HuMAnS
#include <CreateVRML.h>
| double VRMLFeatures::dt |
dt (double) the time samples step
geomFilename (char *) name of the input file describing h-anim compliant geometry
geomFilename (char *) name of the input file describing h-anim compliant geometry
geomFilename (char *) name of the input file describing h-anim compliant geometry
geomFilename (char *) name of the input file describing h-anim compliant geometry
geomFilename (char *) name of the input file describing h-anim compliant geometry
geomFilename (char *) name of the input file describing h-anim compliant geometry
geomFilename (char *) name of the input file describing h-anim compliant geometry
| char** VRMLFeatures::jointsNames |
jointsNames (char **) names of the joints
| char** VRMLFeatures::jointsNames |
jointsNames (char **) names of the joints
| char** VRMLFeatures::jointsNames |
jointsNames (char **) names of the joints
| char** VRMLFeatures::jointsNames |
jointsNames (char **) names of the joints
| char** VRMLFeatures::jointsNames |
jointsNames (char **) names of the joints
| char** VRMLFeatures::jointsNames |
jointsNames (char **) names of the joints
| char** VRMLFeatures::jointsNames |
jointsNames (char **) names of the joints
| double* VRMLFeatures::jointsPos |
pos (double *) the vector containing the root x y z position for every time sample ( [nbSamples x 3] )
| double* VRMLFeatures::jointsPos |
pos (double *) the vector containing the root x y z position for every time sample ( [nbSamples x 3] )
| double* VRMLFeatures::jointsPos |
pos (double *) the vector containing the root x y z position for every time sample ( [nbSamples x 3] )
| double* VRMLFeatures::jointsPos |
pos (double *) the vector containing the root x y z position for every time sample ( [nbSamples x 3] )
| double* VRMLFeatures::jointsPos |
pos (double *) the vector containing the root x y z position for every time sample ( [nbSamples x 3] )
| double* VRMLFeatures::jointsPos |
pos (double *) the vector containing the root x y z position for every time sample ( [nbSamples x 3] )
| double* VRMLFeatures::jointsPos |
pos (double *) the vector containing the root x y z position for every time sample ( [nbSamples x 3] )
| double* VRMLFeatures::jointsRot |
rot (double *) the matrix containing each joint quaternion for every time sample ( [nbSamples x nbJoints x 4] )
| double* VRMLFeatures::jointsRot |
rot (double *) the matrix containing each joint quaternion for every time sample ( [nbSamples x nbJoints x 4] )
| double* VRMLFeatures::jointsRot |
rot (double *) the matrix containing each joint quaternion for every time sample ( [nbSamples x nbJoints x 4] )
| double* VRMLFeatures::jointsRot |
rot (double *) the matrix containing each joint quaternion for every time sample ( [nbSamples x nbJoints x 4] )
| double* VRMLFeatures::jointsRot |
rot (double *) the matrix containing each joint quaternion for every time sample ( [nbSamples x nbJoints x 4] )
| double* VRMLFeatures::jointsRot |
rot (double *) the matrix containing each joint quaternion for every time sample ( [nbSamples x nbJoints x 4] )
| double* VRMLFeatures::jointsRot |
rot (double *) the matrix containing each joint quaternion for every time sample ( [nbSamples x nbJoints x 4] )
| double VRMLFeatures::markerColor[3] |
markerColor (double[3]) the color of markers red by default
| char** VRMLFeatures::markerNames |
markerNames (char **) names of the led markers
| double* VRMLFeatures::markerPos |
markerPos (double *) the vector containing each led marker x y z position for every time sample ( [nbSamples x nbMarker x 3] )
nbJoints (int) the number of joints
nbMarkers (int) the number of led markers set up on the body
nbPhysVec (int) number of physical vectors to display, 0 by default
nbSamples (int) the number of time samples
outputFilename (char *) name of the file to create
outputFilename (char *) name of the file to create
outputFilename (char *) name of the file to create
outputFilename (char *) name of the file to create
outputFilename (char *) name of the file to create
outputFilename (char *) name of the file to create
outputFilename (char *) name of the file to create
| char** VRMLFeatures::physVecNames |
physVecNames (char **) names of the physical vectors
| char** VRMLFeatures::physVecNames |
physVecNames (char **) names of the physical vectors
| char** VRMLFeatures::physVecNames |
physVecNames (char **) names of the physical vectors
| char** VRMLFeatures::physVecNames |
physVecNames (char **) names of the physical vectors
| char** VRMLFeatures::physVecNames |
physVecNames (char **) names of the physical vectors
| char** VRMLFeatures::physVecNames |
physVecNames (char **) names of the physical vectors
| char** VRMLFeatures::physVecNames |
physVecNames (char **) names of the physical vectors
| double* VRMLFeatures::physVecPos |
physVecPos (double *) the vector containing each physical vector x y z position for every time sample ( [nbSamples x nbPhysVec x 3] )
| double* VRMLFeatures::physVecPos |
physVecPos (double *) the vector containing each physical vector x y z position for every time sample ( [nbSamples x nbPhysVec X 3] )
| double* VRMLFeatures::physVecPos |
physVecPos (double *) the vector containing each physical vector x y z position for every time sample ( [nbSamples x nbPhysVec X 3] )
| double* VRMLFeatures::physVecPos |
physVecPos (double *) the vector containing each physical vector x y z position for every time sample ( [nbSamples x nbPhysVec X 3] )
| double* VRMLFeatures::physVecPos |
physVecPos (double *) the vector containing each physical vector x y z position for every time sample ( [nbSamples x nbPhysVec X 3] )
| double* VRMLFeatures::physVecPos |
physVecPos (double *) the vector containing each physical vector x y z position for every time sample ( [nbSamples x nbPhysVec X 3] )
| double* VRMLFeatures::physVecPos |
physVecPos (double *) the vector containing each physical vector x y z position for every time sample ( [nbSamples x nbPhysVec X 3] )
| double* VRMLFeatures::physVecRGB |
physVecRGB (double *) the matrix containing RGB colors for every physical vector ( [nbPhysVec x 3] )
| double* VRMLFeatures::physVecRGB |
physVecRGB (double *) the matrix containing RGB colors for every physical vector ( [nbPhysVec x 3] )
| double* VRMLFeatures::physVecRGB |
physVecRGB (double *) the matrix containing RGB colors for every physical vector ( [nbPhysVec x 3] )
| double* VRMLFeatures::physVecRGB |
physVecRGB (double *) the matrix containing RGB colors for every physical vector ( [nbPhysVec x 3] )
| double* VRMLFeatures::physVecRGB |
physVecRGB (double *) the matrix containing RGB colors for every physical vector ( [nbPhysVec x 3] )
| double* VRMLFeatures::physVecRGB |
physVecRGB (double *) the matrix containing RGB colors for every physical vector ( [nbPhysVec x 3] )
| double* VRMLFeatures::physVecRGB |
physVecRGB (double *) the matrix containing RGB colors for every physical vector ( [nbPhysVec x 3] )
| double* VRMLFeatures::physVecRot |
physVecRot (double *) the matrix containing each physical vector quaternion for every time sample ( [nbSamples x nbPhysVec x 4] )
| double* VRMLFeatures::physVecRot |
physVecRot (double *) the matrix containing each physical vector quaternion for every time sample ( [nbSamples x nbPhysVec x 4] )
| double* VRMLFeatures::physVecRot |
physVecRot (double *) the matrix containing each physical vector quaternion for every time sample ( [nbSamples x nbPhysVec x 4] )
| double* VRMLFeatures::physVecRot |
physVecRot (double *) the matrix containing each physical vector quaternion for every time sample ( [nbSamples x nbPhysVec x 4] )
| double* VRMLFeatures::physVecRot |
physVecRot (double *) the matrix containing each physical vector quaternion for every time sample ( [nbSamples x nbPhysVec x 4] )
| double* VRMLFeatures::physVecRot |
physVecRot (double *) the matrix containing each physical vector quaternion for every time sample ( [nbSamples x nbPhysVec x 4] )
| double* VRMLFeatures::physVecRot |
physVecRot (double *) the matrix containing each physical vector quaternion for every time sample ( [nbSamples x nbPhysVec x 4] )
| double* VRMLFeatures::physVecScale |
physVecScale (double *) the matrix containing each physical vector x y z scale for every time sample ( [nbSamples x nbnbPhysvec x 3] )
| double* VRMLFeatures::physVecScale |
physVecScale (double *) the matrix containing each physical vector x y z scale for every time sample ( [nbSamples x nbnbPhysvec x 3] )
| double* VRMLFeatures::physVecScale |
physVecScale (double *) the matrix containing each physical vector x y z scale for every time sample ( [nbSamples x nbnbPhysvec x 3] )
| double* VRMLFeatures::physVecScale |
physVecScale (double *) the matrix containing each physical vector x y z scale for every time sample ( [nbSamples x nbnbPhysvec x 3] )
| double* VRMLFeatures::physVecScale |
physVecScale (double *) the matrix containing each physical vector x y z scale for every time sample ( [nbSamples x nbnbPhysvec x 3] )
| double* VRMLFeatures::physVecScale |
physVecScale (double *) the matrix containing each physical vector x y z scale for every time sample ( [nbSamples x nbnbPhysvec x 3] )
| double* VRMLFeatures::physVecScale |
physVecScale (double *) the matrix containing each physical vector x y z scale for every time sample ( [nbSamples x nbnbPhysvec x 3] )
flag to enable the use of java script nodes to use transparency when displaying physical vectors and an improved interface
HuMAnS |
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1.4.7