   1.50   1.10   2.50   1.60 N I * N
+L-27       L-28             0.0     690.0  318.00   10.00   0.50   0.50   3.00   1.60 N I * N
+L-28       L-29             0.0    1000.0  334.00    0.00   0.50   0.50   2.00   4.00 N I * N
+L-29       L-30             0.0     930.0    5.00    0.00   0.50   0.80   2.00   0.40 N I * N
+L-30       L-31             0.0     240.0   37.00   -5.00   0.50   1.00   0.80   0.60 N I * N
+L-31       L-32             0.0    1310.0    6.00   -8.00   0.60   0.60   0.00   0.60 N I * N
+L-32       L-33             0.0    1170.0    8.00   -8.00   1.80   0.60   0.50   1.60 N I * N
+L-33       L-34             0.0    1640.0   31.00   -5.00   0.20   1.00   0.80   1.60 N I * N
+L-34       L-35             0.0    1430.0   28.00  -10.00   0.40   1.00   0.60   1.60 N I * N
+L-35       L-36             0.0    1270.0   34.00   -3.00   0.70   1.00   0.30   1.00 N I * N
+L-36       L-37             0.0    1400.0   41.00   -1.00   0.70   1.10   0.30   1.00 N I * N
+L-37       L-38             0.0    2000.0   32.00    0.00   1.50   0.50   0.20   1.00 N I * N
+L-38       L-39             0.0    1400.0   39.00   -3.00   0.30   1.50   0.20   1.00 N I * N
+L-39       L-40             0.0    1140.0    9.00   -5.00   1.50   0.60   0.70   1.60 N I * N
+L-40       L-41             0.0     870.0   57.00   -3.00   0.50   2.00   1.00   1.60 N I * N
+L-41       L-42             0.0    1400.0   68.00    2.00   0.60   1.60   0.00   1.50 N I * N
+L-42       L-43             0.0    1250.0   54.00   -9.00   3.50   2.00   2.00   0.40 N I * N
+L-43       L-44             0.0    2000.0   79.00  -10.00   1.00   2.50   0.60   1.60 N I * N
+L-44       L-45             0.0    1470.0   58.00    2.00   2.00   1.00   3.00   1.60 N I * N
+L-45       L-46             0.0    1770.0   77.00  -14.00   0.70   1.00   0.00   0.60 N I * N
+L-46       L-47             0.0    1070.0   78.00   -4.00   1.20   1.00   1.50   1.60 N I * N
+L-47       L-48             0.0    1530.0   23.00   -2.00   3.00   3.00   1.00   1.60 N I * N
+L-48       L-49             0.0     250.0   80.00  -45.00   0.80   0.80   1.00   1.60 N I * N
+L-49       L-50             0.0    1360.0   32.00   -5.00   0.60   0.80   1.60   0.00 N I * N ;niveau de l'eau;
+L-50       L-51             0.0     630.0   39.00  -18.00   1.00   1.00   0.40   0.60 N I * N
+L-51       L-52             0.0     960.0   36.00  -10.00   1.50   1.50   0.20   0.50 N I * N
+L-52       L-53             0.0     950.0   30.00   -4.00   2.00   1.50   1.50   0.60 N I * N
+L-53       L-54             0.0     760.0   28.00  -10.00   1.50   0.70   6.00   0.70 N I * N
+L-54       L-55             0.0    2000.0   30.00   -4.00   1.00   1.10   5.00   0.60 N I * N
+L-55       L-56             0.0    1360.0   20.00    3.00   1.50   1.00   0.40   1.60 N I * N
+L-56       L-57             0.0    1460.0   21.00  -12.00   0.60   1.80   4.00   3.60 N I * N
+L-57       L-58             0.0    1520.0   29.00   -5.00   3.00   2.00   0.20   1.60 N I * N
+L-58       L-59             0.0    1190.0  351.00   -4.00   2.20   1.50   1.50   1.60 N I * N
+L-59       L-60             0.0    1440.0   21.00   -4.00   0.90   4.50   1.50   1.60 N I * N
+L-60       L-61             0.0    2000.0   70.00  -12.00   1.00   4.00   1.50   1.60 N I * N
+L-61       L-62             0.0    1200.0   63.00   -9.00   1.50   2.00   0.80   1.60 N I * N
+L-62       L-63             0.0    1060.0   70.00   -3.00   0.80   1.20   1.50   1.60 N I * N
+L-63       L-64             0.0     730.0   69.00   -9.00   1.20   1.00   1.50   0.50 N I * N
+L-64       L-65             0.0    2000.0   93.00   -5.00   1.50   1.00   2.50   0.80 N I * N
+L-65       L-66             0.0    1430.0   86.00   -6.00   0.80   0.60   0.80   1.60 N I * N
+L-66       L-67             0.0    1330.0   98.00    9.00   2.00   2.00   3.00   0.40 N I * N
+L-67       L-68             0.0    2000.0  106.00   -2.00   0.80   0.90   0.90   0.60 N I * N ;L-67 … L-68 = fossile de l'Odeur! Affluent sur L-68;
+L-67       L-69             0.0     340.0    0.00  -90.00      *      *      *      * N I * N
+L-69       L-70             0.0     400.0   77.00  -15.00   3.50   1.00   1.00   0.20 N I * N
+L-70       L-71             0.0    1880.0  114.00   -1.00   1.40   0.50   0.00   1.60 N I * N
+L-71       L-72             0.0     530.0  108.00    2.00   1.50   0.60   1.00   0.60 N I * N
+L-72       L-73             0.0     730.0  104.00   -2.00   1.00   0.60   2.00   1.60 N I * N ;Arrivée affluent pollué d'aprčs carnet topo;
+L-73       L-74             0.0    1330.0   95.00   -5.00   1.00   1.00   2.40   1.60 N I * N
+L-74       L-75             0.0    1730.0   95.00   -6.00   0.70   0.70   1.50   1.60 N I * N ;L-75 = Affluent Pollu‚ rive droite;
+L-75       L-76             0.0    1300.0   15.00   -5.00   2.50   1.50   6.00   1.60 N I * N
+L-76       L-77             0.0    1250.0    7.00    0.00   2.00   2.50   4.00   1.60 N I * N
+L-77       L-78             0.0     770.0  340.00    8.00   2.00   3.00   3.00   1.60 N I * N
+L-78       L-79             0.0     550.0   45.00   -6.00   1.50   3.00   2.00   1.60 N I * N
+L-79       L-80             0.0    1170.0   28.00  -10.00   1.00   2.00   0.80   1.60 N I * N
+L-80       L-81             0.0    1070.0   48.00  -15.00   8.00   1.00  20.00   1.50 N I * N
+L-81       L-82             0.0     350.0  312.00    2.00      *      *      *      * N I * N
+L-82       L-83             0.0    1000.0   10.00  -18.00   1.00   1.50   0.50   0.50 N I * N
+L-83       L-84             0.0     920.0  360.00  -16.00   9.70  17.00   0.50   1.60 N I * N
+L-84       L-85             0.0    1700.0   10.00  -20.00   4.00   5.00   1.00   1.00 N I * N
+L-85       L-86             0.0    1000.0   22.00  -30.00   1.00   0.50   2.00   1.60 N I * N ;Terminus le mardi … 0h30 dans la zone des cascades;
+L-86       M-01             0.0    1130.0   15.00  -12.00   1.50   2.00   6.00   1.50 N I * N
+M-01       M-02             0.0     840.0   44.00   -4.00   0.50   0.50   5.00   1.60 N I * N
+M-02       M-03             0.0    1250.0   27.00  -18.00   1.00   1.00   5.00   1.60 N I * N
+M-03       M-04             0.0    1100.0   10.00  -12.00   1.00   1.50   8.00   0.40 N I * N
+M-04       M-05             0.0    1260.0  322.00  -10.00   1.00   1.00   1.00   1.60 N I * N
+M-05       M-06             0.0     720.0   10.00    1.00   2.50   3.00   1.00   1.60 N I * N
+M-06       M-07             0.0    1340.0   30.00  -23.00   2.50   1.00   1.00   1.60 N I * N
+M-07       M-08             0.0    2000.0   25.00  -25.00   2.20   2.00   1.50   0.80 N I * N
+M-08       M-09             0.0     670.0   60.00   -7.00   3.00   3.00   2.00   1.60 N I * N
+M-09       M-10             0.0     850.0   75.00   -4.00   3.50   0.00   2.00   1.60 N I * N
+M-10       M-11             0.0     500.0   15.00   28.00   3.50   0.80   3.00   1.60 N I * N
+M-11       M-12             0.0    1150.0   35.00  -15.00   3.00   3.00   5.00   1.60 N I * N
+M-12       M-13             0.0    1580.0   72.00    1.00   1.00   4.00   2.50   1.60 N I * N
+M-13       M-14             0.0     210.0   72.00    0.00   1.00   0.60   2.50   1.60 N I * N
+M-14       M-15             0.0     440.0    0.00  -90.00      *      *      *      * N I * N
+M-15       M-16             0.0     160.0    0.00   90.00   0.00   0.80   2.50   3.40 N I * N
+M-16       M-17             0.0    1460.0   10.00  -24.00   0.60   1.00   0.30   0.40 N I * N
+M-17       M-18             0.0    1320.0   53.00    0.00   0.60   2.00   1.00   1.60 N I * N
+M-18       M-19             0.0     840.0   65.00  -15.00   0.40   3.00   3.00   1.60 N I * N
+M-19       M-20             0.0     840.0  345.00    0.00   3.00   2.00   3.00   1.60 N I * N
+M-20       M-21             0.0    2000.0   50.00  -18.00   0.60   3.00   1.00   1.60 N I * N
+M-21       M-22             0.0     920.0   47.00  -15.00   2.50   1.00   2.50   1.60 N I * N
+M-22       M-23             0.0     830.0   80.00   17.00   0.60   2.00   3.00   1.60 N I * N
+M-23       M-24             0.0    2000.0   39.00   -6.00   2.50   0.80   1.50   1.60 N I * N
+M-24       M-25             0.0    2000.0   48.00    1.00   2.00   2.00   2.00   1.60 N I * N
+M-25       M-26             0.0     700.0   70.00   -6.00   2.00   3.00   2.50   1.60 N I * N
+M-26       M-27             0.0    2000.0   98.00    2.00   5.00   5.00   6.00   2.00 N I * N
+M-27       M-28             0.0     490.0  105.00  -25.00   4.00   2.00   2.00   1.60 N I * N
+M-28       M-29             0.0     400.0   36.00  -20.00   1.00   0.20   1.00   1.60 N I * N
+M-29       M-30             0.0     860.0  116.00    2.00   1.00   3.00   2.00   1.60 N I * N ;1er lac;
+M-30       M-31             0.0     460.0  150.00    2.00   0.60   0.20   0.20   1.60 N I * N
+M-31       M-32             0.0     410.0  135.00   35.00   1.00   1.00   1.00   1.60 N I * N
+M-32       M-33             0.0    2000.0  134.00   -2.00   1.30   3.50   4.50   1.60 N I * N
+M-33       M-34             0.0    1630.0  103.00   -7.00   2.00   1.00   1.00   2.00 N I * N
+M-34       M-35             0.0    1560.0   83.00    1.00   2.50   1.00   2.00   1.60 N I * N
+M-35       M-36             0.0    1860.0  100.00    9.00   5.00   2.00   3.50   2.50 N I * N
+M-36       M-37             0.0    2000.0   85.00  -11.00  10.00   0.20   2.00   1.60 N I * N
+M-37       M-38             0.0     950.0  122.00  -19.00   2.50   5.50   0.50   1.60 N I * N
+M-38       M-39             0.0     840.0   95.00   -7.00   0.80   0.50   3.00   1.60 N I * N
+M-39       M-40             0.0    2000.0   90.00    3.00   1.50   0.50   3.00   0.50 N I * N
+M-40       M-41             0.0    2000.0  104.00   -2.00   2.50   3.00   1.50   1.60 N I * N
+M-41       M-42             0.0     950.0  112.00    0.00   2.00   3.00   3.00   1.60 N I * N
+M-42       M-43             0.0     900.0  100.00   -7.00   2.50   2.50   3.00   0.40 N I * N
+M-43       M-44             0.0    1040.0  110.00    5.00   0.20   3.00   1.00   1.60 N I * N
+M-44       M-45             0.0    1200.0   66.00    0.00   3.00   1.00  13.00   1.60 N I * N
+M-45       M-46             0.0    1450.0  118.00   -1.00   2.00   2.00   3.00   1.60 N I * N
+M-46       M-47             0.0    2000.0  100.00   -3.00   5.00   0.50   3.00   1.60 N I * N
+M-47       M-48             0.0    2000.0   92.00   -4.00   6.00   0.50   3.00   1.60 N I * N
+M-48       M-49             0.0    2000.0  101.00   -3.00   7.00   0.50   2.50   1.60 N I * N
+M-49       M-50             0.0    2000.0   98.00   -5.00   6.00   0.50   2.00   1.60 N I * N
+M-50       M-51             0.0    2000.0   95.00  -10.00   2.00   1.00   1.00   1.60 N I * N
+M-51       M-52             0.0    2000.0   82.00   -3.00   5.00   1.50   3.00   1.60 N I * N
+M-52       M-53             0.0    2000.0  100.00  -12.00   3.50   4.00   3.00   1.60 N I * N
+M-53       M-54             0.0    1690.0   89.00   -5.00   3.50   2.00   2.50   1.60 N I * N
+M-54       M-55             0.0    1300.0   59.00   -5.00   4.00   2.50   5.00   1.60 N I * N
+M-55       M-56             0.0     700.0  110.00  -15.00   0.30   2.00   2.00   1.60 N I * N
+M-56       M-57             0.0     270.0   88.00   -6.00   0.20   0.60   3.00   1.50 N I * N
+M-57       M-58             0.0     650.0  358.00   -3.00   0.20   5.00   2.00   1.60 N I * N
+M-58       M-59             0.0     730.0   42.00  -22.00   0.60   1.00   2.00   1.60 N I * N
+M-59       M-60             0.0     680.0   46.00  -26.00   0.50   1.00   3.00   1.60 N I * N
+M-60       M-61             0.0    1550.0   30.00  -12.00   1.00   1.00   3.00   1.60 N I * N
+M-61       M-62             0.0     730.0   22.00  -10.00   0.80   0.40   2.00   2.00 N I * N
+M-62       M-63             0.0     700.0   75.00   -4.00   2.00   0.50   3.00   1.60 N I * N
+M-63       M-64             0.0    1540.0   30.00   -1.00   0.80   0.40   4.00   1.60 N I * N
+M-64       M-65             0.0     410.0   25.00   -5.00   0.80   0.20   1.00   1.60 N I * N
+M-65       M-66             0.0     350.0  345.00    1.00   3.00   0.60   3.00   1.60 N I * N
+M-66       M-67             0.0     690.0   82.00  -16.00   0.60   2.00   2.00   1.60 N I * N
+M-67       M-68             0.0     700.0    5.00   -2.00   1.00   0.10   2.50   1.60 N I * N
+M-68       M-69             0.0    1320.0    8.00   -3.00   0.40   0.40   3.00   1.60 N I * N
+M-69       M-70             0.0     560.0   25.00    1.00   0.90   0.90   1.60   1.60 N I * N
+M-70       M-71             0.0    1230.0  320.00    0.00   1.00   1.00   1.50   1.60 N I * N
+M-71       M-72             0.0     870.0  318.00   -3.00   1.00   2.00   1.00   1.60 N I * N
+M-72       M-73             0.0     670.0  298.00   -6.00   0.60   2.00   2.00   1.60 N I * N
+M-73       M-74             0.0     680.0  290.00    2.00   0.60   0.80   1.00   1.60 N I * N ;2eme lac;
+M-74       M-75             0.0    1060.0  285.00    2.00   1.80   0.30   1.00   1.00 N I * N
+M-75       M-76             0.0    1380.0   35.00    2.00   1.00   1.00   1.00   1.20 N I * N
+M-76       M-77             0.0     640.0   40.00   -9.00   0.50   0.50   1.60   1.20 N I * N
+M-77       M-78             0.0    1150.0   25.00   -4.00      *      *      *      * N I * N
+M-78       M-79             0.0     410.0  328.00    0.00   2.00   2.00   3.00   1.60 N I * N
+M-79       M-80             0.0     760.0   53.00    0.00   2.00   0.60   1.00   1.60 N I * N
+M-80       M-81             0.0    1540.0   20.00   -8.00   3.00   1.50   0.80   2.50 N I * N
+M-81       M-82             0.0     700.0  339.00   -4.00   1.00   1.00   2.00   1.60 N I * N
+M-82       M-83             0.0    1320.0   60.00   -3.00   2.00   3.00   1.50   1.60 N I * N
+M-83       M-84             0.0     980.0   52.00    0.00   3.50   0.50   1.00   1.60 N I * N
+M-84       M-85             0.0    1030.0   41.00  -28.00   4.00   1.00   0.20   0.80 N I * N
+M-85       M-86             0.0    2000.0   30.00   -3.00   5.00   1.50   2.50   1.60 N I * N ;M-86 = entrée de la salle;
+M-86       M-87             0.0    1650.0  320.00   -2.00  20.00   4.00  10.00   1.60 N I * N ;M-87 = entrée du gros l'affluent 7x7;
+M-87       O-87             0.0       0.0    0.00    0.00   4.00   2.00   4.00   1.60 N I * N
+O-87       M-88             0.0    2000.0  229.00    3.00   4.00   2.00   4.00   1.60 I I * N
+M-88       M-89             0.0    2000.0  232.00   15.00   4.00   1.00   4.00   1.60 N I * N
+M-89       M-90             0.0    2000.0  225.00    9.00   2.50   2.50   3.50   1.60 N I * N
+M-90       M-91             0.0    2000.0  215.00    9.00   4.00   2.50   5.00   1.60 N I * N
+M-91       M-92             0.0    1670.0  214.00    2.00   4.00   3.00   3.00   1.60 N I * N ;fin du gros l'affluent;
+M-87       M-93             0.0    2000.0   22.00  -11.00   2.00   6.00   7.00   1.60 N I * N
+M-93       M-94             0.0    2000.0   32.00  -10.00   7.00   4.00   8.00   1.60 N I * N
+M-94       M-95             0.0    2000.0   65.00  -24.00   4.00   6.00   8.00   1.60 N I * N
+M-95       M-96             0.0    1640.0   66.00  -26.00   7.00   5.00   6.00   1.60 N I * N ;entrée de la trémie;
+M-96       M-97             0.0     310.0   21.00  -24.00   0.30   0.30   0.30   0.30 N I * N
+M-97       M-98             0.0     370.0  140.00  -30.00   0.30   0.30   0.30   0.30 N I * N
+M-98       M-99             0.0     280.0   80.00  -30.00   0.30   0.30   0.30   0.30 N I * N
+M-99       M-100            0.0     310.0   30.00  -27.00   0.30   0.30   0.30   0.30 N I * N ;fin trémie et fin plafond de la salle;
+M-100      M-101            0.0    1210.0   45.00  -12.00   5.00   4.00   3.00   0.80 N I * N
+M-101      M-102            0.0    1580.0   33.00   -2.00   5.00   5.00   2.00   0.10 N I * N
+M-102      M-103            0.0     220.0  310.00    0.00   3.00   3.00   0.20   0.10 N I * N ;plage de sable;
+M-103      M-104            0.0    1500.0   30.00    2.00   5.00   3.00   6.00   1.60 N I * N
+M-104      M-105            0.0    2000.0   42.00   -5.00   5.00   3.00   2.00   1.60 N I * N
+M-105      M-106            0.0    1900.0   30.00    9.00   6.00   5.00   0.20   0.80 N I * N
+M-106      M-107            0.0    2000.0   30.00   10.00   5.00   6.00   1.50   1.60 N I * N
+M-107      M-108            0.0    1840.0   50.00   14.00   2.00   6.00   3.00   1.60 N I * N
+M-108      M-109            0.0    2000.0   63.00  -18.00   6.00   8.00   1.50   1.60 N I * N
+M-109      M-110            0.0    2000.0   70.00  -16.00   7.00   5.00   0.50   0.50 N I * N ;TERMINUS DU MERCREDI 28 MARS 90 … 0h30;
+
+Param Topof 1.000 Degd Clino Degd -3.1258 Inv,Inv,Inv Inc Std 10/01/1993 A ;G.S.Gaves et GSHP: 10-11/01/1993 topo suite des Grandes Salle ŕ partir du point M-105 perte de l'actif dans le sable : Serge Latapie‚ Alain Perré;
+
+M-105      N-39             0.0       0.0    0.00    0.00   0.00   0.00   0.00   0.00 N I * N
+N-39       N-38             0.0     324.0  332.00  -21.00      *      *      *      * N I * N
+N-38       N-37             0.0     878.0  193.00  -26.00      *      *      *      * N I * N
+N-37       N-36             0.0    2616.0  203.00   -7.00      *      *      *      * N I * N
+N-36       N-35             0.0    1272.0  213.00   18.00      *      *      *      * N I * N
+N-35       N-34             0.0    1652.0   73.00   -6.00      *      *      *      * N I * N
+N-34       N-33             0.0    1324.0   77.00  -12.00      *      *      *      * N I * N
+N-33       N-32             0.0    3070.0  204.00   17.00      *      *      *      * N I * N
+N-32       N-31             0.0    1017.0  195.00   38.00      *      *      *      * N I * N
+N-31       N-30             0.0    1690.0  233.00   47.00      *      *      *      * N I * N
+N-30       N-29             0.0    1062.0  192.00   24.00      *      *      *      * N I * N
+N-29       N-28             0.0    1592.0  252.00   -5.00      *      *      *      * N I * N
+N-28       N-27             0.0    1379.0  232.00   35.00      *      *      *      * N I * N
+N-27       N-26             0.0     100.0  360.00   90.00      *      *      *      * N I * N
+N-26       N-25             0.0    1483.0  262.00   -3.00      *      *      *      * N I * N
+N-25       N-24             0.0    1190.0  256.00    0.00      *      *      *      * N I * N
+N-24       N-23             0.0    4031.0  234.00   12.00      *      *      *      * N I * N
+N-23       N-22             0.0    1267.0  244.00   28.00      *      *      *      * N I * N
+N-22       N-21             0.0    1314.0  251.00   39.00      *      *      *      * N I * N
+N-21       N-20             0.0     576.0  325.00   48.00      *      *      *      * N I * N
+N-20       N-19             0.0    1660.0  248.00   46.00      *      *      *      * N I * N
+N-19       N-18             0.0     409.0  261.00   34.00      *      *      *      * N I * N
+N-18       N-17             0.0    1275.0  257.00   18.00      *      *      *      * N I * N
+N-17       N-16             0.0    1129.0  223.00   16.00      *      *      *      * N I * N
+N-16       N-15             0.0     154.0  217.00   76.00      *      *      *      * N I * N
+N-15       N-14             0.0     362.0  246.00   18.00      *      *      *      * N I * N
+N-14       N-13             0.0     494.0  200.00   13.00      *      *      *      * N I * N
+N-13       N-12             0.0     627.0  224.00    6.00      *      *      *      * N I * N
+N-12       N-11             0.0     539.0  158.00   12.00      *      *      *      * N I * N
+N-11       N-10             0.0     395.0  225.00    8.00      *      *      *      * N I * N
+N-10       N-09             0.0     295.0  227.00   34.00      *      *      *      * N I * N
+N-09       N-08             0.0     452.0  216.00   -5.00      *      *      *      * N I * N
+N-08       N-07             0.0    1052.0  207.00    4.00      *      *      *      * N I * N
+N-07       N-06             0.0     704.0  200.00   13.00      *      *      *      * N I * N
+N-06       N-05             0.0     326.0  260.00    3.00      *      *      *      * N I * N
+N-05       N-04             0.0     215.0  193.00   -2.00      *      *      *      * N I * N
+N-04       N-03             0.0    1434.0  266.00    1.00      *      *      *      * N I * N
+N-03       N-02             0.0     785.0  285.00   -3.00      *      *      *      * N I * N
+N-02       N-01             0.0     651.0  205.00    3.00      *      *      *      * N I * N
+N-01       N-00             0.0     705.0  250.00   16.00      *      *      *      * N I * N ;arręt sur siphon caca;
+
+Param Deca Degd Clino Degd -0.5035 Dir,Dir,Dir Dep 0,0,255 01/07/2011 A ;Réalisation SCMNF + ???, topo Juillet 2011, amont vers jonction AP7 : Philippe Guillemin, Evelyne Renaud, Françoise Lidonne;
+
+A-42       J02                       2.12    5.11  -67.38      *      *      *      * N I * N
+J02        J03                       6.23  112.00    3.70   0.27   1.09   5.63   1.29 N I * N
+J03        J04                       6.07  150.00    2.40   3.48   1.49   5.98   0.98 N I * N
+J04        J05                       5.68   77.00  -12.20   0.30   4.50   1.50   0.00 N I * N
+J05        J06                      12.04  146.00    1.40   1.28   0.00   3.04   1.00 N I * N
+J06        J07                       7.75  125.00   -0.60   0.20   1.37   2.00   1.28 N I * N
+J07        J08                       8.30  145.00   -3.20   1.26   0.00   4.02   1.07 N I * N
+J08        J09                       5.95  105.00   -3.30   1.33   0.37   5.09   1.84 N I * N
+J09        J10                       1.87  109.00   15.50   0.50   0.50   3.10   1.30 N I * N
+J10        J11                       9.28  100.00    6.10   0.00   0.80   4.15   2.10 N I * N
+J11        J12                       5.07  167.00   -5.30   0.92   0.27   4.38   0.61 N I * N
+J12        J13                       8.03  140.00   36.70   1.31   0.80   4.00   0.00 N I * N
+J13        J14                       2.61   80.00   21.40   0.36   0.86   3.00   0.80 N I * N
+J14        J15                       1.23    0.00   90.00   0.87      *      *      * N I * N
+J15        J16                       4.00  130.00   37.10   0.12   0.89   0.93   0.92 N I * N
+J16        J17                       3.37  130.00  -23.50   0.52   0.12   1.50      * N I * N
+J17        J18                       1.88    0.00  -90.00      *   0.25      *   0.00 N I * N
+J18        J19                       4.50  125.00    1.80   0.00   1.13   2.50   0.56 N I * N
+J19        J20                       0.48    0.00   90.00      *      *      *      * N I * N
+J20        J21                       7.42  150.00   11.40   0.00   1.18   1.67   1.04 N I * N
+J21        J22                       1.27  220.00    1.40   1.00   0.00   1.24   0.90 N I * N
+J22        J23                       6.78  140.00    6.70   0.24   0.54   2.59   1.28 N I * N
+J23        J24                       2.87  206.00   40.10   0.00   0.78   1.41   0.99 N I * N
+J24        J25                       3.54  230.00    8.80   0.55   0.12   0.66   0.26 N I * N
+J25        J26                       1.60  195.00    2.40   0.00   0.70   0.95   0.48 N I * N
+J26        J27                       5.15  115.00   10.30   0.00   0.30   0.70   0.00 N I * N
+J27        J28                       3.41  135.00  -37.70   0.40   0.55   0.40   0.00 N I * N
+J28        J29                       3.33  110.00  -22.30   0.80   0.15   0.00   0.40 N I * N
+J29        J30                       6.10  138.00  -36.00   0.40   0.00   0.50   1.20 N I * N
+J30        J31                       3.15   68.00  -17.00   1.50   0.80   2.00   2.50 N I * N
+J31        J32                       5.80  188.00  -33.00   0.58   1.88   1.49   0.00 N I * N
+J32        J33                       2.81  174.00    0.70   0.40   0.80   0.60   0.00 N I * N
+J33        J34                       2.62  279.00   38.70   1.93   0.90   1.30   0.84 N I * N
+
+Param Deca Degd Clino Degd -0.4220 Dir,Dir,Dir Inc 0,0,255 01/07/2012 A ;Réalisation SCMNF ???, topo Juillet 2012,  amont vers jonction AP7 suite : Philippe Guillemin, Pascale Porte, Françoise Lidonne;
+
+V00        V00                       0.00    0.00    0.00   1.97   0.00   1.91   0.76 N I * N
+V00        VA0                       2.96  174.00   -3.00   0.00   1.60   0.99   0.98 N I * N
+VA0        VA1                       2.78  262.00  -12.00   0.40   0.15   1.20   1.00 N I * N
+VA1        VA2                       6.25  241.00  -28.00   0.50   0.00   0.10   0.40 N I * N
+VA2        VA3                       3.25  218.00  -25.00   0.30   0.30   0.30   0.30 N I * N
+V00        V01                       5.50   87.00   25.00   0.30   0.00   1.30   1.15 N I * N
+V01        V02                       5.37   82.00   -2.00   0.25   0.00   1.70   0.89 N I * N
+V02        V03                      11.05   75.00   -3.00   0.00   0.75   0.95   1.23 N I * N
+V03        V04                       4.38   95.00   -2.00   3.10   0.00   0.58   0.62 N I * N
+V04        V05                       2.85   36.00    5.00   0.00   1.25   1.50   0.96 N I * N
+V05        V06                       4.67  101.00   -3.00   0.73   0.00   3.34   1.00 N I * N
+V06        V07                       5.96   74.00   -4.00   0.86   0.45   1.03   0.79 N I * N
+V07        V08                       9.85   69.00   15.00   0.00   0.56   0.68   0.65 N I * N
+V08        V09                       7.38   84.00   -2.00   0.00   1.06   1.40   2.71 N I * N
+V09        V10                       5.05  105.00  -25.00   1.20   0.00   1.71   1.72 N I * N
+V10        V11                       4.94   55.00  -12.00   0.46   0.00   5.27   0.94 N I * N
+V11        V12                       4.80   48.00   -3.00   0.20   0.60   1.72   0.51 N I * N
+V12        V13                       6.98   52.00    3.00   0.59   0.00   1.60   0.61 N I * N
+V13        V14                       5.00   53.00    1.00   0.00   0.66   3.35   1.09 N I * N
+V14        V15                       3.74   67.00   -1.00   0.84   0.00   1.56   0.72 N I * N
+V15        V16                       3.95   56.50    4.00   0.00   0.47   1.40   0.94 N I * N
+V16        V17                       3.07   65.00    2.00   0.48   0.00   1.25   1.01 N I * N
+V17        V18                       7.30   54.00   -5.00   0.47   0.30   1.47   2.22 N I * N
+V18        V19                       4.86   59.00  -14.00   0.56   0.27   1.50   0.00 N I * N
+V19        V20                       1.93    0.00  -90.00      *      *      *      * N I * N
+V20        V21                       2.44   39.00    6.00   0.00   1.43   4.13   1.79 N I * N
+V21        V22                       0.79    0.00  -90.00      *      *      *      * N I * N
+V22        V23                       3.14   62.00    4.00   1.63   0.00   5.00   1.24 N I * N
+V23        V24                       1.48    8.00    6.00   0.81   0.00   6.34   1.62 N I * N
+V24        V25                       3.55  335.00    1.00   0.00   1.45   4.35   1.69 N I * N
+V25        V26                       3.49  334.00   14.00   0.94   0.00   4.03   2.58 N I * N
+V26        V27                       3.83  253.00   27.00   0.00   0.78   2.19   7.87 N I * N
+V27        V28                       5.90  270.00   -4.00   0.00   0.73   2.29   3.60 N I * N
+V28        V29                       2.79    0.00  -90.00      *      *      *      * N I * N
+V29        V30                       5.33  262.00    6.00   0.00   0.91   3.02   0.85 N I * N
+V30        V31                       1.44  317.00   11.00   0.29   0.33   0.81   1.36 N I * N
+V31        V32                       5.80  262.00   -8.00   0.15   0.15   3.10   1.04 N I * N
+V32        V33                       1.25   32.00   -1.00   0.00   1.13   3.33   0.97 N I * N
+V33        V34                       1.69  351.00   -4.00   0.46      *   3.24   0.79 N I * N
+V34        V35                       8.30   78.00   -1.00   0.00   0.70   0.78   0.41 N I * N
+V35        V36                       3.22   97.00    2.00   0.70   0.00   2.80   0.41 N I * N
+V36        V37                       6.15   72.00    8.00   0.00   0.67   3.08   0.88 N I * N
+V37        V38                       5.48   75.00   -3.00   1.03   0.21   2.50   0.64 N I * N
+V08        V08A                      2.10  120.00    6.00      *      *      *      * N I * N
+V08A       V08B                      1.28    0.00   90.00   0.40   0.30      *   0.00 N I * N
+V08B       V08C                      2.14  112.00   56.00   1.95   4.40   0.83   0.00 N I * N
+V08C       V08D                      6.50  174.00   80.00   0.20   0.40   0.20   0.30 N I * N
+V38        V39                       4.97   54.00   -8.00   0.65   0.62   1.03   0.35 N I * N
+V39        V40                       1.55  297.00  -19.00   2.69   4.29   0.97   0.00 N I * N
+V40        V41                       4.47   48.00    6.00   0.10   0.96   7.00   0.74 N I * N
+V41        V42                       1.30  115.00   -4.00   1.42   0.00   2.90   0.60 N I * N
+V42        V43                       3.90   42.00   12.00   0.00   0.91   1.16   0.57 N I * N
+V43        V44                       5.45   67.00   -1.00   0.48   0.00   1.45   0.96 N I * N
+V44        V45                       6.38   51.00   -1.00   0.00   0.43   1.87   0.96 N I * N
+V45        V46                       4.16   55.00    7.00   0.00   0.40   1.71   0.61 N I * N
+V46        V47                       5.86   52.00   -8.00   0.00   1.87   1.23   1.34 N I * N
+V47        V48                       3.27   71.00  -18.00   0.00   0.88   2.06   0.81 N I * N
+V48        V49                       2.30   64.00    3.00   1.25   0.00   1.94   1.15 N I * N
+V49        V50                       5.26  352.00  -10.00   0.00   5.70   1.51   0.48 N I * N
+V50        V51                       7.02   94.00    2.00   0.56   0.00   1.97   1.53 N I * N
+V51        V52                       7.09   69.00   -3.00   0.46   0.00   2.79   1.49 N I * N
+V52        V53                       6.54   72.00   -2.00   0.55   0.20   3.75   1.85 N I * N
+V53        V54                       6.32   67.00   -3.00   0.00   0.60   0.60   0.46 N I * N
+V54        V55                       2.12   93.00    4.00   0.32   0.00   1.05   0.66 N I * N
+V55        V56                       2.48   61.00    5.00   0.00   0.75   4.80   2.47 N I * N
+V56        V57                       1.96   66.00   36.00   1.24   0.00   1.55   3.77 N I * N
+V57        V58                       7.13   58.00   18.00   0.00   0.72   0.94   2.70 N I * N
+V58        V59                       4.95   45.00  -21.00   0.00   0.61   2.63   4.11 N I * N
+V59        V60                       0.65    0.00  -90.00   0.35   0.25      *      * N I * N
+V60        V61                       4.05   53.00   -8.00   0.52   0.25   3.33   3.33 N I * N
+V61        V62                       6.16   64.00  -11.00   0.20   0.52   2.49   1.01 N I * N
+V62        V63                       2.99  105.00   -4.00   0.94   0.00   2.54   1.36 N I * N
+V63        V64                       2.70   74.00  -13.00   0.86   0.76   3.34   0.95 N I * N
+V64        V65                       1.96   60.00  -20.00   0.10   1.67   6.49   1.42 N I * N
+V65        V66                       2.63   89.00   16.00   0.10   0.80   7.01   2.39 N I * N
+V66        V67                       7.73   63.00   -8.00   0.83   0.00   5.57   2.60 N I * N
+V67        V68                       3.14   48.00  -14.00   0.00   1.08   5.33   1.52 N I * N
+V68        V69                       5.04   54.00  -29.00   0.00   0.47   4.50   3.98 N I * N
+V69        V70                       7.26   49.00  -26.00   0.32   0.65   2.93   1.29 N I * N
+V70        V71                       5.28   61.00    6.00   1.08   1.79   8.33   0.73 N I * N
+V71        V72                      10.50   80.00   -1.00   0.20   0.62   8.80   1.07 N I * N
+V72        J34                       2.31  280.00    0.00      *      *      *      * N I * N
+J34        J34A                      0.50    8.00    0.00   0.58   3.27   1.05   0.20 N I * N
+J34A       J34B                      6.70   80.00   -2.00   0.71   0.00   1.08   0.00 N I * N
+J34B       J34C                      8.12   59.00    5.00   0.20   0.79   1.05   1.04 N I * N
+J34C       J34D                      2.81  114.00    0.00   1.55   0.10   0.77   1.08 N I * N
+
+Param Deca Degd Clino Degd -0.1613 Dir,Dir,Dir Dep 255,0,0 06/08/2015 A ;Réalisation ??? SCMNF, Galerie des cheminées, amonts du B3, topographes ??? Franck Soulage & Laurent Hagnere;
+
+J09        0                         0.00    0.00    0.00   0.80   1.30   2.90   1.90 N I * N ;point J5 réseau amont Est - perte descente de 5m - ŕ3m en hauteur arrivée affluent 1 gauche;
+*          1                         5.60   15.00    5.00   0.90   0.70   8.70   1.00 N I * N ;affluent gauche : cheminée E3m carrefour Gauche retour au-dessus entre point 1 & 2 - Droite retour sortie salle du Bivouac;
+*          2                         5.60   80.00   15.00   1.40   1.30  12.60   1.00 N I * N ;cheminée - arrivée en hauteur affluent D point 7;
+*          3                         7.40   67.00  -10.00   0.90   0.40   1.40   1.00 N I * N
+*          4                         5.40   90.00    0.00   0.50   0.50   1.30   1.00 N I * N ;ŕ2m avant point 5 : affluent Droite 5m nt sans continuation;
+*          5                         8.80   97.00   16.00   0.90   0.50   1.10   1.00 N I * N ;affluent en face carrefour Gauche fossile Droite vers affluent point 7;
+*          6                         5.70   84.00  -17.00   0.50   0.40   1.70   1.00 N I * N
+*          7                        11.00   91.00  -11.00   1.40   1.90   1.30   1.00 N I * N ;affluent Droite actif salle carrefour G arręt sur P D carrefour D vers point 5 Gauche E carrefour D vers point 2 G vaste salle base E40 continue vers P nt;
+*          8                        13.50   75.00    2.00   0.40   0.50   1.90   1.00 N I * N ;affluent Droite (en face) fossile 35m laminroir 0.6x2 étroiture boueuse rejoint point 17;
+*          9                        10.70  325.00    1.00   0.20   1.20   1.30   1.00 N I * N
+*          10                       16.60   85.00   -1.00   0.40   0.50   1.60   1.00 N I * N
+*          11                        5.60  110.00    1.00   0.00   0.70   1.10   1.00 N I * N
+*          12                        4.40   95.00    0.00   0.30   0.40   1.20   1.00 N I * N
+*          13                        5.30  104.00   -2.00   0.40   0.40   1.40   1.00 N I * N
+*          14                        2.50   83.00    0.00   0.20   0.30   1.30   1.00 N I * N
+*          15                        2.00  110.00    6.00   0.70   0.40   1.50   1.00 N I * N ;affluent Droite derričre remontant 5m carrefour [O 10m carrefour [O 30m étr, SO 40m vm], SO 5m étr, SE-E 15m carrefour [O méandre H20 vers E40, E 50m salle étr sur galerie principale]] ;
+*          16                        8.50   80.00    0.00   0.25   0.25   1.70   1.00 N I * N
+*          17                        7.10  107.00  -15.00   0.60   0.60   3.30   1.00 N I * N ;affluent Droite derričre remontant vers point 8;
+*          18                       15.30  108.00    0.00   0.30   0.60   3.60   1.00 N I * N ;Gauche : galerie 0.3x1.2m en face oů se perd actif temporaire rejoint point 20;
+*          19                        9.60  118.00   22.00   0.30   0.40   4.20   1.00 N I * N
+*          20                        8.40   98.00   -6.00   1.10   2.10   2.60   1.00 N I * N
+*          21                        3.60   38.00  -25.00   0.50   0.20   1.30   1.00 N I * N ;1m avant Gauche : galerie 0.3x1.2m oů se perd actif temporaire vers point 18;
+*          22                       11.70   98.00    4.00   0.50   0.70   1.70   1.50 N I * N
+*          23                        7.80  143.00    4.00   1.40   0.20   2.00   1.00 N I * N
+*          24                        3.30  192.00    0.00   0.25   0.25   2.20   1.00 N I * N
+*          25                        3.80  212.00    0.00   1.70   0.50   1.40   1.00 N I * N
+*          26                        9.70   83.00    1.00   0.50   0.60   2.10   1.00 N I * N
+*          27                        9.10   90.00    8.00   0.40   0.60   2.10   1.00 N I * N
+*          28                        3.50   61.00  -18.00   0.40   0.50   2.40   1.00 N I * N
+*          29                        5.50   73.00    1.00   0.30   0.30   2.20   1.00 N I * N
+*          30                        4.80   97.00    2.00   0.30   0.30   2.10   1.00 N I * N
+*          31                       10.20   87.00   -1.00   0.30   0.30   2.70   1.00 N I * N
+*          32                        5.10   90.00    1.00   0.30   0.30   2.90   1.00 N I * N
+*          33                        4.40  104.00    0.00   0.40   0.60   2.50   1.00 N I * N
+*          34                        8.70   78.00    0.00   0.50   0.40   2.60   1.00 N I * N ;affluent Droit méandre remontant sur 10m occupé par petit actif;
+*          35                        3.00    3.00    6.00   0.00   1.00   1.50   1.50 N I * N ;affluent Gauche méandre actif aval du méandre arrivant au point 34 (étroit);
+*          36                        6.30   49.00   16.00   0.30   2.00   2.00   3.30 N I * N ;6/8/15 Topo Franck & Laurent amont suite & rivičre aval 36-39V - courant d'air aspirant léger;
+*          37                        5.10   76.00  -16.00   0.20   0.40   3.50   1.20 N I * N
+*          38                        4.40   54.00  -10.00   0.25   0.25   5.30   0.80 N I * N
+*          39                        5.70   44.00   15.00   1.70   1.30   4.10   2.20 N I * N ;carrefour galerie intermédiaire vers amont, supérieure ŕ Droite au plafond (boucle point 47) & inférieure vers rivičre;
+*          39A                       2.60   24.00  -39.00   0.80   0.00   0.00   0.80 N I * N ;boyau inférieur vers rivičre D0 H0 - courant d'air aspirant marqué / galerie principale D0.8 H4.4;
+*          39B                       2.10   39.00   -8.00   0.60   0.50   0.50   0.50 N I * N ;boyau ŕ Droite boucle point 39C;
+*          39C                       3.10  276.00   -2.00   0.00   0.40   0.50   0.60 I I * N ;boyau ŕ Droite boucle point 39B D0.4(paroi) D1(boyau);
+*          39D                       4.70  316.00   -6.00   0.80   0.00   0.70   0.90 N I * N ;arrivée en hauteur R2 sur galerie inférieure / affluent D remontant vers cascade;
+*          39E                       5.10  264.00  -25.00   0.30   0.30   1.60   0.95 N I * N ;R2 galerie ŕ Gauche vers rivičre;
+*          39F                       7.40  270.00   -6.00   0.80   0.00   1.20   0.80 N I * N
+*          39G                       8.50  231.00    0.00   0.00   0.60   0.80   0.80 N I * N
+*          39H                       4.40  250.00   -3.00   0.70   0.00   0.50   0.50 N I * N
+*          39I                       2.00  203.00  -25.00   1.90   0.50   1.40   6.90 N I * N ;R2 désescalade délicate;
+*          39J                       5.50    6.00  -58.00   0.80   0.40      *   1.40 N I * N ;Tbg5 donnant sur rivičre / carrefour;
+*          39K                       6.60  262.00    5.00   0.60   0.70   3.00   2.60 N I * N ;rivičre Aval - courant d'air aspirant marqué;
+*          39L                       5.70  304.00   -8.00   0.40   0.00   4.20   1.30 N I * N
+*          39M                       1.80  250.00    6.00   0.00   0.70   4.00   1.30 N I * N
+*          39N                       7.70  305.00   -2.00   0.70   0.00   3.50   1.50 N I * N
+*          39O                       3.60  276.00  -10.00   0.05   0.70   4.60   0.90 N I * N ;affluent actif Gauche 5 ŕ 10 l/mn remonté sur qqs m (probablement celui pasant sous la galerie principale point 34-35);
+*          39P                       8.50  307.00    0.00   0.50   0.00   3.80   0.85 N I * N
+*          39Q                      12.80  305.00    2.00   0.60   0.00   3.00   1.60 N I * N
+*          39R                       9.80  298.00   -6.00   0.80   1.00   2.50   0.90 N I * N ;double diffluence ŕ gauche boucle avec point 39V : 1er boyau ŕ+1 colmaté ŕ mi-hauteur par conglomérats / 2čme boyau ŕ+1 en conduite forcée;
+*          39S                       3.30  259.00    7.00   0.00   0.40   1.60   1.50 N I * N
+*          39T                       3.30  278.00    4.00   0.00   0.50   1.00   1.50 N I * N
+*          39U                       2.40  330.00    0.00   0.70   0.00   0.70   1.30 N I * N
+*          39V                       4.70  290.00   -5.00   0.90   0.00   0.50   0.70 N I * N ;arrivée double diffluence ŕ gauche boucle point 39R - point lame en plafond ŕ gauche - arręt début galerie semi-noyée ;
+39         40                        2.80   27.00    9.00   0.20   0.50   2.60   1.00 N I * N ;galerie fossile médiane vers amont / B1(galerie médiane) B2.9(sol galerie inférieure) / Topo Dominique, Bruno & Laurent 9/8/15;
+*          41                        8.50   62.00   11.00   0.60   0.40   1.70   1.20 N I * N
+*          42                        3.10   48.00    3.00   0.10   0.70   1.30   1.60 N I * N
+*          43                        3.90   66.00    5.00   1.50   0.30   1.60   1.40 N I * N
+*          44                        3.20  267.00   -2.00   0.20   0.50   2.60   1.70 N I * N ;marmites;
+*          45                        5.60   57.00   -5.00   0.20   0.50   2.60   0.70 N I * N
+*          46                        5.20   53.00    9.00   0.20   0.60   1.70   1.40 N I * N ;sous galerie supérieure;
+*          47                        2.30  112.00   27.00   1.30   0.30   2.30   0.50 N I * N ;galerie supérieure boucle point 39;
+*          48                        5.50   34.00   -9.00   0.80   0.90   0.00   1.40 N I * N
+*          49                        6.00   63.00    5.00   0.00   0.50   1.90   1.60 N I * N
+*          50                        7.50   87.00   -1.00   0.20   0.20   3.00   1.30 N I * N
+*          51                        6.60  126.00    3.00   0.30   0.20   2.80   2.90 N I * N
+*          52                        6.60  131.00  -18.00   0.40   0.40   5.80   1.50 N I * N ;perte actif temporaire G / schistes;
+*          53                        6.00   89.00   35.00   0.60   0.60   0.80   3.40 N I * N ;bloc entre point 52 & 53 - ruisseau temporaire au sol;
+*          54                        6.50   84.00  -13.00   0.60   0.00   2.60   1.50 N I * N ;arrivée actif Droite;
+*          55                       15.60   93.00    7.00   1.00   1.00   5.90   1.60 N I * N ;faille pendage +55° Az 350° - D(calcaire) G(schiste);
+*          56                       14.00   88.00    3.00   0.70   0.90   0.30   0.70 N I * N
+*          57                        4.10   72.00  -24.00   0.20   0.20   0.50   0.00 N I * N ;étroiture dans les schistes;
+*          58                        4.00   75.00   32.00   1.20   1.00   0.80   0.70 N I * N
+*          59                        5.90   80.00   -6.00   1.00   0.60   0.70   0.60 N I * N
+*          60                        5.60   68.00  -10.00   2.30   0.20   0.80   0.10 N I * N ;B(plage de sable) H(schiste);
+*          61                       12.00   63.00    3.00   1.80   0.20   0.50   1.60 N I * N ;arrivée MC(5S) / entre point 60 & 61 : 2 regards sur rivičre B10m;
+*          62                        8.60   68.00  -19.00   0.90   0.70   2.50   4.70 N I * N ;point topo : becquet D / carrefour sur rivičre;
+*          63                        3.90   65.00  -23.00   0.20   1.50   2.90   3.60 N I * N ;rivičre amont;
+*          64                        6.90  112.00   12.00   1.10   0.00   5.80   4.00 N I * N ;B(rivičre);
+*          65                        5.30  108.00   55.00   0.70   0.70   1.40   5.00 N I * N ;B>5(faille étroite) rivičre non visible;
+*          66                       12.80   87.00    7.00   0.60   0.30   0.40   6.00 N I * N ;B>6(éboulis de schistes);
+*          67                        7.50   81.00    3.00   0.50   1.20   0.80   7.50 N I * N ;B>7.5(éboulis de schistes);
+*          68                        6.00   86.00    7.00   0.40   1.40   0.20   1.00 N I * N ;éboulis de schiste;
+*          69                        4.40   70.00  -25.00   0.40   0.60   2.60   4.90 N I * N ;B>4.9(faille étoite sur rivičre);
+*          70                        6.00   61.00   -3.00   0.00   0.60   3.90   2.00 N I * N ;B2(margelle) faille étroite sur rivičre ;
+*          71                        7.30   80.00   16.00   1.20   0.40   0.90   9.00 N I * N ;B>9(rivičre);
+*          72                        4.70   59.00   -8.00   0.40   0.40   2.20   5.30 N I * N ;B(galerie fossile) sans rivičre;
+*          73                        3.80   77.00  -60.00   0.40   0.50   3.90   1.30 N I * N ;H3.9(sous éboulis de schistes);
+*          74                        5.30   51.00  -15.00   1.00   0.60   2.80   2.60 N I * N ;pied cascade 3.3m;
+*          75                       14.00   94.00   11.00   0.20   0.20   2.60   1.60 N I * N ;H(sous éboulis de schistes) B(rivičre);
+*          76                        7.00   76.00    7.00   0.60   0.50   4.00   1.30 N I * N ;H(sous éboulis de schistes) B(rivičre);
+*          77                        7.80   86.00    8.00   0.30   0.60   2.30   3.30 N I * N ;H(sous éboulis de schistes) B(rivičre);
+*          78                       12.20   75.00   -3.00   0.20   0.80   3.70   1.30 N I * N ;H(sous éboulis de schistes) B(rivičre);
+*          79                        5.60  110.00    8.00   0.60   0.40   3.60   1.80 N I * N ;H(sous éboulis de schistes) B(rivičre);
+*          80                        2.70   95.00   -2.00   0.50   0.30   3.60   1.60 N I * N ;H(sous éboulis de schistes) B(rivičre) / début escalade éboulis;
+*          81                       10.40   77.00   41.00   2.30   0.80   0.80   1.40 N I * N ;B(sommet éboulis de schistes) / point topo : cairn sur extrémité bloc sommital - Arręt topo 9/8/15;
+
+

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Sources/B3_2024_B.tro

@@ -0,0 +1,805 @@
+Version 5.02
+
+Trou B3,0.000,0.000,0,LT2E
+Club ARSIP
+Entree B3
+Couleur 0,0,0
+
+;Trou Gouffre des Bourrugues,349.02000,3080.05000,1635.00,LT3
+;Club G.S. Gaves / SCMNF / ExploTerre / G.S. Haut-Pyrénéen / FLT / CDS 79
+;Entree A-00
+;Toporobot 0
+;Couleur 0,0,0
+
+;Param Topof 1.000 Degd Clino Deg -3.3314 Dir,Dir,Dir Inc Std 18/02/1990 A ;G.S.Gaves : 18/02/1990, topo des puits d'entrée : Stéphane Vogrig, François Ichas;
+Param Deca Degd Clino Deg 0.0000 Dir,Dir,Dir Inc Std ;G.S.Gaves : 18/02/1990, topo des puits d'entrée : Stéphane Vogrig, François Ichas;
+
+
+
+0          0          0.00    0.00    0.50   0.50   0.30   0.50 N I
+0          B3         0.00    0.00    0.50   0.50   0.30   0.50 N I
+B3         A-00        0.0    0.00    0.00      *      *      *      I
+A-00       A-01      500.0   69.00   -6.00   0.00   1.20   0.00   5.50 N I
+A-01       A-02      550.0    0.00  -90.00   0.50   0.50   5.50   2.00 N I
+A-02       A-03      790.0   39.00  -48.00   0.40   0.40   0.50   1.80 N I
+A-03       A-04       60.0  326.00    0.00   0.40   0.40   0.50   1.80 N I
+A-04       A-05      440.0   81.00  -63.00   0.00   1.50   1.00   1.75 N I
+A-05       A-06     1140.0   52.00  -52.00   0.40   0.40   0.51   1.75 N I
+A-06       A-07      300.0   58.00  -34.00   2.00   1.10   0.50   8.30 N I
+A-07       A-08      830.0    0.00  -90.00   3.00   2.30   8.30  12.00 N I
+A-08       A-09      230.0  358.00    0.00   0.40   0.40   1.50   0.50 N I
+A-09       A-10     1130.0  310.00  -85.00   0.00   2.50  11.30   1.75 N I
+A-10       A-11      430.0  206.00  -43.00   0.50   4.00   0.50   8.00 N I
+A-11       A-12      300.0  254.00  -60.00   0.20   0.30   1.00   1.75 N I
+A-12       A-13      200.0  215.00  -19.00   0.20   0.30   1.50  18.00 N I
+A-13       A-14      760.0  277.00  -72.00   0.30   0.40   3.00  38.00 N I
+A-14       A-15     1640.0  291.00  -78.00   0.40   0.50   3.00  22.00 N I
+A-15       A-16     2232.0    0.00  -90.00   1.80   1.00  24.00   0.00 N I
+A-16       A-17     1010.0  275.00   11.00   0.60   0.50  20.00   2.00 N I
+A-17       A-18      900.0  278.00  -44.00   3.00   0.40  16.00  16.00 N I
+A-18       A-19      650.0  263.00  -69.00   0.00   1.00   4.00  21.00 N I
+A-19       A-20      930.0  172.00  -67.00   1.00   1.00   4.00   8.00 N I
+A-20       A-21     1700.0  183.00  -75.00   1.00   1.00   1.00   1.75 N I
+A-21       A-22     1500.0  297.00  -59.00   0.30   0.30   3.00   2.80 N I
+A-22       A-23      380.0  251.00  -32.00   3.00   2.50   2.50  24.20 N I
+A-23       A-24     2420.0    0.00  -90.00   3.00   3.00  25.00   0.00 N I
+A-24       A-25      165.0    0.00   90.00   2.00   0.50   8.00   1.70 N I
+A-25       A-26      480.0  207.00  -20.00   0.60   0.60   3.00   3.00 N I
+A-26       A-27      470.0  111.00  -30.00   0.30   0.30   2.50   3.00 N I
+A-27       A-28     3000.0  126.00  -76.00   0.00   2.00   3.00   0.00 N I
+A-28       A-29      168.0    0.00   90.00   0.00   2.00   1.40   1.70 N I
+A-29       A-30      570.0   22.00  -30.00   2.00   5.00   1.00   1.75 N I
+A-30       A-31      500.0   86.00  -21.00   0.20   0.30   1.50   1.00 N I
+A-31       A-32      730.0  142.00  -72.00   0.50   1.50   8.00   1.75 N I
+A-32       A-33      260.0   33.00   -9.00   0.40   0.50   8.00   1.75 N I
+A-33       A-34      380.0   78.00  -22.00   0.30   0.30   0.50   1.75 N I
+A-34       A-35      370.0  111.00  -19.00   0.30   0.30   0.50   1.75 N I
+A-35       A-36      270.0   78.00  -46.00   1.50   0.00   3.00   1.75 N I
+A-36       A-37      150.0  128.00   16.00   0.80   0.80   7.00   8.00 N I
+A-37       A-38      490.0   72.00   25.00   0.40   0.80   2.00   0.80 N I
+A-38       A-39     1310.0  189.00  -72.00   1.00   1.00   1.00   1.00 N I
+A-39       A-40      980.0  321.00  -86.00   0.20   0.30   1.00   1.00 N I
+A-40       A-41     2515.0  316.00  -78.00   0.00   1.00  22.00   1.75 N I
+A-41       A-42       80.0  343.00    4.00   0.30   0.20   1.00   1.75 N I
+A-42       A-43      150.0  317.00    5.00   1.00   0.00   3.00   1.75 N I
+
+;Param Topof 1.000 Degd Clino Degd -3.3323 Inv,Inv,Inv Inc Std 10/02/1990 A ;G.S.Gaves : 10/02/1990, topo de la base des puits… à la jonction du shunt-actif : Jean Duplantier, François Ichas;
+Param Deca Degd Clino Deg 0.0000 Dir,Dir,Dir Inc Std ;G.S.Gaves : 10/02/1990, topo de la base des puits… à la jonction du shunt-actif : Jean Duplantier, François Ichas;
+
+
+A-43       B-40      360.0   83.00    8.00   0.00   1.10   3.00   1.75 N I
+B-40       B-39      980.0  133.00    5.00   0.00   1.00   3.00   1.75 N I
+B-39       B-38      660.0  138.00    6.00      *      *      *      I
+B-38       B-37     1150.0   74.00    4.00      *      *      *      I
+B-37       B-36      890.0   94.00    4.00      *      *      *      I
+B-36       B-35      680.0   75.00    7.00      *      *      *      I
+B-35       B-34      270.0  120.00    8.00      *      *      *      I
+B-34       B-33     1070.0   83.00    5.00      *      *      *      I
+B-33       B-32     2010.0   73.00    6.00      *      *      *      I
+B-32       B-31      760.0  101.00   -2.00      *      *      *      I
+B-31       B-30      390.0  113.00   -3.00      *      *      *      I
+B-30       B-29     1135.0  105.00    0.00      *      *      *      I
+B-29       B-28      725.0  131.00   26.00      *      *      *      I
+B-28       B-27      515.0   82.00    5.00      *      *      *      I
+B-27       B-26      580.0   46.00    0.00      *      *      *      I
+B-26       B-25      405.0  108.00   18.00      *      *      *      I
+B-25       B-24     1840.0  120.00    4.00      *      *      *      I
+B-24       B-23     1205.0   95.00    5.00      *      *      *      I
+B-23       B-22      750.0  125.00  -31.00      *      *      *      I
+B-22       B-21      870.0   81.00   11.00      *      *      *      I
+B-21       B-20     1140.0   63.00   14.00      *      *      *      I
+B-20       B-19     1640.0  108.00    2.00      *      *      *      I
+B-19       B-18     1790.0  139.00    4.00      *      *      *      I
+B-18       B-17      730.0  110.00    5.00      *      *      *      I
+B-17       B-16     1420.0   89.00    4.00      *      *      *      I
+B-16       B-15      335.0  171.00    0.00      *      *      *      I
+B-15       B-14      675.0   83.00    6.00      *      *      *      I
+B-14       B-13      410.0   99.00    5.00      *      *      *      I
+B-13       B-12     1430.0   91.00    4.00      *      *      *      I
+B-12       B-11      870.0   84.00    8.00      *      *      *      I
+B-11       B-10      380.0  166.00    7.00      *      *      *      I
+B-10       B-09      345.0  202.00   -3.00      *      *      *      I
+B-09       B-08     1160.0  185.00    1.00      *      *      *      I
+B-08       B-07      450.0  131.00  -19.00      *      *      *      I
+B-07       B-06     1095.0  111.00   11.00      *      *      *      I
+B-06       B-05      840.0  194.00   21.00      *      *      *      I
+B-05       B-04     1370.0  234.00    0.00      *      *      *      I
+B-04       B-03      340.0  239.00   30.00      *      *      *      I
+B-03       B-02      640.0  207.00   10.00      *      *      *      I
+B-02       B-01      420.0  140.00   36.00      *      *      *      I
+B-01       B-00      395.0  220.00   13.00      *      *      *      I
+
+;Param Topof 1.000 Degd Clino Degd -3.2052 Dir,Dir,Dir Inc Std 24/11/1991 A ;G.S.Gaves : 24/11/1991 topo de la sortie du shunt vers l'amont : Michel Lauga, Jacques Bauer;
+Param Deca Degd Clino Deg 0.0000 Dir,Dir,Dir Inc Std;G.S.Gaves : 24/11/1991 topo de la sortie du shunt vers l'amont : Michel Lauga, Jacques Bauer;
+
+B-00       F-01     1105.0  168.00    2.00      *      *      *      * I I
+F-01       F-02      455.0   80.00    1.00      *      *      *      I
+F-02       F-03      715.0  158.00    3.00      *      *      *      I
+F-03       F-04      375.0  171.00    0.00      *      *      *      I
+F-04       F-05      600.0   95.00    0.00      *      *      *      I
+F-05       F-06      300.0  157.00    0.00      *      *      *      I
+F-06       F-07      600.0  110.00    0.00      *      *      *      I
+F-07       F-08      695.0  102.00    0.00      *      *      *      I
+F-08       F-09      530.0   85.00    0.00      *      *      *      I
+F-09       F-10      895.0   94.00    1.00      *      *      *      I
+F-10       F-11      500.0   83.00    2.00      *      *      *      I
+F-11       F-12      535.0   94.00    1.00      *      *      *      I ;F-12=siphon amont nø1;
+F-03       F-13      480.0  231.00    2.00      *      *      *      I
+F-13       F-14      765.0  203.00    0.00      *      *      *      I
+F-14       F-15      100.0  283.00    0.00      *      *      *      I
+F-15       F-16     1260.0  167.00    1.00      *      *      *      I
+F-16       F-17      655.0   78.00    0.00      *      *      *      I
+F-17       F-18      540.0  105.00    2.00      *      *      *      I ;F-18=siphon amont nø2;
+F-16       F-19      610.0  274.00    0.00      *      *      *      I
+F-19       F-20      220.0  290.00    0.00      *      *      *      I
+
+;Param Topof 1.000 Degd Clino Degd -3.3355 Inv,Inv,Inv Inc Std 13/01/1990 A ;G.S.Gaves : 13/01/1990 topo de la sortie du shunt au siphon terminal : Jean Duplantier, Benat Delanghe, François Ichas;
+Param Deca Degd Clino Deg 0.0000 Dir,Dir,Dir Inc Std ;G.S.Gaves : 13/01/1990 topo de la sortie du shunt au siphon terminal : Jean Duplantier, Benat Delanghe, François Ichas;
+
+B-00       C-25     2200.0  170.00    9.00   0.60   0.60   6.00   1.70 N I
+C-25       C-24     2000.0  162.00    8.00   1.50   0.00   6.00   1.70 N I
+C-24       C-23      440.0  119.00   10.00   1.10   0.00   5.00   1.70 N I
+C-23       C-22      700.0  120.00    8.00   1.50   0.00   5.00   1.70 N I
+C-22       C-21     1415.0   97.00   10.00   0.60   0.60   5.00   1.70 N I
+C-21       C-20     1200.0   80.00    7.00   1.00   1.00   5.00   1.70 N I
+C-20       C-19      470.0   97.00   10.00   1.00   1.00   5.00   1.70 N I
+C-19       C-18      445.0   71.00    9.00   1.00   1.00   5.00   1.70 N I
+C-18       C-17     1165.0   93.00   11.00   1.00   1.00   5.00   1.70 N I
+C-17       C-16     1440.0  141.00   -1.00   1.00   1.00   2.00   1.70 N I
+C-16       C-15     2000.0  148.00    9.00   1.00   1.00   2.50   1.70 N I
+C-15       C-14     1170.0   98.00    4.00   0.50   1.00   2.00   1.70 N I
+C-14       C-13      385.0  230.00    7.00   1.50   0.00   5.00   1.00 N I
+C-13       C-12     1425.0  193.00    8.00   1.00   2.00   5.00   7.00 N I
+C-12       C-11      880.0  169.00   -4.00   0.50   0.50   5.00   1.70 N I
+C-11       C-10      225.0  112.00    1.00   0.60   0.60   3.00   0.00 N I
+C-10       C-09     1290.0  164.00   12.00   1.00   3.00   3.00   1.70 N I
+C-09       C-08     1305.0   97.00    9.00   0.70   0.70   2.50   1.70 N I
+C-08       C-07     1250.0   71.00   12.00   2.50   1.00   2.50   1.70 N I
+C-07       C-06     1950.0  133.00    6.00   1.00   0.00   4.00   1.70 N I
+C-06       C-05     1765.0   77.00    9.00   1.00   1.00   4.00   1.70 N I
+C-05       C-04      330.0  101.00   15.00   1.80   0.80   6.00   2.00 N I
+C-04       C-03      750.0   90.00   43.00   1.00   2.00   6.00   4.20 N I
+C-03       C-02      420.0    0.00   90.00   1.00   1.50  10.00   1.70 N I
+C-02       C-01      840.0   92.00    8.00   0.00   1.00   6.00   1.70 N I
+C-01       C-00     1650.0   93.00    8.00   1.00   1.00   6.00   1.70 N I ;C-00 = Au ras du siphon, becquet d'amarrage du fil d'Ariane;
+
+;Param Topof 1.000 Degd Clino Degd -3.3306 Dir,Dir,Dir Inc Std 25/02/1990 A ;G.S.Gaves : 25/02/1990 topo à partir du point C-09 : Pierre-Henri Fontespis-Loste, Stéphane Vogrig, François Ichas;
+Param Deca Degd Clino Deg 0.0000 Dir,Dir,Dir Inc Std ;G.S.Gaves : 25/02/1990 topo à partir du point C-09 : Pierre-Henri Fontespis-Loste, Stéphane Vogrig, François Ichas;
+
+C-09       D-01      280.0   70.00    8.00      *      *      *      I
+D-01       D-02      780.0  352.00   54.00      *      *      *      I
+D-02       D-03      540.0   66.00   59.00      *      *      *      I
+D-03       D-04      517.0  285.00   20.00      *      *      *      I
+D-04       D-05      350.0  254.00  -29.00      *      *      *      I
+D-05       D-06      290.0  261.00    3.00      *      *      *      I
+D-06       D-07      570.0  294.00   30.00      *      *      *      I
+D-07       D-08     1480.0  270.00  -16.50      *      *      *      I
+D-08       D-09      320.0  310.00   -7.00      *      *      *      I
+D-09       D-10      920.0  274.00  -12.00      *      *      *      I
+D-10       D-11      350.0    0.00   90.00      *      *      *      I
+D-11       D-12     1430.0  256.00   -2.00      *      *      *      I
+D-12       D-13      450.0  272.00   -8.00      *      *      *      I ;A partir de C-09 Shunt de la main courante. E-00 = C-09 ;
+C-09       E-01     1210.0  166.00    8.00      *      *      *      * I I
+E-01       E-02      240.0  116.00   31.00      *      *      *      I
+E-02       E-03      880.0  174.00   13.00      *      *      *      I
+E-03       E-04     1420.0  155.00    2.00      *      *      *      I
+E-04       E-05     1060.0  130.00   11.00      *      *      *      I
+E-05       E-06     2490.0  148.00    2.00      *      *      *      I
+E-06       E-07      810.0   98.00    4.00      *      *      *      I
+E-07       E-08      740.0   81.00    1.00      *      *      *      I
+E-08       E-09      440.0  122.00    7.00      *      *      *      I
+E-09       E-10      750.0   84.00    8.00      *      *      *      I
+E-10       E-11     1210.0   89.00    0.00      *      *      *      I
+E-11       E-12      540.0   38.00   36.00      *      *      *      I
+E-12       E-13     1095.0   84.00    2.00      *      *      *      I
+E-13       E-14     1190.0  187.00  -21.00      *      *      *      I
+E-14       E-15      815.0  257.00  -71.00      *      *      *      I ;E-15 dans l'actif au sol;
+
+;Param Topof 1.000 Degd Clino Degd -3.3306 Dir,Dir,Dir Inc Std 25/02/1990 A ; G.S.Gaves : ??/??/1991 topo à partir du point C-00, Siphon 1 et Siphon 2 C-00 = Au ras du siphon, becquet d'amarrage du fil d'Ariane : Serge Latapie, Philippe Rabatel;
+Param Deca Degd Clino Deg 0.0000 Dir,Dir,Dir Inc Std ; G.S.Gaves : ??/??/1991 topo à partir du point C-00, Siphon 1 et Siphon 2 C-00 = Au ras du siphon, becquet d'amarrage du fil d'Ariane : Serge Latapie, Philippe Rabatel;
+
+
+C-00       SIPH-01          0.0    1170.0  285.00  -23.70      *      *      *      I
+SIPH-01    SIPH-02          0.0    1270.0  280.00   21.70      *      *      *      I
+SIPH-02    SIPH-03          0.0     750.0   20.00    0.00      *      *      *      I
+SIPH-03    SIPH-04          0.0     820.0   70.00    0.00      *      *      *      I
+SIPH-04    SIPH-05          0.0     150.0    0.00  -90.00      *      *      *      I
+SIPH-05    SIPH-06          0.0     810.0  280.00   -2.10      *      *      *      I
+SIPH-06    SIPH-07          0.0     680.0   40.00   15.30      *      *      *      I
+SIPH-07    SIPH-08          0.0     420.0   60.00  -12.30      *      *      *      I
+SIPH-08    SIPH-09          0.0     420.0    0.00  -20.90      *      *      *      I
+SIPH-09    SIPH-10          0.0     710.0   30.00   19.70      *      *      *      I
+SIPH-10    P-02     1667.0   60.00    0.00      *      *      *      I ;galerie entre S2 et S3, S.Latapie et ??? topo avec boite Vulcain N-10=P-01;
+P-02       P-03     1037.0  335.00   14.00      *      *      *      I
+P-03       P-04      303.0  275.00  -23.00      *      *      *      I
+P-04       P-05      696.0  340.00  -18.00      *      *      *      I
+P-05       P-06     2667.0  300.00    0.00      *      *      *      I
+P-06       P-07     1853.0  285.00   -3.00      *      *      *      I
+P-07       P-08      954.0  300.00   -1.00      *      *      *      I
+P-08       P-09      469.0  310.00  -10.00      *      *      *      I
+P-09       P-10      747.0  270.00    5.00      *      *      *      I
+P-10       P-11      920.0  305.00   -7.00      *      *      *      I ;Siphon 3 Gasp‚ et Perre compas en degrés et décamètre P-11=Q-00;
+P-11       Q-01     1460.0  255.00  -19.20      *      *      *      I
+Q-01       Q-02     1810.0  260.00  -10.00      *      *      *      I
+Q-02       Q-03      750.0  265.00  -28.60      *      *      *      I
+Q-03       Q-04     1400.0   15.00   -0.80      *      *      *      I
+Q-04       Q-05      300.0    5.00   19.40      *      *      *      I
+Q-05       Q-06     2000.0  255.00   -0.80      *      *      *      I
+Q-06       Q-07     2000.0  265.00    7.40      *      *      *      I
+Q-07       Q-08     2000.0  240.00   25.00      *      *      *      I ;le point Q-08 = rive droite sortie S3 en direction de S4;
+
+;Param Topof 1.000 Degd Clino Degd -3.3233 Dir,Dir,Dir Inc Std 25/03/1990 A ;G.S.Gaves 25/03/1990 : topo à partir de la sortie du S3 : Olivier Gaspé‚ Alain Perré ???;
+Param Deca Degd Clino Deg 0.0000 Dir,Dir,Dir Inc Std ;G.S.Gaves 25/03/1990 : topo à partir de la sortie du S3 : Olivier Gaspé‚ Alain Perré ???;
+
+Q-08       K-01      600.0  350.00    9.00   0.80   0.40   2.00   1.60 N I
+K-01       K-02      640.0  297.00    2.00   3.00   2.00   2.00   1.60 N I
+K-02       K-03      940.0  268.00    1.00   0.80   0.20   1.00   0.50 N I ;Départ S4;
+Q-08       K-04      440.0  200.00    2.00   4.00   0.50   1.00   0.50 N I
+Q-08       K-05      200.0  235.00   15.00      *      *      *      I
+K-05       K-06     1430.0  321.00   38.00   2.00   0.30   3.00   1.60 N I
+K-06       K-07      660.0  281.00    1.00   0.70   0.40   1.00   1.60 N I
+K-07       K-08      500.0  314.00   18.00   1.50   1.50   6.00   1.60 N I
+K-08       K-09      700.0  285.00   -9.00   1.00   1.00   5.00   1.60 N I
+K-09       K-10     1100.0  319.00    6.00   1.25   1.25   5.00   1.60 N I
+K-10       K-11      400.0  276.00  -23.00   2.00   1.00   5.00   1.60 N I
+K-11       K-12      440.0    0.00  -90.00      *      *      *      I
+K-12       K-13      160.0    0.00   90.00      *      *      *      I
+K-13       K-14      490.0  323.00  -30.00   1.70   1.00   5.00   1.60 N I
+K-14       K-15     1330.0  222.00   -5.00   0.60   0.50   1.00   1.60 N I
+K-15       K-16      890.0  112.00    6.00   0.60   0.50   2.00   1.60 N I
+K-16       K-17      960.0   86.00    2.00   0.60   0.60   1.00   1.60 N I
+K-17       K-18     1250.0  220.00    2.00   0.20   1.50   1.50   1.60 N I
+K-18       K-19      700.0   80.00    2.00      *      *      *      I ;K-19=sortie du S4;
+K-14       K-20     1480.0   49.00   -3.00   0.60   0.60   5.00   1.60 N I
+K-20       K-21      550.0   48.00    1.00   0.60   0.60   7.00   1.60 N I
+K-21       K-22      670.0   23.00   -1.00   0.50   0.50   7.00   2.00 N I
+K-22       K-23      280.0   62.00   -7.00   0.50   0.50   4.00   2.00 N I
+K-23       K-24      320.0   32.00   -8.00   0.80   0.80   4.00   1.80 N I
+K-24       K-25      380.0  324.00   -9.00   1.00   1.00  15.00   1.60 N I
+K-25       K-26      470.0   10.00   -8.00   1.50   1.50   4.00   1.60 N I
+K-26       K-27      240.0    9.00   -4.00   0.30   1.20   4.00   1.60 N I
+K-27       K-28      500.0  297.00    2.00   1.00   0.15   5.00   1.60 N I
+K-28       K-29      300.0  235.00    9.00   0.60   0.60   7.00   1.60 N I
+K-29       K-30      410.0  261.00    1.00   0.60   0.60   6.00   1.60 N I
+K-30       K-31      310.0  232.00    1.00   1.00   1.00   6.00   1.60 N I
+K-31       K-32      370.0  290.00   -4.00   1.00   1.00   6.00   1.60 N I
+K-32       K-33      240.0  270.00   -3.00   0.50   0.50   6.00   1.60 N I
+K-33       K-34      280.0  309.00   -1.00   0.80   0.80   6.00   1.60 N I
+K-34       K-35      450.0  350.00   -2.00   0.80   2.00   3.00   1.60 N I
+K-35       K-36     1130.0  342.00   -4.00   1.50   0.80   3.00   1.60 N I
+K-36       K-37      410.0  278.00   -5.00   0.50   1.00   3.00   1.60 N I
+K-37       K-38      450.0  321.00   -9.00   0.30   0.50   3.00   1.60 N I
+K-38       K-39     1280.0  314.00   -8.00   1.00   0.80   3.00   1.60 N I ;arrivée du fossile 3m à gauche;
+K-39       K-40     1400.0   48.00    2.00   0.40   2.00   2.00   1.60 N I
+K-40       K-41     2000.0  320.00    2.00   3.00   0.40   2.00   1.60 N I
+K-41       K-42      630.0  290.00    4.00   1.80   2.00   6.00   1.60 N I
+K-42       K-43      920.0  261.00   -2.00   1.50   0.80   5.00   1.60 N I
+K-43       K-44     1080.0  307.00    2.00   0.50   2.00   2.00   1.60 N I
+K-44       K-45     1500.0  275.00   -1.00   1.60   0.80   2.00   1.60 N I
+K-45       K-46      800.0  295.00   -1.00   0.90   0.90   1.50   1.60 N I
+K-46       K-47     1950.0  274.00    1.00   2.00   1.00   2.50   1.60 N I
+K-47       K-48     1040.0  294.00    2.00   0.70   0.80   3.00   1.60 N I
+K-48       K-49     2000.0  257.00    3.00   2.00   0.70   3.00   1.60 N I
+K-49       K-50     1520.0  269.00  -10.00   0.60   2.50   2.00   1.60 N I
+K-50       K-51      970.0  306.00    1.00   0.30   0.50   2.00   1.60 N I
+K-51       K-52      520.0  353.00    4.00   1.50   7.00   2.00   1.60 N I
+K-52       K-53      750.0  260.00  -16.00   2.00   2.00   4.00   2.00 N I
+K-53       K-54      620.0  278.00   18.00   0.50   0.40   4.00   0.40 N I
+K-54       K-55       50.0    0.00  -90.00      *      *      *      I
+K-55       K-56      960.0  319.00  -14.00   0.50   1.00   3.00   3.10 N I
+K-56       K-57      840.0  301.00   -3.00   1.20   1.10   4.00   1.60 N I
+K-57       K-58     1250.0  330.00   -9.00   0.60   1.50   2.00   1.80 N I
+K-58       K-59     1100.0  280.00    8.00   2.50   1.50   5.00   1.60 N I
+K-59       K-60     1060.0  270.00   -8.00   0.50   2.50   2.50   0.40 N I
+K-60       K-61      890.0  302.00    2.00   2.00   2.00   2.50   1.60 N I
+K-61       K-62      700.0  304.00   16.00   3.00   0.60   4.00   1.60 N I
+K-62       K-63      920.0  277.00    1.00   1.10   1.00   2.00   1.60 N I
+K-63       K-64     1000.0   52.00   14.00   0.60   2.00   3.00   1.60 N I
+K-64       K-65      640.0   40.00  -40.00   1.50   1.50   3.00   1.60 N I
+K-65       K-66      660.0   72.00   12.00   1.00   1.50   3.00   1.60 N I
+K-66       K-67      500.0   10.00  -38.00   0.80   1.00   5.00   1.60 N I
+K-67       K-68      780.0   65.00    2.00   0.60   0.60   5.00   1.60 N I
+K-68       K-69      940.0   79.00    0.00   0.50   0.50   0.50   1.60 N I
+K-69       K-70      800.0   85.00   18.00   1.50   1.50   0.50   1.60 N I
+K-70       K-71     1500.0   70.00  -10.00   1.00   2.00   5.00   1.60 N I
+K-71       K-72     2000.0   55.00    3.00   0.90   1.10   5.00   1.60 N I ;arrivée d'eau en hauteur;
+K-72       K-73     1450.0   59.00    2.00   0.50   0.60  10.00   1.60 N I
+K-73       K-74      630.0   60.00    2.00   0.50   0.60   6.00   1.60 N I
+K-74       K-75      980.0   44.00    2.00   0.80   0.80   3.00   1.60 N I
+K-75       K-76      840.0   16.00    2.00   1.00   0.90   1.00   1.60 N I
+K-76       K-77     2000.0   55.00    2.00   1.50   2.00   4.00   1.60 N I
+K-77       K-78     1150.0   48.00    1.00   1.00   2.00   1.00   1.60 N I
+K-78       K-79     2000.0   40.00    1.00   1.00   2.00   2.00   1.60 N I
+K-79       K-80      860.0   42.00    2.00   1.00   1.00   6.00   1.60 N I ;affluent en hauteur;
+K-80       K-81      800.0   55.00   -8.00   0.60   0.60   2.00   0.40 N I
+K-81       K-82     2000.0   52.00    2.00   0.70   0.80   1.00   1.60 N I
+K-82       K-83     2000.0   47.00    2.00   2.00   0.80   6.00   1.60 N I
+K-83       K-84     1680.0   40.00    2.00   0.80   0.80   6.00   1.60 N I ;affluent gauche gros débit;
+K-84       K-85     1600.0   35.00    2.00   1.00   0.80   5.00   1.60 N I
+K-85       K-86      680.0   35.00    2.00   1.00   1.00   6.00   1.50 N I
+K-86       K-87     1340.0   70.00    2.00   0.50   0.50   1.00   1.60 N I
+K-87       K-88     1700.0   40.00    3.00   1.50   0.50   1.00   1.60 N I
+K-88       K-89     2000.0   34.00    2.00   0.70   0.60  20.00   0.50 N I
+K-89       K-90     1150.0   24.00   -2.00   2.50   1.50   8.00   3.00 N I
+K-90       K-91     1330.0   91.00   -2.00   2.50   3.00   1.50   1.60 N I
+K-91       K-92     1250.0   79.00    1.00   0.80   1.00   3.00   1.60 N I
+K-92       K-93     1060.0  360.00    1.00   1.00   1.00   5.00   1.60 N I
+K-93       K-94      550.0  323.00    1.00   2.00   2.00   4.00   1.60 N I
+K-94       K-95      600.0   12.00    2.00   0.60   2.00   8.00   1.60 N I ;puits remontant;
+K-95       K-96      530.0   80.00    2.00   1.00   2.00   3.00   1.60 N I ;ressaut de 4m;
+K-96       K-97     2000.0   70.00   -8.00   2.00   3.00   4.00   1.60 N I ;Début des salles = K-96: ressaut de 4m. Bivouac … k-98. Terminus topo, Lundi matin … trois heures!!!;
+K-97       K-98     1340.0   58.00   -1.00   2.00   1.50   4.00   1.60 N I ;fin de la journée!! Bivouac dans la salle;
+K-98       L-01     1470.0   89.00    1.00   3.00   2.00   3.50   1.60 N I
+L-01       L-02     1570.0   65.00  -15.00   2.00   1.70   2.50   1.60 N I
+L-02       L-03      470.0  335.00   -4.00   5.00   2.00   5.00   1.60 N I
+L-03       L-04     1640.0    7.00  -28.00   1.00   2.00   5.00   1.60 N I
+L-04       L-05      640.0  345.00   -7.00   3.50   4.00   2.00   1.60 N I
+L-05       L-06      800.0  320.00   18.00   1.20   3.00   4.00   1.60 N I
+L-06       L-07     2000.0  288.00    0.00   2.00   0.50   2.50   1.60 N I
+L-07       L-08     2000.0  274.00    6.00   3.00   3.00   2.00   1.60 N I
+L-08       L-09     1330.0  289.00  -10.00   2.00   2.00   0.60   1.60 N I
+L-09       L-10     1440.0  310.00  -15.00   1.80   3.50   2.00   1.60 N I
+L-10       L-11      330.0  216.00    0.00   6.00   0.00   5.00   1.60 N I
+L-11       L-12     1900.0  360.00    0.00   2.00   3.00   4.50   1.60 N I
+L-12       L-13     2000.0  354.00   -2.00   1.00   1.50   4.50   1.60 N I
+L-13       L-14     1600.0   10.00   -3.00   1.00   1.00   3.00   1.80 N I
+L-14       L-15     2000.0   48.00    1.00   1.80   2.50   5.00   1.80 N I
+L-15       L-16     2000.0   68.00    0.00   4.00   1.50   2.00   1.80 N I
+L-16       L-17     2000.0   65.00   -1.00   1.50   1.50   4.00   1.80 N I
+L-17       L-18     2000.0   60.00    0.00   2.00   2.50   3.00   1.60 N I
+L-18       L-19     1120.0  104.00   -1.00   1.20   2.20   2.50   1.60 N I
+L-19       L-20     1400.0   70.00    0.00   2.50   1.10   2.50   1.00 N I
+L-20       L-21     1150.0   18.00    5.00   1.50   2.50   4.00   1.60 N I
+L-21       L-22      280.0   30.00  -18.00   3.00   3.00   4.00   1.60 N I
+L-22       L-23     2000.0   70.00  -17.00   2.00   6.00   2.00   1.60 N I
+L-23       L-24     2000.0   78.00   -5.00   3.50   4.00   3.00   1.60 N I
+L-24       L-25     1360.0   70.00   -1.00   1.80   3.00   2.00   1.60 N I
+L-25       L-26     1570.0    5.00   -1.00   3.50   0.80   3.00   1.60 N I
+L-26       L-27      780.0  351.00  -11.00   1.50   1.10   2.50   1.60 N I
+L-27       L-28      690.0  318.00   10.00   0.50   0.50   3.00   1.60 N I
+L-28       L-29     1000.0  334.00    0.00   0.50   0.50   2.00   4.00 N I
+L-29       L-30      930.0    5.00    0.00   0.50   0.80   2.00   0.40 N I
+L-30       L-31      240.0   37.00   -5.00   0.50   1.00   0.80   0.60 N I
+L-31       L-32     1310.0    6.00   -8.00   0.60   0.60   0.00   0.60 N I
+L-32       L-33     1170.0    8.00   -8.00   1.80   0.60   0.50   1.60 N I
+L-33       L-34     1640.0   31.00   -5.00   0.20   1.00   0.80   1.60 N I
+L-34       L-35     1430.0   28.00  -10.00   0.40   1.00   0.60   1.60 N I
+L-35       L-36     1270.0   34.00   -3.00   0.70   1.00   0.30   1.00 N I
+L-36       L-37     1400.0   41.00   -1.00   0.70   1.10   0.30   1.00 N I
+L-37       L-38     2000.0   32.00    0.00   1.50   0.50   0.20   1.00 N I
+L-38       L-39     1400.0   39.00   -3.00   0.30   1.50   0.20   1.00 N I
+L-39       L-40     1140.0    9.00   -5.00   1.50   0.60   0.70   1.60 N I
+L-40       L-41      870.0   57.00   -3.00   0.50   2.00   1.00   1.60 N I
+L-41       L-42     1400.0   68.00    2.00   0.60   1.60   0.00   1.50 N I
+L-42       L-43     1250.0   54.00   -9.00   3.50   2.00   2.00   0.40 N I
+L-43       L-44     2000.0   79.00  -10.00   1.00   2.50   0.60   1.60 N I
+L-44       L-45     1470.0   58.00    2.00   2.00   1.00   3.00   1.60 N I
+L-45       L-46     1770.0   77.00  -14.00   0.70   1.00   0.00   0.60 N I
+L-46       L-47     1070.0   78.00   -4.00   1.20   1.00   1.50   1.60 N I
+L-47       L-48     1530.0   23.00   -2.00   3.00   3.00   1.00   1.60 N I
+L-48       L-49      250.0   80.00  -45.00   0.80   0.80   1.00   1.60 N I
+L-49       L-50     1360.0   32.00   -5.00   0.60   0.80   1.60   0.00 N I ;niveau de l'eau;
+L-50       L-51      630.0   39.00  -18.00   1.00   1.00   0.40   0.60 N I
+L-51       L-52      960.0   36.00  -10.00   1.50   1.50   0.20   0.50 N I
+L-52       L-53      950.0   30.00   -4.00   2.00   1.50   1.50   0.60 N I
+L-53       L-54      760.0   28.00  -10.00   1.50   0.70   6.00   0.70 N I
+L-54       L-55     2000.0   30.00   -4.00   1.00   1.10   5.00   0.60 N I
+L-55       L-56     1360.0   20.00    3.00   1.50   1.00   0.40   1.60 N I
+L-56       L-57     1460.0   21.00  -12.00   0.60   1.80   4.00   3.60 N I
+L-57       L-58     1520.0   29.00   -5.00   3.00   2.00   0.20   1.60 N I
+L-58       L-59     1190.0  351.00   -4.00   2.20   1.50   1.50   1.60 N I
+L-59       L-60     1440.0   21.00   -4.00   0.90   4.50   1.50   1.60 N I
+L-60       L-61     2000.0   70.00  -12.00   1.00   4.00   1.50   1.60 N I
+L-61       L-62     1200.0   63.00   -9.00   1.50   2.00   0.80   1.60 N I
+L-62       L-63     1060.0   70.00   -3.00   0.80   1.20   1.50   1.60 N I
+L-63       L-64      730.0   69.00   -9.00   1.20   1.00   1.50   0.50 N I
+L-64       L-65     2000.0   93.00   -5.00   1.50   1.00   2.50   0.80 N I
+L-65       L-66     1430.0   86.00   -6.00   0.80   0.60   0.80   1.60 N I
+L-66       L-67     1330.0   98.00    9.00   2.00   2.00   3.00   0.40 N I
+L-67       L-68     2000.0  106.00   -2.00   0.80   0.90   0.90   0.60 N I ;L-67 … L-68 = fossile de l'Odeur! Affluent sur L-68;
+L-67       L-69      340.0    0.00  -90.00      *      *      *      I
+L-69       L-70      400.0   77.00  -15.00   3.50   1.00   1.00   0.20 N I
+L-70       L-71     1880.0  114.00   -1.00   1.40   0.50   0.00   1.60 N I
+L-71       L-72      530.0  108.00    2.00   1.50   0.60   1.00   0.60 N I
+L-72       L-73      730.0  104.00   -2.00   1.00   0.60   2.00   1.60 N I ;Arrivée affluent pollué d'après carnet topo;
+L-73       L-74     1330.0   95.00   -5.00   1.00   1.00   2.40   1.60 N I
+L-74       L-75     1730.0   95.00   -6.00   0.70   0.70   1.50   1.60 N I ;L-75 = Affluent Pollu‚ rive droite;
+L-75       L-76     1300.0   15.00   -5.00   2.50   1.50   6.00   1.60 N I
+L-76       L-77     1250.0    7.00    0.00   2.00   2.50   4.00   1.60 N I
+L-77       L-78      770.0  340.00    8.00   2.00   3.00   3.00   1.60 N I
+L-78       L-79      550.0   45.00   -6.00   1.50   3.00   2.00   1.60 N I
+L-79       L-80     1170.0   28.00  -10.00   1.00   2.00   0.80   1.60 N I
+L-80       L-81     1070.0   48.00  -15.00   8.00   1.00  20.00   1.50 N I
+L-81       L-82      350.0  312.00    2.00      *      *      *      I
+L-82       L-83     1000.0   10.00  -18.00   1.00   1.50   0.50   0.50 N I
+L-83       L-84      920.0  360.00  -16.00   9.70  17.00   0.50   1.60 N I
+L-84       L-85     1700.0   10.00  -20.00   4.00   5.00   1.00   1.00 N I
+L-85       L-86     1000.0   22.00  -30.00   1.00   0.50   2.00   1.60 N I ;Terminus le mardi … 0h30 dans la zone des cascades;
+L-86       M-01     1130.0   15.00  -12.00   1.50   2.00   6.00   1.50 N I
+M-01       M-02      840.0   44.00   -4.00   0.50   0.50   5.00   1.60 N I
+M-02       M-03     1250.0   27.00  -18.00   1.00   1.00   5.00   1.60 N I
+M-03       M-04     1100.0   10.00  -12.00   1.00   1.50   8.00   0.40 N I
+M-04       M-05     1260.0  322.00  -10.00   1.00   1.00   1.00   1.60 N I
+M-05       M-06      720.0   10.00    1.00   2.50   3.00   1.00   1.60 N I
+M-06       M-07     1340.0   30.00  -23.00   2.50   1.00   1.00   1.60 N I
+M-07       M-08     2000.0   25.00  -25.00   2.20   2.00   1.50   0.80 N I
+M-08       M-09      670.0   60.00   -7.00   3.00   3.00   2.00   1.60 N I
+M-09       M-10      850.0   75.00   -4.00   3.50   0.00   2.00   1.60 N I
+M-10       M-11      500.0   15.00   28.00   3.50   0.80   3.00   1.60 N I
+M-11       M-12     1150.0   35.00  -15.00   3.00   3.00   5.00   1.60 N I
+M-12       M-13     1580.0   72.00    1.00   1.00   4.00   2.50   1.60 N I
+M-13       M-14      210.0   72.00    0.00   1.00   0.60   2.50   1.60 N I
+M-14       M-15      440.0    0.00  -90.00      *      *      *      I
+M-15       M-16      160.0    0.00   90.00   0.00   0.80   2.50   3.40 N I
+M-16       M-17     1460.0   10.00  -24.00   0.60   1.00   0.30   0.40 N I
+M-17       M-18     1320.0   53.00    0.00   0.60   2.00   1.00   1.60 N I
+M-18       M-19      840.0   65.00  -15.00   0.40   3.00   3.00   1.60 N I
+M-19       M-20      840.0  345.00    0.00   3.00   2.00   3.00   1.60 N I
+M-20       M-21     2000.0   50.00  -18.00   0.60   3.00   1.00   1.60 N I
+M-21       M-22      920.0   47.00  -15.00   2.50   1.00   2.50   1.60 N I
+M-22       M-23      830.0   80.00   17.00   0.60   2.00   3.00   1.60 N I
+M-23       M-24     2000.0   39.00   -6.00   2.50   0.80   1.50   1.60 N I
+M-24       M-25     2000.0   48.00    1.00   2.00   2.00   2.00   1.60 N I
+M-25       M-26      700.0   70.00   -6.00   2.00   3.00   2.50   1.60 N I
+M-26       M-27     2000.0   98.00    2.00   5.00   5.00   6.00   2.00 N I
+M-27       M-28      490.0  105.00  -25.00   4.00   2.00   2.00   1.60 N I
+M-28       M-29      400.0   36.00  -20.00   1.00   0.20   1.00   1.60 N I
+M-29       M-30      860.0  116.00    2.00   1.00   3.00   2.00   1.60 N I ;1er lac;
+M-30       M-31      460.0  150.00    2.00   0.60   0.20   0.20   1.60 N I
+M-31       M-32      410.0  135.00   35.00   1.00   1.00   1.00   1.60 N I
+M-32       M-33     2000.0  134.00   -2.00   1.30   3.50   4.50   1.60 N I
+M-33       M-34     1630.0  103.00   -7.00   2.00   1.00   1.00   2.00 N I
+M-34       M-35     1560.0   83.00    1.00   2.50   1.00   2.00   1.60 N I
+M-35       M-36     1860.0  100.00    9.00   5.00   2.00   3.50   2.50 N I
+M-36       M-37     2000.0   85.00  -11.00  10.00   0.20   2.00   1.60 N I
+M-37       M-38      950.0  122.00  -19.00   2.50   5.50   0.50   1.60 N I
+M-38       M-39      840.0   95.00   -7.00   0.80   0.50   3.00   1.60 N I
+M-39       M-40     2000.0   90.00    3.00   1.50   0.50   3.00   0.50 N I
+M-40       M-41     2000.0  104.00   -2.00   2.50   3.00   1.50   1.60 N I
+M-41       M-42      950.0  112.00    0.00   2.00   3.00   3.00   1.60 N I
+M-42       M-43      900.0  100.00   -7.00   2.50   2.50   3.00   0.40 N I
+M-43       M-44     1040.0  110.00    5.00   0.20   3.00   1.00   1.60 N I
+M-44       M-45     1200.0   66.00    0.00   3.00   1.00  13.00   1.60 N I
+M-45       M-46     1450.0  118.00   -1.00   2.00   2.00   3.00   1.60 N I
+M-46       M-47     2000.0  100.00   -3.00   5.00   0.50   3.00   1.60 N I
+M-47       M-48     2000.0   92.00   -4.00   6.00   0.50   3.00   1.60 N I
+M-48       M-49     2000.0  101.00   -3.00   7.00   0.50   2.50   1.60 N I
+M-49       M-50     2000.0   98.00   -5.00   6.00   0.50   2.00   1.60 N I
+M-50       M-51     2000.0   95.00  -10.00   2.00   1.00   1.00   1.60 N I
+M-51       M-52     2000.0   82.00   -3.00   5.00   1.50   3.00   1.60 N I
+M-52       M-53     2000.0  100.00  -12.00   3.50   4.00   3.00   1.60 N I
+M-53       M-54     1690.0   89.00   -5.00   3.50   2.00   2.50   1.60 N I
+M-54       M-55     1300.0   59.00   -5.00   4.00   2.50   5.00   1.60 N I
+M-55       M-56      700.0  110.00  -15.00   0.30   2.00   2.00   1.60 N I
+M-56       M-57      270.0   88.00   -6.00   0.20   0.60   3.00   1.50 N I
+M-57       M-58      650.0  358.00   -3.00   0.20   5.00   2.00   1.60 N I
+M-58       M-59      730.0   42.00  -22.00   0.60   1.00   2.00   1.60 N I
+M-59       M-60      680.0   46.00  -26.00   0.50   1.00   3.00   1.60 N I
+M-60       M-61     1550.0   30.00  -12.00   1.00   1.00   3.00   1.60 N I
+M-61       M-62      730.0   22.00  -10.00   0.80   0.40   2.00   2.00 N I
+M-62       M-63      700.0   75.00   -4.00   2.00   0.50   3.00   1.60 N I
+M-63       M-64     1540.0   30.00   -1.00   0.80   0.40   4.00   1.60 N I
+M-64       M-65      410.0   25.00   -5.00   0.80   0.20   1.00   1.60 N I
+M-65       M-66      350.0  345.00    1.00   3.00   0.60   3.00   1.60 N I
+M-66       M-67      690.0   82.00  -16.00   0.60   2.00   2.00   1.60 N I
+M-67       M-68      700.0    5.00   -2.00   1.00   0.10   2.50   1.60 N I
+M-68       M-69     1320.0    8.00   -3.00   0.40   0.40   3.00   1.60 N I
+M-69       M-70      560.0   25.00    1.00   0.90   0.90   1.60   1.60 N I
+M-70       M-71     1230.0  320.00    0.00   1.00   1.00   1.50   1.60 N I
+M-71       M-72      870.0  318.00   -3.00   1.00   2.00   1.00   1.60 N I
+M-72       M-73      670.0  298.00   -6.00   0.60   2.00   2.00   1.60 N I
+M-73       M-74      680.0  290.00    2.00   0.60   0.80   1.00   1.60 N I ;2eme lac;
+M-74       M-75     1060.0  285.00    2.00   1.80   0.30   1.00   1.00 N I
+M-75       M-76     1380.0   35.00    2.00   1.00   1.00   1.00   1.20 N I
+M-76       M-77      640.0   40.00   -9.00   0.50   0.50   1.60   1.20 N I
+M-77       M-78     1150.0   25.00   -4.00      *      *      *      I
+M-78       M-79      410.0  328.00    0.00   2.00   2.00   3.00   1.60 N I
+M-79       M-80      760.0   53.00    0.00   2.00   0.60   1.00   1.60 N I
+M-80       M-81     1540.0   20.00   -8.00   3.00   1.50   0.80   2.50 N I
+M-81       M-82      700.0  339.00   -4.00   1.00   1.00   2.00   1.60 N I
+M-82       M-83     1320.0   60.00   -3.00   2.00   3.00   1.50   1.60 N I
+M-83       M-84      980.0   52.00    0.00   3.50   0.50   1.00   1.60 N I
+M-84       M-85     1030.0   41.00  -28.00   4.00   1.00   0.20   0.80 N I
+M-85       M-86     2000.0   30.00   -3.00   5.00   1.50   2.50   1.60 N I ;M-86 = entrée de la salle;
+M-86       M-87     1650.0  320.00   -2.00  20.00   4.00  10.00   1.60 N I ;M-87 = entrée du gros l'affluent 7x7;
+M-87       O-87        0.0    0.00    0.00   4.00   2.00   4.00   1.60 N I
+O-87       M-88     2000.0  229.00    3.00   4.00   2.00   4.00   1.60 I I
+M-88       M-89     2000.0  232.00   15.00   4.00   1.00   4.00   1.60 N I
+M-89       M-90     2000.0  225.00    9.00   2.50   2.50   3.50   1.60 N I
+M-90       M-91     2000.0  215.00    9.00   4.00   2.50   5.00   1.60 N I
+M-91       M-92     1670.0  214.00    2.00   4.00   3.00   3.00   1.60 N I ;fin du gros l'affluent;
+M-87       M-93     2000.0   22.00  -11.00   2.00   6.00   7.00   1.60 N I
+M-93       M-94     2000.0   32.00  -10.00   7.00   4.00   8.00   1.60 N I
+M-94       M-95     2000.0   65.00  -24.00   4.00   6.00   8.00   1.60 N I
+M-95       M-96     1640.0   66.00  -26.00   7.00   5.00   6.00   1.60 N I ;entrée de la trémie;
+M-96       M-97      310.0   21.00  -24.00   0.30   0.30   0.30   0.30 N I
+M-97       M-98      370.0  140.00  -30.00   0.30   0.30   0.30   0.30 N I
+M-98       M-99      280.0   80.00  -30.00   0.30   0.30   0.30   0.30 N I
+M-99       M-100      310.0   30.00  -27.00   0.30   0.30   0.30   0.30 N I ;fin trémie et fin plafond de la salle;
+M-100      M-101     1210.0   45.00  -12.00   5.00   4.00   3.00   0.80 N I
+M-101      M-102     1580.0   33.00   -2.00   5.00   5.00   2.00   0.10 N I
+M-102      M-103      220.0  310.00    0.00   3.00   3.00   0.20   0.10 N I ;plage de sable;
+M-103      M-104     1500.0   30.00    2.00   5.00   3.00   6.00   1.60 N I
+M-104      M-105     2000.0   42.00   -5.00   5.00   3.00   2.00   1.60 N I
+M-105      M-106     1900.0   30.00    9.00   6.00   5.00   0.20   0.80 N I
+M-106      M-107     2000.0   30.00   10.00   5.00   6.00   1.50   1.60 N I
+M-107      M-108     1840.0   50.00   14.00   2.00   6.00   3.00   1.60 N I
+M-108      M-109     2000.0   63.00  -18.00   6.00   8.00   1.50   1.60 N I
+M-109      M-110     2000.0   70.00  -16.00   7.00   5.00   0.50   0.50 N I ;TERMINUS DU MERCREDI 28 MARS 90 … 0h30;
+
+;Param Topof 1.000 Degd Clino Degd -3.1258 Inv,Inv,Inv Inc Std 10/01/1993 A ;G.S.Gaves et GSHP: 10-11/01/1993 topo suite des Grandes Salle à partir du point M-105 perte de l'actif dans le sable : Serge Latapie‚ Alain Perré;
+Param Deca Degd Clino Deg 0.0000 Dir,Dir,Dir Inc Std ;G.S.Gaves et GSHP: 10-11/01/1993 topo suite des Grandes Salle à partir du point M-105 perte de l'actif dans le sable : Serge Latapie‚ Alain Perré;
+M-105      N-39        0.0    0.00    0.00   0.00   0.00   0.00   0.00 N I
+N-39       N-38      324.0  332.00  -21.00      *      *      *      I
+N-38       N-37      878.0  193.00  -26.00      *      *      *      I
+N-37       N-36     2616.0  203.00   -7.00      *      *      *      I
+N-36       N-35     1272.0  213.00   18.00      *      *      *      I
+N-35       N-34     1652.0   73.00   -6.00      *      *      *      I
+N-34       N-33     1324.0   77.00  -12.00      *      *      *      I
+N-33       N-32     3070.0  204.00   17.00      *      *      *      I
+N-32       N-31     1017.0  195.00   38.00      *      *      *      I
+N-31       N-30     1690.0  233.00   47.00      *      *      *      I
+N-30       N-29     1062.0  192.00   24.00      *      *      *      I
+N-29       N-28     1592.0  252.00   -5.00      *      *      *      I
+N-28       N-27     1379.0  232.00   35.00      *      *      *      I
+N-27       N-26      100.0  360.00   90.00      *      *      *      I
+N-26       N-25     1483.0  262.00   -3.00      *      *      *      I
+N-25       N-24     1190.0  256.00    0.00      *      *      *      I
+N-24       N-23     4031.0  234.00   12.00      *      *      *      I
+N-23       N-22     1267.0  244.00   28.00      *      *      *      I
+N-22       N-21     1314.0  251.00   39.00      *      *      *      I
+N-21       N-20      576.0  325.00   48.00      *      *      *      I
+N-20       N-19     1660.0  248.00   46.00      *      *      *      I
+N-19       N-18      409.0  261.00   34.00      *      *      *      I
+N-18       N-17     1275.0  257.00   18.00      *      *      *      I
+N-17       N-16     1129.0  223.00   16.00      *      *      *      I
+N-16       N-15      154.0  217.00   76.00      *      *      *      I
+N-15       N-14      362.0  246.00   18.00      *      *      *      I
+N-14       N-13      494.0  200.00   13.00      *      *      *      I
+N-13       N-12      627.0  224.00    6.00      *      *      *      I
+N-12       N-11      539.0  158.00   12.00      *      *      *      I
+N-11       N-10      395.0  225.00    8.00      *      *      *      I
+N-10       N-09      295.0  227.00   34.00      *      *      *      I
+N-09       N-08      452.0  216.00   -5.00      *      *      *      I
+N-08       N-07     1052.0  207.00    4.00      *      *      *      I
+N-07       N-06      704.0  200.00   13.00      *      *      *      I
+N-06       N-05      326.0  260.00    3.00      *      *      *      I
+N-05       N-04      215.0  193.00   -2.00      *      *      *      I
+N-04       N-03     1434.0  266.00    1.00      *      *      *      I
+N-03       N-02      785.0  285.00   -3.00      *      *      *      I
+N-02       N-01      651.0  205.00    3.00      *      *      *      I
+N-01       N-00      705.0  250.00   16.00      *      *      *      I ;arrêt sur siphon caca;
+
+Param Deca Degd Clino Degd -0.5035 Dir,Dir,Dir Dep 0,0,255 01/07/2011 A ;Réalisation SCMNF + ???, topo Juillet 2011, amont vers jonction AP7 : Philippe Guillemin, Evelyne Renaud, Françoise Lidonne;
+
+A-42       J02                       2.12    5.11  -67.38      *      *      *      I
+J02        J03                       6.23  112.00    3.70   0.27   1.09   5.63   1.29 N I
+J03        J04                       6.07  150.00    2.40   3.48   1.49   5.98   0.98 N I
+J04        J05                       5.68   77.00  -12.20   0.30   4.50   1.50   0.00 N I
+J05        J06                      12.04  146.00    1.40   1.28   0.00   3.04   1.00 N I
+J06        J07                       7.75  125.00   -0.60   0.20   1.37   2.00   1.28 N I
+J07        J08                       8.30  145.00   -3.20   1.26   0.00   4.02   1.07 N I
+J08        J09                       5.95  105.00   -3.30   1.33   0.37   5.09   1.84 N I
+J09        J10                       1.87  109.00   15.50   0.50   0.50   3.10   1.30 N I
+J10        J11                       9.28  100.00    6.10   0.00   0.80   4.15   2.10 N I
+J11        J12                       5.07  167.00   -5.30   0.92   0.27   4.38   0.61 N I
+J12        J13                       8.03  140.00   36.70   1.31   0.80   4.00   0.00 N I
+J13        J14                       2.61   80.00   21.40   0.36   0.86   3.00   0.80 N I
+J14        J15                       1.23    0.00   90.00   0.87      *      *      I
+J15        J16                       4.00  130.00   37.10   0.12   0.89   0.93   0.92 N I
+J16        J17                       3.37  130.00  -23.50   0.52   0.12   1.50      I
+J17        J18                       1.88    0.00  -90.00      *   0.25      *   0.00 N I
+J18        J19                       4.50  125.00    1.80   0.00   1.13   2.50   0.56 N I
+J19        J20                       0.48    0.00   90.00      *      *      *      I
+J20        J21                       7.42  150.00   11.40   0.00   1.18   1.67   1.04 N I
+J21        J22                       1.27  220.00    1.40   1.00   0.00   1.24   0.90 N I
+J22        J23                       6.78  140.00    6.70   0.24   0.54   2.59   1.28 N I
+J23        J24                       2.87  206.00   40.10   0.00   0.78   1.41   0.99 N I
+J24        J25                       3.54  230.00    8.80   0.55   0.12   0.66   0.26 N I
+J25        J26                       1.60  195.00    2.40   0.00   0.70   0.95   0.48 N I
+J26        J27                       5.15  115.00   10.30   0.00   0.30   0.70   0.00 N I
+J27        J28                       3.41  135.00  -37.70   0.40   0.55   0.40   0.00 N I
+J28        J29                       3.33  110.00  -22.30   0.80   0.15   0.00   0.40 N I
+J29        J30                       6.10  138.00  -36.00   0.40   0.00   0.50   1.20 N I
+J30        J31                       3.15   68.00  -17.00   1.50   0.80   2.00   2.50 N I
+J31        J32                       5.80  188.00  -33.00   0.58   1.88   1.49   0.00 N I
+J32        J33                       2.81  174.00    0.70   0.40   0.80   0.60   0.00 N I
+J33        J34                       2.62  279.00   38.70   1.93   0.90   1.30   0.84 N I
+
+Param Deca Degd Clino Degd -0.4220 Dir,Dir,Dir Inc 0,0,255 01/07/2012 A ;Réalisation SCMNF ???, topo Juillet 2012,  amont vers jonction AP7 suite : Philippe Guillemin, Pascale Porte, Françoise Lidonne;
+
+V00        V00           0    0.00    0.00   1.97   0.00   1.91   0.76 N I
+V00        VA0                       2.96  174.00   -3.00   0.00   1.60   0.99   0.98 N I
+VA0        VA1                       2.78  262.00  -12.00   0.40   0.15   1.20   1.00 N I
+VA1        VA2                       6.25  241.00  -28.00   0.50   0.00   0.10   0.40 N I
+VA2        VA3                       3.25  218.00  -25.00   0.30   0.30   0.30   0.30 N I
+V00        V01                       5.50   87.00   25.00   0.30   0.00   1.30   1.15 N I
+V01        V02                       5.37   82.00   -2.00   0.25   0.00   1.70   0.89 N I
+V02        V03                      11.05   75.00   -3.00   0.00   0.75   0.95   1.23 N I
+V03        V04                       4.38   95.00   -2.00   3.10   0.00   0.58   0.62 N I
+V04        V05                       2.85   36.00    5.00   0.00   1.25   1.50   0.96 N I
+V05        V06                       4.67  101.00   -3.00   0.73   0.00   3.34   1.00 N I
+V06        V07                       5.96   74.00   -4.00   0.86   0.45   1.03   0.79 N I
+V07        V08                       9.85   69.00   15.00   0.00   0.56   0.68   0.65 N I
+V08        V09                       7.38   84.00   -2.00   0.00   1.06   1.40   2.71 N I
+V09        V10                       5.05  105.00  -25.00   1.20   0.00   1.71   1.72 N I
+V10        V11                       4.94   55.00  -12.00   0.46   0.00   5.27   0.94 N I
+V11        V12                       4.80   48.00   -3.00   0.20   0.60   1.72   0.51 N I
+V12        V13                       6.98   52.00    3.00   0.59   0.00   1.60   0.61 N I
+V13        V14                       5.00   53.00    1.00   0.00   0.66   3.35   1.09 N I
+V14        V15                       3.74   67.00   -1.00   0.84   0.00   1.56   0.72 N I
+V15        V16                       3.95   56.50    4.00   0.00   0.47   1.40   0.94 N I
+V16        V17                       3.07   65.00    2.00   0.48   0.00   1.25   1.01 N I
+V17        V18                       7.30   54.00   -5.00   0.47   0.30   1.47   2.22 N I
+V18        V19                       4.86   59.00  -14.00   0.56   0.27   1.50   0.00 N I
+V19        V20                       1.93    0.00  -90.00      *      *      *      I
+V20        V21                       2.44   39.00    6.00   0.00   1.43   4.13   1.79 N I
+V21        V22                       0.79    0.00  -90.00      *      *      *      I
+V22        V23                       3.14   62.00    4.00   1.63   0.00   5.00   1.24 N I
+V23        V24                       1.48    8.00    6.00   0.81   0.00   6.34   1.62 N I
+V24        V25                       3.55  335.00    1.00   0.00   1.45   4.35   1.69 N I
+V25        V26                       3.49  334.00   14.00   0.94   0.00   4.03   2.58 N I
+V26        V27                       3.83  253.00   27.00   0.00   0.78   2.19   7.87 N I
+V27        V28                       5.90  270.00   -4.00   0.00   0.73   2.29   3.60 N I
+V28        V29                       2.79    0.00  -90.00      *      *      *      I
+V29        V30                       5.33  262.00    6.00   0.00   0.91   3.02   0.85 N I
+V30        V31                       1.44  317.00   11.00   0.29   0.33   0.81   1.36 N I
+V31        V32                       5.80  262.00   -8.00   0.15   0.15   3.10   1.04 N I
+V32        V33                       1.25   32.00   -1.00   0.00   1.13   3.33   0.97 N I
+V33        V34                       1.69  351.00   -4.00   0.46      *   3.24   0.79 N I
+V34        V35                       8.30   78.00   -1.00   0.00   0.70   0.78   0.41 N I
+V35        V36                       3.22   97.00    2.00   0.70   0.00   2.80   0.41 N I
+V36        V37                       6.15   72.00    8.00   0.00   0.67   3.08   0.88 N I
+V37        V38                       5.48   75.00   -3.00   1.03   0.21   2.50   0.64 N I
+V08        V08A                      2.10  120.00    6.00      *      *      *      I
+V08A       V08B                      1.28    0.00   90.00   0.40   0.30      *   0.00 N I
+V08B       V08C                      2.14  112.00   56.00   1.95   4.40   0.83   0.00 N I
+V08C       V08D                      6.50  174.00   80.00   0.20   0.40   0.20   0.30 N I
+V38        V39                       4.97   54.00   -8.00   0.65   0.62   1.03   0.35 N I
+V39        V40                       1.55  297.00  -19.00   2.69   4.29   0.97   0.00 N I
+V40        V41                       4.47   48.00    6.00   0.10   0.96   7.00   0.74 N I
+V41        V42                       1.30  115.00   -4.00   1.42   0.00   2.90   0.60 N I
+V42        V43                       3.90   42.00   12.00   0.00   0.91   1.16   0.57 N I
+V43        V44                       5.45   67.00   -1.00   0.48   0.00   1.45   0.96 N I
+V44        V45                       6.38   51.00   -1.00   0.00   0.43   1.87   0.96 N I
+V45        V46                       4.16   55.00    7.00   0.00   0.40   1.71   0.61 N I
+V46        V47                       5.86   52.00   -8.00   0.00   1.87   1.23   1.34 N I
+V47        V48                       3.27   71.00  -18.00   0.00   0.88   2.06   0.81 N I
+V48        V49                       2.30   64.00    3.00   1.25   0.00   1.94   1.15 N I
+V49        V50                       5.26  352.00  -10.00   0.00   5.70   1.51   0.48 N I
+V50        V51                       7.02   94.00    2.00   0.56   0.00   1.97   1.53 N I
+V51        V52                       7.09   69.00   -3.00   0.46   0.00   2.79   1.49 N I
+V52        V53                       6.54   72.00   -2.00   0.55   0.20   3.75   1.85 N I
+V53        V54                       6.32   67.00   -3.00   0.00   0.60   0.60   0.46 N I
+V54        V55                       2.12   93.00    4.00   0.32   0.00   1.05   0.66 N I
+V55        V56                       2.48   61.00    5.00   0.00   0.75   4.80   2.47 N I
+V56        V57                       1.96   66.00   36.00   1.24   0.00   1.55   3.77 N I
+V57        V58                       7.13   58.00   18.00   0.00   0.72   0.94   2.70 N I
+V58        V59                       4.95   45.00  -21.00   0.00   0.61   2.63   4.11 N I
+V59        V60                       0.65    0.00  -90.00   0.35   0.25      *      I
+V60        V61                       4.05   53.00   -8.00   0.52   0.25   3.33   3.33 N I
+V61        V62                       6.16   64.00  -11.00   0.20   0.52   2.49   1.01 N I
+V62        V63                       2.99  105.00   -4.00   0.94   0.00   2.54   1.36 N I
+V63        V64                       2.70   74.00  -13.00   0.86   0.76   3.34   0.95 N I
+V64        V65                       1.96   60.00  -20.00   0.10   1.67   6.49   1.42 N I
+V65        V66                       2.63   89.00   16.00   0.10   0.80   7.01   2.39 N I
+V66        V67                       7.73   63.00   -8.00   0.83   0.00   5.57   2.60 N I
+V67        V68                       3.14   48.00  -14.00   0.00   1.08   5.33   1.52 N I
+V68        V69                       5.04   54.00  -29.00   0.00   0.47   4.50   3.98 N I
+V69        V70                       7.26   49.00  -26.00   0.32   0.65   2.93   1.29 N I
+V70        V71                       5.28   61.00    6.00   1.08   1.79   8.33   0.73 N I
+V71        V72                      10.50   80.00   -1.00   0.20   0.62   8.80   1.07 N I
+V72        J34                       2.31  280.00    0.00      *      *      *      I
+J34        J34A                      0.50    8.00    0.00   0.58   3.27   1.05   0.20 N I
+J34A       J34B                      6.70   80.00   -2.00   0.71   0.00   1.08   0.00 N I
+J34B       J34C                      8.12   59.00    5.00   0.20   0.79   1.05   1.04 N I
+J34C       J34D                      2.81  114.00    0.00   1.55   0.10   0.77   1.08 N I
+
+Param Deca Degd Clino Degd -0.1613 Dir,Dir,Dir Dep 255,0,0 06/08/2015 A ;Réalisation ??? SCMNF, Galerie des cheminées, amonts du B3, topographes ??? Franck Soulage & Laurent Hagnere;
+
+J09        0             0    0.00    0.00   0.80   1.30   2.90   1.90 N I ;point J5 réseau amont Est - perte descente de 5m - à3m en hauteur arrivée affluent 1 gauche;
+*          1                         5.60   15.00    5.00   0.90   0.70   8.70   1.00 N I ;affluent gauche : cheminée E3m carrefour Gauche retour au-dessus entre point 1 & 2 - Droite retour sortie salle du Bivouac;
+*          2                         5.60   80.00   15.00   1.40   1.30  12.60   1.00 N I ;cheminée - arrivée en hauteur affluent D point 7;
+*          3                         7.40   67.00  -10.00   0.90   0.40   1.40   1.00 N I
+*          4                         5.40   90.00    0.00   0.50   0.50   1.30   1.00 N I ;à2m avant point 5 : affluent Droite 5m nt sans continuation;
+*          5                         8.80   97.00   16.00   0.90   0.50   1.10   1.00 N I ;affluent en face carrefour Gauche fossile Droite vers affluent point 7;
+*          6                         5.70   84.00  -17.00   0.50   0.40   1.70   1.00 N I
+*          7                        11.00   91.00  -11.00   1.40   1.90   1.30   1.00 N I ;affluent Droite actif salle carrefour G arrêt sur P D carrefour D vers point 5 Gauche E carrefour D vers point 2 G vaste salle base E40 continue vers P nt;
+*          8                        13.50   75.00    2.00   0.40   0.50   1.90   1.00 N I ;affluent Droite (en face) fossile 35m laminroir 0.6x2 étroiture boueuse rejoint point 17;
+*          9                        10.70  325.00    1.00   0.20   1.20   1.30   1.00 N I
+*          10                       16.60   85.00   -1.00   0.40   0.50   1.60   1.00 N I
+*          11                        5.60  110.00    1.00   0.00   0.70   1.10   1.00 N I
+*          12                        4.40   95.00    0.00   0.30   0.40   1.20   1.00 N I
+*          13                        5.30  104.00   -2.00   0.40   0.40   1.40   1.00 N I
+*          14                        2.50   83.00    0.00   0.20   0.30   1.30   1.00 N I
+*          15                        2.00  110.00    6.00   0.70   0.40   1.50   1.00 N I ;affluent Droite derrière remontant 5m carrefour [O 10m carrefour [O 30m étr, SO 40m vm], SO 5m étr, SE-E 15m carrefour [O méandre H20 vers E40, E 50m salle étr sur galerie principale]] ;
+*          16                        8.50   80.00    0.00   0.25   0.25   1.70   1.00 N I
+*          17                        7.10  107.00  -15.00   0.60   0.60   3.30   1.00 N I ;affluent Droite derrière remontant vers point 8;
+*          18                       15.30  108.00    0.00   0.30   0.60   3.60   1.00 N I ;Gauche : galerie 0.3x1.2m en face où se perd actif temporaire rejoint point 20;
+*          19                        9.60  118.00   22.00   0.30   0.40   4.20   1.00 N I
+*          20                        8.40   98.00   -6.00   1.10   2.10   2.60   1.00 N I
+*          21                        3.60   38.00  -25.00   0.50   0.20   1.30   1.00 N I ;1m avant Gauche : galerie 0.3x1.2m où se perd actif temporaire vers point 18;
+*          22                       11.70   98.00    4.00   0.50   0.70   1.70   1.50 N I
+*          23                        7.80  143.00    4.00   1.40   0.20   2.00   1.00 N I
+*          24                        3.30  192.00    0.00   0.25   0.25   2.20   1.00 N I
+*          25                        3.80  212.00    0.00   1.70   0.50   1.40   1.00 N I
+*          26                        9.70   83.00    1.00   0.50   0.60   2.10   1.00 N I
+*          27                        9.10   90.00    8.00   0.40   0.60   2.10   1.00 N I
+*          28                        3.50   61.00  -18.00   0.40   0.50   2.40   1.00 N I
+*          29                        5.50   73.00    1.00   0.30   0.30   2.20   1.00 N I
+*          30                        4.80   97.00    2.00   0.30   0.30   2.10   1.00 N I
+*          31                       10.20   87.00   -1.00   0.30   0.30   2.70   1.00 N I
+*          32                        5.10   90.00    1.00   0.30   0.30   2.90   1.00 N I
+*          33                        4.40  104.00    0.00   0.40   0.60   2.50   1.00 N I
+*          34                        8.70   78.00    0.00   0.50   0.40   2.60   1.00 N I ;affluent Droit méandre remontant sur 10m occupé par petit actif;
+*          35                        3.00    3.00    6.00   0.00   1.00   1.50   1.50 N I ;affluent Gauche méandre actif aval du méandre arrivant au point 34 (étroit);
+*          36                        6.30   49.00   16.00   0.30   2.00   2.00   3.30 N I ;6/8/15 Topo Franck & Laurent amont suite & rivière aval 36-39V - courant d'air aspirant léger;
+*          37                        5.10   76.00  -16.00   0.20   0.40   3.50   1.20 N I
+*          38                        4.40   54.00  -10.00   0.25   0.25   5.30   0.80 N I
+*          39                        5.70   44.00   15.00   1.70   1.30   4.10   2.20 N I ;carrefour galerie intermédiaire vers amont, supérieure à Droite au plafond (boucle point 47) & inférieure vers rivière;
+*          39A                       2.60   24.00  -39.00   0.80   0.00   0.00   0.80 N I ;boyau inférieur vers rivière D0 H0 - courant d'air aspirant marqué / galerie principale D0.8 H4.4;
+*          39B                       2.10   39.00   -8.00   0.60   0.50   0.50   0.50 N I ;boyau à Droite boucle point 39C;
+*          39C                       3.10  276.00   -2.00   0.00   0.40   0.50   0.60 I I ;boyau à Droite boucle point 39B D0.4(paroi) D1(boyau);
+*          39D                       4.70  316.00   -6.00   0.80   0.00   0.70   0.90 N I ;arrivée en hauteur R2 sur galerie inférieure / affluent D remontant vers cascade;
+*          39E                       5.10  264.00  -25.00   0.30   0.30   1.60   0.95 N I ;R2 galerie à Gauche vers rivière;
+*          39F                       7.40  270.00   -6.00   0.80   0.00   1.20   0.80 N I
+*          39G                       8.50  231.00    0.00   0.00   0.60   0.80   0.80 N I
+*          39H                       4.40  250.00   -3.00   0.70   0.00   0.50   0.50 N I
+*          39I                       2.00  203.00  -25.00   1.90   0.50   1.40   6.90 N I ;R2 désescalade délicate;
+*          39J                       5.50    6.00  -58.00   0.80   0.40      *   1.40 N I ;Tbg5 donnant sur rivière / carrefour;
+*          39K                       6.60  262.00    5.00   0.60   0.70   3.00   2.60 N I ;rivière Aval - courant d'air aspirant marqué;
+*          39L                       5.70  304.00   -8.00   0.40   0.00   4.20   1.30 N I
+*          39M                       1.80  250.00    6.00   0.00   0.70   4.00   1.30 N I
+*          39N                       7.70  305.00   -2.00   0.70   0.00   3.50   1.50 N I
+*          39O                       3.60  276.00  -10.00   0.05   0.70   4.60   0.90 N I ;affluent actif Gauche 5 à 10 l/mn remonté sur qqs m (probablement celui pasant sous la galerie principale point 34-35);
+*          39P                       8.50  307.00    0.00   0.50   0.00   3.80   0.85 N I
+*          39Q                      12.80  305.00    2.00   0.60   0.00   3.00   1.60 N I
+*          39R                       9.80  298.00   -6.00   0.80   1.00   2.50   0.90 N I ;double diffluence à gauche boucle avec point 39V : 1er boyau à+1 colmaté à mi-hauteur par conglomérats / 2ème boyau à+1 en conduite forcée;
+*          39S                       3.30  259.00    7.00   0.00   0.40   1.60   1.50 N I
+*          39T                       3.30  278.00    4.00   0.00   0.50   1.00   1.50 N I
+*          39U                       2.40  330.00    0.00   0.70   0.00   0.70   1.30 N I
+*          39V                       4.70  290.00   -5.00   0.90   0.00   0.50   0.70 N I ;arrivée double diffluence à gauche boucle point 39R - point lame en plafond à gauche - arrêt début galerie semi-noyée ;
+39         40                        2.80   27.00    9.00   0.20   0.50   2.60   1.00 N I ;galerie fossile médiane vers amont / B1(galerie médiane) B2.9(sol galerie inférieure) / Topo Dominique, Bruno & Laurent 9/8/15;
+*          41                        8.50   62.00   11.00   0.60   0.40   1.70   1.20 N I
+*          42                        3.10   48.00    3.00   0.10   0.70   1.30   1.60 N I
+*          43                        3.90   66.00    5.00   1.50   0.30   1.60   1.40 N I
+*          44                        3.20  267.00   -2.00   0.20   0.50   2.60   1.70 N I ;marmites;
+*          45                        5.60   57.00   -5.00   0.20   0.50   2.60   0.70 N I
+*          46                        5.20   53.00    9.00   0.20   0.60   1.70   1.40 N I ;sous galerie supérieure;
+*          47                        2.30  112.00   27.00   1.30   0.30   2.30   0.50 N I ;galerie supérieure boucle point 39;
+*          48                        5.50   34.00   -9.00   0.80   0.90   0.00   1.40 N I
+*          49                        6.00   63.00    5.00   0.00   0.50   1.90   1.60 N I
+*          50                        7.50   87.00   -1.00   0.20   0.20   3.00   1.30 N I
+*          51                        6.60  126.00    3.00   0.30   0.20   2.80   2.90 N I
+*          52                        6.60  131.00  -18.00   0.40   0.40   5.80   1.50 N I ;perte actif temporaire G / schistes;
+*          53                        6.00   89.00   35.00   0.60   0.60   0.80   3.40 N I ;bloc entre point 52 & 53 - ruisseau temporaire au sol;
+*          54                        6.50   84.00  -13.00   0.60   0.00   2.60   1.50 N I ;arrivée actif Droite;
+*          55                       15.60   93.00    7.00   1.00   1.00   5.90   1.60 N I ;faille pendage +55° Az 350° - D(calcaire) G(schiste);
+*          56                       14.00   88.00    3.00   0.70   0.90   0.30   0.70 N I
+*          57                        4.10   72.00  -24.00   0.20   0.20   0.50   0.00 N I ;étroiture dans les schistes;
+*          58                        4.00   75.00   32.00   1.20   1.00   0.80   0.70 N I
+*          59                        5.90   80.00   -6.00   1.00   0.60   0.70   0.60 N I
+*          60                        5.60   68.00  -10.00   2.30   0.20   0.80   0.10 N I ;B(plage de sable) H(schiste);
+*          61                       12.00   63.00    3.00   1.80   0.20   0.50   1.60 N I ;arrivée MC(5S) / entre point 60 & 61 : 2 regards sur rivière B10m;
+*          62                        8.60   68.00  -19.00   0.90   0.70   2.50   4.70 N I ;point topo : becquet D / carrefour sur rivière;
+*          63                        3.90   65.00  -23.00   0.20   1.50   2.90   3.60 N I ;rivière amont;
+*          64                        6.90  112.00   12.00   1.10   0.00   5.80   4.00 N I ;B(rivière);
+*          65                        5.30  108.00   55.00   0.70   0.70   1.40   5.00 N I ;B>5(faille étroite) rivière non visible;
+*          66                       12.80   87.00    7.00   0.60   0.30   0.40   6.00 N I ;B>6(éboulis de schistes);
+*          67                        7.50   81.00    3.00   0.50   1.20   0.80   7.50 N I ;B>7.5(éboulis de schistes);
+*          68                        6.00   86.00    7.00   0.40   1.40   0.20   1.00 N I ;éboulis de schiste;
+*          69                        4.40   70.00  -25.00   0.40   0.60   2.60   4.90 N I ;B>4.9(faille étoite sur rivière);
+*          70                        6.00   61.00   -3.00   0.00   0.60   3.90   2.00 N I ;B2(margelle) faille étroite sur rivière ;
+*          71                        7.30   80.00   16.00   1.20   0.40   0.90   9.00 N I ;B>9(rivière);
+*          72                        4.70   59.00   -8.00   0.40   0.40   2.20   5.30 N I ;B(galerie fossile) sans rivière;
+*          73                        3.80   77.00  -60.00   0.40   0.50   3.90   1.30 N I ;H3.9(sous éboulis de schistes);
+*          74                        5.30   51.00  -15.00   1.00   0.60   2.80   2.60 N I ;pied cascade 3.3m;
+*          75                       14.00   94.00   11.00   0.20   0.20   2.60   1.60 N I ;H(sous éboulis de schistes) B(rivière);
+*          76                        7.00   76.00    7.00   0.60   0.50   4.00   1.30 N I ;H(sous éboulis de schistes) B(rivière);
+*          77                        7.80   86.00    8.00   0.30   0.60   2.30   3.30 N I ;H(sous éboulis de schistes) B(rivière);
+*          78                       12.20   75.00   -3.00   0.20   0.80   3.70   1.30 N I ;H(sous éboulis de schistes) B(rivière);
+*          79                        5.60  110.00    8.00   0.60   0.40   3.60   1.80 N I ;H(sous éboulis de schistes) B(rivière);
+*          80                        2.70   95.00   -2.00   0.50   0.30   3.60   1.60 N I ;H(sous éboulis de schistes) B(rivière) / début escalade éboulis;
+*          81                       10.40   77.00   41.00   2.30   0.80   0.80   1.40 N I ;B(sommet éboulis de schistes) / point topo : cairn sur extrémité bloc sommital - Arrêt topo 9/8/15;
+
+

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/Sources/B3_2024_C.tro

@@ -0,0 +1,30 @@
+Version 5.02
+
+Trou B3D,0.000,0.000,0,LT2E
+Club ARSIP
+Entree B3D
+Couleur 0,0,0
+
+Param Deca Degd Clino Deg 0.0000 Dir,Dir,Dir Inc Std ;G.S.Gaves : 18/02/1990, topo des puits d'entrée : Stéphane Vogrig, François Ichas;
+
+0          0         0.00    0.00    0.50   0.50   0.30   0.50 N I
+0          B3D       0.00    0.00    0.50   0.50   0.30   0.50 N I
+B3D        A-01      5.00   69.00   -6.00   0.00   1.20   0.00   5.50 N I
+A-01       A-02      5.50    0.00  -90.00   0.50   0.50   5.50   2.00 N I
+A-02       A-03      7.90   39.00  -48.00   0.40   0.40   0.50   1.80 N I
+A-03       A-04      0.60  326.00    0.00   0.40   0.40   0.50   1.80 N I
+A-04       A-05      4.40  81.00  -63.00   0.00   1.50   1.00   1.75 N I
+
+
+[Configuration 5.02]
+
+Visual Topo=2,3,-1,-1,-1,-1,195,125,1155,585
+Options=1,1
+Calcul=2,3,-1,-1,-8,-30,0,0,784,225
+Options=11,1,0,1,1
+ExportDxf=0,100,391,0,0,1,6,7,4,4,3,3,2,7,9
+Colonnes=8.00,8.00,8.00,8.00,8.00,8.00,8.00,8.00,8.00,8.00,8.00,2.00,2.00,4.00,0.38,8.00,8.00,8.00,8.00,8.00,0.38,0.00,0.00
+Plan=0,1,-1,-1,-8,-30,39,25,827,252
+Options=35841,1.00,10,0,0,0,1,0,0
+Coupe d?velopp?e=0,1,-1,-1,-8,-30,78,50,1124,423
+Options=35841,1.00,0,0,0,1,0,0

Data/Complexe_Lonne_Peyret-Bourrugues/Data/B3_Bourrugues/therion.log

@@ -0,0 +1,61 @@
+therion 6.3.1 (2024-11-22)
+  - using Proj 9.4.1, compiled against 9.4.1
+initialization file: C:\Program Files\Therion/therion.ini
+reading ... done
+configuration file: B3-Bourrugues.thconfig
+reading ... done
+reading source files ... done
+preprocessing database ... done
+output coordinate system: UTM30
+meridian convergence (deg): -1.5407
+geomag declinations (deg):
+  1990.1.1  -3.5691
+  1991.1.1  -3.4522
+  1992.1.1  -3.3355
+  1993.1.1  -3.2189
+  1994.1.1  -3.1024
+  1995.1.1  -2.9861
+  1996.1.1  -2.8462
+  1997.1.1  -2.7064
+  1998.1.1  -2.5669
+  1999.1.1  -2.4275
+  2000.1.1  -2.2883
+  2001.1.1  -2.1633
+  2002.1.1  -2.0385
+  2003.1.1  -1.9139
+  2004.1.1  -1.7895
+  2005.1.1  -1.6652
+  2006.1.1  -1.5415
+  2007.1.1  -1.4180
+  2008.1.1  -1.2947
+  2009.1.1  -1.1716
+  2010.1.1  -1.0488
+  2011.1.1  -0.9111
+  2012.1.1  -0.7737
+  2013.1.1  -0.6365
+  2014.1.1  -0.4995
+  2015.1.1  -0.3628
+  2016.1.1  -0.2072
+scanning centreline tree ... done
+searching for centerline loops ... done
+calculating station coordinates ... done
+calculating basic statistics ... done
+processing extended elevation ... done
+processing references ... done
+selecting export objects ... done
+writing Outputs/B3-Bourrugues.lox ...
+processing projection plan ... done
+ done
+writing Outputs/B3-Bourrugues.kml ... done
+writing Outputs/B3-Bourrugues-Cave-list.html ... done
+writing Outputs/B3-Bourrugues-Surveys.html ... done
+compilation time: 0 sec
+
+############# CRS transformations chosen by PROJ ###############
+  Area of Use (AoU): (-0.741, 42.978) (-0.741, 42.978)
+  [UTM30 → LONG-LAT] AoU: [yes] transformation: [Inverse of UTM zone 30N + axis order change (2D)] definition: [proj=pipeline step inv proj=utm zone=30 ellps=WGS84 step proj=unitconvert xy_in=rad xy_out=deg] accuracy: [0.000 m]
+  [UTM30 → LAT-LONG] AoU: [no] transformation: [Inverse of UTM zone 30N + axis order change (2D)] definition: [proj=pipeline step inv proj=utm zone=30 ellps=WGS84 step proj=unitconvert xy_in=rad xy_out=deg] accuracy: [0.000 m]
+  [UTM30 → UTM30] AoU: [yes] transformation: [Inverse of UTM zone 30N + UTM zone 30N] definition: [proj=noop ellps=GRS80] accuracy: [0.000 m]
+  [UTM30 → EPSG:4326] AoU: [yes] transformation: [Inverse of UTM zone 30N + axis order change (2D)] definition: [proj=pipeline step inv proj=utm zone=30 ellps=WGS84 step proj=unitconvert xy_in=rad xy_out=deg] accuracy: [0.000 m]
+  [EPSG:4326 → UTM30] AoU: [yes] transformation: [axis order change (2D) + UTM zone 30N] definition: [proj=pipeline step proj=unitconvert xy_in=deg xy_out=rad step proj=utm zone=30 ellps=WGS84] accuracy: [0.000 m]
+########## end of CRS transformations chosen by PROJ ###########