//--------------------------------------------------------------
void testApp::update(){
bool press = ofGetKeyPressed();
voro::container con(-containerSize,containerSize,
-containerSize,containerSize,
-containerSize,containerSize,
1, 1, 1, press, press, press, 8);
for(int i = 0; i < boids.size();i++){
boids[i]->update( boids );
if ( insideContainer( con, *boids[i])){
addCellSeed( con, boids[i], i);
boids[i]->color.set(50, 200,200);
} else {
boids[i]->color.set(255,0,0);
}
}
cellMeshes.clear();
cellMeshes = getCellsFromContainer(con,0);
cellMeshWireframes.clear();
cellMeshWireframes = getCellsFromContainer(con,0,true);
ofSetWindowTitle(ofToString(ofGetFrameRate()));
}
void VoroNode::split(int _nCells, bool overFlowX, bool overFlowY, bool overFlowZ) {
nCells = _nCells;
isSplit = true;
bDraw = false;
voro::container con(minBounds.x,maxBounds.x,
minBounds.y,maxBounds.y,
minBounds.z,maxBounds.z,
1,1,1,
overFlowX,overFlowY,overFlowZ, // set true to flow beyond box
8);
vector<voro::wall_plane*> wallsToDeleteAfterGettingCells;
for(ofMeshFace f : mesh.getUniqueFaces()){
ofVec3f fNormal = f.getFaceNormal();
ofVec3f fOrigin = ofVec3f(0,0,0);
float sb, sn, sd;
sn = -fNormal.dot(fOrigin - f.getVertex(1));
sd = fNormal.dot(fNormal);
sb = sn / sd;
ofVec3f basePointOnPlane(fOrigin + sb * fNormal);
float distance = fOrigin.distance(basePointOnPlane);
voro::wall_plane * planeWall = new voro::wall_plane(-fNormal.x, -fNormal.y, -fNormal.z, distance);
wallsToDeleteAfterGettingCells.push_back(planeWall);
con.add_wall(planeWall);
}
for(int i = 0; i < nCells;i++){
ofPoint newCell = ofPoint(ofRandom(minBounds.x,maxBounds.x),
ofRandom(minBounds.y,maxBounds.y),
ofRandom(minBounds.z,maxBounds.z));
if(insideContainer(con, newCell))
addCellSeed(con, newCell, i, true);
else
i--;
}
vector<ofVboMesh> cellMeshes;
getCellsFromContainerParallel(con, 0, cellMeshes, false);
for (auto w : wallsToDeleteAfterGettingCells){
delete(w);
}
clearChildren();
for(auto && m : cellMeshes) {
VoroNode * sub = new VoroNode(m, *this);
}
};
void addCellsSeeds(voro::container &_con, ofPoint *_pnts, int _nSize, bool _checkInside){
for (int i = 0; i < _nSize; i++) {
addCellSeed(_con, _pnts[i], i, _checkInside);
}
}
void addCellsSeeds(voro::container &_con, vector<ofPoint*> &_pnts, bool _checkInside){
for (int i = 0; i < _pnts.size(); i++) {
addCellSeed(_con, _pnts[i], i, _checkInside);
}
}
