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pre}/build_avatar/lattices3D.py (100%) rename src/{pre_lmgc => pre}/build_avatar/lecture.py (69%) rename src/{pre_lmgc => pre}/build_avatar/medpre/CMakeLists.txt (100%) rename src/{pre_lmgc => pre}/build_avatar/medpre/__init__.py (100%) rename src/{pre_lmgc => pre}/build_avatar/medpre/lecturemed.py (92%) rename src/{pre_lmgc => pre}/build_avatar/medpre/medpre.c (100%) rename src/{pre_lmgc => pre}/build_avatar/medpre/medpre.h (100%) rename src/{pre_lmgc => pre}/build_avatar/medpre/medpre.i (100%) rename src/{pre_lmgc => pre}/build_avatar/melimeloLecture.py (84%) rename src/{pre_lmgc => pre}/build_avatar/mesh.py (96%) rename src/{pre_lmgc => pre}/build_avatar/mesh2D.py (89%) rename src/{pre_lmgc => pre}/build_avatar/mesh3D.py (91%) rename src/{pre_lmgc => pre}/build_avatar/old_mesh.py (87%) rename src/{pre_lmgc => pre}/build_avatar/particles.py (61%) rename src/{pre_lmgc => pre}/build_avatar/tools/__init__.py (100%) rename src/{pre_lmgc => pre}/build_avatar/tools/containers2D.py (98%) rename src/{pre_lmgc => pre}/build_avatar/tools/containers3D.py (59%) rename src/{pre_lmgc => pre}/build_avatar/tools/granulometry.py (72%) rename src/{pre_lmgc => pre}/build_avatar/walls.py (87%) rename src/{pre_lmgc => pre}/bulk_behavs.py (88%) rename src/{pre_lmgc => pre}/config/__init__.py (94%) rename src/{pre_lmgc => pre}/config/lmgc90dicts.py (94%) create mode 100644 src/pre/config/readMeshFormat.py rename src/{pre_lmgc => pre}/doc/Doxyfile (100%) rename src/{pre_lmgc => pre}/doc/pre_lmgc.pdf (100%) rename src/{pre_lmgc => pre}/doc/pre_lmgc.tex (100%) rename src/{pre_lmgc => pre}/models.py (97%) rename src/{pre_lmgc => pre}/postpro_commands.py (100%) rename src/{pre_lmgc => pre}/shared/__init__.py (100%) rename src/{pre_lmgc => pre}/shared/bulk_behav.py (92%) rename src/{pre_lmgc => pre}/shared/model.py (93%) rename src/{pre_lmgc => pre}/shared/postpro_command.py (90%) rename src/{pre_lmgc => pre}/shared/tact_behav.py (95%) rename src/{pre_lmgc => pre}/tact_behavs.py (100%) rename src/{pre_lmgc => pre}/utilities/__init__.py (100%) rename src/{pre_lmgc => pre}/utilities/check_compiled_modules.py (100%) rename src/{pre_lmgc => pre}/utilities/check_compiled_modules_fake.py (100%) rename src/{pre_lmgc => pre}/utilities/check_compiled_modules_real.py (99%) rename src/{pre_lmgc => pre}/utilities/container.py (100%) rename src/{pre_lmgc => pre}/utilities/error.py (100%) rename src/{pre_lmgc => pre}/utilities/nTree.py (95%) rename src/{pre_lmgc => pre}/viz/__init__.py (100%) rename src/{pre_lmgc => pre}/viz/visuVtk.py (73%) rename src/{pre_lmgc => pre}/viz/vtkContactor.py (99%) rename src/{pre_lmgc => pre}/viz/vtkContactorUtils.py (99%) rename src/{pre_lmgc => pre}/viz/winEntities.py (95%) delete mode 100644 src/pre_lmgc/build_avatar/entites.py delete mode 100644 src/pre_lmgc/config/readMeshFormat.py delete mode 100644 src/pre_lmgc/utilities/variables.py create mode 100644 src/tools/cmake/modules/FindUMFPack.cmake create mode 100644 test/RIGID_2D/1DKPL/command.py create mode 100644 test/RIGID_2D/1DKPL/gen_sample.py diff --git a/CMakeLists.txt b/CMakeLists.txt new file mode 100644 index 0000000..506077f --- /dev/null +++ b/CMakeLists.txt @@ -0,0 +1,29 @@ + +CMAKE_MINIMUM_REQUIRED(VERSION 2.8.0) +if( CMAKE_MAJOR_VERSION EQUAL 2 ) + if( CMAKE_MINOR_VERSION EQUAL 8 ) + if( CMAKE_PATCH_VERSION LESS 3 ) + message(WARNING "CMake version is inferior to 2.8.3, some features may not be well supported") + endif( CMAKE_PATCH_VERSION LESS 3 ) + endif( CMAKE_MINOR_VERSION EQUAL 8 ) +endif( CMAKE_MAJOR_VERSION EQUAL 2 ) + +# path to homemade/taken macros/finds +set(CMAKE_MODULE_PATH ${CMAKE_SOURCE_DIR}/src/tools/cmake/modules ${CMAKE_MODULE_PATH}) + +# Force out-of-source build +include(OutOfSourcesBuild) + +project(LMGC90_dev Fortran C CXX) + +SET(LMGC90_MAJOR_VERSION 2) +SET(LMGC90_MINOR_VERSION 0) +SET(LMGC90_PATCH_VERSION 0) + +MESSAGE(STATUS "You try to build LMGC90_dev") + + +include(CTest) + +add_subdirectory(src) + diff --git a/README.md b/README.md index 2c5d46e..f3ce3c0 100644 --- a/README.md +++ b/README.md @@ -1,12 +1,21 @@ - - # LMGC90 project: user version # # Downloading -To get the project please check [here](https://git-xen.lmgc.univ-montp2.fr/lmgc90/lmgc90_user/wikis/download_and_install) +To get the project please check [here](https://git-xen.lmgc.univ-montp2.fr/lmgc90/lmgc90_user/wikis/home) + +# Contact us +If you'd like to speak about a bad behavior of a simulation, to propose a non +regression test, to propose a new feature or any thing relative to the +development of LMGC90, please contact us via this mailing list: + +lmgc90-dev@groupes.renater.fr + +To stay aware, you can subscribe to this mailing list by asking to: + - Dubois Frédéric : frederic.dubois@umontpellier.fr + - Rémy Mozul : remy.mozul@umontpellier.fr # Organization @@ -24,6 +33,14 @@ For Windows user, jump to [Windows Version section](#winversion) # Linux and MacOS version +# Versionning + +People contributing to the project can view up-to-date information +[here](https://git-xen.lmgc.univ-montp2.fr/lmgc90/lmgc90_user/tree/master) + +The versionning tool used is git. To have more information the workflow used +and how to use git check [there](https://git-xen.lmgc.univ-montp2.fr/lmgc90/lmgc90_user/wikis/LMGC90_user) + With MacOS and Linux the installation and use of LMGC90 software is through the use of the terminal. You must know how to open a terminal in a specific directory and move through your directory tree. @@ -59,11 +76,20 @@ For visualisation: * Python VTK module * Paraview +To build the sphinx documentation: + + * Latex distribution (with pdflatex utility) + * Sphinx and numpydoc + * Doxygen + * Graphviz + * dvipng + To read some tutorials: * Jupyter * iPython + ### Ubuntu 12.04/14.04 Debian 7 To compile: @@ -78,6 +104,12 @@ To visualize: apt-get install python-vtk paraview ``` +To build the documentation: + +``` +apt-get install doxygen graphviz python-numpydoc texlive-latex-extra dvipng imagemagick +``` + To read tutorials ``` @@ -105,6 +137,12 @@ Due to some problem one must add to the *.bashrc* file a line similar to: export LD_LIBRARY_PATH=/usr/lib64/mpi/gcc/openmpi/lib64 ``` +To build the documentation: + +``` +zypper install doxygen graphviz python-numpydoc texlive-dvipng ImageMagick +``` + To read tutorials ``` @@ -128,6 +166,12 @@ yum install epel-release yum install vtk-python paraview ``` +To build the documentation: + +``` +yum install doxygen graphviz tex-preview textlive-latex texlive-dvipng python-sphinx python-numpydoc ImageMagick +``` + To read tutorials ``` @@ -152,7 +196,7 @@ sudo port select gcc mp-gcc49 sudo port select python python27 ``` -For the doc: +To build the documentation: ``` doxygen graphviz py27-sphinx py27-numpydoc texlive-latex-extra dvipng ImageMagick @@ -176,10 +220,47 @@ In the *lmgc90_user* directory run: ```shell mkdir build cd build -cmake ../src +cmake .. +make +``` + +CMake is used to generate the makefile. Out of source build is advised. +So you need to know the source tree path, decide on a build path then: + +``` +cd build_path +cmake source_path make ``` +Instead of cmake, one can use *ccmake* to change variable values on +the command line, or *cmake-gui* to use graphical interface. + +If you are only interested in rigid computations, some external libraries +can be disabled ; before the ```make``` command, run: + +``` +cmake . -DMATLIB_VERSION=none -DMUMPS_VERSION=none +``` + +If you want to build the documentation run : + +``` +make docs +``` + +It will build the sphinx documentation in: + + * docs/chipy/ + * docs/dev/ + * docs/Pre/ + +Where you should open the ```index.html``` file. + +The doxygen documentation of the the core of the software would be in ```src/Docs/html/index.html```. + + + ## Installing Our policy is to not mess with default system paths. So instead we advise to @@ -234,7 +315,7 @@ in general. The only pre-requisite to use LMGC90 on Windows is the Python distribution used. A binary build is provided to work with the Anaconda python distribution -which can be downloaded from [here](https://repo.continuum.io/archive/.winzip/Anaconda2-2.5.0-Windows-x86_64.zip). +which can be downloaded from [here](https://repo.continuum.io/archive/.winzip/Anaconda2-2.5.0-Windows-x86.zip). Once the file downloaded, unzip it and run the installer. To generate visualization files the **vtk** python module must be added. To do that diff --git a/docs/Pre/.buildinfo b/docs/Pre/.buildinfo index be3e421..d2e5716 100644 --- a/docs/Pre/.buildinfo +++ b/docs/Pre/.buildinfo @@ -1,4 +1,4 @@ # Sphinx build info version 1 # This file hashes the configuration used when building these files. When it is not found, a full rebuild will be done. -config: 7087fddd1fcf46ba6ed4e8ccea462539 +config: 18d4cbd131087e90d4cf97685dfe9ec3 tags: 645f666f9bcd5a90fca523b33c5a78b7 diff --git a/docs/Pre/_downloads/granular.py b/docs/Pre/_downloads/granular.py index 47266ae..16278b3 100644 --- a/docs/Pre/_downloads/granular.py +++ b/docs/Pre/_downloads/granular.py @@ -1,6 +1,6 @@ import math -from pylmgc90.pre_lmgc import * +from pylmgc90.pre import * nb_particles = 10000 radius_min = 1.0 @@ -12,8 +12,8 @@ ly = 100. [nb_laid_particles, coors] = depositInBox2D(radii,lx,ly) -mat = material(name='TDURx', type='RIGID', density=100.) -mod = model(name='rigid', type='MECAx', element='Rxx2D', dimension=2) +mat = material(name='TDURx', materialType='RIGID', density=100.) +mod = model(name='rigid', physics='MECAx', element='Rxx2D', dimension=2) # generate the triangles bodies = avatars() @@ -24,7 +24,7 @@ for i in range(nb_laid_particles): max_radius = max(radii) -mut = material(name='TDURx', type='RIGID', density=1000.) +mut = material(name='TDURx', materialType='RIGID', density=1000.) # left wall : rough wall left = roughWall( center=[-radius_max, 0.5*ly], theta=-0.5*math.pi, l=ly + 2.*radius_max, @@ -55,7 +55,7 @@ svs = see_tables() tacts = tact_behavs() # interaction definition: -lplpl=tact_behav(name='iqsc0', type='IQS_CLB', fric=0.3) +lplpl=tact_behav(name='iqsc0', law='IQS_CLB', fric=0.3) tacts+=lplpl svplpl = see_table(CorpsCandidat='RBDY2', candidat='POLYG', colorCandidat='BLUEx', behav=lplpl, CorpsAntagoniste='RBDY2', antagoniste='POLYG', colorAntagoniste='BLUEx', alert=.1) diff --git a/docs/Pre/_downloads/masonry.py b/docs/Pre/_downloads/masonry.py index d3913f8..40f81f9 100644 --- a/docs/Pre/_downloads/masonry.py +++ b/docs/Pre/_downloads/masonry.py @@ -1,13 +1,13 @@ import numpy import math -from pylmgc90.pre_lmgc import * +from pylmgc90.pre import * dim = 2 bodies = avatars() -mat = material(name='PLEXx',type='RIGID',density=2000.) -mod = model(name='rigid', type='MECAx', element='Rxx2D', dimension=dim) +mat = material(name='PLEXx',materialType='RIGID',density=2000.) +mod = model(name='rigid', physics='MECAx', element='Rxx2D', dimension=dim) # bricks, half-brick, linteau and opening definition brick = brick2D('brick', 1.e-1, 5.e-2) @@ -71,7 +71,7 @@ mats = materials() svs = see_tables() tacts = tact_behavs() -mut = material(name='TDURx',type='RIGID',density=2500.) +mut = material(name='TDURx',materialType='RIGID',density=2500.) mats.addMaterial(mat,mut) floor = rigidJonc(axe1=3.e-1, axe2=2.5e-2, center=[2.5e-1, -2.5e-2], @@ -86,9 +86,9 @@ except: pass # interactions management : -lplpl=tact_behav(name='iqsc0',type='IQS_CLB',fric=0.3) +lplpl=tact_behav(name='iqsc0',law='IQS_CLB',fric=0.3) tacts+=lplpl -lpljc=tact_behav(name='iqsc1',type='IQS_CLB',fric=0.5) +lpljc=tact_behav(name='iqsc1',law='IQS_CLB',fric=0.5) tacts+=lpljc svbbbb = see_table(CorpsCandidat='RBDY2',candidat='POLYG', colorCandidat='BLEUx',behav=lplpl, CorpsAntagoniste='RBDY2', antagoniste='POLYG',colorAntagoniste='BLEUx',alert=5.e-3) diff --git a/docs/Pre/_downloads/philosophie.py b/docs/Pre/_downloads/philosophie.py index b9de7dc..3c0103f 100644 --- a/docs/Pre/_downloads/philosophie.py +++ b/docs/Pre/_downloads/philosophie.py @@ -1,30 +1,30 @@ import numpy import math -from pylmgc90.pre_lmgc import * +from pylmgc90.pre import * dim = 2 # disk creation radius = 0.1 -disk = avatar(type='RBDY2', dimension=dim) -disk.addNode( node(type='NO2xx',coor=numpy.array([0.,0.1]),number=1) ) +disk = avatar(dimension=dim) +disk.addNode( node(coor=numpy.array([0.,0.1]),number=1) ) disk.addBulk( rigid2d() ) disk.defineGroups() -disk.addContactors(type='DISKx',color='BLUEx',byrd=radius) +disk.addContactors(shape='DISKx',color='BLUEx',byrd=radius) # foundation creation -floor = avatar(type='RBDY2', dimension=dim) -floor.addNode( node(type='NO2xx',coor=numpy.array([0.,-0.05]),number=1) ) +floor = avatar(dimension=dim) +floor.addNode( node(coor=numpy.array([0.,-0.05]),number=1) ) floor.addBulk( rigid2d() ) floor.defineGroups() -floor.addContactors(type='JONCx',color='BLUEx',axe1=1.,axe2=0.05) +floor.addContactors(shape='JONCx',color='BLUEx',axe1=1.,axe2=0.05) # materials, model and groups definition -mat = material(name='TDURx',type='RIGID',density=1000.) -mut = material(name='MOUxx',type='RIGID',density=100.) -mod = model(name='rigid', type='MECAx', element='Rxx2D', dimension=dim) +mat = material(name='TDURx',materialType='RIGID',density=1000.) +mut = material(name='MOUxx',materialType='RIGID',density=100.) +mod = model(name='rigid', physics='MECAx', element='Rxx2D', dimension=dim) disk.defineModel(model=mod) disk.defineMaterial(material=mut) disk.computeRigidProperties() @@ -56,7 +56,7 @@ for i in range(nb_columns): # adding floor and rotation sample bodies.addAvatar(floor) -bodies.rotate(type='axis', alpha=-math.pi/6., axis=[0., 0., 1.], center=[1.,-0.05]) +bodies.rotate(description='axis', alpha=-math.pi/6., axis=[0., 0., 1.], center=[1.,-0.05]) try: visuAvatars(bodies) @@ -70,7 +70,7 @@ svs = see_tables() tacts = tact_behavs() # interaction definition: -ldkjc=tact_behav(name='iqsc0', type='IQS_CLB', fric=0.3) +ldkjc=tact_behav(name='iqsc0', law='IQS_CLB', fric=0.3) tacts+=ldkjc svdkjc = see_table(CorpsCandidat='RBDY2', candidat='DISKx', colorCandidat='BLUEx', behav=ldkjc, CorpsAntagoniste='RBDY2', antagoniste='JONCx', colorAntagoniste='BLUEx', alert=.1) diff --git 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z3_loBZXTa~(rsbHgn0ioI|cn$mS(N-)yp#0xg#E7SGH@}oHa!kISttD0=#M)s+?Y4 zwrsk-@nEDD~DMYWAbNq#&sh3Ci5HAK*`3_)z4*}Q$iB}F!BFu diff --git a/docs/Pre/_modules/index.html b/docs/Pre/_modules/index.html index fb3db01..011ac38 100644 --- a/docs/Pre/_modules/index.html +++ b/docs/Pre/_modules/index.html @@ -45,36 +45,36 @@

All modules for which code is available

-
@@ -85,8 +85,8 @@ \ No newline at end of file diff --git a/docs/Pre/_modules/pylmgc90/pre_lmgc/files/evolutionFile.html b/docs/Pre/_modules/pylmgc90/pre/IO/evolution2File.html similarity index 76% rename from docs/Pre/_modules/pylmgc90/pre_lmgc/files/evolutionFile.html rename to docs/Pre/_modules/pylmgc90/pre/IO/evolution2File.html index f6a16ec..859d23b 100644 --- a/docs/Pre/_modules/pylmgc90/pre_lmgc/files/evolutionFile.html +++ b/docs/Pre/_modules/pylmgc90/pre/IO/evolution2File.html @@ -6,7 +6,7 @@ - pylmgc90.pre_lmgc.files.evolutionFile — pylmgc90.pre 2015.2 documentation + pylmgc90.pre.IO.evolution2File — pylmgc90.pre 2015.2 documentation @@ -46,24 +46,26 @@
-

Source code for pylmgc90.pre_lmgc.files.evolutionFile

+  
Source code for pylmgc90.pre.IO.evolution2File
 # module gerant l'ecriture du fichier d'evolution pour l'application des conditions limites
 import os
-from pylmgc90.pre_lmgc.utilities.error    import *
+from pylmgc90.pre.utilities.error    import *
 
-
[docs]def writeEvolution(f, instants, path='', name='evolution.dat'):
-   """writeEvolution(f, instants, path='', name='evolution.dat'):
-      this function writes an evolution file used to apply
-      specific boundary conditions.
-      parameters:
-         - f: a function of time
-         - instants: for each instant t in the list, the function
-              f is evaluated and the couple (t, f(t)) is write
-              in the file
-      optional parameters:
-         - path='': path to the direactory where to write the evolution 
-              file
-         - name='evolution.dat': name of the evolution file"""
+
[docs]def writeEvolution(f, instants, path='', name='evolution.dat'):
+   """
+   this function writes an evolution file used to apply specific boundary conditions.
+   parameters:
+   -----------
+   - f: a function of time
+   - instants: for each instant t in the list, the function
+     f is evaluated and the couple (t, f(t)) is write in the file
+
+   optional parameters:
+   --------------------
+   - path='': path to the direactory where to write the evolution file
+   - name='evolution.dat': name of the evolution file
+
+   """
 
    # on verifie que la fonction donnee est bien appelable
    if not callable(f):
@@ -92,8 +94,8 @@
 
     
   
 
\ No newline at end of file
diff --git a/docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/avatar.html b/docs/Pre/_modules/pylmgc90/pre/avatar/avatar.html
similarity index 87%
rename from docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/avatar.html
rename to docs/Pre/_modules/pylmgc90/pre/avatar/avatar.html
index 7c8b281..58c5fc1 100644
--- a/docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/avatar.html
+++ b/docs/Pre/_modules/pylmgc90/pre/avatar/avatar.html
@@ -6,7 +6,7 @@
   
     
     
-    pylmgc90.pre_lmgc.avatar.avatar — pylmgc90.pre 2015.2 documentation
+    pylmgc90.pre.avatar.avatar — pylmgc90.pre 2015.2 documentation
     
     
     
@@ -46,7 +46,7 @@
         

           

             
-  
Source code for pylmgc90.pre_lmgc.avatar.avatar
+  
Source code for pylmgc90.pre.avatar.avatar
 import sys
 import numpy
 import math
@@ -60,35 +60,35 @@
 from contactors import *
 from groups import *
 from group import group
-from pylmgc90.pre_lmgc.config.lmgc90dicts import *
-from pylmgc90.pre_lmgc.utilities.error    import *
+from pylmgc90.pre.config.lmgc90dicts import *
+from pylmgc90.pre.utilities.error    import *
 
 # pour la verification des types (modele et materiau)
-from pylmgc90.pre_lmgc.shared.bulk_behav import material as class_material
-from pylmgc90.pre_lmgc.shared.model import model as class_model
+from pylmgc90.pre.shared.bulk_behav import material as class_material
+from pylmgc90.pre.shared.model import model as class_model
 
 from contactor.contactorFactory import contactorFactory
 
-from pylmgc90.pre_lmgc.build_avatar.mesh import mesh as class_mesh
+from pylmgc90.pre.build_avatar.mesh import mesh as class_mesh
 
 ## @class avatar
 # attributs:  \n
+#   atype is a string describing the numerical spatial discretization\n
 #   nodes is a node iterator with number as key\n
 #   bulks is a bulk iterator with number as key\n
 #   contactors is a contactor iterator with number as key\n
 #   groups is a group iterator with number as key\n
-
[docs]class avatar:
+
[docs]class avatar():
 
     ## constructor
-    def __init__(self, type, dimension, number=None):
-        """__init__(self, type, dimension, number=None):
+    def __init__(self, dimension, number=None):
+        """__init__(self, dimension, number=None):
 
         allow to define an avatar
 
         parameters:
 
         - self: the avatar itself
-        - type: type of the avatar
         - dimension: spatial dimension (2, in 2D, 3 in 3D)
 
         optional parameters:
@@ -104,18 +104,7 @@
         # un nouveau container)
         self.number = None
 
-        # si on reconnait le type de corps
-        if type in listeBodyType:
-           # on le stocke
-           self.type  = type
-        # sinon,
-        else:
-           # on construit un message d'erreur rappelant les types disponibles
-           msg = "Type de corps inconnu\n le type doit etre choisi dans:\n"
-           for i in listeBodyType:
-               msg+=i+'\n'
-           # on l'affiche
-           showError(msg)
+        self.atype  = None
 
         # am : ajout de la notion de dimension, pour la gestion des mailles
         # si la dimension est impossible
@@ -123,18 +112,6 @@
            # on affiche un message d'erreur
            showError("spatial dimension must be 2 (in 2D) or 3 (in 3D)!")
 
-        # verification de la  compatibilite du type de corps avec la dimension
-        #    * cas du rigide 2D
-        # si on demande un avatar rigide 2D, et qu'on est pas en 2D
-        if self.type == 'RBDY2' and dimension != 2:
-           # on affiche un message d'erreur
-           showError("RBDY2 avatars are only available in 2D!")
-        #    * cas du rigide 3D
-        # si on demande un avatar rigide 3D, et qu'on est pas en 3D
-        if self.type == 'RBDY3' and dimension != 3:
-           # on affiche un message d'erreur
-           showError("RBDY3 avatars are only available in 3D!")
-
         # si tous les tests sur la dimension ont reussi, on la stocke
         self.dimension = dimension
 
@@ -149,7 +126,7 @@
 
     ## add one node
     # @arg Noeud a node 
-
[docs]    def addNode(self,Noeud):
+
[docs]    def addNode(self,Noeud):
         """ Usage : avatar.addNode(noeud)
 
         where noeud is a node object
@@ -162,7 +139,7 @@
 
     ## add nodes of an iterator
     # @arg Noeuds node iterator
-
[docs]    def addNodes(self,Noeuds):
+
[docs]    def addNodes(self,Noeuds):
         """ Usage : avatar.addNodes(noeuds)
 
         where noeuds is a node iterator
@@ -173,7 +150,7 @@
     ## add one bulk
     # @arg Ele a bulk
     # @todo : check that bulk type matches avatar type
-
[docs]    def addBulk(self,Ele):
+
[docs]    def addBulk(self,Ele):
         """ Usage : avatar.addBulk(Ele)
 
         where Ele is a bulk
@@ -186,11 +163,41 @@
         #       l'avatar auquel il appartient
         Ele.number=len(self.bulks)
         # on l'ajoute dans le container de bulks de l'avatar
-        self.bulks.addBulk(Ele)

+        self.bulks.addBulk(Ele)
        
+        if isinstance(Ele,rigid2d):
+
+          if self.dimension != 2:
+            showError("Trying to assign a rigid 2D element to a 3D avatar!")
+
+          if self.atype is None:
+            self.atype = 'RBDY2'
+          else:
+            if self.atype=='MAILx':
+              showError("Trying to assign a rigid 2D element to a meshed avatar!")
+
+        elif isinstance(Ele,rigid3d):
+
+          if self.dimension != 3:
+            showError("Trying to assign a rigid 3D element to a 2D avatar!")
+
+          if self.atype is None:
+            self.atype = 'RBDY3'
+          else:
+            if self.atype=='MAILx':
+              showError("Trying to assign a rigid 3D element to a meshed avatar!")
+
+        elif isinstance(Ele,element):
+
+          if self.atype is None:
+            self.atype = 'MAILx'
+          else:
+            if self.atype!='MAILx':
+              showError("Trying to assign a finite element to a rigid avatar!")

+
     ## add bulks of an iterator
     # @arg Eles bulks iterator
-
[docs]    def addBulks(self,Eles):
+
[docs]    def addBulks(self,Eles):
         """ Usage : avatar.addBulks(Eles)
 
         where Eles is a bulk iterator
@@ -221,7 +228,7 @@
        self.contactors.addContactor(tact)
       
     # methode qui calcule les proprietes specifiques d'un corps rigide : masse, inertie et position du centre de gravite
-
[docs]    def computeRigidProperties(self):
+
[docs]    def computeRigidProperties(self):
        """computeRigidProperties(self):
 
        this function computes rigid properties of a rigid avatar : mass, inertia and mass center, from the contactors
@@ -232,7 +239,7 @@
        """
         
        # si l'avatar n'est pas rigide
-       if self.type != 'RBDY2' and self.type != 'RBDY3':
+       if self.atype != 'RBDY2' and self.atype != 'RBDY3':
           # il n'est pas concerne par cette fonction
           showWarning("skipping deformable body")
           # on quitte la fonction
@@ -262,7 +269,7 @@
        # ici, on a affaire a un rigide bien defini
 
        # si l'avatar est un rigide 2D
-       if self.type == 'RBDY2':
+       if self.atype == 'RBDY2':
           # on cherche si on doit recalculer la position du centre d'inertie
 
           # on suppose initialement qu'il n'y a pas a la recalculer
@@ -294,7 +301,7 @@
              #fd
 
              # si le seul contacteur porte par l'objet est un point
-             if self.contactors[0].type == 'PT2Dx':
+             if self.contactors[0].shape == 'PT2Dx':
                 # on indique que ca n'a pas de sens
                 msg  = "Attention pour le RBDY2 " + str(self.number) + " frontiere 1\n"
                 msg += "Vous avez defini un seul contacteur de type point\n"
@@ -366,7 +373,7 @@
           self.bulks[0].gyrd = math.sqrt(I/area)
 
        # si l'avatar est un rigide 3D
-       if self.type == 'RBDY3':
+       if self.atype == 'RBDY3':
           # on cherche si on doit recalculer la position du centre d'inertie
 
           # on suppose initialement qu'il n'y a pas a la recalculer
@@ -393,7 +400,7 @@
              # absolu et pas dans le repere barycentrique
 
              # si le seul contacteur porte par l'objet est un point
-             if self.contactors[0].type == 'PT3Dx':
+             if self.contactors[0].shape == 'PT3Dx':
                 msg  = "Attention pour le RBDY3 " + str(self.number) + " frontiere 1\n"
                 msg += "Vous avez defini un seul contacteur de type point\n"
                 msg += "Ce contacteur ne contribue pas au calcul de la surface et de l'inertie de l'objet\n"
@@ -520,7 +527,7 @@
   
     # fonction qui verifie que tous les elements d'un avatar sont associes
     # a un modele et un element
-
[docs]    def checkModelAndMaterialDefinitions(self):
+
[docs]    def checkModelAndMaterialDefinitions(self):
        """checkModelAndMaterialDefinitions(self):
 
        this functions checks if all volumic (or surfacic, in 2D) elements of the given avatar
@@ -536,7 +543,7 @@
        # pour chaque element de l'avatar
        for ele in self.bulks:
           # si l'element est suppose porter un modele et un materiau
-          if ele.type in dimension2geoElement[self.dimension]:
+          if ele.etype in dimension2geoElement[self.dimension]:
              # si l'element ne porte pas de modele
              if ele.model == None:
                 # on indique que tous les elements ne portent pas un modele
@@ -555,12 +562,12 @@
           # on parcours les groupes de l'avatar
           for group in self.groups.keys():
              # si l'avatar est maille, on laisse tomber le groupe "all"
-             if self.type == "MAILx" and group == "all":
+             if self.atype == "MAILx" and group == "all":
                 continue
              # on parcours les elements du groupe courant
              for ele in self.groups[group].bulks:
                 # si l'element est suppose porter un modele et n'en porte pas
-                if ele.type in dimension2geoElement[self.dimension] and ele.model == None:
+                if ele.etype in dimension2geoElement[self.dimension] and ele.model == None:
                    # on a trouve un groupe qui ne porte de modele
                    # et on construit un message d'erreur pour prvenir l'utilisateur
                    showError("bulks belonging to group \"" + group + "\" are not associated to any model!")
@@ -570,12 +577,12 @@
           # on parcours les groupes de l'avatar
           for group in self.groups.keys():
              # si l'avatar est maille, on laisse tomber le groupe "all"
-             if self.type == "MAILx" and group == "all":
+             if self.atype == "MAILx" and group == "all":
                 continue
              # on parcours les elements du groupe courant
              for ele in self.groups[group].bulks:
                 # si l'element est suppose porter un materiau et n'en porte pas
-                if ele.type in dimension2geoElement[self.dimension] and ele.material == None:
+                if ele.etype in dimension2geoElement[self.dimension] and ele.material == None:
                    # on a trouve un groupe qui ne porte de materiau
                    # et on construit un message d'erreur pour prvenir l'utilisateur
                    showError("bulks belonging to group \"" + group + "\" are not associated to any material!")

@@ -583,7 +590,7 @@
 # ca doit appeler une routine dans nodes
     ## translate an avatar
     #  @param dx,dy, dz tranlation vector
-
[docs]    def translate(self,dx=0.,dy=0.,dz=0.):
+
[docs]    def translate(self,dx=0.,dy=0.,dz=0.):
         """ usage self.tranlsate(dx=0.,dy=0.,dz=0.)
 
         where dx,dy, dz are components of translation vector
@@ -591,8 +598,18 @@
         for no in self.nodes:
              no.translate(dx=dx,dy=dy,dz=dz)

 
-
[docs]    def rotate(self, type='Euler', phi=0., theta=0., psi=0., alpha=0., axis=[0., 0., 1.], center=[0., 0., 0.]):
-        """ rotate(self, type='Euler', phi=0., theta=0., psi=0., alpha=0., axis=[0., 0., 1.], center=[0., 0., 0.])
+    ## scale an avatar
+    #  @param scale
+
[docs]    def scale(self,scale=1.0):
+        """ usage self.scale(scale = 1.0)
+
+        where scale is the scale
+        """
+        for no in self.nodes:
+             no.scale(scale=scale)

+
+
[docs]    def rotate(self, description='Euler', phi=0., theta=0., psi=0., alpha=0., axis=[0., 0., 1.], center=[0., 0., 0.]):
+        """ rotate(self, description='Euler', phi=0., theta=0., psi=0., alpha=0., axis=[0., 0., 1.], center=[0., 0., 0.])
 
         this function rotates the considered avatar, according to the given rotation parameters and a
         rotation center. Supported rotation paramters are: Euler's angles or an axis and an angle
@@ -600,11 +617,11 @@
         parameters:
 
         - self: the avatar itself
-        - type='Euler': type defines the rotation parameters:
+        - description='Euler': defines the rotation parameters:
 
-          - if type = 'Euler', the rotation uses Euler's angles, consequently only phi, theta, psi and
+          - if description = 'Euler', the rotation uses Euler's angles, consequently only phi, theta, psi and
             center are considered
-          - if type = 'axis', the rotation uses an axis and an angle, consequently only axis, alpha and
+          - if description = 'axis', the rotation uses an axis and an angle, consequently only axis, alpha and
             center are considered
         - phi: first Euler's angle (rotation with respect to z-axis)
         - theta: second Euler's angle (rotation with respect to x-axis)
@@ -616,7 +633,7 @@
         N.B. all angles are in radians
         """
         # selon la parametrisation utilisee
-        if type == 'Euler': # cas des angles d'Euler
+        if description == 'Euler': # cas des angles d'Euler
            # test de coherence
            if (self.dimension == 2 and (phi != 0. or theta != 0.)):
               showError('in 2D only psi should be defined (rotation around z axis)')
@@ -633,7 +650,7 @@
                              [0.,             0.,            1.]],'d')
            q  = numpy.dot(numpy.dot(q1,q2),q3)
 
-        elif type == 'axis': # cas ou on donne un axe de rotation
+        elif description == 'axis': # cas ou on donne un axe de rotation
            # tests de coherence :
            #    * taille du vecteur
            if numpy.size(axis) != 3:
@@ -680,7 +697,7 @@
               self.imposeInitValue()

 
     # fonction qui transforme l'objet en son symetrique par rapport a un plan
-
[docs]    def mirror(self, n, center, atol=1.e-8):
+
[docs]    def mirror(self, n, center, atol=1.e-8):
         """mirror(slef, n, center, atol=1.e-8):
 
         this function changes an avatar to its symmetrical through the
@@ -774,7 +791,7 @@
               showError('mirror :: unknown bulk type!')

 
     # fonction qui cherche un noeud dans l'avatar, a partir de ces coordonnees
-
[docs]    def findNode(self, coor, atol=1.e-8):
+
[docs]    def findNode(self, coor, atol=1.e-8):
         """findNode(self, n, atol=1.e-8):
 
         this function return the index of the node which coordinates are 
@@ -828,7 +845,7 @@
 # 
 #
 #
-
[docs]    def defineGroups(self):
+
[docs]    def defineGroups(self):
         # A REVOIR L ENDROIT DE LA DEFINITION DES GROUPES
         """defineGroups(self)
 
@@ -845,7 +862,7 @@
             self.groups['all'].addNode(node)
 
         # test pour savoir si on est bien un MAILx
-        if (self.type != 'MAILx'):
+        if (self.atype != 'MAILx'):
           # fd affichage casse burne <- une variable de bavardage ? 
           #  print 'Only the group all will be defined'
           return
@@ -854,13 +871,13 @@
         listeTypeElement =  []
         
         for bulk in self.bulks:
-            if bulk.type  not in listeTypeElement:
-              listeTypeElement.append(bulk.type)
-              self.groups.addGroup(group.group(bulk.type))
+            if bulk.etype  not in listeTypeElement:
+              listeTypeElement.append(bulk.etype)
+              self.groups.addGroup(group.group(bulk.etype))
 
-            self.groups[bulk.type].addBulk(bulk)
+            self.groups[bulk.etype].addBulk(bulk)
             for j in bulk.connectivity:
-               self.groups[bulk.type].addNode(self.nodes[j])
+               self.groups[bulk.etype].addNode(self.nodes[j])
                     
             if bulk.physicalEntity not in listeGroupes:
                 self.groups.addGroup(group.group(bulk.physicalEntity))
@@ -871,7 +888,7 @@
               self.groups[bulk.physicalEntity].addNode(self.nodes[j])

 
     # fonction qui inidque si un groupe appartient a un avatar ou non
-
[docs]    def hasGroup(self, group):
+
[docs]    def hasGroup(self, group):
         """hasGroup(self,group):
 
         this functions return "True" iff the given group belongs to the given avatar
@@ -879,7 +896,7 @@
         return (group in self.groups.keys())

 
     ## setting model
-
[docs]    def defineModel(self,group='all',model=None):
+
[docs]    def defineModel(self,group='all',model=None):
         """defineModel(self,group='all',model=None)
 
         match a model (class model) or a set of models (class model) to a group
@@ -907,17 +924,17 @@
         # si l'element fini est incomptible avec l'avatar
         #    * cas de l'element fini classique avec un rigide
         # si on refile un modele base sur element fini classique a un avatar rigide
-        if (self.type == 'RBDY2' or self.type == 'RBDY3') and not model.element in rigidElements:
+        if (self.atype == 'RBDY2' or self.atype == 'RBDY3') and not model.element in rigidElements:
            # on affiche un message d'erreur
            showError("a standard finite element cannot be handled by a rigid avatar!")
         # si on refile un element fini rigide a un avatar deformable
-        if self.type == 'MAILx' and model.element in rigidElements:
+        if self.atype == 'MAILx' and model.element in rigidElements:
            # on affiche un message d'erreur
            showError("a rigid finite element cannot be handled by a meshed avatar!")
 
         # si un modele a deja ete affecte a une partie des elements de l'avatar
         # et que le modele qu'on s'apprete a affecter est d'un type different
-        if self.modelType != None and model.type != self.modelType:
+        if self.modelType != None and model.physics != self.modelType:
            # on affiche un message d'erreur
            showError("Different types of models cannot be associated to the same avatar!")
 
@@ -953,11 +970,11 @@
            showError(msg)
 
         # on garde le type de model associe a l'avatar
-        self.modelType = model.type

+        self.modelType = model.physics

  
     ## set the material of an element
     #
-
[docs]    def defineMaterial(self,group='all',material=None):
+
[docs]    def defineMaterial(self,group='all',material=None):
         """ defineMaterial(self,group='all',material=None)
 
         associate a material or a material container to the element
@@ -983,7 +1000,7 @@
         # ici, on est sur que le materiau est un objet de type material
 
         # si le materiau est defini en externe (i.e. un USER_MAT)
-        if material.type == 'USER_MAT':
+        if material.materialType == 'USER_MAT':
            # on affiche un message inidquant que les tests de coherence materiau/modele sont desactives
            showWarning("Consistancy tests will not be performed since the given material is user defined!")
 
@@ -1017,20 +1034,20 @@
 
     ## build a string to represent the avatar            
     def __str__(self):
-      impr ='avatar number : %10s of type %5s' %(self.number, self.type)
+      impr ='avatar number : %10s of type %5s' %(self.number, self.atype)
       return impr
 
     ## add contactors
     # @arg Tact a contactor
-
[docs]    def addContactors(self,type,color,group='all',**options):
-        """addContactors(self,type,color,group='all',**options)
+
[docs]    def addContactors(self,shape,color,group='all',**options):
+        """addContactors(self,shape,color,group='all',**options)
 
         define contactors for the elements of a group
 
         parameters:
 
         - self: the contactor itself
-        - type: type of the contactors
+        - shape: type of the contactors
         - color: color of the contactor
 
         optional parameters:
@@ -1044,7 +1061,7 @@
            showError('group: ' + group + ' do not belong to this avatar!')
 
         # si la dimension du contacteur differe de celle de l'avatar
-        if not type in dimension2contactor[self.dimension]:
+        if not shape in dimension2contactor[self.dimension]:
            # on construit un message d'erreur rappelant les types disponibles
            msg = "Type de contacteur inutilisable en " + str(self.dimension) + "D\n les contacteurs utilisables en " + str(self.dimension) + "D sont:\n"
            for i in dimension2contactor[self.dimension]:
@@ -1055,7 +1072,7 @@
         # si le type de contacteur est incomptible avec l'avatar
         #    * cas du contaceur element fini avec un rigide
         # si on refile un contacteur base sur element fini a un avatar rigide
-        if (self.type == 'RBDY2' or self.type == 'RBDY3') and not type in rigidContactor:
+        if (self.atype == 'RBDY2' or self.atype == 'RBDY3') and not shape in rigidContactor:
            # on construit un message d'erreur rappelant les types disponibles
            msg = "Type de contacteur inutilisable avec un avatar rigide\n les contacteurs utilisables avec un avatar rigide sont:\n"
            for i in rigidContactor:
@@ -1064,7 +1081,7 @@
            showError(msg)
         #    * cas du contaceur rigide (autre que le POLYD) avec un maillage element fini
         # si on refile un contacteur rigide a un avatar deformable
-        if self.type == 'MAILx' and type in rigidContactor:
+        if self.atype == 'MAILx' and shape in rigidContactor:
            # on construit un message d'erreur rappelant les types disponibles
            msg = "Type de contacteur inutilisable avec un avatar maille\n les contacteurs utilisables avec un avatar maille sont:\n"
            for i in listeContactor:
@@ -1077,7 +1094,7 @@
         cles = options.keys()
 
         # si le contacteur est une ligne ou une surface candidtate
-        if type == 'CLxxx' or type == 'CSxx3' or type == 'CSxx4':
+        if shape == 'CLxxx' or shape == 'CSxx3' or shape == 'CSxx4':
            # si on ne donne pas de poids pour placer le contacteur
            if 'weights' not in cles:
               # on affecte la vaeur None a l'option weights, pour activer le positionnement automatique des candidats aux noeuds
@@ -1093,24 +1110,24 @@
         # on construit un seul nouveau contacteur avec tous les elements du groupe
         # N.B.: la copie profonde de la liste d'element est effectuee par chaque contructeur de contacteur maille,
         #       il est donc inutile de le faire ici
-        contact=contactorFactory(type=type, elements=list_ele, color=color, **options)
+        contact=contactorFactory(shape=shape, elements=list_ele, color=color, **options)
         # une fois le contacteur entierement defini, on l'ajoute au container de contacteurs de l'avatar
         self._addContactor(contact)
         # et au container de contacteurs portes par le groupe
         self.groups[group].addContactor(contact)

 
-
[docs]    def imposeDrivenDof(self,group='all',component=1, type='predefined',ct=0.,amp=0.,omega=0.,
+
[docs]    def imposeDrivenDof(self,group='all',component=1, description='predefined',ct=0.,amp=0.,omega=0.,
                         phi=0.,rampi=1.,ramp=0.,evolutionFile='', dofty='temp'):
-        """imposeDrivenDof(self,group='all',component=1,type='predefined',ct=0.,amp=0.,omega=0.,
+        """imposeDrivenDof(self,group='all',component=1,description='predefined',ct=0.,amp=0.,omega=0.,
         phi=0.,rampi=1.,ramp=0.,evolutionFile='',dofty='temp')
 
-        this function associate a boundary conditiojn to each node of the considered group of the
+        this function associate a boundary condition to each node of the considered group of the
         considered avatar
 
         parameters:
 
         - dofty : type of boundary condition (vlocy for velocity, force for.. force, temp for temperature and flux for heat flux)
-        - type : 'predefined' or 'evolution'
+        - description : 'predefined' or 'evolution'
 
           * 'predefined': ct, amp, omega, phi, rampi and ramp must be defined
             so that the boundary value will be : [ ct + amp * cos(omega*t+phi) ] * sgn(rampi + ramp*t) * min(abs(rampi + ramp*t), 1),
@@ -1166,7 +1183,7 @@
            showError(msg)
 
         # si la C.L. imposee est de type 'predefined'
-        if type == 'predefined':
+        if description == 'predefined':
            # on identife les parties de la fonction identiquement nulles
            ct_is_zero = (ct == 0.)
            cos_is_zero = (amp == 0. or (omega == 0. and phi == 0.))
@@ -1225,10 +1242,10 @@
             if no.dof == None:
                showError("no dof defined. It's defined when you define a model.")
    
-            no.imposeDrivenDof(component,type, ct,amp,omega,phi,rampi,
+            no.imposeDrivenDof(component,description, ct,amp,omega,phi,rampi,
                                ramp,evolutionFile,dofty)

 
-
[docs]    def relaxDrivenDof(self, group='all', component=1):
+
[docs]    def relaxDrivenDof(self, group='all', component=1):
         """relaxDrivenDof(self, group='all', component=1):
 
         this function relax driven dof
@@ -1279,7 +1296,7 @@
            # on relaxe la condition limite porte par le ddl du noeud, suivant la composante donnee
            no.relaxDrivenDof(component)

 
-
[docs]    def imposeInitValue(self,group='all',component=1,value=0.):
+
[docs]    def imposeInitValue(self,group='all',component=1,value=0.):
         """imposeInitValue(self,group='all',component=1,value=0.)
 
         impose a value to a degree of freedom
@@ -1341,7 +1358,7 @@
  
     # fonction qui construit un nouveau groupe comme le sous-groupe
     # d'un groupe existant
-
[docs]    def addGroupUsingPredicate(self, name, predicate, super_group='all'):
+
[docs]    def addGroupUsingPredicate(self, name, predicate, super_group='all'):
        """adddGroupUsingPredicate(self, name, predicate, super_group='all'):
 
        this function builds and add a new group to the avatar, by
@@ -1442,7 +1459,7 @@
           
     # fonction qui renvoie la liste des noeuds d'un groupe physique
     # existant
-
[docs]    def getNodebyGroup(self, group):
+
[docs]    def getNodebyGroup(self, group):
        """getNodebyGroup(self,group):
        this functions return the node list by physical group to this avatar
        """
@@ -1457,7 +1474,7 @@
        return numpy.array(listnode)

           
 # construction d'un avatar a partir d'un maillage
-
[docs]def buildMeshedAvatar(mesh, model, material):
+
[docs]def buildMeshedAvatar(mesh, model, material):
    """buildMeshedAvatar(mesh, model, material):
 
    this function builds a meshed avatar from the mesh.
@@ -1472,7 +1489,7 @@
       showError("The given mesh is not a mesh!")
 
    # on cree un avatar maille
-   body = avatar(type='MAILx', dimension=mesh.dimension)
+   body = avatar(dimension=mesh.dimension)
    # on renumerote les noeuds du maillage en utilisant leur rang
    mesh.rankRenumbering()
    # on ajoute les noeuds du maillage a l'avatar maille
@@ -1499,8 +1516,8 @@
 
     
   
 
\ No newline at end of file
diff --git a/docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/bulk/bulk.html b/docs/Pre/_modules/pylmgc90/pre/avatar/bulk/bulk.html
similarity index 82%
rename from docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/bulk/bulk.html
rename to docs/Pre/_modules/pylmgc90/pre/avatar/bulk/bulk.html
index 7bf222a..fe2ee0e 100644
--- a/docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/bulk/bulk.html
+++ b/docs/Pre/_modules/pylmgc90/pre/avatar/bulk/bulk.html
@@ -6,7 +6,7 @@
   
     
     
-    pylmgc90.pre_lmgc.avatar.bulk.bulk — pylmgc90.pre 2015.2 documentation
+    pylmgc90.pre.avatar.bulk.bulk — pylmgc90.pre 2015.2 documentation
     
     
     
@@ -46,35 +46,35 @@
         

           

             
-  
Source code for pylmgc90.pre_lmgc.avatar.bulk.bulk
+  
Source code for pylmgc90.pre.avatar.bulk.bulk
 import sys
 
-from pylmgc90.pre_lmgc.shared.bulk_behav import *
-from pylmgc90.pre_lmgc.shared.model import *
+from pylmgc90.pre.shared.bulk_behav import *
+from pylmgc90.pre.shared.model import *
 import numpy
 
-from pylmgc90.pre_lmgc.config.lmgc90dicts import *
+from pylmgc90.pre.config.lmgc90dicts import *
 
-from pylmgc90.pre_lmgc.utilities.error    import *
+from pylmgc90.pre.utilities.error    import *
 
 
 ## @class bulk
 #
 # description 
-
[docs]class bulk:
+
[docs]class bulk():
 
-    def __init__(self, type, connectivity, physicalEntity='1', geometricalEntity='1', number=None, nbNodes=None):
-        """ __init__(self, type, connectivity, physicalEntity='1', geometricalEntity='1', number=None, nbNodes=None)
+    def __init__(self, elem_dim, connectivity, physicalEntity='1', geometricalEntity='1', number=None, nbNodes=None):
+        """ __init__(self, elem_dim, connectivity, physicalEntity='1', geometricalEntity='1', number=None, nbNodes=None)
 
         this function initializes a new bulk
 
-        N.B.: a bulk is always a finite element; a rigid body have a single finite element, which geomtrical support
+        N.B.: a bulk is always a finite element; a rigid body have a single finite element, which geometrical support
         is a point
 
         parameters:
 
         - self: the bulk itself
-        - type: element type
+        - elem_dim: dimension of the element (volumic=3, surfacic=2, lineic=1, point=0)
         - connectivity: connectivity of the element
 
         optional parameters:
@@ -105,21 +105,17 @@
            showWarning("assign a number of nodes to an element is useless since its can be computed from the connectivity!")
 
         # on calcule le nombre de noeuds a partir de la connecivite
-        nbNodes = len(connectivity)  
+        nbNodes = len(connectivity)
 
-        # si le type d'element geometrique n'a pas ete reconnu
-        if not type in listeGeo:
-           # on affiche un message d'erreur
-           showError("unknown geometrical element : " + type + "!")
+        if elem_dim not in geoAndnbNodes2Element.keys():
+           showError("unknown geometrical element dimension: " + str(elem_dim) + "!")
 
-        # si le nombre de noeuds de l'element est incompatible avec son type
-        if nbNodes != geo2nbNodes[type]:
-           # on affiche un message d'erreur
-           showError("the given number of nodes (" + str(nbNodes) + ") is incompatible with an element " + type)
+        if nbNodes not in geoAndnbNodes2Element[elem_dim].keys():
+           showError("the given number of nodes (" + str(nbNodes) + ") is incompatible with element geometric dimension" + str(elem_dim))
 
         # ici, on est sur que le type d'element et la connectivite donnes sont valides
 
-        self.type           = type  
+        self.etype          = geoAndnbNodes2Element[elem_dim][nbNodes]
         self.nbNodes        = nbNodes
         self.connectivity   = connectivity
 
@@ -134,7 +130,7 @@
 
     ## @brief define material of the bulk
     #
-
[docs]    def defineMaterial(self,mat):
+
[docs]    def defineMaterial(self,mat):
         """defineMaterial(mat)
 
         'mat' is either a string or a of the class 'material'
@@ -153,11 +149,11 @@
 
         # on teste la coherence entre le modele et le materiau en fonction
         # du type de modele
-        if self.model.type == 'MECAx': # cas du modele mecanique
+        if self.model.physics == 'MECAx': # cas du modele mecanique
            # * cas du modele rigide
            if self.model.element in rigidElements:
               # on verifie que que le materiau definisse une masse volumique
-              if not 'density' in bulkBehavOptions[mat.type]:
+              if not 'density' in bulkBehavOptions[mat.materialType]:
                  # si ce n'est pas le cas on indique la liste des materiaux compatibles
                  msg = "Type de materiau incompatible avec un modele rigide, en mecanique\n" + \
                        "les materiaux utilisables avec ce modele sont:\n"
@@ -168,7 +164,7 @@
            # * cas du modele discret
            elif self.model.element in discreteElements:
               # on verifie que le materiau soit du bon type
-              if mat.type != 'DISCRETE':
+              if mat.materialType != 'DISCRETE':
                  showError("the only material available for a discrete element model for a meshed avatar is DISCRETE!")
               # on verifie que le materiau soit compatible avec la dimension
               if numpy.size(mat.masses) != self.model.dimension:
@@ -176,17 +172,17 @@
            # * cas d'un modele associe a un element fini non gere par LMGC90   
            elif self.model.element.startswith('EXT'):
               # on verifie que le materiau soit du bon type
-              if mat.type != 'EXTERNAL':
+              if mat.materialType != 'EXTERNAL':
                  showError("the only material available for a an external finite element is EXTERNAL!")
            # * cas du modele utilisateur (associe a un fichier MatLib)
            elif hasattr(self.model, 'user_model_name'):
               # on verifie que le materiau soit du bon type
-              if mat.type != 'USER_MAT':
+              if mat.materialType != 'USER_MAT':
                  showError("Un materiau utilisateur (type \"USER_MAT\") doit etre associe a un modele utilisateur (i.e. option \"user_model_name\" definie)!\n")
            # * cas d'un modele gere par LMGC90 (interne a LMGC90 ou un modele de MatLib deja cable)
            elif hasattr(self.model, 'material'):
               # on verifie que le materiau est compatible avec le modele
-              if not mat.type in mecaModel2bulkBehavs[self.model.material]:
+              if not mat.materialType in mecaModel2bulkBehavs[self.model.material]:
                  # si ce n'est pas le cas, on inidque a l'utilisateur la liste des modeles compatibles
                  msg = "Type de materiau incompatible avec un modele \"material=\"" + self.model.material + "\", " + \
                        "les materiaux utilisables avec ce modele sont:\n"
@@ -203,7 +199,7 @@
            else:
               showError("Model associated to the current bulk is unhandled!")
 
-        if self.model.type == 'THERx': # cas du modele thermique
+        if self.model.physics == 'THERx': # cas du modele thermique
            # * cas du modele rigide
            if self.model.element in rigidElements:
               # on leve une exception pour indiquer que ce n'est pas encore
@@ -212,7 +208,7 @@
            # * cas general (element fini avec thermique claculee en uitilisant le modele interne de LMGC90)
            else:
               # si le modele n'est pas adapte
-              if mat.type != 'THERMO_ELAS':
+              if mat.materialType != 'THERMO_ELAS':
                  # on affiche une message d'erreur
                  showError("the only material available for a thermic model for a meshed avatar is THERMO_ELAS!")
 
@@ -221,7 +217,7 @@
 
     ## @brief define models of the bulk
     #
-
[docs]    def defineModel(self,mod):
+
[docs]    def defineModel(self,mod):
         """defineModel(mod)
 
         'mod' is a model
@@ -230,7 +226,7 @@
         if isinstance(mod, model):
             # si l'element porte par le modele repose sur l'element
             # geometrique porte par l'element
-            if mod.element in geo2element[self.type]:
+            if mod.element in geo2element[self.etype]:
                 # on associe le modele a l'element
                 self.model = mod
             # sinon, si le modele est un modele caracterisant un element dini externe, non gere par LMGC90
@@ -247,7 +243,7 @@
             showError('[bulk.defineModel] Could not add the model to the bulk')

 
     def __str__(self):
-        impr = "%5s\tnumber :\t%10s\n" % (self.type,self.number)
+        impr = "%5s\tnumber :\t%10s\n" % (self.etype,self.number)
         return impr

 
 

@@ -260,8 +256,8 @@
 
     
   
 
\ No newline at end of file
diff --git a/docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/bulks.html b/docs/Pre/_modules/pylmgc90/pre/avatar/bulks.html
similarity index 86%
rename from docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/bulks.html
rename to docs/Pre/_modules/pylmgc90/pre/avatar/bulks.html
index 52888ab..46a0fd4 100644
--- a/docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/bulks.html
+++ b/docs/Pre/_modules/pylmgc90/pre/avatar/bulks.html
@@ -6,7 +6,7 @@
   
     
     
-    pylmgc90.pre_lmgc.avatar.bulks — pylmgc90.pre 2015.2 documentation
+    pylmgc90.pre.avatar.bulks — pylmgc90.pre 2015.2 documentation
     
     
     
@@ -46,22 +46,22 @@
         

           

             
-  
Source code for pylmgc90.pre_lmgc.avatar.bulks
-from pylmgc90.pre_lmgc.utilities.container import *
+  
Source code for pylmgc90.pre.avatar.bulks
+from pylmgc90.pre.utilities.container import *
 
 from bulk.bulk import *
 from groups import *
 
 ## @class bulks(sequence_container)
 # bulk iterator
-
[docs]class bulks(sequence_container):
+
[docs]class bulks(sequence_container):
     """ bulk container
 
     inherits from container class 'sequence_container'
     i.e. keys are automatically attributed
     """
 
-
[docs]    def addBulk(self,new):
+
[docs]    def addBulk(self,new):
         """addBulk(self,new)
            add a bulk to the container and index it with its number
         """
@@ -86,8 +86,8 @@
 
     
   
 
\ No newline at end of file
diff --git a/docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/contactor/contactor.html b/docs/Pre/_modules/pylmgc90/pre/avatar/contactor/contactor.html
similarity index 87%
rename from docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/contactor/contactor.html
rename to docs/Pre/_modules/pylmgc90/pre/avatar/contactor/contactor.html
index de23f51..dcaf4d6 100644
--- a/docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/contactor/contactor.html
+++ b/docs/Pre/_modules/pylmgc90/pre/avatar/contactor/contactor.html
@@ -6,7 +6,7 @@
   
     
     
-    pylmgc90.pre_lmgc.avatar.contactor.contactor — pylmgc90.pre 2015.2 documentation
+    pylmgc90.pre.avatar.contactor.contactor — pylmgc90.pre 2015.2 documentation
     
     
     
@@ -46,24 +46,24 @@
         

           

             
-  
Source code for pylmgc90.pre_lmgc.avatar.contactor.contactor
+  
Source code for pylmgc90.pre.avatar.contactor.contactor
 import numpy
 import copy
 
-from pylmgc90.pre_lmgc.config.lmgc90dicts import *
+from pylmgc90.pre.config.lmgc90dicts import *
 
-from pylmgc90.pre_lmgc.avatar.bulks import *
-from pylmgc90.pre_lmgc.avatar.bulk.bulk import *
+from pylmgc90.pre.avatar.bulks import *
+from pylmgc90.pre.avatar.bulk.bulk import *
 
 ## @class contactor
 #
-
[docs]class contactor:
-    """ class contactor
+
[docs]class contactor():
+    """ class contactor()
 
     attributs:
 
     - number  : an identifier
-    - type    : lmgc90 tact type (char[5])
+    - shape   : lmgc90 tact type (char[5])
     - elements: a bulk list
     - color   : lmgc90 color for tact_behav (char[5])
     - connectivity: nodes' indices defining the contactor 
@@ -77,8 +77,8 @@
 
     ## @brief default constructor
     #
-    def __init__(self, elements, type, color, number=None):
-        """__init__(self, elements, type, color, number=None)
+    def __init__(self, elements, shape, color, number=None):
+        """__init__(self, elements, shape, color, number=None)
 
         allow to define a contactor
 
@@ -87,7 +87,7 @@
         - self: the contactor itself
         - elements: a list of connex elements, which is the base of the contactor
           WARNING: elements must be of the same type!
-        - type: type of the contactor
+        - shape: type of the contactor
         - color: color of the contactor
 
         optional parameters:
@@ -111,7 +111,7 @@
            msg='all elements of the given elements list keyword must be element objects!'
            showError(msg)
         # on conserve le type de l'element
-        element_type=first_element.type
+        element_type=first_element.etype
 
         # pour chaque autre element de la liste
         for i in xrange(1, len(elements)):
@@ -122,7 +122,7 @@
               msg='all elements of the given elements list keyword must be element objects!'
               showError(msg)
            # si l'element n'est pas du bon type
-           if ele.type != element_type:
+           if ele.etype != element_type:
               # on affiche un message d'erreur
               msg='all elements of the given elements list must have the same type!'
               showError(msg)
@@ -130,9 +130,9 @@
         # ici, on est sur que la liste elements ne contient que des elements du meme type
 
         # si le type de contacteur n'est compatible avec le type d'element
-        if not type in geo2contactor[element_type]:
+        if not shape in geo2contactor[element_type]:
            # on construit un message d'erreur
-           msg='Incompatible element (%s) and contactor type (%s)\n' %(element_type, type)
+           msg='Incompatible element (%s) and contactor type (%s)\n' %(element_type, shape)
            if number != None:
               msg+='for contactor :%s' % str(number)
            # on l'affiche
@@ -170,11 +170,11 @@
     # @param attribut : name of the attribut to get the value 
     # @return : value of attribut
     # @todo : to put in contactor class ?
-
[docs]    def getOption(self,attribut):
+
[docs]    def getOption(self,attribut):
         """ getOption(self,attribut)
         """
         value=0.
-        if attribut in contactorOptions[self.type]:
+        if attribut in contactorOptions[self.shape]:
             value=getattr(self, attribut)
         return value

 
@@ -183,17 +183,17 @@
     # @todo : to put in contactor class ?
     def writeOpt(self):
         ligne=''
-        for opt in contactorOptions[self.type]:
+        for opt in contactorOptions[self.shape]:
             ligne+=' %5s=%14.7E' % (opt, getattr(self, opt))
         return ligne
 
     def __str__(self):
         """method allowing to print informations concerning the contactor
         """
-        impr='Contactor number :\t%5s \t of type :\t%5s' % (self.number,self.type)
+        impr='Contactor number :\t%5s \t of type :\t%5s' % (self.number,self.shape)
         return impr
     
-
[docs]    def strInBodiesFile(self, number):
+
[docs]    def strInBodiesFile(self, number):
        """strInBodiesFile(self, number):
 
        this function returns a string used to represent the contactor in the BODIES.DAT file.
@@ -210,7 +210,7 @@
 
     ## @brief get the contactor in anonymous shape
     #  Get the contactor in the form of 3 vectors of different type (char[5], int and double)
-
[docs]    def get_anonymous_shape(self):
+
[docs]    def get_anonymous_shape(self):
        """get_anonympous_shape(self, number):
 
        this function returns the contactor type (type), the contactor color (color), 
@@ -221,7 +221,7 @@
 
        - self: the contactor itself
 
-       returned value: the tuple (type, color, i4_vector, r8_vector).
+       returned value: the tuple (shape, color, i4_vector, r8_vector).
        """
        # N.B.: il s'agit d'une fonction virtuelle pure, qui n'a donc pas d'implementation generique.
        raise NotImplementedError

@@ -235,8 +235,8 @@
 
     
   
 
\ No newline at end of file
diff --git a/docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/contactors.html b/docs/Pre/_modules/pylmgc90/pre/avatar/contactors.html
similarity index 83%
rename from docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/contactors.html
rename to docs/Pre/_modules/pylmgc90/pre/avatar/contactors.html
index 9598212..09b65b1 100644
--- a/docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/contactors.html
+++ b/docs/Pre/_modules/pylmgc90/pre/avatar/contactors.html
@@ -6,7 +6,7 @@
   
     
     
-    pylmgc90.pre_lmgc.avatar.contactors — pylmgc90.pre 2015.2 documentation
+    pylmgc90.pre.avatar.contactors — pylmgc90.pre 2015.2 documentation
     
     
     
@@ -46,21 +46,21 @@
         

           

             
-  
Source code for pylmgc90.pre_lmgc.avatar.contactors
-from pylmgc90.pre_lmgc.utilities.container import *
+  
Source code for pylmgc90.pre.avatar.contactors
+from pylmgc90.pre.utilities.container import *
 
 from contactor.contactor import *
 
 ## @class contactors(sequence_container)
 # contactor iterator
-
[docs]class contactors(sequence_container):
+
[docs]class contactors(sequence_container):
     """ contactor container
 
     inherits from container class 'sequence container'
     i.e. keys are automatically attributed
     """
 
-
[docs]    def addContactor(self,tact):
+
[docs]    def addContactor(self,tact):
         """addcontactor(self,tact)
 
         assign a number to a contactor and add it to the container
@@ -75,7 +75,7 @@
 
         return self

 
-
[docs]    def lastContactor(self):
+
[docs]    def lastContactor(self):
         """lastContactor(self)
 
         returns last contactor number of the list
@@ -91,8 +91,8 @@
 
     
   
 
\ No newline at end of file
diff --git a/docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/node/node.html b/docs/Pre/_modules/pylmgc90/pre/avatar/node/node.html
similarity index 83%
rename from docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/node/node.html
rename to docs/Pre/_modules/pylmgc90/pre/avatar/node/node.html
index 49fc1b0..efca067 100644
--- a/docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/node/node.html
+++ b/docs/Pre/_modules/pylmgc90/pre/avatar/node/node.html
@@ -6,7 +6,7 @@
   
     
     
-    pylmgc90.pre_lmgc.avatar.node.node — pylmgc90.pre 2015.2 documentation
+    pylmgc90.pre.avatar.node.node — pylmgc90.pre 2015.2 documentation
     
     
     
@@ -46,22 +46,22 @@
         

           

             
-  
Source code for pylmgc90.pre_lmgc.avatar.node.node
+  
Source code for pylmgc90.pre.avatar.node.node
 ## module node
 # define node class
 
 import numpy
 
-from pylmgc90.pre_lmgc.config.lmgc90dicts      import *
+from pylmgc90.pre.config.lmgc90dicts      import *
 
 import sys
 import numpy
 
-from pylmgc90.pre_lmgc.models             import *
-from pylmgc90.pre_lmgc.shared.model       import *
+from pylmgc90.pre.models             import *
+from pylmgc90.pre.shared.model       import *
 from dof import *
 
-from pylmgc90.pre_lmgc.utilities.error    import *
+from pylmgc90.pre.utilities.error    import *
 
 
 
@@ -70,36 +70,37 @@
 #  \n
 # attributs: \n
 # number its number (as an integer)\n
-# type type of the node (NO2xx...)\n
 # coor coordinates \n
 # dofs degrees of freedom \n 
 # \n
 # methods: \n
 #  __init__ constructor \n
 #  getCoor: gets back coor \n
-#  defineDof: defines the dofs associated to the node (depend on the models) \n
+#  defineDof: defines the dofs associated to the node (depends on the model) \n
 #  imposeDrivenDof: imposes degrees of freedom\n
 #  relaxDrivenDof: frees a dof previously imposed\n
 #  translate: translate the node\n
-
[docs]class node:
+
[docs]class node():
     """
     Class defining the node entity
     """
     ## node constructor
     #
-    def __init__(self,type=None,coor=None,number=0):
-        """ __init__(self,type=None,coor=None,number=0):
+    def __init__(self,coor=None,number=0):
+        """ __init__(self,coor=None,number=0):
 
-        initialize a node entity
+        initialize a node entity.
+        coor an array defining the corrdinates
         """
-        self.type   = type
         self.number = number
         if coor is None:
             self.coor   = []
         else :
             self.coor   = coor
 
-        self.dof    = None
+        self.ntype = dimensionTypeNode[coor.shape[0]]
+
+        self.dof   = None
 
         # necessaire pour garder le lien avec le maillage de depart
         if number != 0:    
@@ -109,11 +110,11 @@
 
         if not self.checkType():
             msg = 'instanciating node: uncompatible type/dimension '
-            msg += type + '\t' + str(self.coor.size)
+            msg += self.ntype + '\t' + str(self.coor.size)
             showError(msg)
 
     ## coordinates
-
[docs]    def getCoor(self):
+
[docs]    def getCoor(self):
         """ getCoor(self)
 
         returns coor
@@ -135,11 +136,11 @@
                 sys.exit(1)
                     
     ## impose dofs
-    def imposeDrivenDof(self,composantes,type='predefined',ct=0.,amp=0.,omega=0.,
+    def imposeDrivenDof(self,composantes,description='predefined',ct=0.,amp=0.,omega=0.,
                         phi=0.,rampi=0.,ramp=0.,evolutionFile='unknown',dofty='unknown'):
         
         if self.dof != None:
-            self.dof.imposeDrivenDof(composantes,type,ct,amp,omega,phi,rampi,ramp,evolutionFile,dofty)
+            self.dof.imposeDrivenDof(composantes,description,ct,amp,omega,phi,rampi,ramp,evolutionFile,dofty)
         else:
             msg='Cannot impose dof on node %s' % self.number
             showWarning(msg)
@@ -158,19 +159,19 @@
 
     ## \brief return a node with anonynous shape
     def get_anonymous_shape(self):
-        type = self.type
+        ntype = self.ntype
         r8_vect = self.coor
-        return [type, r8_vect]
+        return [ntype, r8_vect]
 
     ## \brief check type and size consistency
     def checkType(self):
         res = True
         dim = -1
         for key in dimensionTypeNode:
-            if self.type in dimensionTypeNode[key]:
+            if self.ntype in dimensionTypeNode[key]:
                 dim = key
         if dim == -1:
-            msg = '[checkType] unknown node type ' + self.type
+            msg = '[checkType] unknown node type ' + self.ntype
             showError(msg)
         if dim != self.coor.size :
             res = False
@@ -190,8 +191,13 @@
             msg = '[translate]: do not know how to apply translation to a node with ' + numpy.size(self.coor) + 'coordinates'
             showWarning(msg)
 
+    ## @brief scale the node
+    #  The coordinates to change depends on type
+    def scale(self, scale):
+        self.coor *= scale
+        
     ## @brief apply an affine map to the node coordinates
-
[docs]    def applyAffineMapToCoor(self, q, center):
+
[docs]    def applyAffineMapToCoor(self, q, center):
         """applyAffineMapToCoor(self, q, center):
 
         this function applies an affine map to the node coordinates.
@@ -227,8 +233,8 @@
 
     
   
 
\ No newline at end of file
diff --git a/docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/nodes.html b/docs/Pre/_modules/pylmgc90/pre/avatar/nodes.html
similarity index 85%
rename from docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/nodes.html
rename to docs/Pre/_modules/pylmgc90/pre/avatar/nodes.html
index 1f36a68..853d4d7 100644
--- a/docs/Pre/_modules/pylmgc90/pre_lmgc/avatar/nodes.html
+++ b/docs/Pre/_modules/pylmgc90/pre/avatar/nodes.html
@@ -6,7 +6,7 @@
   
     
     
-    pylmgc90.pre_lmgc.avatar.nodes — pylmgc90.pre 2015.2 documentation
+    pylmgc90.pre.avatar.nodes — pylmgc90.pre 2015.2 documentation
     
     
     
@@ -46,21 +46,21 @@
         

           

             
-  
Source code for pylmgc90.pre_lmgc.avatar.nodes
-from pylmgc90.pre_lmgc.utilities.container import *
+  
Source code for pylmgc90.pre.avatar.nodes
+from pylmgc90.pre.utilities.container import *
 
 from node.node import *
 
 ## @class nodes(mapping_container)
 #  node iterator
-
[docs]class nodes(mapping_container):
+
[docs]class nodes(mapping_container):
     """ node container
 
     inherits from container class 'iterator'
     key is the number of the node
     """
 
-
[docs]    def addNode(self,noeud):
+
[docs]    def addNode(self,noeud):
         """addNode(self,noeud)
 
         add a node to the container and index it with its number
@@ -83,8 +83,8 @@
 
     
   
 
\ No newline at end of file
diff --git a/docs/Pre/_modules/pylmgc90/pre_lmgc/avatars.html b/docs/Pre/_modules/pylmgc90/pre/avatars.html
similarity index 70%
rename from docs/Pre/_modules/pylmgc90/pre_lmgc/avatars.html
rename to docs/Pre/_modules/pylmgc90/pre/avatars.html
index 0f487c5..aa8e5ac 100644
--- a/docs/Pre/_modules/pylmgc90/pre_lmgc/avatars.html
+++ b/docs/Pre/_modules/pylmgc90/pre/avatars.html
@@ -6,7 +6,7 @@
   
     
     
-    pylmgc90.pre_lmgc.avatars — pylmgc90.pre 2015.2 documentation
+    pylmgc90.pre.avatars — pylmgc90.pre 2015.2 documentation
     
     
     
@@ -46,14 +46,14 @@
         

           

             
-  
Source code for pylmgc90.pre_lmgc.avatars
+  
Source code for pylmgc90.pre.avatars
 import numpy
 from utilities.container import *
 
 from avatar.avatar import *
 
 ## @class avatars : avatar list
-
[docs]class avatars(sequence_container):
+
[docs]class avatars(sequence_container):
     """ avatar container class
 
     Methods:
@@ -79,24 +79,26 @@
 #                showWarning(msg)
 
     ## add an avatar to container
-
[docs]    def addAvatar(self, avatar):
-        '''addAvatar(self,avatar):
+
[docs]    def addAvatar(self, av):
+        '''addAvatar(self,av):
 
         this function adds the input avatar to the container
 
         parameters:
 
         - self: the container itself
-        - avatar: a given avatar
+        - av: a given avatar
         '''
 
+        assert isinstance(av,avatar), "%r is not an avatar"%av
+
         # on atribue a l'avatar le prochain numero disponible
         # N.B.: si l'avatar provient d'un autre container, son
         #       son numero est ecrase, et renvoie au dernier 
         #       container ou il a ete ajoute
-        avatar.number = len(self)
+        av.number = len(self)
         # on ajoute l'avatar dans le container
-        self.append(avatar)

+        self.append(av)

    
     ## add one avatar, or a list of avatars, to the container
     def __iadd__(self,object):
@@ -130,7 +132,7 @@
         # on renvoie le conteneur modifie
         return self
 
-
[docs]    def getFemAvatar(self):
+
[docs]    def getFemAvatar(self):
         """ getFemAvatar(self)
 
         get the list of avatar of MAILx type
@@ -138,13 +140,13 @@
         listeMesh=[]
         
         for j in self.keys():
-            if self[j].type == 'MAILx':
+            if self[j].atype == 'MAILx':
                 listeMesh.append(j)
         return listeMesh

 
     
     ## 
-
[docs]    def getRigidAvatar(self):
+
[docs]    def getRigidAvatar(self):
         """getRigidAvatar(self)
            
         get the list of avatar of RBDY2 or RBDY3 type
@@ -152,13 +154,13 @@
         listeRigid = []
         
         for j in self.keys():
-            if self[j].type == 'RBDY2' or self[j].type == 'RBDY3':
+            if self[j].atype == 'RBDY2' or self[j].atype == 'RBDY3':
                 listeRigid.append(j)
         return listeRigid

 
     ## translate a set of avatars
     #  @param dx,dy, dz tranlation vector
-
[docs]    def translate(self, dx=0., dy=0., dz=0.):
+
[docs]    def translate(self, dx=0., dy=0., dz=0.):
         """ usage self.tranlsate(dx=0., dy=0., dz=0.)
 
         where dx, dy, dz are components of translation vector
@@ -168,8 +170,8 @@
              avatar.translate(dx=dx,dy=dy,dz=dz)

 
     ## translate a set of avatars
-
[docs]    def rotate(self, type='Euler', phi=0., theta=0., psi=0., alpha=0., axis=[0., 0., 1.], center=[0., 0., 0.]):
-        """rotate(self, type='Euler', phi=0., theta=0., psi=0., alpha=0., axis=[0., 0., 1.], center=[0., 0., 0.])
+
[docs]    def rotate(self, description='Euler', phi=0., theta=0., psi=0., alpha=0., axis=[0., 0., 1.], center=[0., 0., 0.]):
+        """rotate(self, description='Euler', phi=0., theta=0., psi=0., alpha=0., axis=[0., 0., 1.], center=[0., 0., 0.])
 
         this function rotates every avatar in the set, according to the given rotation parameters and a
         rotation center. Supported rotation paramters are: Euler's angles or an axis and an angle
@@ -177,11 +179,11 @@
         parameters:
 
         - self: the avatar itself
-        - type='Euler': type defines the rotation parameters:
+        - description='Euler': defines the rotation parameters:
 
-          - if type = 'Euler', the rotation uses Euler's angles, consequently only phi, theta, psi and
+          - if description = 'Euler', the rotation uses Euler's angles, consequently only phi, theta, psi and
             center are considered
-          - if type = 'axis', the rotation uses an axis and an angle, consequently only axis, alpha and
+          - if description = 'axis', the rotation uses an axis and an angle, consequently only axis, alpha and
             center are considered
 
         - phi: first Euler's angle (rotation with respect to z-axis)
@@ -194,7 +196,7 @@
 
         # on applique la rotation a chaque avatar du conteneur
         for avatar in self:
-            avatar.rotate(type=type, phi=phi, theta=theta, psi=psi, alpha=alpha, axis=axis, center=center)

+            avatar.rotate(description=description, phi=phi, theta=theta, psi=psi, alpha=alpha, axis=axis, center=center)

 

 
           

@@ -205,8 +207,8 @@
 
     
   
 
\ No newline at end of file
diff --git a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/brick.html b/docs/Pre/_modules/pylmgc90/pre/build_avatar/brick.html
similarity index 89%
rename from docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/brick.html
rename to docs/Pre/_modules/pylmgc90/pre/build_avatar/brick.html
index 9bc0cd4..ced1c4b 100644
--- a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/brick.html
+++ b/docs/Pre/_modules/pylmgc90/pre/build_avatar/brick.html
@@ -6,7 +6,7 @@
   
     
     
-    pylmgc90.pre_lmgc.build_avatar.brick — pylmgc90.pre 2015.2 documentation
+    pylmgc90.pre.build_avatar.brick — pylmgc90.pre 2015.2 documentation
     
     
     
@@ -46,20 +46,20 @@
         

           

             
-  
Source code for pylmgc90.pre_lmgc.build_avatar.brick
+  
Source code for pylmgc90.pre.build_avatar.brick
 # module qui fournit une classe brique 2D, ou 3D
 
 import numpy
 import math
 
-from pylmgc90.pre_lmgc.avatar.bulk.rigid2d import *
-from pylmgc90.pre_lmgc.avatar.bulk.element import *
+from pylmgc90.pre.avatar.bulk.rigid2d import *
+from pylmgc90.pre.avatar.bulk.element import *
 
 # macros pour generer des maillages de rectangles (2D)
 from mesh2D import *
 
 # classe brique 2D
-
[docs]class brick2D:
+
[docs]class brick2D():
    '''class designed to build rigid or deformable bricks in 2D
 
    Methods:
@@ -90,7 +90,7 @@
       self.ly=ly # hauteur
 
    # creation d'une brique rigide
-
[docs]   def rigidBrick(self, center, model, material, color='BLEUx', number=None):
+
[docs]   def rigidBrick(self, center, model, material, color='BLEUx', number=None):
       '''rigidBrick(self, center, model, material, color='BLEUx', number=None):
 
       this function build and returns a rigid brick
@@ -108,13 +108,11 @@
       - number=None: index of the avatar (still present to ensure compatibility)'''
 
       # creation d'une nouvelle brique rigide
-      body = avatar(type='RBDY2', dimension=2, number=number) 
+      body = avatar(dimension=2, number=number) 
       # on lui attribue un comportement volumique de type rigide
       body.addBulk( rigid2d() ) 
       # ajout de la position du centre d'inertie de la brique
-      body.addNode( 
-         node(type='NO2xx',coor=numpy.array(center),
-         number=1) )
+      body.addNode( node(coor=numpy.array(center), number=1) )
       # on definit les groupes pour la brique
       body.defineGroups()
       # on affecte son modele rigide a la brique
@@ -139,7 +137,7 @@
       vertices[3, 0] = -0.5*self.lx 
       vertices[3, 1] = 0.5*self.ly 
       # on peut alors ajouter son contacteur polygone a la brique
-      body.addContactors(type='POLYG',color=color, nb_vertices=4, 
+      body.addContactors(shape='POLYG',color=color, nb_vertices=4, 
          vertices=vertices)
       # on calcule la surface et l'inertie de la brique
       body.computeRigidProperties()
@@ -148,10 +146,10 @@
       return body

 
    # creation d'une brique deformable
-
[docs]   def deformableBrick(self, center, material, model, type='4T3', 
+
[docs]   def deformableBrick(self, center, material, model, mesh_type='4T3', 
       nb_elem_x=1, nb_elem_y=1, apabh=None, apabv=None, apabhc=0.25, apabvc=0.25,
       colors=['HORIx', 'VERTx', 'HORIx', 'VERTx'], number=None):
-      '''deformableBrick(self, center, material, model, number, type='4T3', 
+      '''deformableBrick(self, center, material, model, number, mesh_type='4T3', 
       nb_elem_x=1, nb_elem_y=1, apabh=None, apabv=None, apabhc=0.25, apabvc=0.25,
       colors=['HORIx', 'VERTx', 'HORIx', 'VERTx']):
 
@@ -166,7 +164,7 @@
 
       optional parameters :
 
-      - type='4T3': meshing strategy for the brick
+      - mesh_type='4T3': meshing strategy for the brick
         (possible values: 'Q4', 'Q8', '2T3' and '4T3')
       - nb_elem_x: number of elements Q4 following direction Ox
       - nb_elem_y: number of elements Q4 following direction Oy
@@ -185,25 +183,25 @@
       x0=center[0] - 0.5*self.lx
       y0=center[1] - 0.5*self.ly
       # on genere le maillage de la brique
-      mesh_brick=buildMesh2D(type, x0, y0, self.lx, self.ly, nb_elem_x, nb_elem_y) 
+      mesh_brick=buildMesh2D(mesh_type, x0, y0, self.lx, self.ly, nb_elem_x, nb_elem_y) 
       # on contruit un corps maille a partir du maillage de la brique
       body=buildMeshedAvatar(mesh=mesh_brick, model=model, material=material)
       # on ajoute les contacteurs :
       #    * une ligne antagoniste sur le dessus du bloc
-      body.addContactors(group='up',type='ALpxx',color=colors[2])
+      body.addContactors(group='up',shape='ALpxx',color=colors[2])
       #    * les points candidats sur le dessous du bloc
       # si on donne des positions pour le points de contacts, on les
       # utilise
       if ( apabh ):
          # fd pas comprendre 
-         #body.addContactors(group='down',type='CLxxx',color=colors[0],
+         #body.addContactors(group='down',shape='CLxxx',color=colors[0],
          #   connex='no', weights=apabh)
-         body.addContactors(group='down',type='CLxxx',color=colors[0],
+         body.addContactors(group='down',shape='CLxxx',color=colors[0],
             weights=apabh)
       # sinon, 
       else:
          # on les place aux sommets du maillage
-         body.addContactors(group='down',type='CLxxx',color=colors[0])
+         body.addContactors(group='down',shape='CLxxx',color=colors[0])
          # on deplace les noeuds situes :
          #    * dans le coin inferieur gauche de la brique
          _moveContactorCLxxx(coor=[x0, y0], body=body, color=colors[0], apab=apabhc)
@@ -211,19 +209,19 @@
          _moveContactorCLxxx(coor=[x0 + self.lx, y0], body=body, color=colors[0], apab=apabhc)
 
       #    * une ligne antagoniste sur le cote gauche du bloc
-      body.addContactors(group='left',type='ALpxx',color=colors[3])
+      body.addContactors(group='left',shape='ALpxx',color=colors[3])
       #    * les points candidats sur le cote droit du bloc
       # si on donne des positions pour le points de contacts, on les
       # utilise
       if ( apabv ):
-         #body.addContactors(group='right',type='CLxxx',color=colors[1],
+         #body.addContactors(group='right',shape='CLxxx',color=colors[1],
          #   connex='no', weights=apabv)
-         body.addContactors(group='right',type='CLxxx',color=colors[1],
+         body.addContactors(group='right',shape='CLxxx',color=colors[1],
             weights=apabv)
       # sinon,
       else:
          # on les place aux sommets 
-         body.addContactors(group='right',type='CLxxx',color=colors[1])
+         body.addContactors(group='right',shape='CLxxx',color=colors[1])
          # on deplace les noeuds situes :
          #    * dans le coin inferieur droit de la brique
          _moveContactorCLxxx(coor=[x0 + self.lx, y0], body=body, color=colors[1], apab=apabvc)
@@ -234,10 +232,10 @@
       return body               

 
     # creation d'une brique deformable, explosee
-
[docs]   def explodedDeformableBrick(self, center, material, model, type='4T3', 
+
[docs]   def explodedDeformableBrick(self, center, material, model, mesh_type='4T3', 
       nb_elem_x=1, nb_elem_y=1, apabh=None, apabv=None, apabhc=0.25, apabvc=0.25,
       colors=['HORIx', 'VERTx', 'HORIx', 'VERTx'], color='BLEUx', shift=0):
-      '''explodedDeformableBrick(self, center, material, model, type='4T3', 
+      '''explodedDeformableBrick(self, center, material, model, mesh_type='4T3', 
       nb_elem_x=1, nb_elem_y=1, apabh=None, apabv=None, apabhc=0.25, apabvc=0.25,
       colors=['HORIx', 'VERTx', 'HORIx', 'VERTx'], color='BLEUx', shift=0):
 
@@ -252,7 +250,7 @@
 
       optional parameters :
 
-      - type='4T3': meshing strategy for the brick
+      - mesh_type='4T3': meshing strategy for the brick
         (possible values: 'Q4', 'Q8', '2T3' and '4T3')
       - nb_elem_x: number of elements Q4 following direction Ox
       - nb_elem_y: number of elements Q4 following direction Oy
@@ -272,7 +270,7 @@
       x0=center[0] - 0.5*self.lx
       y0=center[1] - 0.5*self.ly
       # on genere le maillage de la brique
-      mesh_brick=buildMesh2D(type, x0, y0, self.lx, self.ly, nb_elem_x, nb_elem_y) 
+      mesh_brick=buildMesh2D(mesh_type, x0, y0, self.lx, self.ly, nb_elem_x, nb_elem_y) 
       # on contruit un corps maille a partir du maillage de la brique
       body=buildMeshedAvatar(mesh=mesh_brick, model=model, material=material)
       # on explose le corps maille represenant la brique
@@ -282,20 +280,20 @@
          # on ajoute les contacteurs :
          #    * une ligne antagoniste sur le dessus du bloc
          if new_body.hasGroup('up'):
-            new_body.addContactors(group='up',type='ALpxx',color=colors[2])
+            new_body.addContactors(group='up',shape='ALpxx',color=colors[2])
          #    * les points candidats sur le dessous du bloc
          if new_body.hasGroup('down'):
             # si on donne des positions pour le points de contacts, on les
             # utilise
             if ( apabh ):
-               #body.addContactors(group='down',type='CLxxx',color=colors[0],
+               #body.addContactors(group='down',shape='CLxxx',color=colors[0],
                #   connex='no', weights=apabh)
-               body.addContactors(group='down',type='CLxxx',color=colors[0],
+               body.addContactors(group='down',shape='CLxxx',color=colors[0],
                   weights=apabh)
             # sinon,  
             else:
                # on les place aux sommets 
-               new_body.addContactors(group='down',type='CLxxx',color=colors[0])
+               new_body.addContactors(group='down',shape='CLxxx',color=colors[0])
                # on deplace les noeuds situes :
                #    * dans le coin inferieur gauche de la brique
                _moveContactorCLxxx(coor=[x0, y0], body=new_body, color=colors[0], apab=apabhc)
@@ -304,20 +302,20 @@
 
          #    * une ligne antagoniste sur le cote gauche du bloc
          if new_body.hasGroup('left'):
-            new_body.addContactors(group='left',type='ALpxx',color=colors[3])
+            new_body.addContactors(group='left',shape='ALpxx',color=colors[3])
          #    * les points candidats sur le cote droit du bloc
          if new_body.hasGroup('right'):
             # si on donne des positions pour le points de contacts, on les
             # utilise
             if ( apabv ):
-               #body.addContactors(group='right',type='CLxxx',color=colors[1],
+               #body.addContactors(group='right',shape='CLxxx',color=colors[1],
                #   connex='no', weights=apabv)
-               body.addContactors(group='right',type='CLxxx',color=colors[1],
+               body.addContactors(group='right',shape='CLxxx',color=colors[1],
                   weights=apabv)
             # sinon, 
             else:
                # on les place aux sommets 
-               new_body.addContactors(group='right',type='CLxxx',color=colors[1])
+               new_body.addContactors(group='right',shape='CLxxx',color=colors[1])
                # on deplace les noeuds situes :
                #    * dans le coin inferieur droit de la brique
                _moveContactorCLxxx(coor=[x0 + self.lx, y0], body=new_body, color=colors[1], apab=apabvc)
@@ -328,7 +326,7 @@
       return bodies

 
 # classe brique 3D
-
[docs]class brick3D:
+
[docs]class brick3D():
    '''class designed to build rigid bricks in 3D
    Methods:
 
@@ -359,7 +357,7 @@
       self.lz=lz # hauteur
 
    # creation d'une brique rigide
-
[docs]   def rigidBrick(self, center, model, material, color='BLEUx'):
+
[docs]   def rigidBrick(self, center, model, material, color='BLEUx'):
       '''rigidBrick(self, center, model, material, color='BLEUx'):
       this function build and returns a rigid brick
 
@@ -376,13 +374,11 @@
       '''
 
       # creation d'une nouvelle brique rigide
-      body = avatar(type='RBDY3', dimension=3) 
+      body = avatar(dimension=3) 
       # on lui attribue un comportement volumique de type rigide
       body.addBulk( rigid3d() ) 
       # ajout de la position du centre d'inertie de la brique
-      body.addNode( 
-         node(type='NO3xx',coor=numpy.array(center),
-         number=1) )
+      body.addNode( node(coor=numpy.array(center), number=1) )
       # on definit les groupes pour la brique
       body.defineGroups()
       # on affecte son modele rigide a la brique
@@ -481,7 +477,7 @@
       connectivity[11, 2]=6  
 
       # on peut alors ajouter son contacteur polygone a la brique
-      body.addContactors(type='POLYR', color=color, nb_vertices=8, nb_faces=12, 
+      body.addContactors(shape='POLYR', color=color, nb_vertices=8, nb_faces=12, 
          vertices=vertices, connectivity=connectivity)
 
       # on calcule le volume et l'inertie de la brique
@@ -517,7 +513,7 @@
    # pour chaque contacteur du corps
    for contact in body.contactors:
       # si le contacteur n'est pas un CLxxx
-      if contact.type != 'CLxxx':
+      if contact.shape != 'CLxxx':
          # on passe au suivant
          continue
       # si le contacteur n'a pas la bonne couleur
@@ -552,8 +548,8 @@
 
     
   
 
\ No newline at end of file
diff --git a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/brick_wall.html b/docs/Pre/_modules/pylmgc90/pre/build_avatar/brick_wall.html
similarity index 95%
rename from docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/brick_wall.html
rename to docs/Pre/_modules/pylmgc90/pre/build_avatar/brick_wall.html
index 5951ef4..a74036a 100644
--- a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/brick_wall.html
+++ b/docs/Pre/_modules/pylmgc90/pre/build_avatar/brick_wall.html
@@ -6,7 +6,7 @@
   
     
     
-    pylmgc90.pre_lmgc.build_avatar.brick_wall — pylmgc90.pre 2015.2 documentation
+    pylmgc90.pre.build_avatar.brick_wall — pylmgc90.pre 2015.2 documentation
     
     
     
@@ -46,18 +46,18 @@
         

           

             
-  
Source code for pylmgc90.pre_lmgc.build_avatar.brick_wall
+  
Source code for pylmgc90.pre.build_avatar.brick_wall
 # module definissant des classes "murs de brique"
 import sys
-from pylmgc90.pre_lmgc.avatars import *
+from pylmgc90.pre.avatars import *
 from brick_row import *
-from pylmgc90.pre_lmgc.utilities.error    import *
+from pylmgc90.pre.utilities.error    import *
 
 # classe definissant un mur construit avec un apareil type paneresse generique, i.e. la classe fournit
 # toutes les fonctions pour donner ou calculer le nombre de rangees, la hauteur du mur, la taille du joint
 # mais pas la methode de construction
-class paneresse_generic:
-   """class paneresse_generic:
+class paneresse_generic():
+   """class paneresse_generic():
       this class defines an objet representing a wall, using the so called "apareil en paneresses"
    """
 
@@ -519,7 +519,7 @@
 # classe definissant un mur construit avec un apareil type paneresse simple, i.e. permet de construire un
 # mur avec apareil en paneresse simple, pour des briques disposees en paneresse, un apraeil en boutisse
 # pour des briques disposees en boutisse, et sur chant pour des briques disposees sur chant
-
[docs]class paneresse_simple(paneresse_generic):
+
[docs]class paneresse_simple(paneresse_generic):
    """class paneresse_simple:
 
       this class defines an objet representing a brick wall, using the so called "apareil en paneresses, simple"
@@ -540,7 +540,7 @@
 
    # pose le mur de briques sous la forme de corps rigides (modele, materiau, couleurs), par rapport a une origine donnee 0
    # le parement exterieur se trouve dans le plan xOz, et les briques sont posees suivant l'axe Ox
-
[docs]   def buildRigidWall(self, origin, model, material, colors=['BLEUx', 'REDxx'], rtol=1e-5):
+
[docs]   def buildRigidWall(self, origin, model, material, colors=['BLEUx', 'REDxx'], rtol=1e-5):
       """buildRigidWall(self, origin, model, material, color, rtol=1e-5):
 
       this function builds the wall, as it generates a list of rigid avatars representing bricks of the wall
@@ -598,7 +598,7 @@
    # le parement exterieur se trouve dans le plan xOz, et les briques sont posees suivant l'axe Ox
    # le mur genere par cette focntion est pret pour le harpage, puisque les demi-briques pouvant aparaitre au debut ou la fin de
    # chaque rangee ne sont pas posees
-
[docs]   def buildRigidWallWithoutHalfBricks(self, origin, model, material, colors=['BLEUx', 'REDxx'], rtol=1e-5):
+
[docs]   def buildRigidWallWithoutHalfBricks(self, origin, model, material, colors=['BLEUx', 'REDxx'], rtol=1e-5):
       """buildRigidWallWithoutHalfBricks(self, origin, model, material, color, rtol=1e-5):
 
       this function builds the wall, as it generates a list of rigid avatars representing bricks of the wall ; 
@@ -663,7 +663,7 @@
        
 # classe definissant un mur construit avec un apareil type paneresse simple, i.e. permet de construire un
 # mur avec apareil en paneresse simple, pour des briques disposees en paneresse et sur chant pour des briques disposees sur chant
-
[docs]class paneresse_double(paneresse_generic):
+
[docs]class paneresse_double(paneresse_generic):
    """class paneresse_double:
 
    this class defines an objet representing a brick wall, using the so called "apareil en paneresses, double"
@@ -692,7 +692,7 @@
 
    # pose le mur de briques sous la forme de corps rigides (modele, materiau, couleurs), par rapport a une origine donnee 0
    # le parement exterieur se trouve dans le plan xOz, et les briques sont posees suivant l'axe Ox
-
[docs]   def buildRigidWall(self, origin, model, material, colors=['BLEUx', 'REDxx', 'JAUNE', 'VERTx'], rtol=1e-5):
+
[docs]   def buildRigidWall(self, origin, model, material, colors=['BLEUx', 'REDxx', 'JAUNE', 'VERTx'], rtol=1e-5):
       """buildRigidWall(self, origin, model, material, colors, rtol=1e-5):
 
          this function builds the wall, as it generates a list of rigid avatars representing bricks of the wall
@@ -768,8 +768,8 @@
 
     
   
 
\ No newline at end of file
diff --git a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/extrusion.html b/docs/Pre/_modules/pylmgc90/pre/build_avatar/extrusion.html
similarity index 82%
rename from docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/extrusion.html
rename to docs/Pre/_modules/pylmgc90/pre/build_avatar/extrusion.html
index a275a82..ebe587a 100644
--- a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/extrusion.html
+++ b/docs/Pre/_modules/pylmgc90/pre/build_avatar/extrusion.html
@@ -6,7 +6,7 @@
   
     
     
-    pylmgc90.pre_lmgc.build_avatar.extrusion — pylmgc90.pre 2015.2 documentation
+    pylmgc90.pre.build_avatar.extrusion — pylmgc90.pre 2015.2 documentation
     
     
     
@@ -46,7 +46,7 @@
         

           

             
-  
Source code for pylmgc90.pre_lmgc.build_avatar.extrusion
+  
Source code for pylmgc90.pre.build_avatar.extrusion
 # module qui fournit des macros pour extruder des corps rigides 2D
 
 import sys
@@ -54,15 +54,15 @@
 import math
 import copy
 
-from pylmgc90.pre_lmgc.avatar.avatar import *
-from pylmgc90.pre_lmgc.avatar.bulk.rigid3d import *
-from pylmgc90.pre_lmgc.avatars import *
-from pylmgc90.pre_lmgc.utilities.error    import *
+from pylmgc90.pre.avatar.avatar import *
+from pylmgc90.pre.avatar.bulk.rigid3d import *
+from pylmgc90.pre.avatars import *
+from pylmgc90.pre.utilities.error    import *
 
 from mesh import *
 
 # fonction qui extrude un rigide 2D (defini dans le plan xOy), suivant l'axe Oz
-
[docs]def extrudeRigid(body2D, model3D, depth, factor=1.e0, extrudedDisk='Sphere', number=None): 
+
[docs]def extrudeRigid(body2D, model3D, depth, factor=1.e0, extrudedDisk='Sphere', number=None): 
    '''extrudeRigid(body2D, model3D, depth, factor=1.e0, number=None):
 
    this function builds a 3D rigid body by extruding a given 2D rigid avatar and returns 
@@ -94,13 +94,13 @@
       showError("In extrudeRigid: first argument of this function must be an avatar!")
 
    # verification du type d'avatar
-   if body2D.type != 'RBDY2':
+   if body2D.atype != 'RBDY2':
       showError("In extrudeRigid: first argument of this function must be a rigid avatar!")
 
    # creation d'un nouveau corps rigide 3D
    # N.B.: on ne renseigne ni le rayoin pour la masse, ni les inerties 
    #       principales pour qu'elles soient calculees par LMGC90
-   body3D = avatar(type='RBDY3', dimension=3, number=number) 
+   body3D = avatar(dimension=3, number=number) 
    # on lui attribue un comportement volumique de type rigide
    body3D.addBulk( rigid3d() ) 
 
@@ -114,14 +114,14 @@
    # on determine si le coprs possede (au moins) un contacteur polygone
    has_polygon = False
    for contactor in body2D.contactors:
-      if contactor.type == 'POLYG':
+      if contactor.shape == 'POLYG':
          has_polygon = True
          break
    
    # on determine si le corps est un jonc (i.e. possede un contacteur jonc)
    is_jonc = False
    for contactor in body2D.contactors:
-      if contactor.type == 'JONCx':
+      if contactor.shape == 'JONCx':
          is_jonc = True
          break
 
@@ -130,7 +130,7 @@
       # on place le centre d'inertie a l'origine, pour que LMGC90 le 
       # recalcule a partir des positions des contacteurs (sommets ou centres)
       body3D.addNode( 
-         node(type='NO3xx',coor=numpy.array([0., 0., 0.]),
+         node(coor=numpy.array([0., 0., 0.]),
          number=1) )
    # sinon,
    else:
@@ -138,14 +138,14 @@
       if is_jonc:
          # on place le centre d'inertie dans le plan y = depth/2    
          body3D.addNode( 
-            node(type='NO3xx',coor=numpy.array([factor*mass_center[0], 
+            node(coor=numpy.array([factor*mass_center[0], 
                0.5*depth, factor*mass_center[1]]), number=1) )
       # sinon,
       else:
          # on place le centre d'inertie dans le plan z = depth/2    
          # N.B. : le corps est donc un disque (creux ou plein)
          body3D.addNode( 
-            node(type='NO3xx',coor=numpy.array([factor*mass_center[0], 
+            node(coor=numpy.array([factor*mass_center[0], 
                factor*mass_center[1], 0.5*depth]), number=1) )
 
    # on definit les groupes pour le corps
@@ -160,15 +160,15 @@
       try:
          try:
             # on tente de calculer le type et les options du contacteur constituant l'extrusion 3D du contacteur courant
-            type, options=contactor.extrusion(mass_center=mass_center, depth=depth, factor=factor, extrudedDisk=extrudedDisk)
+            shape, options=contactor.extrusion(mass_center=mass_center, depth=depth, factor=factor, extrudedDisk=extrudedDisk)
             # si ca reussi, on ajoute le contacteur au corps resulatant de l'extrusion
-            body3D.addContactors(type=type, color=contactor.color, **options)
+            body3D.addContactors(shape=shape, color=contactor.color, **options)
          except ValueError, e:
             # si on echoue a cause de la valeur d'une option, on affiche le warning ad hoc
             showWarning(str(e))
       except NotImplementedError:
          # si on echoue parce que le contatceur n'a pas defini sa facon d'etre extrude, on previent l'utilisateur
-         showWarning("In extrudeRigid: a contactor " + contactor.type + " CANNOT be extruded! Skipping.")
+         showWarning("In extrudeRigid: a contactor " + contactor.shape + " CANNOT be extruded! Skipping.")
 
    # si le corps n'est pas un jonc, on passe la face extrude (z=depth) du plan xOy, au plan xOz (y=0)
    if not is_jonc:
@@ -184,7 +184,7 @@
 
 # fonction qui extrude un ensemble de corps rigides 2D et place
 # les corps extrudes dans le plan xOz
-
[docs]def extrudeRigids(bodies2D, model3D, depth, factor=1.e0, extrudedDisk='Sphere', number=None): 
+
[docs]def extrudeRigids(bodies2D, model3D, depth, factor=1.e0, extrudedDisk='Sphere', number=None): 
    '''extrudeRigids(bodies2D, model3D, depth, factor=1.e0, number=None):
 
    this function extrudes each avatar in a given avatar container and returns
@@ -267,7 +267,7 @@
    for l in range(nb_lz+1):
      for n in m.nodes:
        new_coor = numpy.array([n.coor[0],n.coor[1],l*lz/nb_lz])
-       vol_mesh.addNode(node(type='NO3xx',coor=new_coor,number=l*nb_nodes+n.number))
+       vol_mesh.addNode(node(coor=new_coor,number=l*nb_nodes+n.number))
 
    #adding elements
    for i, e in enumerate(m.bulks):
@@ -299,13 +299,14 @@
        nnew_c = [ c+l*nb_nodes for c in new_c ]
        vol_mesh.addBulk(element(connec_type[elem_size], nnew_c, e.physicalEntity+'E',e.geometricalEntity))
 
+     elem_dim = geoElement2dimension[e.etype]
      #needs to add original surfacic elements on top and bottom
      if perm:
-       vol_mesh.addBulk(element(e.type, e.connectivity, e.physicalEntity+'B',e.geometricalEntity))
-       vol_mesh.addBulk(element(e.type, [x+nb_lz*nb_nodes for x in e.connectivity[::-1]], e.physicalEntity+'T',e.geometricalEntity))
+       vol_mesh.addBulk(element(elem_dim, e.connectivity, e.physicalEntity+'B',e.geometricalEntity))
+       vol_mesh.addBulk(element(elem_dim, [x+nb_lz*nb_nodes for x in e.connectivity[::-1]], e.physicalEntity+'T',e.geometricalEntity))
      else:
-       vol_mesh.addBulk(element(e.type, e.connectivity[::-1], e.physicalEntity+'B',e.geometricalEntity))
-       vol_mesh.addBulk(element(e.type, [x+nb_lz*nb_nodes for x in e.connectivity], e.physicalEntity+'T',e.geometricalEntity))
+       vol_mesh.addBulk(element(elem_dim, e.connectivity[::-1], e.physicalEntity+'B',e.geometricalEntity))
+       vol_mesh.addBulk(element(elem_dim, [x+nb_lz*nb_nodes for x in e.connectivity], e.physicalEntity+'T',e.geometricalEntity))
 
    return vol_mesh
 
@@ -319,8 +320,8 @@
 
     
   
 
\ No newline at end of file
diff --git a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/lattices2D.html b/docs/Pre/_modules/pylmgc90/pre/build_avatar/lattices2D.html
similarity index 94%
rename from docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/lattices2D.html
rename to docs/Pre/_modules/pylmgc90/pre/build_avatar/lattices2D.html
index 1233aae..15fd2b1 100644
--- a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/lattices2D.html
+++ b/docs/Pre/_modules/pylmgc90/pre/build_avatar/lattices2D.html
@@ -6,7 +6,7 @@
   
     
     
-    pylmgc90.pre_lmgc.build_avatar.lattices2D — pylmgc90.pre 2015.2 documentation
+    pylmgc90.pre.build_avatar.lattices2D — pylmgc90.pre 2015.2 documentation
     
     
     
@@ -46,13 +46,13 @@
         

           

             
-  
Source code for pylmgc90.pre_lmgc.build_avatar.lattices2D
+  
Source code for pylmgc90.pre.build_avatar.lattices2D
 # module dedie au depot de particules sur un reseau
 
 import sys
 import numpy
 import math
-from pylmgc90.pre_lmgc.utilities.error    import *
+from pylmgc90.pre.utilities.error    import *
 
 # fonction qui genere une liste de coordonnees sur un reseau carre
 # parametres :
@@ -71,7 +71,7 @@
 #          max(rayons) <= l/2
 #    2. l'ensemble particules deposees sur ce resau est inclus dans une boite 
 #       rectangulaire de dimensions : nb_ele*l x nb_layer*l
-
[docs]def squareLattice2D(nb_ele, nb_layer, l, x0=0., y0=0.):
+
[docs]def squareLattice2D(nb_ele, nb_layer, l, x0=0., y0=0.):
    '''coor=squareLattice2D(nb_ele, nb_layer, l, x0=0., y0=0.):
 
    this function compute a list of positions on a square lattice
@@ -196,7 +196,7 @@
       showError(str(orientation) + " is not an orientation!")
 
 # fonction qui genere une liste de coordonnees sur un reseau triangulaire
-
[docs]def triangularLattice2D(nb_ele, nb_layer, l, x0=0., y0=0., orientation='up'):
+
[docs]def triangularLattice2D(nb_ele, nb_layer, l, x0=0., y0=0., orientation='up'):
    '''coor=triangularLattice2D(nb_ele, nb_layer, l, x0=0., y0=0., orientation='up'):
 
    this function compute a list of positions on an equilateral triangular lattice
@@ -293,8 +293,8 @@
 
     
   
 
\ No newline at end of file
diff --git a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/lattices3D.html b/docs/Pre/_modules/pylmgc90/pre/build_avatar/lattices3D.html
similarity index 91%
rename from docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/lattices3D.html
rename to docs/Pre/_modules/pylmgc90/pre/build_avatar/lattices3D.html
index a336a3c..2c7e180 100644
--- a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/lattices3D.html
+++ b/docs/Pre/_modules/pylmgc90/pre/build_avatar/lattices3D.html
@@ -6,7 +6,7 @@
   
     
     
-    pylmgc90.pre_lmgc.build_avatar.lattices3D — pylmgc90.pre 2015.2 documentation
+    pylmgc90.pre.build_avatar.lattices3D — pylmgc90.pre 2015.2 documentation
     
     
     
@@ -46,7 +46,7 @@
         

           

             
-  
Source code for pylmgc90.pre_lmgc.build_avatar.lattices3D
+  
Source code for pylmgc90.pre.build_avatar.lattices3D
 # module dedie au depot de particules sur un reseau
 
 import sys
@@ -75,7 +75,7 @@
 #          max(rayons) <= l/2
 #    2. l'ensemble particules deposees sur ce resau est inclus dans une boite 
 #       rectangulaire de dimensions : nb_ele_x*l x nb_ele_y*l x nb_layer*l
-
[docs]def cubicLattice3D(nb_ele_x, nb_ele_y, nb_layer, l, x0=0., y0=0., z0=0.):
+
[docs]def cubicLattice3D(nb_ele_x, nb_ele_y, nb_layer, l, x0=0., y0=0., z0=0.):
    '''coor=cubicLattice3D(nb_ele_x, nb_ele_y, nb_layer, l, x0=0., y0=0., z0=0.):
 
   this function compute a list of positions on a cubic lattice
@@ -132,8 +132,8 @@
 
     
   
 
\ No newline at end of file
diff --git a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/lecture.html b/docs/Pre/_modules/pylmgc90/pre/build_avatar/lecture.html
similarity index 61%
rename from docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/lecture.html
rename to docs/Pre/_modules/pylmgc90/pre/build_avatar/lecture.html
index b4c3a06..ec8a30f 100644
--- a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/lecture.html
+++ b/docs/Pre/_modules/pylmgc90/pre/build_avatar/lecture.html
@@ -6,7 +6,7 @@
   
     
     
-    pylmgc90.pre_lmgc.build_avatar.lecture — pylmgc90.pre 2015.2 documentation
+    pylmgc90.pre.build_avatar.lecture — pylmgc90.pre 2015.2 documentation
     
     
     
@@ -46,7 +46,7 @@
         

           

             
-  
Source code for pylmgc90.pre_lmgc.build_avatar.lecture
+  
Source code for pylmgc90.pre.build_avatar.lecture
 # MODULE lecture
 # 
 # Module permettant la lecture des differents formats
@@ -73,19 +73,19 @@
 
 import os,string,sys
 
-from pylmgc90.pre_lmgc.config.readMeshFormat import *
-from pylmgc90.pre_lmgc.config.lmgc90dicts import *
+from pylmgc90.pre.config.readMeshFormat import *
+from pylmgc90.pre.config.lmgc90dicts import *
 
-from pylmgc90.pre_lmgc.avatar.nodes        import *
-from pylmgc90.pre_lmgc.avatar.node.node    import *
-from pylmgc90.pre_lmgc.avatar.bulks        import *
-from pylmgc90.pre_lmgc.avatar.bulk.element import *
+from pylmgc90.pre.avatar.nodes        import *
+from pylmgc90.pre.avatar.node.node    import *
+from pylmgc90.pre.avatar.bulks        import *
+from pylmgc90.pre.avatar.bulk.element import *
 from mesh import *
-from pylmgc90.pre_lmgc.utilities.error    import *
+from pylmgc90.pre.utilities.error    import *
 
 ## routine de lecture du fichier maillage
 #@todo gerer l'extension med
-
[docs]def lecture(name, dim, keep_elements=None, scale_factor=None, incomplete_elements=None):
+
[docs]def lecture(name, dim, keep_elements=None, scale_factor=None, incomplete_elements=True):
     """lecture(name, dim):
 
     this function builds sets of nodes and elements by reading a file
@@ -150,11 +150,7 @@
 
         # si le mot clef lu est "MeshFormat" et que le numero de version est 2 ou 2.x
         if (res0[0] == '$MeshFormat' and (res1[0] == "2" or res1[0].startswith("2."))):
-           # c'est un fichier au format 2.x
-           if ( incomplete_elements ):
-              read_mesh = gmshv2(mesh_file, dim, keep_elements, incomplete_elements)
-           else:
-              read_mesh = gmshv2(mesh_file, dim, keep_elements, [])
+           read_mesh = readGmshv2(mesh_file, dim, keep_elements, incomplete_elements)
         # sinon,
         else:
            # c'est un fichier au format 1.0, qui n'a pas d'en-tete
@@ -163,15 +159,18 @@
            mesh_file.close()
            mesh_file = open(name, 'r')
            # on lit le fichier
-           read_mesh = gmshv1(mesh_file, dim)
+           read_mesh = readGmshv1(mesh_file, dim)
     #   * cas du maillage maillage sysweld
     elif name.endswith('txt'):
-         read_mesh = sysweld(mesh_file, dim)
+         read_mesh = readSysweld(mesh_file, dim)
     #   * cas du maillage maillage au format MED
     #elif name.endswith('med'):
     #   * cas du maillage maillage au format MAIL
     elif name.endswith('mail'):
-         read_mesh = mail(mesh_file, dim)
+         read_mesh = readMail(mesh_file, dim)
+    #   * cas du maillage maillage au format VTK
+    elif name.endswith('vtu'):
+         read_mesh = readVtu(name, dim, keep_elements)
 
     # si on a donne un facteur d'echelle
     if scale_factor != None:
@@ -183,8 +182,8 @@
     # on renvoie le maillage lu dans le fichier
     return read_mesh

    
-def gmshv1(mesh_file, dim):
-      """gmshv1(mesh_file, dim):
+def readGmshv1(mesh_file, dim):
+      """readGmshv1(mesh_file, dim):
 
       this function builds sets of nodes and elements from a mesh
       built by gmsh, and using format 1.0
@@ -220,22 +219,27 @@
          if motcle == '$NOD' and res[0]!='$NOD' and len(res) > 1:
             # si on est en 2D
             if dim == 2:
-               # on lit un noeud a deux composantes 
-               type = 'NO2xx'
                coor = numpy.array( [ float(res[1]), float(res[2]) ] )
             # si on est en 3D
             elif dim == 3:
-               # on lit un noeud a trois composantes 
-               type = 'NO3xx'
                coor = numpy.array( [ float(res[1]), float(res[2]), float(res[3]) ] )
             # on ajoute le noeud lu au maillage
-            read_mesh.addNode(node(type=type,coor=coor,number=int(res[0])))
+            read_mesh.addNode(node(coor=coor,number=int(res[0])))
          # si le dernier mot-clef lu est le debut de la section des elements,
          # et qu'on a pas atteint la fin de cette section
          # N.B.: le test 'len(res) > 1' permet de sauter la ligne donnant le nombre d'elements
          if motcle == '$ELM' and res[0]!='$ELM' and len(res) > 1 :
             # on lit le nouvel element et on l'ajoute au maillage
-            read_mesh.addBulk(element(type=gmsh2lmgc_element[res[1]], connectivity=map(int,res[5:]), physicalEntity=res[2], number=int(res[0])))
+            if res[1] in gmshElementPoint:
+              read_mesh.addBulk(element(elem_dim=0, connectivity=map(int,res[5:]), physicalEntity=res[2], number=int(res[0])))
+            elif res[1] in gmshElementLine:
+              read_mesh.addBulk(element(elem_dim=1, connectivity=map(int,res[5:]), physicalEntity=res[2], number=int(res[0])))
+            elif res[1] in gmshElementSurface:
+              read_mesh.addBulk(element(elem_dim=2, connectivity=map(int,res[5:]), physicalEntity=res[2], number=int(res[0])))
+            elif res[1] in gmshElementVolume:
+              read_mesh.addBulk(element(elem_dim=3, connectivity=map(int,res[5:]), physicalEntity=res[2], number=int(res[0])))
+            else:
+              showError("[lecture::gmsh] : unknown gmsh element type: "+res[1])
 
       # on ferme le fichier contenant le mailage
       mesh_file.close()
@@ -243,8 +247,8 @@
       # on renvoie le maillage ainsi construit
       return read_mesh
   
-def gmshv2(mesh_file, dim, keep_elements, incomplete_elements):
-      """gmshv2(mesh_file, dim, keep_elements, incomplete_elements):
+def readGmshv2(mesh_file, dim, keep_elements, incomplete_elements):
+      """readGmshv2(mesh_file, dim, keep_elements, incomplete_elements):
 
       this function builds sets of nodes and elements from a mesh
       built by gmsh, and using format 2.x
@@ -292,26 +296,30 @@
          if motcle == '$Nodes' and res[0]!='$Nodes' and len(res) > 1:
             # si on est en 2D
             if dim == 2:
-               # on lit un noeud a deux composantes 
-               type = 'NO2xx'
                coor = numpy.array( [ float(res[1]), float(res[2]) ] )
             # si on est en 3D
             elif dim == 3:
-               # on lit un noeud a trois composantes 
-               type = 'NO3xx'
                coor = numpy.array( [ float(res[1]), float(res[2]), float(res[3]) ] )
             # on ajoute le noeud lu au maillage
-            read_mesh.addNode(node(type=type,coor=coor,number=int(res[0])))
+            read_mesh.addNode(node(coor=coor,number=int(res[0])))
          # si le dernier mot-clef lu est le debut de la section des elements,
          # et qu'on a pas atteint la fin de cette section
          # N.B.: le test 'len(res) > 1' permet de sauter la ligne donnant le nombre d'elements
          if motcle == '$Elements' and res[0]!='$Elements' and len(res) > 1 :
             # on lit le nouvel element et on l'ajoute a la liste des elements
  
-            # on recupere :
-            #   * le type de l'element (et on le passe au format LMGC90)
-            type_lmgc = gmshv22lmgc_element[res[1]]
+            if res[1] in gmshv2ElementPoint:
+              elem_dim = 0
+            elif res[1] in gmshv2ElementLine:
+              elem_dim = 1
+            elif res[1] in gmshv2ElementSurface:
+              elem_dim = 2
+            elif res[1] in gmshv2ElementVolume:
+              elem_dim = 3
+            else:
+              showError("[lecture::readGmshv2] : unknown gmsh element type: "+res[1])
 
+            # on recupere :
             #   * le nombre de tags (et on le passe en entier) 
             nb_tags = int(res[2])
             # s'il y a au moins un tag
@@ -327,41 +335,44 @@
 
             # si le filtrage des elements est active et que l'element ne fait pas
             # partie des elements conserves
-            if keep_elements != [] and not type_lmgc in keep_elements:
+            if keep_elements != [] and not elem_dim in keep_elements:
                # on passe au suivant
                continue
 
-            if type_lmgc == 'TE10x':
+            if res[1] == '11': # TE10
+               # on permute la numerotation des noeuds de l'element pour retrouver l'ordre choisi dans LMGC90 
                conn_TE10 = [conn[0], conn[1], conn[2], conn[3], conn[4],
                             conn[5], conn[6], conn[7], conn[9], conn[8]]
 
                # on construit l'element et on l'ajoute au maillage
-               read_mesh.addBulk(element(type=type_lmgc, connectivity=conn_TE10, physicalEntity=pE, geometricalEntity=gE, number=int(res[0])))
+               read_mesh.addBulk(element(elem_dim=elem_dim, connectivity=conn_TE10, physicalEntity=pE, geometricalEntity=gE, number=int(res[0])))
 
-            elif type_lmgc == 'H20xx':
-               # si l'element est un H20
-               # on permute la numerotation des noeuds de l'element pour retrouver l'ordre choisi dans LMGC90 
-               conn_H20 = [conn[0],  conn[1],  conn[2],  conn[3],  conn[4],  conn[5],  conn[6],  conn[7],
-                           conn[8],  conn[11], conn[13], conn[9],  conn[16], conn[18], conn[19], conn[17],
-                           conn[10], conn[12], conn[14], conn[15]]
+            if res[1] == '13' or (res[1]=='18' and incomplete_elements) :
+               # on permute la numerotation des noeuds de l'element pour retrouver l'ordre choisi dans LMGC90
+               conn_PRI15 = [conn[0] , conn[1] , conn[2], conn[3] , conn[4] ,
+                             conn[5] , conn[6] , conn[9], conn[7] , conn[12],
+                             conn[14], conn[13], conn[8], conn[10], conn[11]]
 
                # on construit l'element et on l'ajoute au maillage
-               read_mesh.addBulk(element(type=type_lmgc, connectivity=conn_H20, physicalEntity=pE, geometricalEntity=gE, number=int(res[0])))
+               read_mesh.addBulk(element(elem_dim=elem_dim, connectivity=conn_PRI15, physicalEntity=pE, geometricalEntity=gE, number=int(res[0])))
 
-            elif type_lmgc == 'Q8xxx':
-               # si l'element est un Q8
-               conn_Q8 = [conn[0],  conn[1],  conn[2],  conn[3],  conn[4],  conn[5],  conn[6],  conn[7]]
+            elif res[1] == '17' or (res[1]=='12' and incomple_elements) :
+               # on permute la numerotation des noeuds de l'element pour retrouver l'ordre choisi dans LMGC90 
+               conn_H20 = [conn[0] , conn[1] , conn[2] , conn[3] , conn[4] ,
+                           conn[5] , conn[6] , conn[7] , conn[8] , conn[11],
+                           conn[13], conn[9] , conn[16], conn[18], conn[19],
+                           conn[17], conn[10], conn[12], conn[14], conn[15]]
 
                # on construit l'element et on l'ajoute au maillage
-               read_mesh.addBulk(element(type=type_lmgc, connectivity=conn_Q8, physicalEntity=pE, geometricalEntity=gE, number=int(res[0])))
+               read_mesh.addBulk(element(elem_dim=elem_dim, connectivity=conn_H20, physicalEntity=pE, geometricalEntity=gE, number=int(res[0])))
 
-            elif type_lmgc == 'Q9xxx' and type_lmgc in incomplete_elements:
+            elif res[1] == '10' and incomplete_elements:
 
                # si l'element est un Q9 on lit un Q8
                conn_Q8 = [conn[0],  conn[1],  conn[2],  conn[3],  conn[4],  conn[5],  conn[6],  conn[7]]
 
                # on construit l'element et on l'ajoute au maillage
-               read_mesh.addBulk(element(type='Q8xxx', connectivity=conn_Q8, physicalEntity=pE, geometricalEntity=gE, number=int(res[0])))
+               read_mesh.addBulk(element(elem_dim=elem_dim, connectivity=conn_Q8, physicalEntity=pE, geometricalEntity=gE, number=int(res[0])))
 
                
             else:
@@ -381,7 +392,7 @@
                    #print xx 
 
                    if xx < 0.:
-                     if type_lmgc == 'T6xxx':
+                     if len(conn)==6 :
                        conn0=copy.deepcopy(conn)
                        conn = [conn0[0],conn0[2],conn0[1],conn0[5],conn0[4],conn[3]] 
                      else:
@@ -392,7 +403,7 @@
 
                # on construit l'element et on l'ajoute au maillage
 
-               read_mesh.addBulk(element(type=type_lmgc, connectivity=conn, physicalEntity=pE, geometricalEntity=gE, number=int(res[0])))
+               read_mesh.addBulk(element(elem_dim=elem_dim, connectivity=conn, physicalEntity=pE, geometricalEntity=gE, number=int(res[0])))
 
          # si le dernier mot-clef lu est le debut de la section des noms des entites physiques,
          # et qu'on a pas atteint la fin de cette section
@@ -436,8 +447,8 @@
       # on renvoie le maillage ainsi construit
       return read_mesh
     
-def sysweld(mesh_file,dim):
-      """sysweld(mesh_file, dim):
+def readSysweld(mesh_file,dim):
+      """readSysweld(mesh_file, dim):
 
       this function builds sets of nodes and elements from a mesh
       built by sysweld
@@ -482,25 +493,22 @@
          if motcle == 'NOEUD' and res[0]=='NOEUD':
             # si on est en 2D
             if dim == 2:
-               # on lit un noeud a deux composantes 
-               type = 'NO2xx'
-               coor = numpy.array( [ float(res[5]), float(res[7]) ] )
+               coor  = numpy.array( [ float(res[5]), float(res[7]) ] )
             # si on est en 3D
             elif dim == 3:
-               # on lit un noeud a trois composantes 
-               type = 'NO3xx'
-               coor = numpy.array( [ float(res[5]), float(res[7]), float(res[9]) ] )
-            read_mesh.addNode(node(type=type,coor=coor,number=int(res[0])))
+               coor  = numpy.array( [ float(res[5]), float(res[7]), float(res[9]) ] )
+            read_mesh.addNode(node(coor=coor,number=int(res[0])))
          # si la ligne courante est la premiere des deux lignes decrivant un element
          if motcle == 'ELEMENT' and res[0]=='ELEMENT':
             # on recupere le type, le numero et le groupe du nouvel element
-            type  = res[3]
+            if res[3] not in sysweldElementSurface:
+              showError("[lecture::readSysweld] : unknown sysweld element type: "+res[3])
             num   = res[1]
             group = res[6]
          # si la ligne courante est la seconde des deux lignes decrivant un element
          if motcle == 'ELEMENT' and res[0]!='ELEMENT':
             # on complete la description du nouvel element et on l'ajoute au maillage
-            read_mesh.addBulk(element(type=sysweld2lmgc_element[type], connectivity=res[1:], physicalEntity=group))
+            read_mesh.addBulk(element(elem_dim=2, connectivity=res[1:], physicalEntity=group))
 
       # on ferme le fichier contenant le mailage
       mesh_file.close()
@@ -508,8 +516,8 @@
       # on renvoie le maillage ainsi construit
       return read_mesh
 
-def mail(mesh_file, dim):
-      """mail(mesh_file, dim):
+def readMail(mesh_file, dim):
+      """readMail(mesh_file, dim):
 
       this function builds a mesh by reading a file using the 'mail' format
 
@@ -530,8 +538,6 @@
                     'GROUP_NO', # groupe de noeuds
                     'FINSF', # fin de section
                     'FIN') # fin du fichier
-      # on recupere la liste des types d'elements connus
-      mail_elements = mail2lmgc_element.keys()
 
       # on definit le maillage
       read_mesh = mesh(dim)
@@ -564,18 +570,18 @@
             #    * si le mot-clef est 'COOR_3D' et que le maillage est 2D
             if res[0] == 'COOR_3D' and dim == 2:
                # on affiche un message d'erreur
-               showError("[lecture::mail] : The file decribes 3D coordinates while you want to build a 2D mesh!")
+               showError("[lecture::readMail] : The file decribes 3D coordinates while you want to build a 2D mesh!")
 
             # si le mot clef est valide, on le stocke 
             motcle=res[0]
          # si la chaine de la premiere colonne est un nom d'element
-         if res[0] in mail_elements:
+         if res[0] in mailElementSurface:
             # on stocke le type d'element decrit dans la prochaine liste d'elements
             type_ele=res[0]
-            # on stocke le type d'element corespondant dans la nomenclature de LMGC90
-            type_ele_lmgc=mail2lmgc_element[type_ele]
             # on le stocke comme un mot clef
             motcle=res[0]
+         else:
+            showError("[lecture::readMail] : unknown mail element type: "+res[0])
          # si le dernier mot-clef lu est le debut d'une de noeuds, avec des coordonnees 3D,
          # et qu'on a pas atteint la fin de cette section
          # N.B.: le test 'len(res) > 1' permet de sauter la ligne qui contient le mot-clef
@@ -584,11 +590,9 @@
             num += 1
             # on associe l'identifiant du noeud courant a son numero
             node_id2num[res[0]] = num
-            # on lit un noeud a trois composantes 
-            type = 'NO3xx'
-            coor = numpy.array( [ float(res[1]), float(res[2]), float(res[3]) ] )
+            coor  = numpy.array( [ float(res[1]), float(res[2]), float(res[3]) ] )
             # on ajoute le noeud lu au maillage
-            read_mesh.addNode(node(type=type, coor=coor, number=num))
+            read_mesh.addNode(node( coor=coor, number=num))
          # si le dernier mot-clef lu est un type d'element
          # et qu'on a pas atteint la fin de la liste des elements de ce type
          # N.B.: le test 'len(res) > 1' permet de sauter la ligne qui contient le type de l'element
@@ -607,7 +611,7 @@
                conn.append(node_id2num[id_node])
 
             # on peut alors construire le nouvel element
-            ele=element(type=type_ele_lmgc, connectivity=conn)
+            ele=element(elem_dim=2, connectivity=conn)
             # on l'ajoute au maillage
             read_mesh.addBulk(ele)
             # on associe le nouvel element a son identifiant
@@ -638,7 +642,7 @@
                # si on a deja associe un groupe a l'element
                if ele_id2bulk[res[0]].physicalEntity != '1':
                   # on affiche un message d'erreur
-                  showError("[lecture::mail] : A group have been already added to this element!")
+                  showError("[lecture::readMail] : A group have been already added to this element!")
                # sinon,
                else:
                   # on associe le groupe courant l'element identifie par l'identifiant courant
@@ -667,7 +671,7 @@
                # a ce groupe
 
                # on ajoute un element point, appuye sur ce noeud, au maillage
-               read_mesh.addBulk( element(type='Point', connectivity=[node_id2num[res[0]]], physicalEntity=group_name) )
+               read_mesh.addBulk( element(elem_dim=0, connectivity=[node_id2num[res[0]]], physicalEntity=group_name) )
          # si le dernier mot-clef lu indique la fin du fichier
          if motcle == 'FIN':
             # on arrete la lecture du fichier
@@ -678,6 +682,122 @@
 
       # on renvoie le maillage ainsi construit
       return read_mesh
+
+def readVtu(mesh_file, dim, keep_elements):
+      """readVtu(mesh_file, dim):
+
+      this function builds sets of nodes and elements from a mesh
+      built by vtk, and using format vtu
+
+      parameters:
+
+      - mesh_file: a file object coresponding to the file in wherein the mesh is stored
+        N.B.: the file is supposed to be open for reading
+      - dim: dim=2, in 2D and dim=3, in 3D
+      
+      optional parameters:
+
+      - keep_elements: this parameter is used to filter elements, if
+        keep_elements=None, no filter used, else keep_elements is the list
+        of elements types that can be stored in the built mesh, other will be
+        forgotten
+        
+      returned value:
+
+      - read_mesh: the built mesh
+      """
+
+      import vtk
+      
+      # on utilise le reader vtk des maillages non structure
+      # Read the source file.
+      try :
+        reader = vtk.vtkXMLUnstructuredGridReader()
+      except:
+        reader = vtk.vtkUnstructuredGridReader()
+      reader.SetFileName(mesh_file)
+      reader.Update()
+      datavtu = reader.GetOutput()
+     
+      # Recuperation du maillage
+      nb_nodes = int(datavtu.GetNumberOfPoints())
+      nb_cells = int(datavtu.GetNumberOfCells())
+
+      # on definit le dictionnaire associant un nom a certaines entites physiques
+      physicalEntity2physicalName={}
+
+      # on definit le maillage au format LMGC90
+      read_mesh = mesh(dimension=dim)
+      
+      # pour chaque noeud du maillage vtu
+      for i in range(nb_nodes):
+         coor = numpy.asarray(datavtu.GetPoints().GetPoint(i))[:dim]
+         read_mesh.addNode(node(coor=coor,number=int(i)))
+      
+      # on charge les entites physiques et geometriques par un array nomme PhysicalGroup
+      PhysicalGroup = datavtu.GetCellData().GetArray('PhysicalGroup')
+      if PhysicalGroup == None : 
+          showWarning('No physical groups defined on this mesh!')
+      
+      # pour chaque element du maillage vtu
+      for i in range(nb_cells):
+         vtkid = str(datavtu.GetCellType(i))
+         if vtkid in vtkElementPoint:
+           elem_dim = 0
+         elif vtkid in vtkElementLine:
+           elem_dim = 1
+         elif vtkid in vtkElementSurface:
+           elem_dim = 2
+         elif vtkid in vtkElementVolume:
+           elem_dim = 3
+         else:
+           print int(datavtu.GetCell(i).GetNumberOfPoints())
+           showError("[lecture::readVtu] : unknown vtk element type: "+vtkid)
+
+         # filtre des elements non interressant
+         if keep_elements != [] and not elem_dim in keep_elements:
+            # on passe au suivant
+            continue
+         # lecture d'un element interressant
+         conn = []
+         nb_points = int(datavtu.GetCell(i).GetNumberOfPoints())
+         for j in range(nb_points):
+            conn.append(int(datavtu.GetCell(i).GetPointIds().GetId(j)))
+
+         if vtkid == '13':
+           conn_PRI6 = [conn[0], conn[2], conn[1], conn[3], conn[5], conn[4]]
+           conn = conn_PRI6
+         elif vtkid == '26':
+           conn_PRI15 = [conn[0] , conn[2], conn[1] , conn[3] , conn[5] ,
+                         conn[4] , conn[8], conn[7] , conn[6] , conn[11],
+                         conn[10], conn[9], conn[12], conn[14], conn[13]]
+           conn = conn_PRI15
+
+         if PhysicalGroup <> None :
+            # on construit les entites physiques et geometriques par un array nomme PhysicalGroup
+            pE = str(int(PhysicalGroup.GetValue(i)))
+            gE = str(int(PhysicalGroup.GetValue(i)))
+         else :
+            pE = '1'
+            gE = '1'
+ 
+         # on construit l'element et on l'ajoute au maillage
+         read_mesh.addBulk(element(elem_dim=elem_dim, connectivity=conn, physicalEntity=pE, geometricalEntity=gE, number=int(i)))
+      
+      # si certaines entites physiques possedent un nom
+      if len(physicalEntity2physicalName) != 0:
+         # le nom remplace le numero d'entite physique pour les elements concernes
+         # on recupere la liste des numeros d'entite physiques concernes
+         named_physicalEntities=physicalEntity2physicalName.keys()
+         # pour chaque element
+         for ele in read_mesh.bulks:
+            # si un nom est associe a son numero d'entite physique
+            if ele.physicalEntity in named_physicalEntities:
+               # on remplace le numero par le nom
+               ele.physicalEntity = physicalEntity2physicalName[ele.physicalEntity]
+      
+      # on renvoie le maillage ainsi construit
+      return read_mesh
 

 
           

@@ -688,8 +808,8 @@
 
     
   
 
\ No newline at end of file
diff --git a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/mesh.html b/docs/Pre/_modules/pylmgc90/pre/build_avatar/mesh.html
similarity index 91%
rename from docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/mesh.html
rename to docs/Pre/_modules/pylmgc90/pre/build_avatar/mesh.html
index 65d2684..9893f00 100644
--- a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/mesh.html
+++ b/docs/Pre/_modules/pylmgc90/pre/build_avatar/mesh.html
@@ -6,7 +6,7 @@
   
     
     
-    pylmgc90.pre_lmgc.build_avatar.mesh — pylmgc90.pre 2015.2 documentation
+    pylmgc90.pre.build_avatar.mesh — pylmgc90.pre 2015.2 documentation
     
     
     
@@ -46,19 +46,19 @@
         

           

             
-  
Source code for pylmgc90.pre_lmgc.build_avatar.mesh
+  
Source code for pylmgc90.pre.build_avatar.mesh
 # module definissant une classe permettant de manipuler un maillage 2D ou 3D
 import sys
 import numpy as np
 import copy
-from pylmgc90.pre_lmgc.avatar.bulks import *
-from pylmgc90.pre_lmgc.avatar.nodes import *
-from pylmgc90.pre_lmgc.avatar.bulk.element import *
-from pylmgc90.pre_lmgc.utilities.error    import *
+from pylmgc90.pre.avatar.bulks import *
+from pylmgc90.pre.avatar.nodes import *
+from pylmgc90.pre.avatar.bulk.element import *
+from pylmgc90.pre.utilities.error    import *
 
 # classe maillage
-
[docs]class mesh:
-   """class mesh:
+
[docs]class mesh():
+   """class mesh():
 
    this class defines a mesh object, as a couple of a nodes set and a bulk set.
    """
@@ -81,7 +81,7 @@
       self.bulks = bulks() 
 
    # fonction qui ajoute un noeud au maillage
-
[docs]   def addNode(self, noeud):
+
[docs]   def addNode(self, noeud):
        """addNode(noeud):
 
        this function add a node to the mesh
@@ -98,7 +98,7 @@
           showError('incompatible size between coor array and dimension')

 
    # fonction qui ajoute un element au maillage
-
[docs]   def addBulk(self, ele):
+
[docs]   def addBulk(self, ele):
        """addBulk(ele):
 
        this function add an element to the mesh
@@ -113,7 +113,7 @@
        self.bulks.addBulk(ele)

 
    # remove nodes not attached to elements
-
[docs]   def removeFreeNodes(self):
+
[docs]   def removeFreeNodes(self):
       """ removeFreeNodes(self)
         removes nodes not attached to an element
       """ 
@@ -142,7 +142,7 @@
    #  - il se peut aussi que certains noeuds soient inutiles (car on a lu un maillage lineaire 
    #    dans un maillage quadratique par exemple) dans ce cas il faut virer les noeuds inutiles et tasser la numerotation 
 
-
[docs]   def rankRenumbering(self):
+
[docs]   def rankRenumbering(self):
       """rankRenumbering(self):
 
       this function renumbers the nodes of the mesh, in order to avoid holes in the numbering, i.e.
@@ -194,7 +194,7 @@
 
 
    # fonction qui donne acces a des sous-maillage d'un maillage, suivant la valeur d'une entite
-
[docs]   def getSubMeshes(self, entity_type="geometricalEntity"): 
+
[docs]   def getSubMeshes(self, entity_type="geometricalEntity"): 
       """getSubMeshes(self, entity_type="geometricalEntity"):
 
       this function computes handles to sub-meshes of the given mesh and returns the 
@@ -259,7 +259,7 @@
       return entity2subMesh

 
    # fonction qui separe les differents maillages lus dans un meme fichier
-
[docs]   def separateMeshes(self, dim, entity_type="geometricalEntity", keep_all_elements=True): 
+
[docs]   def separateMeshes(self, dim, entity_type="geometricalEntity", keep_all_elements=True): 
       """separateMeshes(self, dim, entity_type="geometricalEntity"):
 
       this function separates several meshes, stored in a single one (read from a mesh),
@@ -298,7 +298,7 @@
       # pour chaque element
       for bulk in self.bulks:
          # si l'element est de la dimension condideree
-         if bulk.type in dimension2geoElement[dim]:
+         if bulk.etype in dimension2geoElement[dim]:
             # on recupere l'entite consideree (physique ou geometrique) de l'element courant
             entity=getattr(bulk, entity_type)
             # si l'entite n'a pas encore ete rencontree
@@ -363,7 +363,7 @@
          # pour chaque element
          for bulk in self.bulks:
             # si l'element courant est de dimension inferieure a celle consideree
-            if geoElement2dimension[bulk.type] < dim:
+            if geoElement2dimension[bulk.etype] < dim:
                # on recupere la connectivite de l'element courant
                connectivity=bulk.connectivity
                # on recupere le numero du premier noeud
@@ -406,12 +406,12 @@
       return entity2mesh

 
 
-
[docs]   def computeNormal(self, n, e, reverse):
+
[docs]   def computeNormal(self, n, e, reverse):
      """
      Compute normal of a node of an element
      """
 
-     if self.bulks[e].type == 'S2xxx':
+     if self.bulks[e].etype == 'S2xxx':
        normal = np.zeros([self.dimension])
        if reverse:
          normal[0] =-self.nodes[self.bulks[e].connectivity[0]].coor[1]+self.nodes[self.bulks[e].connectivity[1]].coor[1]
@@ -419,7 +419,7 @@
        else:
          normal[0] =-self.nodes[self.bulks[e].connectivity[1]].coor[1]+self.nodes[self.bulks[e].connectivity[0]].coor[1]
          normal[1] = self.nodes[self.bulks[e].connectivity[1]].coor[0]-self.nodes[self.bulks[e].connectivity[0]].coor[0]
-     elif self.bulks[e].type == 'T3xxx':
+     elif self.bulks[e].etype == 'T3xxx':
        if reverse:
          normal = np.cross( self.nodes[self.bulks[e].connectivity[1]].coor-self.nodes[self.bulks[e].connectivity[0]].coor,
                             self.nodes[self.bulks[e].connectivity[2]].coor-self.nodes[self.bulks[e].connectivity[0]].coor
@@ -442,7 +442,7 @@
 
      return normal

 
-
[docs]   def extrudePhysicalEntity(self, pE, length, reverse=False):
+
[docs]   def extrudePhysicalEntity(self, pE, length, reverse=False):
       """
       Extrude an external layer of mesh.
 
@@ -469,7 +469,7 @@
       # list nodes and elements of the desired physical entity
       el_list = []; no_list = []
       for e, el in enumerate(self.bulks):
-        if pE == el.physicalEntity and el.type in dimension2geoElement[self.dimension-1]:
+        if pE == el.physicalEntity and el.etype in dimension2geoElement[self.dimension-1]:
           el_list.append(e)
           for n in el.connectivity:
             if n not in no_list:
@@ -480,7 +480,7 @@
       for nod in no_list:
          n2b.append([])
          for bul in el_list:
-           if nod in self.bulks[bul].connectivity and self.bulks[bul].type in extr_map.keys() :
+           if nod in self.bulks[bul].connectivity and self.bulks[bul].etype in extr_map.keys() :
              n2b[-1].append(bul)
 
       # keeps the last node number to be able to create elements
@@ -496,8 +496,7 @@
           n += normal[:]
           s += np.linalg.norm(normal)
         n /= s
-        self.addNode( node(type='NO'+str(self.dimension)+'xx',
-                           coor=length*n+self.nodes[no].coor,
+        self.addNode( node(coor=length*n+self.nodes[no].coor,
                            number=node_shift+no) )
 
       # create new elements:
@@ -511,12 +510,13 @@
           new_c = new_c + [x+node_shift for x in new_c]
 
         # new extruded element
-        self.addBulk( element( extr_map[elem.type], new_c,
+        self.addBulk( element( geoElement2dimension[extr_map[elem.etype]], new_c,
                                'E'+elem.physicalEntity,
                                elem.geometricalEntity)
                     )
         # the projection of the original element along the normals
-        self.addBulk( element( elem.type, [x+node_shift for x in elem.connectivity],
+        self.addBulk( element( geoElement2dimension[elem.etype],
+                               [x+node_shift for x in elem.connectivity],
                                'P'+elem.physicalEntity,
                                elem.geometricalEntity )
                     )
@@ -533,8 +533,8 @@
 
     
   
 
\ No newline at end of file
diff --git a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/mesh2D.html b/docs/Pre/_modules/pylmgc90/pre/build_avatar/mesh2D.html
similarity index 86%
rename from docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/mesh2D.html
rename to docs/Pre/_modules/pylmgc90/pre/build_avatar/mesh2D.html
index a9b612c..be1ddee 100644
--- a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/mesh2D.html
+++ b/docs/Pre/_modules/pylmgc90/pre/build_avatar/mesh2D.html
@@ -6,7 +6,7 @@
   
     
     
-    pylmgc90.pre_lmgc.build_avatar.mesh2D — pylmgc90.pre 2015.2 documentation
+    pylmgc90.pre.build_avatar.mesh2D — pylmgc90.pre 2015.2 documentation
     
     
     
@@ -46,22 +46,22 @@
         

           

             
-  
Source code for pylmgc90.pre_lmgc.build_avatar.mesh2D
+  
Source code for pylmgc90.pre.build_avatar.mesh2D
 # module qui fournit des macros pour construire et/ou manipuler des maillages 2D
 
 import numpy
-from pylmgc90.pre_lmgc.avatar.avatar import *
-from pylmgc90.pre_lmgc.avatar.bulk.element import *
-from pylmgc90.pre_lmgc.avatar.contactor.contactor import *
-from pylmgc90.pre_lmgc.avatar.group.group import *
-from pylmgc90.pre_lmgc.avatars import *
+from pylmgc90.pre.avatar.avatar import *
+from pylmgc90.pre.avatar.bulk.element import *
+from pylmgc90.pre.avatar.contactor.contactor import *
+from pylmgc90.pre.avatar.group.group import *
+from pylmgc90.pre.avatars import *
 from mesh import *
-from pylmgc90.pre_lmgc.utilities.error    import *
+from pylmgc90.pre.utilities.error    import *
 
 # import du module permettant de savoir si on pourra importer les pre_tools
-from pylmgc90.pre_lmgc.utilities.check_compiled_modules import *
+from pylmgc90.pre.utilities.check_compiled_modules import *
 
-from pylmgc90.pre_lmgc.avatar.contactor.contactorFactory import contactorFactory
+from pylmgc90.pre.avatar.contactor.contactorFactory import contactorFactory
 
 # si on peut essayer d'importer le module pre_tools sans tout faire planter
 if import_lmgc90():
@@ -75,7 +75,7 @@
       raise
 
 # fonction qui construit un corps deformable a partir en maillant un rectangle :
-#   - type_mesh : type de maillage :
+#   - mesh_type : type de maillage :
 #        - 'Q4' : maillage en Q4
 #        - '2T3' : maillage en T3, obtenus en coupant en deux des Q4
 #        - '4T3' : maillage en T3, obtenus en coupant en quatre des Q4
@@ -88,8 +88,8 @@
 #   - material : materiau
 #   - model : modele
 #   - number : numero du corps
-
[docs]def buildMesh2D(type_mesh, x0, y0, lx, ly, nb_elem_x, nb_elem_y, vertices=None, number=None):
-   '''buildMesh2D=buildMesh2D(type_mesh, x0, y0, lx, ly, nb_elem_x, nb_elem_y, vertices=None, number=None):
+
[docs]def buildMesh2D(mesh_type, x0, y0, lx, ly, nb_elem_x, nb_elem_y, vertices=None, number=None):
+   '''buildMesh2D=buildMesh2D(mesh_type, x0, y0, lx, ly, nb_elem_x, nb_elem_y, vertices=None, number=None):
 
    this function meshes a given rectangle, and returns the generated mesh
 
@@ -98,7 +98,7 @@
 
    parameters: 
 
-   - type_mesh: type of mesh:
+   - mesh_type: type of mesh:
 
      - 'Q4': mesh with elements Q4
      - '2T3': mesh with elements T3, obtained by spitting one Q4 in two T3
@@ -121,7 +121,7 @@
    if ( vertices ):
       # le maillage doit etre en Q4, partir du point (0, 0), et verifier
       # lx = nb_elem_x et ly = nb_elem_y
-      if type_mesh != 'Q4':
+      if mesh_type != 'Q4':
          showError('only a Q4 mesh accepts a list of vertices!')
       if x0 != 0. or y0 != 0.:
          showError('when list of vertices is given, (x0, y0) must be (0., 0.)!' )
@@ -130,7 +130,7 @@
 
    # calcul du maillage, selon son type :
 
-   if type_mesh == 'Q4': # cas du maillage en Q4 
+   if mesh_type == 'Q4': # cas du maillage en Q4 
       # dimensionnement des vecteurs pour stocker le maillage
       [size_nodes, size_nb_node_per_ele_vol, size_conn_vol]=lmgc90.mesh2D_SizeMeshQ4(nb_elem_x, 
          nb_elem_y)
@@ -138,7 +138,7 @@
       [nodes, nb_node_per_ele_vol, conn_vol]=lmgc90.mesh2D_MeshQ4(x0, y0, lx, ly, 
          nb_elem_x, nb_elem_y, size_nodes, size_nb_node_per_ele_vol, 
          size_conn_vol)
-   elif type_mesh == '2T3': # cas du maillage en T3, obtenus en coupant en deux 
+   elif mesh_type == '2T3': # cas du maillage en T3, obtenus en coupant en deux 
       # des Q4
       [size_nodes, size_nb_node_per_ele_vol, size_conn_vol]=lmgc90.mesh2D_SizeMesh2T3(nb_elem_x, 
          nb_elem_y)
@@ -146,7 +146,7 @@
       [nodes, nb_node_per_ele_vol, conn_vol]=lmgc90.mesh2D_Mesh2T3(x0, y0, lx, ly, 
          nb_elem_x, nb_elem_y, size_nodes, size_nb_node_per_ele_vol, 
          size_conn_vol)
-   elif type_mesh == '4T3': # cas du maillage en T3, obtenus en coupant en 
+   elif mesh_type == '4T3': # cas du maillage en T3, obtenus en coupant en 
       # quatre des Q4
       [size_nodes, size_nb_node_per_ele_vol, size_conn_vol]=lmgc90.mesh2D_SizeMesh4T3(nb_elem_x, 
          nb_elem_y)
@@ -154,7 +154,7 @@
       [nodes, nb_node_per_ele_vol, conn_vol]=lmgc90.mesh2D_Mesh4T3(x0, y0, lx, ly, 
          nb_elem_x, nb_elem_y, size_nodes, size_nb_node_per_ele_vol, 
          size_conn_vol)
-   elif type_mesh == 'Q8': # cas du maillage en Q8 
+   elif mesh_type == 'Q8': # cas du maillage en Q8 
       # dimensionnement des vecteurs pour stocker le maillage
       [size_nodes, size_nb_node_per_ele_vol, size_conn_vol]=lmgc90.mesh2D_SizeMeshQ8(nb_elem_x, 
          nb_elem_y)
@@ -176,16 +176,6 @@
    beg_conn = 0
    # pour chaque element
    for i in xrange(0, len(nb_node_per_ele_vol), 1):
-      # on retrouve le type de l'element en fonction de son nombre de noeuds 
-      if nb_node_per_ele_vol[i] == 3: # cas du T3
-         type = 'T3xxx'
-      elif nb_node_per_ele_vol[i] == 4: # cas du Q4
-         type = 'Q4xxx'
-      elif nb_node_per_ele_vol[i] == 8: # cas du Q8
-         type = 'Q8xxx'
-      else: # cas par defaut
-         # on stoppe tout
-         showError('unknown volumic element!')
 
       # on recupere la connectivite de l'element, sous la forme d'une liste
       conn=conn_vol[beg_conn:beg_conn + nb_node_per_ele_vol[i]].tolist()
@@ -212,7 +202,7 @@
             conn.reverse()
 
       # on ajoute l'element au maillage
-      surfacic_mesh.addBulk( element(type=type, connectivity=conn) )
+      surfacic_mesh.addBulk( element(elem_dim=2, connectivity=conn) )
       
       # on met a jour l'indice de debut de lecture
       beg_conn = beg_conn + nb_node_per_ele_vol[i]
@@ -220,7 +210,7 @@
    # pour chaque noeud
    for i in xrange(0, len(nodes)/2, 1):
       # on ajoute le noeud au maillage
-      surfacic_mesh.addNode( node(type='NO2xx', coor=nodes[2*i: 2*(i + 1)], 
+      surfacic_mesh.addNode( node( coor=nodes[2*i: 2*(i + 1)], 
               number=i + 1) )
 
    # on definit la tolerance pour la recherche de l'appartenance des noeuds
@@ -264,14 +254,14 @@
       # pour chaque noeud de l'element
       for ic in xrange(0, ele.nbNodes, 1): 
          # si l'element est un Q8
-         if ele.type == 'Q8xxx' and ic >= ele.nbNodes/2:
+         if ele.etype == 'Q8xxx' and ic >= ele.nbNodes/2:
             # on laisse tomber les noeuds aux centres des lignes
             continue
          # on recupere le numero du noeud
          i = ele.connectivity[ic]
          # et le numero du noeud suivant, dans la table de connectivite de
          # l'element
-         if ele.type == 'Q8xxx': # cas particulier du Q8
+         if ele.etype == 'Q8xxx': # cas particulier du Q8
             # on recupere le noeud sommet suivant
             j = ele.connectivity[(ic + 1) % (ele.nbNodes/2)]
          else: # cas general
@@ -317,7 +307,7 @@
             [xj, yj] = nj.coor
             # on determine le groupe de l'element
             # si le maillage est en Q4
-            if type_mesh == 'Q4':
+            if mesh_type == 'Q4':
                # on utilise les inidces corespondant aux noeuds
 
                # on recuepre les indices pour le noeud i
@@ -354,18 +344,18 @@
 
             # on construit le nouvel element sur la surface libre : 
             #   * cas particulier du Q8 : une ligne a trois noeuds
-            if ele.type == 'Q8xxx':
+            if ele.etype == 'Q8xxx':
                # on recupere le numero nu noeud au centre de l'arete
                k = ele.connectivity[(ic + (ele.nbNodes/2)) % ele.nbNodes] 
                # ATTENTION: on conserve le sens trigonometrique de la
                #    description de la connectivite des Q8, pour definir la
                #    ligne a trois noeuds 
-               surf = element(type='S3xxx', connectivity=[i, k, j], physicalEntity=pE)
+               surf = element(elem_dim=1, connectivity=[i, k, j], physicalEntity=pE)
             #   * cas general : une ligne a deux noeuds
             else:
                # ATTENTION : la connectivite d'une ligne supportant un 
                #    contacteur est definie dans le sens anti-trigonometrique
-               surf = element(type='S2xxx', connectivity=[j, i], physicalEntity=pE) 
+               surf = element(elem_dim=1, connectivity=[j, i], physicalEntity=pE) 
    
             # on ajoute l'element au maillage
             surfacic_mesh.addBulk(surf)
@@ -374,7 +364,7 @@
    return surfacic_mesh

 
 # fonction qui eclate un objet maille
-
[docs]def explodeMeshedAvatar2D(body, nbPoints=2, color='BLEUx', w=None):
+
[docs]def explodeMeshedAvatar2D(body, nbPoints=2, color='BLEUx', w=None, color_dict=None):
    '''bodies=explodeMeshedAvatar2D(body, nbPoints=2, color='BLEUx', w=None):
 
    this function "explodes" a given 2D meshed avatar, i.e. gets a meshed avatar and returns a
@@ -388,14 +378,15 @@
    optional parameters:
 
    - nbPoints: number of points on the contactors candidate
-   - color: color of the contactors
+   - color: default color of the contactors
    - w: vector of CLxxx positions 
+   - color_dict: a dictionnary associating a color to the physical entity of the element
    '''
 
    # on verifie que l'objet est bien un maillage :
    if not isinstance(body, avatar):
       showError('this object is not a body!')
-   if body.type != 'MAILx':
+   if body.atype != 'MAILx':
       showError('this body is not a MAILx!')
 
    # on verifie sa dimension
@@ -404,7 +395,7 @@
 
    # on verifie que l'objet soit maille avec des elements d'ordre 1
    for ele in body.bulks:
-      if ele.type == 'Q8xxx' or ele.type == 'T6xxx': 
+      if ele.etype == 'Q8xxx' or ele.etype == 'T6xxx': 
          showError('this function is designed for linear elements!')
 
    # on definit une liste d'avatar, qui va contenir la liste des elements 
@@ -419,13 +410,16 @@
    #      qui lui correspond
    body2eleIndex={}
 
+   if not color_dict:
+     color_dict = {}
+
    # on cree un corps pour chaque element fini
 
    bodyIndex=0
    # pour chaque element fini
    for ele in body.bulks:
       # si l'element n'est pas un element de surface
-      if not ele.type in dimension2geoElement[2]:
+      if not ele.etype in dimension2geoElement[2]:
          # on saute l'element
          continue
 
@@ -438,13 +432,13 @@
       bodyIndex += 1
 
       # on cree un nouveau corps maille 2D
-      new_body = avatar(type='MAILx', dimension=2)
-      # on ajoute au nouveau corps un nouvel element fini, du meme type que 
+      new_body = avatar(dimension=2)
+      # on ajoute au nouveau corps un nouvel element fini, du meme type que
       # l'element courant mais dont la connectivite est triviale
       # N.B.: on conserve la physical entity, i.e. le groupe de l'element
-      new_body.addBulk( element(type=ele.type, 
-             connectivity=range(1, ele.nbNodes + 1, 1), 
-             physicalEntity=ele.physicalEntity) )
+      new_body.addBulk( element(elem_dim=geoElement2dimension[ele.etype],
+                                connectivity=range(1, ele.nbNodes + 1, 1),
+                                physicalEntity=ele.physicalEntity) )
 
       # on ajoute au corps les seuls noeuds dont il a besoin
        
@@ -458,7 +452,7 @@
          n = body.nodes[i]
          # on peut alors construire le nouveau noeud, connaissant ses 
          # coordonnees
-         new_body.addNode( node(type='NO2xx', coor=n.coor, number=nbNodes) )
+         new_body.addNode( node( coor=n.coor, number=nbNodes) )
 
       # on ajoute le corps genere au container
       bodies += new_body
@@ -474,7 +468,7 @@
    # pour chaque element du maillage 
    for ele in body.bulks:
       # si l'element n'est pas un element de surface
-      if not ele.type in dimension2geoElement[2]:
+      if not ele.etype in dimension2geoElement[2]:
          # on saute l'element
          continue
       # pour chaque noeud de l'element
@@ -492,7 +486,7 @@
    for ele in body.bulks:
 
       # si l'element n'est pas un element de surface
-      if not ele.type in dimension2geoElement[2]:
+      if not ele.etype in dimension2geoElement[2]:
          # on saute l'element
          continue
 
@@ -544,9 +538,14 @@
             # a deux noeuds
             # ATTENTION : la connectivite d'une ligne supportant un contacteur
             #    est definie dans le sens anti-trigonometrique
-            surf = element(type='S2xxx', connectivity=[(ic + 1) % ele.nbNodes + 1, ic + 1]) 
+            surf = element(elem_dim=1, connectivity=[(ic + 1) % ele.nbNodes + 1, ic + 1])
             # on positionne un contacteur sur l'element courant, en fonction 
             # de son numero
+            try:
+              col = color_dict[ele.physicalEntity]
+            except KeyError:
+              col = color
+
             if ele.number > found_ele.number:
                # si son numero est plus grand que celui de l'element adjacent
                # il porte des noeuds candidats
@@ -565,8 +564,7 @@
                      # on calcule le poids associe au point courant
                      weights[i]=(0.5 + i)/nbPoints
                # on cree un contacteur candidat
-               cd = contactorFactory(elements=[surf], type='CLxxx', color=color, 
-                  weights=weights)
+               cd = contactorFactory(elements=[surf], shape='CLxxx', color=col, weights=weights)
                # on l'ajoute au nouveau corps corespondant a l'element 
                # courant
                # N.B.: on utilise ici une methode privee de la classe avatar
@@ -578,7 +576,7 @@
                # sinon, il porte une ligne antagoniste            
                 
                # on cree un contacteur antagoniste
-               an = contactorFactory(elements=[surf], type='ALpxx', color=color)
+               an = contactorFactory(elements=[surf], shape='ALpxx', color=col)
                # on l'ajoute au nouveau corps corespondant a l'element 
                # courant
                # N.B.: on utilise ici une methode privee de la classe avatar
@@ -597,7 +595,7 @@
             # pour chaque element
             for ele_surf in body.bulks:
                # si l'element n'est pas une ligne
-               if ele_surf.type != 'S2xxx':
+               if ele_surf.etype != 'S2xxx':
                   # on passe au suivant
                   continue
                # si la connectivite correspond
@@ -612,9 +610,9 @@
                # on cree l'element ligne a ajouter au corps
                # ATTENTION : la connectivite d'une ligne supportant un 
                #    contacteur est definie dans le sens anti-trigonometrique
-               surf = element(type='S2xxx',
-                  connectivity=[(ic + 1) % ele.nbNodes + 1, ic + 1],
-                  physicalEntity=found_line.physicalEntity)
+               surf = element(elem_dim=1,
+                              connectivity=[(ic + 1) % ele.nbNodes + 1, ic + 1],
+                              physicalEntity=found_line.physicalEntity)
                # on l'ajoute au nouveau corps
                new_body.addBulk(surf)
 
@@ -636,7 +634,7 @@
    return bodies

 
 # fonction qui prend un maillage 2D et l'eclate en rigides (polygones)
-
[docs]def rigidsFromMesh2D(surfacic_mesh, model, material, color='BLEUx', reverse=False, shrink=0.):
+
[docs]def rigidsFromMesh2D(surfacic_mesh, model, material, color='BLEUx', reverse=False, shrink=0.):
    """rigidsFromMesh2D(surfacic_mesh, model, material, color='BLEUx', reverse=False, shrink=0.):
 
    this function build a set of rigids from a 2D mesh, each rigid
@@ -670,16 +668,16 @@
    # pour chaque element du maillage
    for bulk in surfacic_mesh.bulks:
       # si l'element n'est pas un triangle a 3 noeuds ou un quadrangle a quatre noeuds
-      if bulk.type != 'T3xxx' and bulk.type != 'Q4xxx':
+      if bulk.etype != 'T3xxx' and bulk.etype != 'Q4xxx':
          # on passe au suivant
          continue
 
       # on cree un avatar pour le nouveau rigide
-      body=avatar(type='RBDY2', dimension=2)
+      body=avatar(dimension=2)
       # on cree un comportement volumique de type rigide
       body.addBulk( rigid2d() )
       # on place le centre d'inertie a l'origine (recalcul de la position par la suite)
-      body.addNode( node(type='NO2xx', coor=numpy.zeros(2), number=1) )
+      body.addNode( node( coor=numpy.zeros(2), number=1) )
       # on definit les groupes sur le corps
       body.defineGroups()
       # on affecte son modele au corps
@@ -724,7 +722,7 @@
          # on inverse la liste des coordonnees des noeuds de l'element
          l_coor.reverse()
       # on ajoute son contacteur polygone au corps
-      body.addContactors(type='POLYG', color=color, nb_vertices=len(l_coor), vertices=numpy.array(l_coor))
+      body.addContactors(shape='POLYG', color=color, nb_vertices=len(l_coor), vertices=numpy.array(l_coor))
 
       # on calcule de la surface et de l'inertie du corps
       body.computeRigidProperties()
@@ -736,7 +734,7 @@
    return bodies

 
 # fonction qui prend un maillage 2D et cree un corps rigide comme un cluster de polygones (chaque maille devenant un contacteur)
-
[docs]def rigidFromMesh2D(surfacic_mesh, model, material, color='BLEUx', reverse=False):
+
[docs]def rigidFromMesh2D(surfacic_mesh, model, material, color='BLEUx', reverse=False):
    """rigidFromMesh2D(surfacic_mesh, model, material, color='BLEUx', reverse=False):
 
    this function build a rigid from a 2D mesh, each contactor
@@ -764,11 +762,11 @@
       showError("the given mesh is not a surfacic mesh")
 
    # on cree un avatar pour le nouveau rigide
-   body=avatar(type='RBDY2', dimension=2)
+   body=avatar(dimension=2)
    # on cree un comportement volumique de type rigide
    body.addBulk( rigid2d() )
    # on place le centre d'inertie a l'origine (recalcul de la position par la suite)
-   body.addNode( node(type='NO2xx', coor=numpy.zeros(2), number=1) )
+   body.addNode( node( coor=numpy.zeros(2), number=1) )
    # on definit les groupes sur le corps
    body.defineGroups()
    # on affecte son modele au corps
@@ -779,7 +777,7 @@
    # pour chaque element du maillage
    for bulk in surfacic_mesh.bulks:
       # si l'element n'est pas un triangle a 3 noeuds ou un quadrangle a quatre noeuds
-      if bulk.type != 'T3xxx' and bulk.type != 'Q4xxx':
+      if bulk.etype != 'T3xxx' and bulk.etype != 'Q4xxx':
          # on passe au suivant
          continue
      
@@ -796,7 +794,7 @@
          # on inverse la liste des coordonnees des noeuds de l'element
          l_coor.reverse()
       # on ajoute son contacteur polygone au corps
-      body.addContactors(type='POLYG', color=color, nb_vertices=len(l_coor), vertices=numpy.array(l_coor))
+      body.addContactors(shape='POLYG', color=color, nb_vertices=len(l_coor), vertices=numpy.array(l_coor))
 
    # on calcule de la surface et de l'inertie du corps
    body.computeRigidProperties()
@@ -865,9 +863,9 @@
    # pour chaque element
    for bulk in given_mesh.bulks:
       # si l'element est un element surfacique
-      if bulk.type in dimension2geoElement[2]:
+      if bulk.etype in dimension2geoElement[2]:
          # si l'element est un triangle
-         if bulk.type == 'T3xxx': # ca pourrait etre T6xxx aussi ...
+         if bulk.etype == 'T3xxx': # ca pourrait etre T6xxx aussi ...
             # on suppose que tous les bords sont sur le contour
             is_free_face[bulk.number]=[True, True, True]
 
@@ -889,7 +887,7 @@
                   continue
 
                # si l'element courant n'est pas un element surfacique
-               if not adj_bulk.type in dimension2geoElement[2]:
+               if not adj_bulk.etype in dimension2geoElement[2]:
                   # on passe au suivant
                   continue
 
@@ -915,7 +913,7 @@
                   # on passe au suivant
                   continue
                # si l'element courant n'est pas un element surfacique
-               if not adj_bulk.type in dimension2geoElement[2]:
+               if not adj_bulk.etype in dimension2geoElement[2]:
                   # on passe au suivant
                   continue
 
@@ -926,7 +924,7 @@
                   # on incremente le nombre de bords de l'ele qui n'appartiennent pas au contour
                   nb_non_free_faces[bulk.number] += 1
 
-         elif bulk.type == 'Q4xxx':
+         elif bulk.etype == 'Q4xxx':
 
             # on suppose que tous les bords sont sur le contour
             is_free_face[bulk.number]=[True]*4
@@ -944,7 +942,7 @@
                   continue
                               
                # si l'element courant n'est pas un element surfacique
-               if not adj_bulk.type in dimension2geoElement[2] :
+               if not adj_bulk.etype in dimension2geoElement[2] :
                   continue
 
                # si le bord 0 {i1, i2} fait partie de l'adjacent
@@ -969,7 +967,7 @@
                   continue
 
                # si l'element courant n'est pas un tetraedre
-               if not adj_bulk.type in dimension2geoElement[2]:
+               if not adj_bulk.etype in dimension2geoElement[2]:
                   # on passe au suivant
                   continue
 
@@ -991,7 +989,7 @@
          else:
             ## on quitte le pgm
             msg  = "no contour can be built from this mesh, since it involves unhandled elements!"
-            msg += bulk.type + ' is not supported'
+            msg += bulk.etype + ' is not supported'
             showError(msg)
 
    # ici, on est sur que tous les elements du maillage sont pris en charge
@@ -1006,16 +1004,16 @@
    # pour chaque element
    for bulk in given_mesh.bulks:
       # si element surfacique 
-      if bulk.type in dimension2geoElement[2]:
+      if bulk.etype in dimension2geoElement[2]:
          ###print nb_non_free_faces[bulk.number]
          # si l'element est un tetraedre
-         if bulk.type == 'T3xxx':
+         if bulk.etype == 'T3xxx':
             nbn=3 # 0->2
             # si aucun bord libre
             if nb_non_free_faces[bulk.number] == 3:
                # on passe a l'element suivant
                continue
-         elif bulk.type == 'Q4xxx':
+         elif bulk.etype == 'Q4xxx':
             nbn=4 # 0->3
             # si aucun bord libre
             if nb_non_free_faces[bulk.number] == 4:
@@ -1029,11 +1027,11 @@
          for i in xrange(0, len(is_free_face[bulk.number])):                       
            # si la face courante est libre
            if is_free_face[bulk.number][i]:
-             ###print bulk.number,bulk.type,nbn,' bord ',i,(i+1)%nbn
+             ###print bulk.number,bulk.etype,nbn,' bord ',i,(i+1)%nbn
              # on recupere la connectivite de la face
              bord=[ bulk.connectivity[i] , bulk.connectivity[(i+1)%nbn]]
              # on ajoute le bord au contour
-             contour.addBulk( element(type='S2xxx', connectivity=bord) )
+             contour.addBulk( element(elem_dim=1, connectivity=bord) )
                       
    # recuperation des noeuds du contour
 
@@ -1064,8 +1062,8 @@
 
     
   
 
\ No newline at end of file
diff --git a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/mesh3D.html b/docs/Pre/_modules/pylmgc90/pre/build_avatar/mesh3D.html
similarity index 90%
rename from docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/mesh3D.html
rename to docs/Pre/_modules/pylmgc90/pre/build_avatar/mesh3D.html
index e0ef280..0626032 100644
--- a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/mesh3D.html
+++ b/docs/Pre/_modules/pylmgc90/pre/build_avatar/mesh3D.html
@@ -6,7 +6,7 @@
   
     
     
-    pylmgc90.pre_lmgc.build_avatar.mesh3D — pylmgc90.pre 2015.2 documentation
+    pylmgc90.pre.build_avatar.mesh3D — pylmgc90.pre 2015.2 documentation
     
     
     
@@ -46,22 +46,22 @@
         

           

             
-  
Source code for pylmgc90.pre_lmgc.build_avatar.mesh3D
+  
Source code for pylmgc90.pre.build_avatar.mesh3D
 # module qui fournit des macros pour construire et/ou manipuler des maillages 3D
 
 import sys
 import numpy
 import math
 import copy
-from pylmgc90.pre_lmgc.avatar.avatar import *
-from pylmgc90.pre_lmgc.avatar.bulk.element import *
-from pylmgc90.pre_lmgc.avatar.bulk.rigid3d import *
-from pylmgc90.pre_lmgc.avatar.contactor.rigid_properties_3D import computeVolumeInertiaMesh
+from pylmgc90.pre.avatar.avatar import *
+from pylmgc90.pre.avatar.bulk.element import *
+from pylmgc90.pre.avatar.bulk.rigid3d import *
+from pylmgc90.pre.avatar.contactor.rigid_properties_3D import computeVolumeInertiaMesh
 from mesh import *
-from pylmgc90.pre_lmgc.utilities.error    import *
+from pylmgc90.pre.utilities.error    import *
 
 # import du module permettant de savoir si on pourra importer les pre_tools
-from pylmgc90.pre_lmgc.utilities.check_compiled_modules import *
+from pylmgc90.pre.utilities.check_compiled_modules import *
 
 
 # si on peut essayer d'importer le module pre_tools sans tout faire planter
@@ -98,7 +98,7 @@
 
 # fonction qui extrait la surface libre d'un maillage 3D volumique, sous la forme d'un maillage 3D surfacique
 # N.B.: les numeros des noeuds du maillage surfacique ne sont pas renumerotes
-
[docs]def extractFreeSurface(volumic_mesh):
+
[docs]def extractFreeSurface(volumic_mesh):
    """extractFreeSurface(volumic_mesh):
 
    this function computes and returns the free surface of a volumic mesh, as a
@@ -155,9 +155,9 @@
    # pour chaque element
    for bulk in volumic_mesh.bulks:
       # si l'element est un element volumique
-      if bulk.type in dimension2geoElement[3]:
+      if bulk.etype in dimension2geoElement[3]:
          # si l'element est un tetraedre
-         if bulk.type == 'TE4xx':
+         if bulk.etype == 'TE4xx':
             # on suppose que les quatre faces du tetraedre sont sur la surface libre
             is_free_face[bulk.number]=[True, True, True, True]
             # on recupere les numeros des noeuds du tetraedre
@@ -175,7 +175,7 @@
                   # on passe au suivant
                   continue
                # si l'element courant n'est pas un tetraedre
-               if adj_bulk.type != 'TE4xx':
+               if adj_bulk.etype != 'TE4xx':
                   # on passe au suivant
                   continue
 
@@ -207,7 +207,7 @@
                   # on passe au suivant
                   continue
                # si l'element courant n'est pas un tetraedre
-               if adj_bulk.type != 'TE4xx':
+               if adj_bulk.etype != 'TE4xx':
                   # on passe au suivant
                   continue
                # si la face {i4, i2, i3} fait partie du tetraedre adjacent courant
@@ -217,7 +217,7 @@
                   # on incremente le nombre de faces du tetraedre courant qui n'appartiennent pas a la surface libre
                   nb_non_free_faces[bulk.number] += 1
 
-         elif bulk.type == 'PRI6x':
+         elif bulk.etype == 'PRI6x':
 
             # on suppose que les faces sont sur la surface libre (ce commentaire est reellement debile)
             # par contre on ne test qu'avec d'autres pri6 !!
@@ -245,7 +245,7 @@
                   continue
                               
                # on ne test qu'avec des PRI6 ... a modifier.
-               if adj_bulk.type != 'PRI6x':
+               if adj_bulk.etype != 'PRI6x':
                   continue
                # si la face {i1, i2, i5, i4} fait partie de l'adjacent
                if i2 in adj_bulk.connectivity and i5 in adj_bulk.connectivity and i4 in adj_bulk.connectivity:
@@ -273,7 +273,7 @@
                   # on passe au suivant
                   continue
                # si l'element courant n'est pas un tetraedre
-               if adj_bulk.type != 'PRI6x':
+               if adj_bulk.etype != 'PRI6x':
                   # on passe au suivant
                   continue
                # si la face {i4, i5, i6} fait partie de l'adjacent
@@ -293,7 +293,7 @@
          else:
             ## on quitte le pgm
             msg  = "no rigid can be built from this mesh, since it involves unhandled elements!"
-            msg += bulk.type + ' is not supported'
+            msg += bulk.etype + ' is not supported'
             showError(msg)
 
    # ici, on est sur que tous les elements volumiques du maillage sont pris en charge
@@ -311,9 +311,9 @@
    # pour chaque element
    for bulk in volumic_mesh.bulks:
       # si l'element est un element volumique
-      if bulk.type in dimension2geoElement[3]:
+      if bulk.etype in dimension2geoElement[3]:
          # si l'element est un tetraedre
-         if bulk.type == 'TE4xx':
+         if bulk.etype == 'TE4xx':
             # si aucune face du tetraedre appartient a la surface libre
             if nb_non_free_faces[bulk.number] == 4:
                # on passe a l'element suivant
@@ -327,8 +327,8 @@
                                    bulk.connectivity[faces_tetra[i][1]],
                                    bulk.connectivity[faces_tetra[i][2]] ]
                   # on ajoute la face a la liste des faces de la surface libre
-                  free_surface.addBulk( element(type='T3xxx', connectivity=conn_free_face) )
-         elif bulk.type == 'PRI6x':
+                  free_surface.addBulk( element(elem_dim=2, connectivity=conn_free_face) )
+         elif bulk.etype == 'PRI6x':
             # si aucune face du tetraedre appartient a la surface libre
             if nb_non_free_faces[bulk.number] == 6:
                # on passe a l'element suivant
@@ -343,7 +343,7 @@
                                      bulk.connectivity[faces_pri[i][1]],
                                      bulk.connectivity[faces_pri[i][2]] ]
                     # on ajoute la face a la liste des faces de la surface libre
-                    free_surface.addBulk( element(type='T3xxx', connectivity=conn_free_face) )
+                    free_surface.addBulk( element(elem_dim=2, connectivity=conn_free_face) )
                   else:
 
                     #print i
@@ -355,7 +355,7 @@
                                      bulk.connectivity[faces_pri[i][2]],
                                      bulk.connectivity[faces_pri[i][3]] ]
                     # on ajoute la face a la liste des faces de la surface libre
-                    free_surface.addBulk( element(type='Q4xxx', connectivity=conn_free_face) )
+                    free_surface.addBulk( element(elem_dim=2, connectivity=conn_free_face) )
                       
    # recuperation des noeuds de la surface libre
 
@@ -376,7 +376,7 @@
    return free_surface

 
 # fonction qui reoriente les elements surfacique d'un maillage 3D, en se servant de l'orientation des elements volumiques
-
[docs]def reorientSurfacicElements(volumic_mesh): 
+
[docs]def reorientSurfacicElements(volumic_mesh): 
    """reorientSurfacicElements(volumic_mesh):
 
    this function reorient surfacic elements of a 3D mesh, using orientation of volumic elements
@@ -422,7 +422,7 @@
    # pour chaque element du maillage
    for bulk in volumic_mesh.bulks:
       # si l'element est un element surfacique
-      if bulk.type in dimension2geoElement[2]:
+      if bulk.etype in dimension2geoElement[2]:
          # on recupere la connectivite de l'element courant
          connectivity=bulk.connectivity
   
@@ -456,7 +456,7 @@
 
 # fonction qui construit un corps rigide a partir d'un maillage 3D, decrit comme un ensemble de noeuds et 
 # un ensemble d'elements
-
[docs]def volumicMeshToRigid3D(volumic_mesh, model, material, color='BLEUx'):
+
[docs]def volumicMeshToRigid3D(volumic_mesh, model, material, color='BLEUx'):
    """volumicMeshToRigid3D(volumic_mesh, model, material, color='BLEUx'):
 
    this function builds a rigid body from a volumic mesh, by extracting the skin mesh and compute mass and inertia
@@ -494,7 +494,7 @@
    # pour chaque element
    for ele in volumic_mesh.bulks:
       # si l'element est un element volumique
-      if ele.type in dimension2geoElement[3]:
+      if ele.etype in dimension2geoElement[3]:
          # on incremente le nombre d'elements volumiques
          nb_volumic_bulks += 1
 
@@ -508,10 +508,10 @@
    #
 
    # on declare le nouvel avatar
-   body=avatar(type='RBDY3', dimension=3)
+   body=avatar(dimension=3)
    # on positionne le centre d'inertie du rigide a l'origine, pour pouvoir
    # donner les coordonnees des sommets du polyedre dans le repere global
-   body.addNode( node(type='NO3xx', coor=numpy.zeros(3), number=1) )
+   body.addNode( node( coor=numpy.zeros(3), number=1) )
    # on cree un comportement volumique pour le corps
    body.addBulk( rigid3d() )
    # on definit les groupes pour l'avatar
@@ -546,7 +546,7 @@
    volume, I, OG=computeVolumeInertiaMesh(volumic_mesh)
 
    # on ajoute son contacteur polyedre a l'avatar
-   body.addContactors(type='POLYR', color=color, volume=volume, I=I, shift=OG,
+   body.addContactors(shape='POLYR', color=color, volume=volume, I=I, shift=OG,
       nb_vertices=len(l_free_coor), nb_faces=len(l_free_conn), 
       vertices=numpy.array(l_free_coor), connectivity=numpy.array(l_free_conn))
 
@@ -595,15 +595,15 @@
    # pour chaque element
    for i, ele in enumerate(surfacic_mesh.bulks):
       # si l'element est un element volumique
-      if ele.type in dimension2geoElement[3]:
+      if ele.etype in dimension2geoElement[3]:
          # on affiche un message d'erreur
          showError("the given mesh is not a surfacic mesh")
       # sinon, si l'element est un point ou une ligne
-      if not ele.type in dimension2geoElement[2]:
+      if not ele.etype in dimension2geoElement[2]:
          # on passe au suivant
          continue
       # si l'element courant est un element surfacique, mais n'est pas un triangle a trois noeuds
-      if ele.type != 'T3xxx':
+      if ele.etype != 'T3xxx':
          # on affiche un message d'erreur
          showError("the given surfacic mesh contains unhandled elements!")
       # sinon, 
@@ -649,7 +649,7 @@
    # pour chaque element
    for ele in surfacic_mesh.bulks:
       # si l'element courant est un triangle
-      if ele.type == 'T3xxx':
+      if ele.etype == 'T3xxx':
          # on stocke sa connectivite
          connec[3*i:3*(i + 1)]=ele.connectivity
          # on incremente l'indice de l'element triangle courant
@@ -665,7 +665,7 @@
 
 # fonction qui construit un corps rigide a partir d'un maillage de surface 3D, decrit comme un ensemble de noeuds et 
 # un ensemble d'elements
-
[docs]def surfacicMeshToRigid3D(surfacic_mesh, model, material, color='BLEUx'):
+
[docs]def surfacicMeshToRigid3D(surfacic_mesh, model, material, color='BLEUx'):
    """surfacicMeshToRigid3D(surfacic_mesh, model, material, color='BLEUx'):
 
    this function builds a rigid body from a surfacic mesh, by computing mass and inertia
@@ -703,15 +703,15 @@
    # pour chaque element
    for ele in surfacic_mesh.bulks:
       # si l'element est un element volumique
-      if ele.type in dimension2geoElement[3]:
+      if ele.etype in dimension2geoElement[3]:
          # on affiche un message d'erreur
          showError("the given mesh is not a surfacic mesh")
       # sinon, si l'element est un point ou une ligne
-      if not ele.type in dimension2geoElement[2]:
+      if not ele.etype in dimension2geoElement[2]:
          # on passe au suivant
          continue
       # si l'element courant est un element surfacique, mais n'est pas un triangle a trois noeuds
-      if ele.type != 'T3xxx':
+      if ele.etype != 'T3xxx':
          # on affiche un message d'erreur
          showError("the given surfacic mesh contains unhandled elements!")
       # sinon, 
@@ -732,10 +732,10 @@
    #
 
    # on declare le nouvel avatar
-   body=avatar(type='RBDY3', dimension=3)
+   body=avatar(dimension=3)
    # on positionne le centre d'inertie du rigide a l'origine, pour pouvoir
    # donner les coordonnees des sommets du polyedre dans le repere global
-   body.addNode( node(type='NO3xx', coor=numpy.zeros(3), number=1) )
+   body.addNode( node( coor=numpy.zeros(3), number=1) )
    # on cree un comportement volumique pour le corps
    body.addBulk( rigid3d() )
    # on definit les groupes pour l'avatar
@@ -771,7 +771,7 @@
    # pour chaque element
    for ele in surfacic_mesh.bulks:
       # si l'element courant est un triangle
-      if ele.type == 'T3xxx':
+      if ele.etype == 'T3xxx':
          # on stocke sa connectivite
          connec[3*i:3*(i + 1)]=ele.connectivity
          # on incremente l'indice de l'element triangle courant
@@ -789,7 +789,7 @@
    connec=connec.T.reshape([nb_bulks_T3, 3])
 
    # on ajoute son contacteur polyedre a l'avatar
-   body.addContactors(type='POLYR', color=color, volume=volume, I=I, shift=OG,
+   body.addContactors(shape='POLYR', color=color, volume=volume, I=I, shift=OG,
       nb_vertices=nb_nodes, nb_faces=nb_bulks_T3, vertices=coor, connectivity=connec)
 
    # calcul du volume et de l'inertie du corps (a partir du volume et de l'inertie 
@@ -801,7 +801,7 @@
 
 # fonction qui construit un corps rigide a partir d'un ensemble de surface 3D,
 # decrit comme un ensemble de noeuds et un ensemble d'elements
-
[docs]def surfacicMeshesToRigid3D(surfacic_meshes, model, material, color='BLEUx',reverse='no'):
+
[docs]def surfacicMeshesToRigid3D(surfacic_meshes, model, material, color='BLEUx',reverse='no'):
    """surfacicMeshesToRigid3D(surfacic_meshes, model, material, color='BLEUx'):
 
    this function builds a rigid body from a list of surfacic mesh, by computing mass and inertia
@@ -823,10 +823,10 @@
    """
 
    # on declare le nouvel avatar
-   body=avatar(type='RBDY3', dimension=3)
+   body=avatar(dimension=3)
    # on positionne le centre d'inertie du rigide a l'origine, pour pouvoir
    # donner les coordonnees des sommets du polyedre dans le repere global
-   body.addNode( node(type='NO3xx', coor=numpy.zeros(3), number=1) )
+   body.addNode( node( coor=numpy.zeros(3), number=1) )
    # on cree un comportement volumique pour le corps
    body.addBulk( rigid3d() )
    # on definit les groupes pour l'avatar
@@ -866,15 +866,15 @@
      # pour chaque element
      for ele in surfacic_mesh.bulks:
         # si l'element est un element volumique
-        if ele.type in dimension2geoElement[3]:
+        if ele.etype in dimension2geoElement[3]:
            # on affiche un message d'erreur
            showError("the given mesh is not a surfacic mesh")
         # sinon, si l'element est un point ou une ligne
-        if not ele.type in dimension2geoElement[2]:
+        if not ele.etype in dimension2geoElement[2]:
            # on passe au suivant
            continue
         # si l'element courant est un element surfacique, mais n'est pas un triangle a trois noeuds
-        if ele.type != 'T3xxx':
+        if ele.etype != 'T3xxx':
            # on affiche un message d'erreur
            showError("the given surfacic mesh contains unhandled elements!")
         # sinon, 
@@ -919,7 +919,7 @@
      # pour chaque element
      for ele in surfacic_mesh.bulks:
         # si l'element courant est un triangle
-        if ele.type == 'T3xxx':
+        if ele.etype == 'T3xxx':
            #print 'ajout de l element ',nb_elements+i,' : ', [x+nb_nodes for x in ele.connectivity]
            # on stocke sa connectivite
            connec[3*(nb_elements+i):3*(nb_elements+i+1)]=ele.connectivity
@@ -942,7 +942,7 @@
    #print I
 
    # on ajoute son contacteur polyedre a l'avatar
-   body.addContactors(type='POLYF', color=color, volume=volume, I=I, shift=OG,
+   body.addContactors(shape='POLYF', color=color, volume=volume, I=I, shift=OG,
      nb_patch=len(surfacic_meshes), patch=surfacic_meshes)
 
    # calcul du volume et de l'inertie du corps (a partir du volume et de l'inertie 
@@ -953,7 +953,7 @@
    return body

 
 # fonction qui consrtuit le maillage en hexaedres d'un paralepipede rectangle
-
[docs]def buildMeshH8(x0, y0, z0, lx, ly, lz, nb_elem_x, nb_elem_y, nb_elem_z, surfacic_mesh_type='Q4'):
+
[docs]def buildMeshH8(x0, y0, z0, lx, ly, lz, nb_elem_x, nb_elem_y, nb_elem_z, surfacic_mesh_type='Q4'):
    """buildMeshH8(x0, y0, z0, lx, ly, lz, nb_elem_x, nb_elem_y, nb_elem_z):
 
    this function meshes a given box, and returns the generated mesh
@@ -1010,7 +1010,7 @@
             # on calcule les coordonnees du noeud courant
             coor = numpy.array([x0 + i*delta_x, y0 + j*delta_y, z0 + k*delta_z])
             # on ajoute le noeud courant au maillage
-            volumic_mesh.addNode( node(type='NO3xx', coor=coor, number=num) )
+            volumic_mesh.addNode( node( coor=coor, number=num) )
 
    # calcul des connectivites des elements volumiques
 
@@ -1024,7 +1024,7 @@
             connectivity=[index(i, j, k), index(i + 1, j, k), index(i + 1, j + 1, k), index(i, j + 1, k),
                           index(i, j, k + 1), index(i + 1, j, k + 1), index(i + 1, j + 1, k + 1), index(i, j + 1, k + 1)]
             # on ajoute l'element courant au maillage
-            volumic_mesh.addBulk( element(type='H8xxx', connectivity=connectivity) )
+            volumic_mesh.addBulk( element(elem_dim=3, connectivity=connectivity) )
 
    # calcul des connectivites des elements surfaciques
 
@@ -1037,7 +1037,7 @@
          # on construit la connectivite de l'element courant
          connectivity=[index(i, j, k), index(i, j + 1, k), index(i + 1, j + 1, k), index(i + 1, j, k)]
          # on ajoute l'element courant au maillage
-         volumic_mesh.addBulk( element(type='Q4xxx', connectivity=connectivity, physicalEntity='down') )
+         volumic_mesh.addBulk( element(elem_dim=2, connectivity=connectivity, physicalEntity='down') )
 
    #    * face du dessus (i.e. z=z0 + lz)
    k = nb_elem_z - 1
@@ -1048,7 +1048,7 @@
          # on construit la connectivite de l'element courant
          connectivity=[index(i, j, k + 1), index(i + 1, j, k + 1), index(i + 1, j + 1, k + 1), index(i, j + 1, k + 1)]
          # on ajoute l'element courant au maillage
-         volumic_mesh.addBulk( element(type='Q4xxx', connectivity=connectivity, physicalEntity='up') )
+         volumic_mesh.addBulk( element(elem_dim=2, connectivity=connectivity, physicalEntity='up') )
 
    #    * face de gauche (i.e. y=y0)
    j = 0
@@ -1059,7 +1059,7 @@
          # on construit la connectivite de l'element courant
          connectivity=[index(i, j, k), index(i + 1, j, k), index(i + 1, j, k + 1), index(i, j, k + 1)]
          # on ajoute l'element courant au maillage
-         volumic_mesh.addBulk( element(type='Q4xxx', connectivity=connectivity, physicalEntity='left') )
+         volumic_mesh.addBulk( element(elem_dim=2, connectivity=connectivity, physicalEntity='left') )
 
    #    * face de droite (i.e. y=y0 + ly)
    j = nb_elem_y - 1
@@ -1070,7 +1070,7 @@
          # on construit la connectivite de l'element courant
          connectivity=[index(i + 1, j + 1, k), index(i, j + 1, k), index(i, j + 1, k + 1), index(i + 1, j + 1, k + 1)]
          # on ajoute l'element courant au maillage
-         volumic_mesh.addBulk( element(type='Q4xxx', connectivity=connectivity, physicalEntity='right') )
+         volumic_mesh.addBulk( element(elem_dim=2, connectivity=connectivity, physicalEntity='right') )
 
    #    * face de derriere (i.e. x=x0)
    i = 0
@@ -1081,7 +1081,7 @@
          # on construit la connectivite de l'element courant
          connectivity=[index(i, j, k), index(i, j, k + 1), index(i, j + 1, k + 1), index(i, j + 1, k)]
          # on ajoute l'element courant au maillage
-         volumic_mesh.addBulk( element(type='Q4xxx', connectivity=connectivity, physicalEntity='rear') )
+         volumic_mesh.addBulk( element(elem_dim=2, connectivity=connectivity, physicalEntity='rear') )
 
    #    * face de devant (i.e. x=x0 + lx)
    i = nb_elem_x - 1
@@ -1092,7 +1092,7 @@
          # on construit la connectivite de l'element courant
          connectivity=[index(i + 1, j, k), index(i + 1, j + 1, k), index(i + 1, j + 1, k + 1), index(i + 1, j, k + 1)]
          # on ajoute l'element courant au maillage
-         volumic_mesh.addBulk( element(type='Q4xxx', connectivity=connectivity, physicalEntity='front') )
+         volumic_mesh.addBulk( element(elem_dim=2, connectivity=connectivity, physicalEntity='front') )
 
    # si l'utilisateur a demande autre chose que le maillage surfacique en Q4 classique
    if surfacic_mesh_type != "Q4":
@@ -1103,7 +1103,7 @@
             # on recupere l'element courant
             ele=volumic_mesh.bulks[i_ele]
             # si l'element n'est pas un Q4
-            if ele.type != 'Q4xxx':
+            if ele.etype != 'Q4xxx':
                # on passe au suivant
                continue
            
@@ -1118,12 +1118,12 @@
             # on construit la connectivite du premier element
             connectivity_1=[connectivity_Q4[0], connectivity_Q4[1], connectivity_Q4[3]]
             # on cree le premier element
-            ele_T3_1=element(type='T3xxx', connectivity=connectivity_1, physicalEntity=physicalEntity_Q4)
+            ele_T3_1=element(elem_dim=2, connectivity=connectivity_1, physicalEntity=physicalEntity_Q4)
             #    * deuxieme element :
             # on construit la connectivite du deuxieme element
             connectivity_2=[connectivity_Q4[2], connectivity_Q4[3], connectivity_Q4[1]]
             # on cree le deuxieme element
-            ele_T3_2=element(type='T3xxx', connectivity=connectivity_2, physicalEntity=physicalEntity_Q4)
+            ele_T3_2=element(elem_dim=2, connectivity=connectivity_2, physicalEntity=physicalEntity_Q4)
 
             # on remplace l'element courant par le premier T3
             ele_T3_1.number=i_ele
@@ -1203,7 +1203,7 @@
             # on calcule les coordonnees du noeud courant
             coor = numpy.array([x0 + i*ddx, y0 + j*ddy, z0 + k*ddz])
             # on ajoute le noeud courant au maillage
-            volumic_mesh.addNode( node(type='NO3xx', coor=coor, number=num) )
+            volumic_mesh.addNode( node( coor=coor, number=num) )
 
    # calcul des connectivites des elements volumiques
 
@@ -1221,7 +1221,7 @@
                           index(i, j, k  ,0,0,1), index(i+1, j, k  ,0,0,1), index(i+1, j+1, k  ,0,0,1), index(i, j+1, k  ,0,0,1)
                          ]
             # on ajoute l'element courant au maillage
-            volumic_mesh.addBulk( element(type='H20xx', connectivity=connectivity) )
+            volumic_mesh.addBulk( element(elem_dim=3, connectivity=connectivity) )
 
    # copy past from above...
 
@@ -1232,7 +1232,7 @@
       for i in range(0, nb_elem_x):
          connectivity=[index(i,j,k), index(i,j+1,k), index(i+1,j+1,k), index(i+1,j,k), 
                        index(i,j,k,0,1,0), index(i,j+1,k,1,0,0), index(i+1,j,k,0,1,0), index(i,j,k,1,0,0)]
-         volumic_mesh.addBulk( element(type='Q8xxx', connectivity=connectivity, physicalEntity='down') )
+         volumic_mesh.addBulk( element(elem_dim=2, connectivity=connectivity, physicalEntity='down') )
 
    # up (i.e. z=z0 + lz)
    k = nb_elem_z - 1
@@ -1240,7 +1240,7 @@
       for i in range(0, nb_elem_x):
          connectivity=[index(i,j,k+1), index(i+1,j,k+1), index(i+1,j+1,k+1), index(i,j+1,k+1),
                        index(i,j,k+1,1,0,0), index(i+1,j,k+1,0,1,0), index(i,j+1,k+1,1,0,0), index(i,j,k+1,0,1,0)]
-         volumic_mesh.addBulk( element(type='Q8xxx', connectivity=connectivity, physicalEntity='up') )
+         volumic_mesh.addBulk( element(elem_dim=2, connectivity=connectivity, physicalEntity='up') )
 
    # left (i.e. y=y0)
    j = 0
@@ -1248,7 +1248,7 @@
       for i in range(0, nb_elem_x):
          connectivity=[index(i,j,k), index(i+1,j,k), index(i+1,j,k+1), index(i,j,k+1),
                        index(i,j,k,1,0,0), index(i+1,j,k,0,0,1), index(i,j,k+1,1,0,0), index(i,j,k,0,0,1)]
-         volumic_mesh.addBulk( element(type='Q8xxx', connectivity=connectivity, physicalEntity='left') )
+         volumic_mesh.addBulk( element(elem_dim=2, connectivity=connectivity, physicalEntity='left') )
 
    # right (i.e. y=y0 + ly)
    j = nb_elem_y - 1
@@ -1256,7 +1256,7 @@
       for i in range(0, nb_elem_x):
          connectivity=[index(i+1,j+1,k), index(i,j+1,k), index(i,j+1,k+1), index(i+1,j+1,k+1),
                        index(i,j+1,k,1,0,0), index(i,j+1,k,0,0,1), index(i,j+1,k+1,1,0,0), index(i+1,j+1,k,0,0,1)]
-         volumic_mesh.addBulk( element(type='Q8xxx', connectivity=connectivity, physicalEntity='right') )
+         volumic_mesh.addBulk( element(elem_dim=2, connectivity=connectivity, physicalEntity='right') )
 
    # rear (i.e. x=x0)
    i = 0
@@ -1264,7 +1264,7 @@
       for j in range(0, nb_elem_y):
          connectivity=[index(i,j,k), index(i,j,k + 1), index(i,j+1,k+1), index(i,j+1,k),
                        index(i,j,k,0,0,1), index(i,j,k+1,0,1,0), index(i,j+1,k,0,0,1), index(i,j,k,0,1,0)]
-         volumic_mesh.addBulk( element(type='Q8xxx', connectivity=connectivity, physicalEntity='rear') )
+         volumic_mesh.addBulk( element(elem_dim=2, connectivity=connectivity, physicalEntity='rear') )
 
    # front (i.e. x=x0 + lx)
    i = nb_elem_x - 1
@@ -1272,7 +1272,7 @@
       for j in range(0, nb_elem_y):
          connectivity=[index(i+1,j,k), index(i+1,j+1,k), index(i+1,j+1,k+1), index(i+1,j,k+1), 
                        index(i+1,j,k,0,1,0), index(i+1,j+1,k,0,0,1), index(i+1,j,k+1,0,1,0), index(i+1,j,k,0,0,1)]
-         volumic_mesh.addBulk( element(type='Q8xxx', connectivity=connectivity, physicalEntity='front') )
+         volumic_mesh.addBulk( element(elem_dim=2, connectivity=connectivity, physicalEntity='front') )
 
    return volumic_mesh
    ##new_mesh = mesh(3)
@@ -1284,11 +1284,11 @@
    ##  # new intermediate nodes
    ##  for n in m2.nodes[::2]:
    ##    new_coor = np.array([n.coor[0],n.coor[1],z0+nb_z*lz/(2*nb_elem_z)])
-   ##    new_mesh.addNode(node(type='NO3xx',coor=new_coor,number=l*nb_nodes+n.number))
+   ##    new_mesh.addNode(node(coor=new_coor,number=l*nb_nodes+n.number))
    ##  # new layer
    ##  for n in m2.nodes:
    ##    new_coor = np.array([n.coor[0],n.coor[1],z0+nb_z*lz/nb_elem_z])
-   ##    new_mesh.addNode(node(type='NO3xx',coor=new_coor,number=l*nb_nodes+n.number))
+   ##    new_mesh.addNode(node(coor=new_coor,number=l*nb_nodes+n.number))
 

 
           

@@ -1299,8 +1299,8 @@
 
     
   
 
\ No newline at end of file
diff --git a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/particles.html b/docs/Pre/_modules/pylmgc90/pre/build_avatar/particles.html
similarity index 61%
rename from docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/particles.html
rename to docs/Pre/_modules/pylmgc90/pre/build_avatar/particles.html
index 6b1b48b..9c6857b 100644
--- a/docs/Pre/_modules/pylmgc90/pre_lmgc/build_avatar/particles.html
+++ b/docs/Pre/_modules/pylmgc90/pre/build_avatar/particles.html
@@ -6,7 +6,7 @@
   
     
     
-    pylmgc90.pre_lmgc.build_avatar.particles — pylmgc90.pre 2015.2 documentation
+    pylmgc90.pre.build_avatar.particles — pylmgc90.pre 2015.2 documentation
     
     
     
@@ -46,21 +46,21 @@
         

           

             
-  
Source code for pylmgc90.pre_lmgc.build_avatar.particles
+  
Source code for pylmgc90.pre.build_avatar.particles
 # module qui fournit des macros pour construire des particules
 
 import copy
 import random
 import numpy
 import math
-from pylmgc90.pre_lmgc.avatar.avatar import *
-from pylmgc90.pre_lmgc.avatar.bulk.rigid2d import *
-from pylmgc90.pre_lmgc.avatar.bulk.rigid3d import *
-from pylmgc90.pre_lmgc.avatar.bulk.element import *
+from pylmgc90.pre.avatar.avatar import *
+from pylmgc90.pre.avatar.bulk.rigid2d import *
+from pylmgc90.pre.avatar.bulk.rigid3d import *
+from pylmgc90.pre.avatar.bulk.element import *
 from mesh import *
-from pylmgc90.pre_lmgc.utilities.error    import *
+from pylmgc90.pre.utilities.error    import *
 
-
[docs]def rigidDisk(r, center, model, material, color='BLEUx', number=None, is_Hollow=False, is_Pneum=False):
+
[docs]def rigidDisk(r, center, model, material, color='BLEUx', number=None, is_Hollow=False, is_Pneum=False):
    '''
    usage: 
 
@@ -84,27 +84,27 @@
    - is_Pneum = False: is the contactor to be a pneumatic one (DISPx instead of DISKx or xPSID instead of xKSID).
    '''
 
-   body = avatar(type='RBDY2', dimension=2, number=number) 
-   body.addBulk( rigid2d() ) 
-   body.addNode( node(type='NO2xx',coor=numpy.array(center), number=1) )
+   body = avatar(dimension=2, number=number)
+   body.addBulk( rigid2d() )
+   body.addNode( node(coor=numpy.array(center), number=1) )
    body.defineGroups()
    body.defineModel(model=model)
    body.defineMaterial(material=material)
    if is_Hollow:
      if is_Pneum:
-       body.addContactors(type='xPSID', color=color, byrd=r)
+       body.addContactors(shape='xPSID', color=color, byrd=r)
      else:
-       body.addContactors(type='xKSID', color=color, byrd=r)
+       body.addContactors(shape='xKSID', color=color, byrd=r)
    else:
      if is_Pneum:
-       body.addContactors(type='DISPx', color=color, byrd=r)
+       body.addContactors(shape='DISPx', color=color, byrd=r)
      else:
-       body.addContactors(type='DISKx', color=color, byrd=r)
+       body.addContactors(shape='DISKx', color=color, byrd=r)
    body.computeRigidProperties()
 
    return body

 
-
[docs]def rigidSphere(r, center, model, material, color='BLEUx', number=None):
+
[docs]def rigidSphere(r, center, model, material, color='BLEUx', number=None):
    '''
    usage: 
 
@@ -125,18 +125,18 @@
    - color='BLEUx' : color of the contactor
    - number=None: index of the avatar (still present to ensure compatibility)'''
 
-   body = avatar(type='RBDY3', dimension=3, number=number) 
-   body.addBulk( rigid3d() ) 
-   body.addNode( node(type='NO3xx',coor=numpy.array(center), number=1) )
+   body = avatar(dimension=3, number=number)
+   body.addBulk( rigid3d() )
+   body.addNode( node(coor=numpy.array(center), number=1) )
    body.defineGroups()
    body.defineModel(model=model)
    body.defineMaterial(material=material)
-   body.addContactors(type='SPHER', color=color, byrd=r)
+   body.addContactors(shape='SPHER', color=color, byrd=r)
    body.computeRigidProperties()
 
    return body

 
-
[docs]def rigidCylinder(r, h, center, model, material, color='BLEUx', number=None, is_Hollow=False):
+
[docs]def rigidCylinder(r, h, center, model, material, color='BLEUx', number=None, is_Hollow=False):
    '''
    usage: 
 
@@ -160,21 +160,21 @@
    - is_Hollow = False: is the contactor to be a hollow one (DNLYC instead of CYLND)
    '''
 
-   body = avatar(type='RBDY3', dimension=3, number=number) 
-   body.addBulk( rigid3d() ) 
-   body.addNode( node(type='NO3xx',coor=numpy.array(center), number=1) )
+   body = avatar(dimension=3, number=number)
+   body.addBulk( rigid3d() )
+   body.addNode( node(coor=numpy.array(center), number=1) )
    body.defineGroups()
    body.defineModel(model=model)
    body.defineMaterial(material=material)
    if is_Hollow:
-     body.addContactors(type='DNLYC', color=color, byrd=r,High=h/2.)
+     body.addContactors(shape='DNLYC', color=color, byrd=r,High=h/2.)
    else:
-     body.addContactors(type='CYLND', color=color, byrd=r,High=h/2.)
+     body.addContactors(shape='CYLND', color=color, byrd=r,High=h/2.)
    body.computeRigidProperties()
 
    return body

 
-
[docs]def rigidJonc(axe1, axe2, center, model, material, color='BLEUx', number=None):
+
[docs]def rigidJonc(axe1, axe2, center, model, material, color='BLEUx', number=None):
    '''
    usage: 
 
@@ -196,18 +196,18 @@
    - color='BLEUx' : color of the contactor
    - number=None: index of the avatar (still present to ensure compatibility)'''
 
-   body = avatar(type='RBDY2', dimension=2, number=number) 
+   body = avatar(dimension=2, number=number)
    body.addBulk( rigid2d() ) 
-   body.addNode(node(type='NO2xx',coor=numpy.array(center),number=1))
+   body.addNode(node(coor=numpy.array(center),number=1))
    body.defineGroups()
    body.defineModel(model=model)
    body.defineMaterial(material=material)
-   body.addContactors(type='JONCx', color=color, axe1=axe1, axe2=axe2)
+   body.addContactors(shape='JONCx', color=color, axe1=axe1, axe2=axe2)
    body.computeRigidProperties()
 
    return body

 
-
[docs]def rigidPlan(axe1, axe2, axe3, center, model, material, color='BLEUx', number=None):
+
[docs]def rigidPlan(axe1, axe2, axe3, center, model, material, color='BLEUx', number=None):
    '''
    usage: 
 
@@ -218,9 +218,9 @@
    parameters :  
 
     
-   - axe1 : half length of the jonc
-   - axe2 : half width of the jonc
-   - axe3 : half height of the jonc
+   - axe1 : half length of the plan
+   - axe2 : half width of the plan
+   - axe3 : half thickness of the plan
    - center : position of the center of inertia in the global frame,
      as a three coordinates vector
    - model : rigid model for the particle
@@ -231,25 +231,25 @@
    - color='BLEUx' : color of the contactor
    - number=None: index of the avatar (still present to ensure compatibility)'''
 
-   body = avatar(type='RBDY3', dimension=3, number=number) 
-   body.addBulk( rigid3d() ) 
-   body.addNode(node(type='NO3xx',coor=numpy.array(center),number=1))
+   body = avatar(dimension=3, number=number)
+   body.addBulk( rigid3d() )
+   body.addNode(node(coor=numpy.array(center),number=1))
    body.defineGroups()
    body.defineModel(model=model)
    body.defineMaterial(material=material)
-   body.addContactors(type='PLANx', color=color, axe1=axe1, axe2=axe2, axe3=axe3)
+   body.addContactors(shape='PLANx', color=color, axe1=axe1, axe2=axe2, axe3=axe3)
    body.computeRigidProperties()
 
    return body

 
 
-
[docs]def rigidCluster(r, center, nb_disk, model, material, color='BLEUx', number=None):
+
[docs]def rigidCluster(r, center, nb_disk, model, material, color='BLEUx', number=None):
    '''
    usage: 
 
    body=rigidCluster(r, center, nb_disk, model, material, color='BLEUx', number=None)
 
-   this function builds a rigid cluster of disks and returns the generated body
+   this function builds a rigid cluster of disks in a disk and returns the generated body
 
    parameters :  
 
@@ -264,9 +264,9 @@
    - color='BLEUx' : color of the contactors
    - number=None: index of the avatar (still present to ensure compatibility)'''
 
-   body = avatar(type='RBDY2', dimension=2, number=number) 
-   body.addBulk( rigid2d() ) 
-   body.addNode( node(type='NO2xx',coor=numpy.array(center), number=1) )
+   body = avatar(dimension=2, number=number)
+   body.addBulk( rigid2d() )
+   body.addNode( node(coor=numpy.array(center), number=1) )
    body.defineGroups()
    body.defineModel(model=model)
    body.defineMaterial(material=material)
@@ -278,13 +278,13 @@
       # on calcule la position de son centre par rapport au centre d'inertie
       x_disk = (r_disk - r)*math.cos(2.*math.pi*i/nb_disk) 
       y_disk = (r_disk - r)*math.sin(2.*math.pi*i/nb_disk) 
-      body.addContactors(type='DISKx', color=color, byrd=r_disk, shift=[x_disk, y_disk])
+      body.addContactors(shape='DISKx', color=color, byrd=r_disk, shift=[x_disk, y_disk])
 
    body.computeRigidProperties()
 
    return body

 
-
[docs]def rigidPolygon( model, material, center, theta=0., color='BLEUx', generation_type='regular', nb_vertices=0, vertices=None, radius=1., number=None):
+
[docs]def rigidPolygon( model, material, center, theta=0., color='BLEUx', generation_type='regular', nb_vertices=0, vertices=None, radius=1., number=None):
    '''
    usage: 
 
@@ -321,11 +321,11 @@
    '''
 
    # creation d'un nouveau polygone rigide 2D
-   body = avatar(type='RBDY2', dimension=2, number=number) 
+   body = avatar(dimension=2, number=number)
    # on cree comportement volumique de type rigide
-   body.addBulk( rigid2d() ) 
+   body.addBulk( rigid2d() )
    # ajout de la position du centre d'inertie au disque
-   body.addNode(node(type='NO2xx',coor=numpy.array(center),number=1) )
+   body.addNode(node(coor=numpy.array(center),number=1) )
    # on definit les groupes pour le disque
    body.defineGroups()
    # on affecte son modele au disque
@@ -343,11 +343,11 @@
         vertices[i, 1] = radius*math.sin(2.*math.pi*i/float(nb_vertices)) 
 
      # ajout de son contacteur au polygone
-     body.addContactors(type='POLYG', color=color, nb_vertices=nb_vertices, vertices=vertices)
+     body.addContactors(shape='POLYG', color=color, nb_vertices=nb_vertices, vertices=vertices)
 
    elif generation_type == 'full':
      # ajout de son contacteur au polygone
-     body.addContactors(type='POLYG', color=color, nb_vertices=vertices.shape[0], vertices=vertices)
+     body.addContactors(shape='POLYG', color=color, nb_vertices=vertices.shape[0], vertices=vertices)
 
    elif generation_type == 'bevel':
      # gestion des conges
@@ -370,7 +370,7 @@
         inv+=1 
         
      # ajout de son contacteur au polygone
-     body.addContactors(type='POLYG', color=color, nb_vertices=inv, vertices=nvertices)
+     body.addContactors(shape='POLYG', color=color, nb_vertices=inv, vertices=nvertices)
 
    else:
      showError('In rigidPolygon: unknow type '+generation_type)
@@ -386,13 +386,13 @@
    # on renvoie le corps genere
    return body

 
-
[docs]def rigidPolyhedron(model, material, center=numpy.zeros(3), color='BLEUx', generation_type='regular', 
-                    nb_vertices=0, vertices=None, faces=None, radius=1., tol=0., number=None):
+
[docs]def rigidPolyhedron(model, material, center=numpy.zeros(3), color='BLEUx', generation_type='regular', 
+                    nb_vertices=0, vertices=None, faces=None, radius=1., tol=0., number=None, seed=None):
    '''
    usage: 
 
    body = rigidPolyhedron(model, material, center=numpy.zeros(3,'d'), generation_type='regular', color='BLEUx', 
-                          nb_vertices=0, vertices=None, faces=None, radius=1., tol=0., number=None)
+                          nb_vertices=0, vertices=None, faces=None, radius=1., tol=0., number=None, s=None)
 
    This function builds a rigid convex polyhedron using 4 methods (see below).
 
@@ -429,6 +429,7 @@
      - nb_vertices=0. : number of vertices of the contactor
      - radius=1. : radius of the encompassing sphere.
      - tol=0. : tolerance to use to remove a vertex if the one found is to close to others (if 0. no check)
+     - seed=None : seed to use to control the randomness
 
    - Third method (generation_type ='vertices') generates the polyhedron defined by the convex hull
      of the vertices given in input. The 'vertices' array may be modified on output if the vertices
@@ -447,8 +448,8 @@
        
    '''
 
-   body = avatar(type='RBDY3', dimension=3, number=number) 
-   body.addBulk( rigid3d() ) 
+   body = avatar(dimension=3, number=number)
+   body.addBulk( rigid3d() )
 
    if type(center) != numpy.ndarray:
      try:
@@ -457,7 +458,7 @@
        showError('In rigidPolyhedron: center parameter must be convertible to a numpy array')
 
    #body.addNode( node(type='NO3xx',coor=numpy.array(center), number=1) )
-   body.addNode( node(type='NO3xx',coor=numpy.zeros(3,'d'), number=1) )
+   body.addNode( node(coor=numpy.zeros(3,'d'), number=1) )
 
    body.defineGroups()
    body.defineModel(model=model)
@@ -475,7 +476,7 @@
      if nb_vertices < 4:
        showError('In rigidpolyhedron: nb_vertices must be > 4')
      # nodes generation
-     vertices = getRandomPolyhedronVertices(nb_vertices, radius, tol)
+     vertices = getRandomPolyhedronVertices(nb_vertices, radius, tol, seed)
      vertices += center
      # connectivity generation
      faces,vertices = buildPolyhedronConnectivity(vertices)
@@ -498,7 +499,7 @@
    else:
      showError('In rigidpolyhedron: unknow type '+generation_type)
 
-   body.addContactors(type='POLYR', color=color, nb_vertices=vertices.shape[0], vertices=vertices, 
+   body.addContactors(shape='POLYR', color=color, nb_vertices=vertices.shape[0], vertices=vertices, 
                       nb_faces=len(faces), connectivity=faces)
 
    body.computeRigidProperties()
@@ -506,7 +507,7 @@
    # on renvoie le corps genere
    return body

 
-
[docs]def deformableParticle2D(r, center, type_part, model, material, color='BLEUx', number=None):
+
[docs]def deformableParticle2D(r, center, type_part, model, material, color='BLEUx', number=None):
    """
    usage:
 
@@ -557,9 +558,9 @@
 
    # on definit les contacteurs pour le corps :
    #  * un contacteur candidat sur chaque noeud :
-   body.addContactors(group='S2xxx', type='CLxxx', color=color)
+   body.addContactors(group='S2xxx', shape='CLxxx', color=color)
    #  * un contacteur antagoniste
-   body.addContactors(group='S2xxx', type='ALpxx', color=color)
+   body.addContactors(group='S2xxx', shape='ALpxx', color=color)
 
    # on renvoie l'objet genere
    return body

@@ -581,73 +582,73 @@
    rad2 = math.cos(A36)
  
    # on ajoute les noeuds au maillage
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ math.cos(3.*A72),math.sin(3.*A72) ]), number= 1) )
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ math.cos(2.*A72),   0.0000000e+00 ]), number= 2) )
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ math.cos(2.*A72),math.sin(2.*A72) ]), number= 3) )
+   mesh_penta.addNode( node( coor=numpy.array([ math.cos(3.*A72),math.sin(3.*A72) ]), number= 1) )
+   mesh_penta.addNode( node( coor=numpy.array([ math.cos(2.*A72),   0.0000000e+00 ]), number= 2) )
+   mesh_penta.addNode( node( coor=numpy.array([ math.cos(2.*A72),math.sin(2.*A72) ]), number= 3) )
 
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ rad1*math.cos(3.*A72),rad1*math.sin(3.*A72) ]), number= 4) )
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([-rad1, 0.0000000e+00 ]), number= 5) )
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ rad1*math.cos(2.*A72),rad1*math.sin(2.*A72) ]), number= 6) )
+   mesh_penta.addNode( node( coor=numpy.array([ rad1*math.cos(3.*A72),rad1*math.sin(3.*A72) ]), number= 4) )
+   mesh_penta.addNode( node( coor=numpy.array([-rad1, 0.0000000e+00 ]), number= 5) )
+   mesh_penta.addNode( node( coor=numpy.array([ rad1*math.cos(2.*A72),rad1*math.sin(2.*A72) ]), number= 6) )
 
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ rad2*math.cos(7.*A36),rad2*math.sin(7.*A36) ]), number= 7) )
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ rad1*math.cos(7.*A36),rad1*math.sin(7.*A36) ]), number= 8) )
+   mesh_penta.addNode( node( coor=numpy.array([ rad2*math.cos(7.*A36),rad2*math.sin(7.*A36) ]), number= 7) )
+   mesh_penta.addNode( node( coor=numpy.array([ rad1*math.cos(7.*A36),rad1*math.sin(7.*A36) ]), number= 8) )
 
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ rad1*math.cos(3.*A36),rad1*math.sin(3.*A36) ]), number= 9) )
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ rad2*math.cos(3.*A36),rad2*math.sin(3.*A36) ]), number=10) )
+   mesh_penta.addNode( node( coor=numpy.array([ rad1*math.cos(3.*A36),rad1*math.sin(3.*A36) ]), number= 9) )
+   mesh_penta.addNode( node( coor=numpy.array([ rad2*math.cos(3.*A36),rad2*math.sin(3.*A36) ]), number=10) )
 
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ 0.0000000e+00 , 0.0000000e+00 ]), number=11) )
+   mesh_penta.addNode( node( coor=numpy.array([ 0.0000000e+00 , 0.0000000e+00 ]), number=11) )
 
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ rad1*math.cos(4.*A72),rad1*math.sin(4.*A72) ]), number=12) )
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ rad1*math.cos(1.*A72),rad1*math.sin(1.*A72) ]), number=13) )
+   mesh_penta.addNode( node( coor=numpy.array([ rad1*math.cos(4.*A72),rad1*math.sin(4.*A72) ]), number=12) )
+   mesh_penta.addNode( node( coor=numpy.array([ rad1*math.cos(1.*A72),rad1*math.sin(1.*A72) ]), number=13) )
 
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ math.cos(4.*A72),math.sin(4.*A72) ]),           number=14) )
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ rad1*math.cos(9.*A36),rad1*math.sin(9.*A36) ]), number=15) )
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ rad1,   0.0000000e+00 ]),                       number=16) )
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ rad1*math.cos(1.*A36),rad1*math.sin(1.*A36) ]), number=17) )
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ math.cos(1.*A72),math.sin(1.*A72) ]),           number=18) )
+   mesh_penta.addNode( node( coor=numpy.array([ math.cos(4.*A72),math.sin(4.*A72) ]),           number=14) )
+   mesh_penta.addNode( node( coor=numpy.array([ rad1*math.cos(9.*A36),rad1*math.sin(9.*A36) ]), number=15) )
+   mesh_penta.addNode( node( coor=numpy.array([ rad1,   0.0000000e+00 ]),                       number=16) )
+   mesh_penta.addNode( node( coor=numpy.array([ rad1*math.cos(1.*A36),rad1*math.sin(1.*A36) ]), number=17) )
+   mesh_penta.addNode( node( coor=numpy.array([ math.cos(1.*A72),math.sin(1.*A72) ]),           number=18) )
 
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ rad2*math.cos(9.*A36),rad2*math.sin(9.*A36) ]), number=19) )
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ rad2*math.cos(1.*A36),rad2*math.sin(1.*A36) ]), number=20) )
+   mesh_penta.addNode( node( coor=numpy.array([ rad2*math.cos(9.*A36),rad2*math.sin(9.*A36) ]), number=19) )
+   mesh_penta.addNode( node( coor=numpy.array([ rad2*math.cos(1.*A36),rad2*math.sin(1.*A36) ]), number=20) )
 
-   mesh_penta.addNode( node(type='NO2xx', coor=numpy.array([ 1.0000000e+00 , 0.0000000e+00 ]),               number=21) )
+   mesh_penta.addNode( node( coor=numpy.array([ 1.0000000e+00 , 0.0000000e+00 ]),               number=21) )
 
 
    # on ajoute les elements au maillage
 
    #   * les elements surfaciques
-   mesh_penta.addBulk( element(type='Q4xxx', connectivity=[ 1,  4,  5,  2]) )
-   mesh_penta.addBulk( element(type='Q4xxx', connectivity=[ 2,  5 , 6,  3]) )
-   mesh_penta.addBulk( element(type='Q4xxx', connectivity=[ 4, 11,  6,  5]) )
+   mesh_penta.addBulk( element(elem_dim=2, connectivity=[ 1,  4,  5,  2]) )
+   mesh_penta.addBulk( element(elem_dim=2, connectivity=[ 2,  5 , 6,  3]) )
+   mesh_penta.addBulk( element(elem_dim=2, connectivity=[ 4, 11,  6,  5]) )
 
-   mesh_penta.addBulk( element(type='Q4xxx', connectivity=[ 6,  9, 10,  3]) )
-   mesh_penta.addBulk( element(type='Q4xxx', connectivity=[ 1,  7,  8,  4]) )
-   mesh_penta.addBulk( element(type='Q4xxx', connectivity=[ 7, 14, 12,  8]) )
+   mesh_penta.addBulk( element(elem_dim=2, connectivity=[ 6,  9, 10,  3]) )
+   mesh_penta.addBulk( element(elem_dim=2, connectivity=[ 1,  7,  8,  4]) )
+   mesh_penta.addBulk( element(elem_dim=2, connectivity=[ 7, 14, 12,  8]) )
 
-   mesh_penta.addBulk( element(type='Q4xxx', connectivity=[ 4,  8, 12, 11]) )
-   mesh_penta.addBulk( element(type='Q4xxx', connectivity=[ 6, 11, 13,  9]) )
-   mesh_penta.addBulk( element(type='Q4xxx', connectivity=[ 9, 13 ,18, 10]) )
+   mesh_penta.addBulk( element(elem_dim=2, connectivity=[ 4,  8, 12, 11]) )
+   mesh_penta.addBulk( element(elem_dim=2, connectivity=[ 6, 11, 13,  9]) )
+   mesh_penta.addBulk( element(elem_dim=2, connectivity=[ 9, 13 ,18, 10]) )
 
-   mesh_penta.addBulk( element(type='Q4xxx', connectivity=[14, 19, 15, 12]) )
-   mesh_penta.addBulk( element(type='Q4xxx', connectivity=[19, 21, 16, 15]) )
-   mesh_penta.addBulk( element(type='Q4xxx', connectivity=[12, 15, 16, 11]) )
+   mesh_penta.addBulk( element(elem_dim=2, connectivity=[14, 19, 15, 12]) )
+   mesh_penta.addBulk( element(elem_dim=2, connectivity=[19, 21, 16, 15]) )
+   mesh_penta.addBulk( element(elem_dim=2, connectivity=[12, 15, 16, 11]) )
 
-   mesh_penta.addBulk( element(type='Q4xxx', connectivity=[11, 16, 17, 13]) )
-   mesh_penta.addBulk( element(type='Q4xxx', connectivity=[16, 21, 20, 17]) )
-   mesh_penta.addBulk( element(type='Q4xxx', connectivity=[17, 20, 18, 13]) )
+   mesh_penta.addBulk( element(elem_dim=2, connectivity=[11, 16, 17, 13]) )
+   mesh_penta.addBulk( element(elem_dim=2, connectivity=[16, 21, 20, 17]) )
+   mesh_penta.addBulk( element(elem_dim=2, connectivity=[17, 20, 18, 13]) )
 
    #   * les elements lineiques
    #     N.B.: la connectivite est donne dans le sens antitrigonmetrique qui
    #           est le sens conventionnel pour decrire les contacteurs
-   mesh_penta.addBulk( element(type='S2xxx', connectivity=[ 7,  1], physicalEntity='skin') )
-   mesh_penta.addBulk( element(type='S2xxx', connectivity=[ 1,  2], physicalEntity='skin') )
-   mesh_penta.addBulk( element(type='S2xxx', connectivity=[ 2,  3], physicalEntity='skin') )
-   mesh_penta.addBulk( element(type='S2xxx', connectivity=[ 3, 10], physicalEntity='skin') )
-   mesh_penta.addBulk( element(type='S2xxx', connectivity=[10, 18], physicalEntity='skin') )
-   mesh_penta.addBulk( element(type='S2xxx', connectivity=[18, 20], physicalEntity='skin') )
-   mesh_penta.addBulk( element(type='S2xxx', connectivity=[20, 21], physicalEntity='skin') )
-   mesh_penta.addBulk( element(type='S2xxx', connectivity=[21, 19], physicalEntity='skin') )
-   mesh_penta.addBulk( element(type='S2xxx', connectivity=[19, 14], physicalEntity='skin') )
-   mesh_penta.addBulk( element(type='S2xxx', connectivity=[14,  7], physicalEntity='skin') )
+   mesh_penta.addBulk( element(elem_dim=1, connectivity=[ 7,  1], physicalEntity='skin') )
+   mesh_penta.addBulk( element(elem_dim=1, connectivity=[ 1,  2], physicalEntity='skin') )
+   mesh_penta.addBulk( element(elem_dim=1, connectivity=[ 2,  3], physicalEntity='skin') )
+   mesh_penta.addBulk( element(elem_dim=1, connectivity=[ 3, 10], physicalEntity='skin') )
+   mesh_penta.addBulk( element(elem_dim=1, connectivity=[10, 18], physicalEntity='skin') )
+   mesh_penta.addBulk( element(elem_dim=1, connectivity=[18, 20], physicalEntity='skin') )
+   mesh_penta.addBulk( element(elem_dim=1, connectivity=[20, 21], physicalEntity='skin') )
+   mesh_penta.addBulk( element(elem_dim=1, connectivity=[21, 19], physicalEntity='skin') )
+   mesh_penta.addBulk( element(elem_dim=1, connectivity=[19, 14], physicalEntity='skin') )
+   mesh_penta.addBulk( element(elem_dim=1, connectivity=[14,  7], physicalEntity='skin') )
 
    # on renvoie le maillage ainsi construit
    return mesh_penta
@@ -665,63 +666,63 @@
 
 
    # on ajoute les noeuds au maillage
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.0000000e+00,  0.0000000e+00]), number= 1) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.5000000e-02,  0.0000000e+00]), number= 2) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.0000000e+00,  0.5000000e-02]), number= 3) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.4267767e-02,  0.4267767e-02]), number= 4) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.1000000e-01,  0.0000000e+00]), number= 5) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.1500000e-01,  0.0000000e+00]), number= 6) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.8535534e-02,  0.3535534e-02]), number= 7) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.1350656e-01,  0.5594601e-02]), number= 8) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.7071068e-02,  0.7071068e-02]), number= 9) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.1060660e-01,  0.1060660e-01]), number=10) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.3535534e-02,  0.8535534e-02]), number=11) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.5594601e-02,  0.1350656e-01]), number=12) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.0000000e+00, -0.5000000e-02]), number=13) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.4267767e-02, -0.4267767e-02]), number=14) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.8535534e-02, -0.3535534e-02]), number=15) ) 
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.1350656e-01, -0.5594601e-02]), number=16) ) 
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.7071068e-02, -0.7071068e-02]), number=17) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.1060660e-01, -0.1060660e-01]), number=18) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.3535534e-02, -0.8535534e-02]), number=19) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.5594601e-02, -0.1350656e-01]), number=20) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.5000000e-02,  0.0000000e+00]), number=21) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.4267767e-02,  0.4267767e-02]), number=22) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.1000000e-01,  0.0000000e+00]), number=23) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.1500000e-01,  0.0000000e+00]), number=24) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.8535534e-02,  0.3535534e-02]), number=25) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.1350656e-01,  0.5594601e-02]), number=26) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.7071068e-02,  0.7071068e-02]), number=27) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.1060660e-01,  0.1060660e-01]), number=28) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.3535534e-02,  0.8535534e-02]), number=29) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.5594601e-02,  0.1350656e-01]), number=30) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.4267767e-02, -0.4267767e-02]), number=31) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.8535534e-02, -0.3535534e-02]), number=32) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.1350656e-01, -0.5594601e-02]), number=33) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.7071068e-02, -0.7071068e-02]), number=34) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.1060660e-01, -0.1060660e-01]), number=35) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.3535534e-02, -0.8535534e-02]), number=36) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.5594601e-02, -0.1350656e-01]), number=37) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.2000000e-01,  0.0000000e+00]), number=38) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.1847759e-01,  0.7653669e-02]), number=39) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.1414214e-01,  0.1414214e-01]), number=40) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.7653669e-02,  0.1847759e-01]), number=41) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.0000000e+00, -0.1000000e-01]), number=42) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.0000000e+00, -0.1500000e-01]), number=43) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.0000000e+00,  0.1000000e-01]), number=44) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.0000000e+00,  0.1500000e-01]), number=45) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.2000000e-01,  0.0000000e+00]), number=46) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.1847759e-01, -0.7653669e-02]), number=47) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.1414214e-01, -0.1414214e-01]), number=48) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.7653669e-02, -0.1847759e-01]), number=49) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.0000000e+00,  0.2000000e-01]), number=50) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.1847759e-01, -0.7653669e-02]), number=51) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.1414214e-01, -0.1414214e-01]), number=52) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.7653669e-02, -0.1847759e-01]), number=53) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([ 0.0000000e+00, -0.2000000e-01]), number=54) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.1847759e-01,  0.7653669e-02]), number=55) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.1414214e-01,  0.1414214e-01]), number=56) )
-   mesh_disk.addNode( node(type='NO2xx', coor=numpy.array([-0.7653669e-02,  0.1847759e-01]), number=57) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.0000000e+00,  0.0000000e+00]), number= 1) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.5000000e-02,  0.0000000e+00]), number= 2) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.0000000e+00,  0.5000000e-02]), number= 3) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.4267767e-02,  0.4267767e-02]), number= 4) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.1000000e-01,  0.0000000e+00]), number= 5) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.1500000e-01,  0.0000000e+00]), number= 6) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.8535534e-02,  0.3535534e-02]), number= 7) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.1350656e-01,  0.5594601e-02]), number= 8) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.7071068e-02,  0.7071068e-02]), number= 9) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.1060660e-01,  0.1060660e-01]), number=10) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.3535534e-02,  0.8535534e-02]), number=11) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.5594601e-02,  0.1350656e-01]), number=12) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.0000000e+00, -0.5000000e-02]), number=13) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.4267767e-02, -0.4267767e-02]), number=14) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.8535534e-02, -0.3535534e-02]), number=15) ) 
+   mesh_disk.addNode( node( coor=numpy.array([ 0.1350656e-01, -0.5594601e-02]), number=16) ) 
+   mesh_disk.addNode( node( coor=numpy.array([ 0.7071068e-02, -0.7071068e-02]), number=17) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.1060660e-01, -0.1060660e-01]), number=18) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.3535534e-02, -0.8535534e-02]), number=19) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.5594601e-02, -0.1350656e-01]), number=20) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.5000000e-02,  0.0000000e+00]), number=21) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.4267767e-02,  0.4267767e-02]), number=22) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.1000000e-01,  0.0000000e+00]), number=23) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.1500000e-01,  0.0000000e+00]), number=24) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.8535534e-02,  0.3535534e-02]), number=25) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.1350656e-01,  0.5594601e-02]), number=26) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.7071068e-02,  0.7071068e-02]), number=27) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.1060660e-01,  0.1060660e-01]), number=28) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.3535534e-02,  0.8535534e-02]), number=29) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.5594601e-02,  0.1350656e-01]), number=30) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.4267767e-02, -0.4267767e-02]), number=31) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.8535534e-02, -0.3535534e-02]), number=32) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.1350656e-01, -0.5594601e-02]), number=33) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.7071068e-02, -0.7071068e-02]), number=34) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.1060660e-01, -0.1060660e-01]), number=35) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.3535534e-02, -0.8535534e-02]), number=36) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.5594601e-02, -0.1350656e-01]), number=37) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.2000000e-01,  0.0000000e+00]), number=38) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.1847759e-01,  0.7653669e-02]), number=39) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.1414214e-01,  0.1414214e-01]), number=40) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.7653669e-02,  0.1847759e-01]), number=41) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.0000000e+00, -0.1000000e-01]), number=42) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.0000000e+00, -0.1500000e-01]), number=43) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.0000000e+00,  0.1000000e-01]), number=44) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.0000000e+00,  0.1500000e-01]), number=45) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.2000000e-01,  0.0000000e+00]), number=46) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.1847759e-01, -0.7653669e-02]), number=47) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.1414214e-01, -0.1414214e-01]), number=48) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.7653669e-02, -0.1847759e-01]), number=49) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.0000000e+00,  0.2000000e-01]), number=50) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.1847759e-01, -0.7653669e-02]), number=51) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.1414214e-01, -0.1414214e-01]), number=52) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.7653669e-02, -0.1847759e-01]), number=53) )
+   mesh_disk.addNode( node( coor=numpy.array([ 0.0000000e+00, -0.2000000e-01]), number=54) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.1847759e-01,  0.7653669e-02]), number=55) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.1414214e-01,  0.1414214e-01]), number=56) )
+   mesh_disk.addNode( node( coor=numpy.array([-0.7653669e-02,  0.1847759e-01]), number=57) )
 
    # am : magouille heritee de preprogranul...
    for nod in mesh_disk.nodes:
@@ -730,74 +731,74 @@
    # on ajoute les elements au maillage
 
    #   * les elements surfaciques
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[ 1,  2,  4,  3]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[ 2,  5 , 7,  4]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[ 3,  4, 11, 44]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[ 4,  7,  9, 11]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[ 5,  6,  8,  7]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[ 6, 38, 39,  8]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[ 7,  8, 10,  9]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[ 8, 39, 40, 10]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[ 9, 10 ,12, 11]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[10, 40, 41, 12]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[11, 12, 45, 44]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[12, 41, 50, 45]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[ 1, 13, 14,  2]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[ 2, 14, 15,  5]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[13, 42, 19, 14]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[14, 19, 17, 15]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[ 5, 15, 16,  6]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[ 6, 16, 51, 38]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[15, 17, 18, 16]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[16, 18, 52, 51]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[17, 19, 20, 18]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[18, 20, 53, 52]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[19, 42, 43, 20]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[20, 43, 54, 53]) )
-   mesh_disk.addBulk( element(type='Q4xxx', connectivity=[ 1,  3<