void computeSymmetricDifference(
CorkTriMesh in0, CorkTriMesh in1, CorkTriMesh *out
) {
CorkMesh cmIn0, cmIn1;
corkTriMesh2CorkMesh(in0, &cmIn0);
corkTriMesh2CorkMesh(in1, &cmIn1);
cmIn0.boolXor(cmIn1);
corkMesh2CorkTriMesh(&cmIn0, out);
}
void computeIntersection(
CorkTriMesh in0, CorkTriMesh in1, CorkTriMesh *out
) {
CorkMesh cmIn0, cmIn1;
corkTriMesh2CorkMesh(in0, &cmIn0);
corkTriMesh2CorkMesh(in1, &cmIn1);
cmIn0.boolIsct(cmIn1);
corkMesh2CorkTriMesh(&cmIn0, out);
}
void computeUnion(
CorkTriMesh in0, CorkTriMesh in1, CorkTriMesh *out
) {
CorkMesh cmIn0, cmIn1;
corkTriMesh2CorkMesh(in0, &cmIn0);
corkTriMesh2CorkMesh(in1, &cmIn1);
cmIn0.boolUnion(cmIn1);
corkMesh2CorkTriMesh(&cmIn0, out);
}
void computeSecond(
CorkTriMesh in0, CorkTriMesh in1, CorkTriMesh *out
) {
CorkMesh cmIn0, cmIn1;
corkTriMesh2CorkMesh(in0, &cmIn0);
corkTriMesh2CorkMesh(in1, &cmIn1);
cmIn1.boolFirst(cmIn0);
corkMesh2CorkTriMesh(&cmIn1, out);
}
void resolveIntersections(
CorkTriMesh in0, CorkTriMesh in1, CorkTriMesh *out
) {
CorkMesh cmIn0, cmIn1;
corkTriMesh2CorkMesh(in0, &cmIn0);
corkTriMesh2CorkMesh(in1, &cmIn1);
cmIn0.disjointUnion(cmIn1);
cmIn0.resolveIntersections();
corkMesh2CorkTriMesh(&cmIn0, out);
}
bool isSolid(CorkTriMesh cmesh)
{
CorkMesh mesh;
corkTriMesh2CorkMesh(cmesh, &mesh);
bool solid = true;
if(mesh.isSelfIntersecting()) {
CORK_ERROR("isSolid() was given a self-intersecting mesh");
solid = false;
}
if(!mesh.isClosed()) {
CORK_ERROR("isSolid() was given a non-closed mesh");
solid = false;
}
return solid;
}
