LTI-Lib latest version v1.9 - last update 10 Apr 2010

lti::skinASM Member List

This is the complete list of members for lti::skinASM, including all inherited members.
activeShapeModel()lti::activeShapeModel
activeShapeModel(const activeShapeModel &other)lti::activeShapeModel
adjustShape(pointDistributionModel::shape &srcdest, const channel &gradientChannel, const channel &skinProbChannel, fvector &pointReliability) const lti::skinASM [protected]
lti::gradientASM::adjustShape(pointDistributionModel::shape &srcdest, const channel &gradientChannel, fvector &pointReliability) const lti::gradientASM [protected]
alignShape(pointDistributionModel::shape &shape, const pointDistributionModel::shape &referenceShape) const lti::activeShapeModel
alignShape(pointDistributionModel::shape &shape, const pointDistributionModel::shape &referenceShape, const fvector &pointReliability) const lti::activeShapeModel
appendStatusString(const char *msg) const lti::status [virtual]
appendStatusString(const int &msg) const lti::status [virtual]
appendStatusString(const double &msg) const lti::status [virtual]
appendStatusString(const status &other) const lti::status [virtual]
apply(pointDistributionModel::shape &srcdest, const channel &gradientChannel, const channel &skinProbChannel) const lti::skinASM
lti::gradientASM::apply(pointDistributionModel::shape &srcdest, const channel &gradientChannel) const lti::gradientASM
buildShape(const vector< double > &src) const lti::activeShapeModel [protected]
buildVector(const pointDistributionModel::shape &src) const lti::activeShapeModel [protected]
calculateAngle(const tpoint< float > &thePoint) const lti::activeShapeModel [protected]
calculateRelativeShapeScale(const pointDistributionModel::shape &shape, const pointDistributionModel::shape &referenceShape, const fvector &pointReliability, const tpoint< float > &shapeCenter=tpoint< float >(0.0, 0.0), const tpoint< float > &referenceShapeCenter=tpoint< float >(0.0, 0.0)) const lti::activeShapeModel [protected]
calculateShapeCenter(const pointDistributionModel::shape &shape) const lti::activeShapeModel
calculateShapeCenter(const pointDistributionModel::shape &shape, const fvector &pointReliability) const lti::activeShapeModel
calculateShapeDifference(const pointDistributionModel::shape &firstShape, const pointDistributionModel::shape &secondShape) const lti::activeShapeModel
calculateShapeDifference(const pointDistributionModel::shape &firstShape, const pointDistributionModel::shape &secondShape, const fvector &pointReliability) const lti::activeShapeModel
calculateShapeDistance(const pointDistributionModel::shape &shape, const tpoint< float > &thePoint=tpoint< float >(0.0f, 0.0f)) const lti::activeShapeModel
calculateShapeDistance(const pointDistributionModel::shape &shape, const fvector &pointReliability, const tpoint< float > &thePoint=tpoint< float >(0.0f, 0.0f)) const lti::activeShapeModel
calculateShapeOrientation(const pointDistributionModel::shape &shape, const pointDistributionModel::shape &referenceShape, const tpoint< float > &theCenter=tpoint< float >(0.0f, 0.0f)) const lti::activeShapeModel
calculateShapeOrientation(const pointDistributionModel::shape &shape, const pointDistributionModel::shape &referenceShape, const fvector &pointReliability, const tpoint< float > &theCenter=tpoint< float >(0.0, 0.0)) const lti::activeShapeModel
clone() const lti::skinASM [virtual]
convertShapeToWeightsVector(const pointDistributionModel::shape &src, vector< double > &dest) const lti::activeShapeModel
convertShapeToWeightsVector(const pointDistributionModel::shape &src, vector< double > &dest, const fvector &pointReliability) const lti::activeShapeModel
convertWeightsVectorToShape(const vector< double > &src, pointDistributionModel::shape &dest) const lti::activeShapeModel
copy(const skinASM &other)lti::skinASM
createListOfNormals(const pointDistributionModel::shape &theShape, tpointList< float > &listOfNormals) const lti::activeShapeModel [protected]
createWeightingKernel(kernel1D< float > &theKernel) const lti::gradientASM [protected]
functor()lti::functor
functor(const functor &other)lti::functor
getIntensityArray(const tpoint< float > &start, const tpoint< float > &normal, const channel &chnl, array< float > &values) const lti::gradientASM [protected]
getParameters() const lti::skinASM
lti::functor::getParameters()lti::functor [inline, protected]
getStatusString() const lti::status [virtual]
getTypeName() const lti::skinASM [virtual]
gradientASM()lti::gradientASM
gradientASM(const gradientASM &other)lti::gradientASM
initialize()lti::object [protected]
ioObject()lti::ioObject
ioObject(const ioObject &other)lti::ioObject
ltiLibInitializedlti::object [protected, static]
object()lti::object
operator=(const skinASM &other)lti::skinASM
read(ioHandler &handler, const bool complete=true)lti::functor [virtual]
roundPoint(const tpoint< float > &floatPoint) const lti::gradientASM [protected]
setParameters(const parameters &theParam)lti::functor [virtual]
setStatusString(const char *msg) const lti::status [virtual]
skinASM()lti::skinASM
skinASM(const skinASM &other)lti::skinASM
status()lti::status
trimShape(pointDistributionModel::shape &srcdest) const lti::activeShapeModel [protected]
trimShape(pointDistributionModel::shape &srcdest, const fvector &pointReliability) const lti::activeShapeModel [protected]
trimWeightsVector(vector< double > &srcdest) const lti::activeShapeModel [protected]
updateParameters()lti::functor [virtual]
useParameters(parameters &theParam)lti::functor [virtual]
validParameters() const lti::functor [virtual]
write(ioHandler &handler, const bool complete=true) const lti::functor [virtual]
~activeShapeModel()lti::activeShapeModel [virtual]
~functor()lti::functor [virtual]
~gradientASM()lti::gradientASM [virtual]
~ioObject()lti::ioObject [virtual]
~object()lti::object [virtual]
~skinASM()lti::skinASM [virtual]
~status()lti::status [virtual]

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