/// Nonvirtual member which removes all declared parameters
void ParamFunction::clearAllParameters() {
clearTies();
clearConstraints();
m_parameters.clear();
m_parameterNames.clear();
m_parameterDescriptions.clear();
m_parameterStatus.clear();
}
void Simulation::setupConstraints()
{
clearConstraints();
switch(m_mesh->m_mesh_type)
{
case MESH_TYPE_OBJ_PHIS:
{
// generate stretch constraints. assign a stretch constraint for each edge.
EigenVector3 p1, p2;
for(std::vector<Edge>::iterator e = m_mesh->m_edge_list.begin(); e != m_mesh->m_edge_list.end(); ++e)
{
p1 = m_mesh->m_current_positions.block_vector(e->m_v1);
p2 = m_mesh->m_current_positions.block_vector(e->m_v2);
SpringConstraint *c = new SpringConstraint(&m_stiffness_stretch, e->m_v1, e->m_v2, (p1-p2).norm());
m_constraints.push_back(c);
}
}
break;
case MESH_TYPE_PRIM:
{
// generate stretch constraints. assign a stretch constraint for each edge.
EigenVector3 p1, p2;
for (std::vector<Edge>::iterator e = m_mesh->m_edge_list.begin(); e != m_mesh->m_edge_list.end(); ++e)
{
p1 = m_mesh->m_current_positions.block_vector(e->m_v1);
p2 = m_mesh->m_current_positions.block_vector(e->m_v2);
SpringConstraint *c = new SpringConstraint(&m_stiffness_stretch, e->m_v1, e->m_v2, (p1 - p2).norm());
m_constraints.push_back(c);
}
}
break;
}
std::cout << m_constraints.size() << " LDALD " << std::endl;
}
Simulation::~Simulation()
{
clearConstraints();
}
