void PovrayMaker::addSphere(double x, double y,double z, double r, double c)
{
textOut
<<QString("sphere")<<"\n"
<<QString("{")<<"\n"
<<QString(" <%1, %2, %3>, %4").arg(x).arg(z).arg(y).arg(r)<<"\n";
if(c)
pigment(c);
checkBorder(x,y,z);
checkBorder(r);
}
// do-step in FAController
void RLRBController::updateModel(RLPlayer*& p1, RLPlayer*& opp, int bestAct, int oppBestAct)
{
checkBorder(p1);
int m_dist = abs(opp->getPos()[0] - p1->getPos()[0]);
p1->getAct()->setDist(m_dist);
double rwd = p1->updateHealth(opp->getAct());
}
void PovrayMaker::addCone(double x, double y,double z,double r,double x1, double y1,double z1, double r1, double c, int open)
{
textOut
<<QString("cone")<<"\n"
<<QString("{")<<"\n"
<<QString(" <%1, %2, %3>, %4").arg(x).arg(z).arg(y).arg(r)<<"\n"
<<QString(" <%1, %2, %3>, %4").arg(x1).arg(z1).arg(y1).arg(r1)<<"\n";
if(open)
textOut<<QString(" %1").arg(open)<<"\n"; // Remove end caps
if(c)
pigment(c);
checkBorder(x,y,z);
checkBorder(x1,y1,z1);
checkBorder(r,r1);
}
void lawnmower(void)
{
srand(time(NULL));
border_t check;
while(1)
{
turtle("fd", rand()%RANDMOVE_MAX, NOP);
check = checkBorder();
switch (check)
{
case INSIDE:
turtle("sh", rand()%360, NOP);
break;
case NORTH:
turtle("sh", 90 +rand()%RANDTURN_MAX, NOP);
break;
case EAST:
turtle("sh", 180 +rand()%RANDTURN_MAX, NOP);
break;
case SOUTH:
turtle("sh", (270 +rand()%RANDTURN_MAX)%360, NOP);
break;
case WEST:
turtle("sh", rand()%RANDTURN_MAX, NOP);
break;
}
}
}
void PovrayMaker::addRadial(double r, double phi,double theta, double c)
{
double x1=r*cos(phi)*sin(theta);
double y1=r*sin(phi)*sin(theta);
double z1=r*cos(theta);
// addCone(0,0,0,0,x1, y1, z1, scale*0.025, c);
addSphere(x1, y1, z1, scale*0.075, c);
checkBorder(x1,y1,z1);
}
int Snake::move()
{
_lastChain = _snake.back();
if (!_eated)
_snake.pop_back();
else
--_eated;
_dir %= 4;
_snake.push_front(std::pair<int, int>((this->*ptr[_dir])()));
if (!checkBorder() || !checkCannibalism())
return (1);
return (0);
}
/*virtual*/ void h_Robot::move()
{
// Probe its nearby environment
QVector<qreal> sensorsIntensities = getSensors();
// Run the controller
neuralNet->run(sensorsIntensities, maxSensorIntensity);
// Update position
updatePosition();
// Prevent the robot from leaving the world
checkBorder(s->rob.borderMode);
}
HRESULT TimgFilterOutput::process(TffPict &pict,uint64_t dstcsp,unsigned char *dst[4],int dstStride[4],LONG &dstSize,const ToutputVideoSettings *cfg)
{
checkBorder(pict);
if ( !convert
|| convert->dx!=pict.rectFull.dx
|| convert->dy!=pict.rectFull.dy
|| old_cspOptionsRgbInterlaceMode != cfg->cspOptionsRgbInterlaceMode
|| old_highQualityRGB != cfg->highQualityRGB
|| old_dithering != cfg->dithering
|| old_outputLevelsMode != cfg->cspOptionsOutputLevelsMode
|| old_inputLevelsMode != cfg->cspOptionsInputLevelsMode
|| old_IturBt != cfg->cspOptionsIturBt) {
old_highQualityRGB = cfg->highQualityRGB;
old_dithering = cfg->dithering;
old_cspOptionsRgbInterlaceMode = cfg->cspOptionsRgbInterlaceMode;
old_outputLevelsMode = cfg->cspOptionsOutputLevelsMode;
old_inputLevelsMode = cfg->cspOptionsInputLevelsMode;
old_IturBt = cfg->cspOptionsIturBt;
if (convert) {
delete convert;
}
vramBenchmark.init();
convert=new Tconvert(deci,pict.rectFull.dx,pict.rectFull.dy,dstSize);
}
stride_t cspstride[4] = {0,0,0,0};
unsigned char *cspdst[4] = {0,0,0,0};
const TcspInfo *outcspInfo=csp_getInfo(dstcsp);
for (int i=0; i<4; i++) {
cspstride[i]=dstStride[0]>>outcspInfo->shiftX[i];
if (i==0) {
cspdst[i]=dst[i];
} else {
cspdst[i]=cspdst[i-1]+cspstride[i-1]*(pict.rectFull.dy>>outcspInfo->shiftY[i-1]);
}
}
if (convert->m_wasChange) {
vramBenchmark.onChange();
}
uint64_t cspret=convert->convert(pict,
(dstcsp ^ (cfg->flip ? FF_CSP_FLAGS_VFLIP : 0)) | ((!pict.film && (pict.fieldtype & FIELD_TYPE::MASK_INT)) ? FF_CSP_FLAGS_INTERLACED : 0),
cspdst,
cspstride,
vramBenchmark.get_vram_indirect());
vramBenchmark.update();
return cspret?S_OK:E_FAIL;
}
void StretchableSprite2D::SetBorder(const IntRect& border)
{
border_ = border;
auto drawSize = drawRect_.Size();
checkBorder(border_.left_, drawSize.x_);
checkBorder(border_.right_, drawSize.x_);
checkBorder(border_.left_ + border_.right_, drawSize.x_);
checkBorder(border_.bottom_, drawSize.y_);
checkBorder(border_.top_, drawSize.y_);
checkBorder(border_.bottom_ + border_.top_, drawSize.y_);
}
void sgbBorderEnableFunc(int value) {
sgbBordersEnabled = value;
checkBorder();
}
void customBorderEnableFunc(int value) {
customBordersEnabled = value;
checkBorder();
}
