//--------------------------------------------------------------
void Page::rebuild(float bendTopPct, float bendBottomPct)
{
path.clear();
// try to keep the page area the same as it bends...
float bendTopY = pageSize * 0.5 * bendTopPct;
float bendTopZ = -pageSize * (1 - ABS(bendTopPct) * 0.5);
float bendBottomY = pageSize * 0.5 * bendBottomPct;
float bendBottomZ = pageSize * (1 - ABS(bendBottomPct) * 0.5);
path.moveTo(ofPoint(-pageSize, bendTopY, bendTopZ));
path.bezierTo(ofPoint(-pageSize, bendTopY * 0.5, bendTopZ),
ofPoint(-pageSize, 0, bendTopZ * 0.5),
ofPoint(-pageSize, 0, 0));
path.bezierTo(ofPoint(-pageSize, 0, bendBottomZ * 0.5),
ofPoint(-pageSize, bendBottomY * 0.5, bendBottomZ),
ofPoint(-pageSize, bendBottomY, bendBottomZ));
path.lineTo(ofPoint(pageSize, bendBottomY, bendBottomZ));
path.bezierTo(ofPoint(pageSize, bendBottomY * 0.5, bendBottomZ),
ofPoint(pageSize, 0, bendBottomZ * 0.5),
ofPoint(pageSize, 0, 0));
path.bezierTo(ofPoint(pageSize, 0, bendTopZ * 0.5),
ofPoint(pageSize, bendTopY * 0.5, bendTopZ),
ofPoint(pageSize, bendTopY, bendTopZ));
remesh(PageOverwriteFirst);
}
//--------------------------------------------------------------
void Page::rebuild()
{
path.clear();
path.moveTo(ofPoint(-pageSize, 0, -pageSize));
path.lineTo(ofPoint(-pageSize, 0, pageSize));
path.lineTo(ofPoint( pageSize, 0, pageSize));
path.lineTo(ofPoint( pageSize, 0, -pageSize));
remesh(PageOverwriteNone);
}
//--------------------------------------------------------------
void Page::rebuild(float bendPct)
{
path.clear();
float bendY = pageSize * bendPct;
float bendZ = ABS(pageSize * bendPct * 2);
path.moveTo(ofPoint(-pageSize, 0, -pageSize));
path.lineTo(ofPoint(-pageSize, 0, pageSize - bendZ));
path.bezierTo(ofPoint(-pageSize, 0, pageSize - bendZ * 0.5), ofPoint(-pageSize, bendY * 0.5, pageSize), ofPoint(-pageSize, bendY, pageSize));
path.lineTo(ofPoint(pageSize, bendY, pageSize));
path.bezierTo(ofPoint(pageSize, bendY * 0.5, pageSize), ofPoint(pageSize, 0, pageSize - bendZ * 0.5), ofPoint(pageSize, 0, pageSize - bendZ));
path.lineTo(ofPoint(pageSize, 0, -pageSize));
path.lineTo(ofPoint(-pageSize, 0, -pageSize));
remesh(PageOverwriteAll);
}
bool Building::checkconstruction()
{
BuildingT* t = &g_bltype[type];
bool haveall = true;
for(int i=0; i<RESOURCES; i++)
if(conmat[i] < t->conmat[i])
{
haveall = false;
break;
}
#if 0
if(owner == g_localP)
{
char msg[128];
sprintf(msg, "%s construction complete.", t->name);
Chat(msg);
ConCom();
}
#endif
if(haveall && !finished)
for(char ctype=0; ctype<CONDUIT_TYPES; ctype++)
ReNetw(ctype);
//if(owner == g_localP)
// OnFinishedB(type);
finished = haveall;
remesh();
return finished;
}
