edgeCurve::~edgeCurve() {
clearVerts();
if (mPath) delete mPath;
if (mHole) delete mHole;
if (mSlaveHole) delete mSlaveHole;
if (mResampleLine) delete mResampleLine;
}
void edgeCurve::forceUpdateVerts(vector<ofVec3f> _verts) {
int ind = 0;
clearVerts();
for (auto v : _verts) {
mVerts.push_back(new draggableVertex(v,ind));
ind++;
}
}
void PolygonObject::prepareForDock(const Point &point, S32 teamIndex)
{
#ifndef ZAP_DEDICATED
F32 h = 16; // Entire height
F32 w = 20; // Half the width
clearVerts();
addVert(point + Point(-w, 0));
addVert(point + Point( w, 0));
addVert(point + Point( w, h));
addVert(point + Point(-w, h));
Parent::prepareForDock(point, teamIndex);
#endif
}
void edgeCurve::resample(int _vcnt) {
if (mResampleLine) {
delete mResampleLine;
mResampleLine = NULL;
}
mResampleLine = new ofPolyline();
int ind =0;
for (auto v : mVerts) {
if (ind ==0) {
mResampleLine->addVertex(v->pos);
mResampleLine->curveTo(v->pos);
mResampleLine->curveTo(v->pos);
} else if (ind == mVerts.size()-1) {
mResampleLine->curveTo(v->pos);
mResampleLine->curveTo(v->pos);
}
else {
mResampleLine->curveTo(v->pos);
}
ind++;
}
ofPolyline rpln = mResampleLine->getResampledBySpacing(mResampleLine->getPerimeter()/(_vcnt+0.001));
clearVerts();
vector <ofPoint> pts = rpln.getVertices();
ind =0;
for (auto pt : pts) {
mVerts.push_back(new draggableVertex(pt,ind));
ind++;
}
mVertCnt = _vcnt;
}
void ofxFace::clear()
{
clearVerts();
clearEdges();
}
