atet3D%u

Option Description
atet3D%u -CGPrecision %lf set precision of conjugate gradient for implicit computation
atet3D%u -alpha [%f] change the weight of the internal forces
atet3D%u -anisoDir [%f %f %f] get/set the 3 coordinates of the anisotropic direction vector
atet3D%u -anisoShear [%b] get/set the boolean controlling the use of anisotropic shear
atet3D%u -anisoStretch1 [%b] get/set the boolean controlling the use of anisotropic stretch
atet3D%u -anisoStretch2 [%b] get/set the boolean controlling the use of anisotropic stretch
atet3D%u -anisotropicLameCoefficient [%f %f] get/set the two Lamé coefficient (lambda,mu) in the transverse direction on all tetrahedra
atet3D%u -anisotropy [%b] get/set the boolean controlling the use of anisotropy
atet3D%u -applyTransformation %s read a 4x4 transformation matrix in a file and apply it to the mesh
atet3D%u -beta [%f] change the weight of the external forces
atet3D%u -closestPoint compute all closest data points
atet3D%u -color [#RGB | #RRGGBB | #RRRGGGBBB | #RRRRGGGGBBBB | %f %f %f] get/set tetrahedrisation wireframe color
atet3D%u -computeDispList triangulation_file_name correspondences_file_name[%s %s] compute displacement list according to a triangulation file and a correspondences file
atet3D%u -cuttingZone [sz&u] get/set the zone given to new surface triangles
atet3D%u -damping [%f] get/set the damping factor on all vertices
atet3D%u -deformationMode [no | local | global] set/get model deformation mode
atet3D%u -destroy destroy a 3D tetrahedrisation
atet3D%u -distFromRest [L1][L2][linf] compute normalized distance from rest position
atet3D%u -elasticDamping [%f] get/set the elastic damping factor on all vertices
atet3D%u -flipNormals flip the surface normals for display
atet3D%u -forceConstraint [%u] get the number of force Constraint. If a rank number n is provided then the name of the nth force constraint is returned. If the "delete" keyword is added this force constraint is deleted
atet3D%u -globalTransformation [rigid | similarity | affine] set/get global transformation constraint
atet3D%u -goToRestPosition [%f] set vertices position to their rest position
atet3D%u -highlightTexture [text2D%u] get/set highlight texture
atet3D%u -incompressibilityConstraint [%f] Incompressibility constraint forces each tetrahedron to keep the same volume; This option command get/set the incompressibility constraint extent ( value between 0.0 and 1.0)
atet3D%u -integrationMethod [EXPLICIT | HOUBOLT] set/get time integration method of the tetrahedrisation
atet3D%u -internalEnergy get the internal energy on the whole mesh
atet3D%u -internalForce [all | %s ] get/set the name of the internal force applied on the each vertex
atet3D%u -isotropicLameCoefficient [%f %f] get/set the two Lamé coefficient (lambda,mu) on all tetrahedra
atet3D%u -kind returns the name of the object kind associated with a given object
atet3D%u -loadOption [moduleName=%s] [true|false] when no parameters is provided, returns the list of modules. If one module name is provided then returns a boolean indicating if the module should be read. If 2 parameters are provided then set the selection mode of a module for reading
atet3D%u -massDensity [%f] set/get mass density of the tetrahedrisation
atet3D%u -material [%f %f %f %f %f %f %f %f %f %f %f %f %f | %f %f %f %f %f %f %f %f %f %f | #RGB | #RRGGBB | #RRRGGGBBB | #RRRRGGGGBBBB | [ambient %f %f %f [%f]] [diffuse %f %f %f [%f]] [specular %f %f %f [%f]] [shininess %f]] [emission %b %f %f %f [%f]]] get/set tetrahedrisation material
atet3D%u -name [filename=%s] set/get mesh file name
atet3D%u -newSurfaceZone %s create a new surfacezone with a given name
atet3D%u -newZone %s create a new zone with a given name
atet3D%u -numberCGIterations %i set maximum number of iterations of conjugate gradient for implicit computation
atet3D%u -positionConstraint [%u] [delete] without any parameters get the number of position Constraint. If a rank number n is provided then the name of the nth position constraint is returned. If the "delete" keyword is added this position constraint is deleted
atet3D%u -pressureConstraint [sz%u %f] pressure constraint force on a given surface zone
atet3D%u -qualityHistogram get the histogram of the tetrahedra shape index
atet3D%u -rangeInformation [%u] change the range Information for an active tetrahedrisation
atet3D%u -readBasicTransformation [filename=%s] read basic transformation (rot,trans,scale) in file and apply to active tetrahedrization
atet3D%u -recomputeTensors recompute all elastic tensors
atet3D%u -removeConnectedComponent v%u remove the connected component coresponding to a given virtual vertex
atet3D%u -render [hide | wireframe | flat | solid | wireframesolid | hiddenlines | transparency | wireframetransparency] get/set tetrahedrisation render mode
atet3D%u -renderOption get the list of possible rendering modes for a tetrahedrisation
atet3D%u -rotate %f %f %f rotate Tetrahedrisation
atet3D%u -save [filename=%s] save a 3D tetrahedrisation (using given filename)
atet3D%u -saveAsGHS3D [filename=%s] save a 3D tetrahedrisation in the GHS3D format (using given filename)
atet3D%u -saveAsPreTr [filename=%s] save a 3D tetrahedrisation in the Precomputed Tr format (using given filename)
atet3D%u -saveOption [moduleName=%s] [true|false] when no parameters is provided, returns the list of modules. If one module name is provided then returns a boolean indicating if the module should be saved or not. If 2 parameters are provided then set the selection mode of a module for writing
atet3D%u -saveTr [filename=%s] save a 3D tetrahedrisation in the Tr format (using given filename)
atet3D%u -scale %f scale Tetrahedrisation
atet3D%u -select [ v%u | e%u | t%u | T%u | z%u | sz%u ] get/set selected items in the tetrahedrisation mesh
atet3D%u -selectedMaterial [%f %f %f %f %f %f %f %f %f %f %f %f %f | %f %f %f %f %f %f %f %f %f %f | #RGB | #RRGGBB | #RRRGGGBBB | #RRRRGGGGBBBB | [ambient %f %f %f [%f]] [diffuse %f %f %f [%f]] [specular %f %f %f [%f]] [shininess %f]] [emission %b %f %f %f [%f]]] get/set the selection material used to display selected items
atet3D%u -selectedSurfaceZone returns the id (or none) of the surface selected zone
atet3D%u -selectedZone returns the id (or none) of the selected zone
atet3D%u -selectionMode cam%u get/set selection/grab mode
atet3D%u -set1DTexture [%s %b] set 1D texture and boolean to normalize or not values
atet3D%u -setRestLength [%f] set rest length for spring-mass system
atet3D%u -setRestPosition [%f] set rest position and reset elastic tensors
atet3D%u -showClosestPoint [%b] show closest data points
atet3D%u -showExternalForces [] show external forces directions
atet3D%u -showNormals [%b] show normal vectors
atet3D%u -surfaceZones get this tetrahedrisation surface zones list
atet3D%u -test test
atet3D%u -texture1D [text1D%u] get/set a given 1D texture
atet3D%u -texture1DOption [ use [true | false] | | interpolation [nearest|linear] | extrapolation [ clamp | repeat ] | mode [ spherical | coordinates | planar | camera ] | sparam [ %f %f %f %f ] | tparam [ %f %f %f %f ] ] get/set 1D texture display properties
atet3D%u -texture2D [text2D%u] get/set a given 2D texture
atet3D%u -texture2DOption [ replaceLighting [true | false] | use [true | false] | useHighlightTexture [true | false] | interpolation [nearest|linear] | extrapolation [ clamp | repeat ] | mode [ spherical | coordinates | planar | camera ] | sparam [ %f %f %f %f ] | tparam [ %f %f %f %f ] ] get/set 2D texture display properties
atet3D%u -timeStep [%f] get/set the time step for internal force computation
atet3D%u -topologyCheck check Tetrahedrisation topology
atet3D%u -translate %f %f %f translate Tetrahedrisation
atet3D%u -unit [none|meter|millimeter] set/get time the unit used to store the vertex position
atet3D%u -useDisplayLists true|false usage of display lists
atet3D%u -virtualVertices list the virtual vertices
atet3D%u -volume get the current volume of the tetrahedrisation
atet3D%u -zones get this tetrahedrisation zones list