struct LargeDisplacementElastic3D

implements a simplified version of the non-linear elastic model that uses edge length variation

static void setElastic(ActiveTetra3D * t)

initialization method for elastic internal forces

static void computeElastic(ActiveTetra3D * t)

computes elastic forces on all vertices

static void computeImplicitScheme(ActiveTetra3D *t)

create the rigidity matrix for implicit scheme solution

static void computeLocalElastic(ActiveTetraVertex3D * v)

compute local elastic force on this vertex

static void setNonLinearElastic(ActiveTetra3D * t)

set non-linear elastic forces on all vertices

static void computeNonLinearElastic(ActiveTetra3D * t)

computes non-linear elastic forces on all vertices

static void setLargeDisplacementElastic(ActiveTetra3D * t)

set non-linear elastic forces on all vertices

static void unsetLargeDisplacementElastic(ActiveTetra3D * t)

unt non-linear elastic forces on all vertices

static void computeLargeDisplacementElastic(ActiveTetra3D * t)

computes non-linear elastic forces on all vertices

static double computeLargeDisplacementElasticEnergy(ActiveTetra3D * t)

computes non-linear elastic energy for all tetrahedra

static void updateLargeDisplacementElasticTetrahedron(ActiveTetraTetrahedron3D * oldtetra, ActiveTetraTetrahedron3D * newTetra)

modified new tetrahedron for large displacement elasticity

static void setElastic(ActiveTetra3D * t)

initialization method for elastic internal forces

static void computeElastic(ActiveTetra3D * t)

computes elastic forces on all vertices

static void computeImplicitScheme(ActiveTetra3D *t)

create the rigidity matrix for implicit scheme solution

static void computeLocalElastic(ActiveTetraVertex3D * v)

compute local elastic force on this vertex

static void setNonLinearElastic(ActiveTetra3D * t)

set non-linear elastic forces on all vertices

static void computeNonLinearElastic(ActiveTetra3D * t)

computes non-linear elastic forces on all vertices

static void setLargeDisplacementElastic(ActiveTetra3D * t)

set non-linear elastic forces on all vertices

static void unsetLargeDisplacementElastic(ActiveTetra3D * t)

unt non-linear elastic forces on all vertices

static void computeLargeDisplacementElastic(ActiveTetra3D * t)

computes non-linear elastic forces on all vertices

static double computeLargeDisplacementElasticEnergy(ActiveTetra3D * t)

computes non-linear elastic energy for all tetrahedra

static void updateLargeDisplacementElasticTetrahedron(ActiveTetraTetrahedron3D * oldtetra, ActiveTetraTetrahedron3D * newTetra)

modified new tetrahedron for large displacement elasticity

alphabetic index hierarchy of classes

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