36 typedef vector<uint32_t> u32vector;
37 typedef vector<vector<uint32_t> > u32vector2D;
38 typedef vector<vector<uint64_t> > u64vector2D;
64 bound = pbound =
false;
68 owners[0] = intersection.owners[0];
69 owners[1] = intersection.owners[1];
70 iface = intersection.iface;
71 isnew = intersection.isnew;
72 isghost = intersection.isghost;
73 finer = intersection.finer;
74 bound = intersection.bound;
75 pbound = intersection.pbound;
78 owners[0] = intersection.owners[0];
79 owners[1] = intersection.owners[1];
80 iface = intersection.iface;
81 isnew = intersection.isnew;
82 isghost = intersection.isghost;
83 finer = intersection.finer;
84 bound = intersection.bound;
85 pbound = intersection.pbound;
90 check = check && (owners[0] == intersection.owners[0]);
91 check = check && (owners[1] == intersection.owners[1]);
92 check = check && (iface == intersection.iface);
93 check = check && (isnew == intersection.isnew);
94 check = check && (isghost == intersection.isghost);
95 check = check && (finer == intersection.finer);
96 check = check && (bound == intersection.bound);
97 check = check && (pbound == intersection.pbound);
113 void getNormal(int8_t normal[3]){
114 for (
int i=0; i<3; i++){
115 normal[i] = global3D.
normals[iface][i];
Parallel Octree Manager Class.
Intersection class definition - 3D specialization.
Local octree portion for each process.
Intersection class definition.