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179 | #include <assert.h>
#include "meshkit/MeshOp.hpp"
#include "meshkit/MKCore.hpp"
#include "meshkit/ModelEnt.hpp"
//#include "meshkit/FBiGeom.hpp"
namespace MeshKit
{
MeshOp::MeshOp(const MeshOp &mesh_op)
: GraphNode(mesh_op)
{
}
MeshOp::MeshOp(MKCore *mkcore, const MEntVector &me_vec)
: GraphNode(mkcore)
{
if (!me_vec.empty()) {
for (MEntVector::const_iterator vit = me_vec.begin(); vit != me_vec.end(); vit++)<--- Prefer prefix ++/-- operators for non-primitive types.
mentSelection[*vit];
}
}
void MeshOp::setup_boundary()
{
// generic setup code; make sure there are MeshOp's for each of my bounding entities, and create
// ones where necessary (based on default MeshOp for that dimension registered with MOF)
// use separate MeshOps by dimension, since there may be multiple dimension entities in mentSelection
MeshOp *this_op[] = {NULL, NULL, NULL, NULL};
for (MEntSelection::iterator mit = mentSelection.begin(); mit != mentSelection.end(); mit++) {<--- Prefer prefix ++/-- operators for non-primitive types.
ModelEnt *this_ent = (*mit).first;
int dim = this_ent->dimension();
if (0 == dim) continue;
if (this_ent->get_meshed_state()>=COMPLETE_MESH)
continue;
MEntVector children;
this_ent->get_adjacencies(dim-1, children);
for (MEntVector::iterator chit = children.begin(); chit != children.end(); chit++) {<--- Prefer prefix ++/-- operators for non-primitive types.
if ((*chit)->is_meshops_list_empty()) {
// no meshop, need to get one associated with this
if (!this_op[dim-1]) {
this_op[dim-1] = mk_core()->construct_meshop(dim-1);
if (!this_op[dim-1]) throw Error(MK_MESHOP_NOT_FOUND, "No default meshop for this dimension.");
}
this_op[dim-1]->add_modelent(*chit);
}
}
}
// VertexMesher should be inserted after root node to be done before other meshops
// It is because the VertexMesher instance is only one
if (this_op[0]) {
mk_core()->insert_node(this_op[0], this, mk_core()->root_node());
}
for (int dim = 1; dim <= 3; dim++) {
if (this_op[dim])
mk_core()->insert_node(this_op[dim], this);
}
}
bool MeshOp::canmesh_vertex(ModelEnt *model_ent)
{
return (model_ent->dimension() == 0);
}
bool MeshOp::canmesh_edge(ModelEnt *model_ent)
{
return (model_ent->dimension() == 1);
}
bool MeshOp::canmesh_face(ModelEnt *model_ent)
{
return (model_ent->dimension() == 2);
}
bool MeshOp::canmesh_region(ModelEnt *model_ent)
{
return (model_ent->dimension() == 3);
}
bool MeshOp::add_modelent(ModelEnt *model_ent)
{
MEntSelection::iterator sit = mentSelection.find(model_ent);
if (sit != mentSelection.end()) return false;
mentSelection[model_ent];
// add meshop back to model ent
model_ent->add_meshop(this);
return true;
}
bool MeshOp::remove_modelent(ModelEnt *model_ent) <--- The function 'remove_modelent' is never used.
{
MEntSelection::iterator sit = mentSelection.find(model_ent);
if (sit != mentSelection.end()) {
mentSelection.erase(sit);
return true;
}
else return false;
}
MeshOp::~MeshOp()
{
}
void MeshOp::mesh_types(std::vector<moab::EntityType> &mesh_types)
{
const moab::EntityType* types = mesh_types_arr();
for (int i = 0; types[i] != moab::MBMAXTYPE; ++i)
mesh_types.push_back(types[i]);
}
#ifdef HAVE_FBIGEOM
void MeshOp::create_model_ents_from_previous_ops()
{
// model ents are empty so far...
GraphNode * prevNode = other_node(in_arcs());// assumes one incoming edge!!
MeshOp * prevOp = reinterpret_cast<MeshOp*> (prevNode);
std::string nameOp = prevNode->get_name();
if (NULL==prevOp)
return;
// if the previous op is MBSplitOp or MBGeomOp, we know what to do
if ( !(nameOp == "MBGeomOp" || nameOp == "MBSplitOp"))
{
return; // do not process yet other OPs
}
MEntSelection & mentsel = prevOp->me_selection();
if (mentsel.empty())
return;
ModelEnt * firstMe = (*(mentsel.begin()) ).first;
moab::Range prevModelSet = mentsel[firstMe];
if (prevModelSet.size()!=1)
return;
// this range has one set that can serve as basis for
// mesh based geometry
// the model ents have no model tag on the sets!!
iGeom::EntitySetHandle rootSet = (iGeom::EntitySetHandle) prevModelSet[0];
int latestGeomIndex = mk_core()->initialize_mesh_based_geometry(rootSet);
MEntVector model_ents;
// get the model entities of dimension 2, created with the latest FBiGeom!!!
mk_core()->get_entities_by_dimension(2, model_ents, latestGeomIndex);
// add it to the mentSelection!!
if (model_ents.size()==0)
return; // nothing to mesh .... could be an infinite loop maybe we should abort
for (unsigned int i = 0; i<model_ents.size(); i++)
{
moab::Range rr = mentSelection[model_ents[i]];
rr.clear(); // just to use it , to avoid some warnings
}
/*// redo the setup for the op, as we added more entities
setup_this();
// we will have to also execute operations before this ...
mk_core()->setup_and_execute();// will relaunch the whole execute// some are marked as
// executed, so no worries*/
}
#endif
}
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