void World::menuChoice(int n) {
BuildingBlock *bb = getSelectedBuildingBlock();
switch (n) {
case 1 : {
OUTPUT << "ADD block link to : " << bb->blockId << " num Face : " << numSelectedFace << endl;
vector<Cell3DPosition> nCells = lattice->getRelativeConnectivity(bb->position);
Cell3DPosition nPos = bb->position + nCells[numSelectedFace];
addBlock(0, bb->buildNewBlockCode, nPos, bb->color);
linkBlock(nPos);
linkNeighbors(nPos);
} break;
case 2 : {
OUTPUT << "DEL num block : " << tabGlBlocks[numSelectedGlBlock]->blockId << endl;
deleteBlock(bb);
} break;
case 3 : {
tapBlock(getScheduler()->now(), bb->blockId, numSelectedFace);
} break;
case 4: // Save current configuration
exportConfiguration();
break;
}
}
void World::connectBlock(BuildingBlock *block) {
Cell3DPosition pos = block->position;
OUTPUT << "Connect Block " << block->blockId << " pos = " << pos << endl;
lattice->insert(block, pos);
linkBlock(pos);
linkNeighbors(pos);
}
void World::linkNeighbors(const Cell3DPosition &pos) {
vector<Cell3DPosition> nCells = lattice->getActiveNeighborCells(pos);
// Check neighbors for each interface
for (Cell3DPosition nPos : nCells) {
linkBlock(nPos);
}
}
static void linkAllBlocks()
{
auto e = gBlockMap.end();
auto i = gBlockMap.begin();
while(i!=e) {
Block *block = (i++)->second;
linkBlock(block);
}
}
void World::linkBlocks() {
Cell3DPosition p;
for (p.pt[2] = 0; p[2] < lattice->gridSize[2]; p.pt[2]++) { // z
for (p.pt[1] = 0; p[1] < lattice->gridSize[1]; p.pt[1]++) { // y
for(p.pt[0] = 0; p[0] < lattice->gridSize[0]; p.pt[0]++) { // x
if (lattice->cellHasBlock(p)) {
// cerr << "l.cellHasBlock(" << p << "/" << lattice->getIndex(p) << ") = true ; id: "
// << lattice->getBlock(p)->blockId << endl;
linkBlock(p);
}
}
}
}
}
