void AdvancedBox::calculate(const Int2& parPos, const Int2& parSize, const Int2& parHotSpot, float angleDegrees, int xTopDeformation, int xBottomDeformation)
{
float angleRadians = angleDegrees * MathUtils::PI / 180.0f;
data[0] = getRotatedPoint(
parPos.x() + parSize.width() - parHotSpot.x(), parPos.y() + parSize.height() - parHotSpot.y(),
angleRadians,
parPos.x()/*-1*/, parPos.y(), xBottomDeformation);
data[1] = getRotatedPoint(
parPos.x() - parHotSpot.x(), parPos.y() + parSize.height() - parHotSpot.y(),
angleRadians,
parPos.x(), parPos.y(), xBottomDeformation);
data[2] = getRotatedPoint(
parPos.x() - parHotSpot.x(), parPos.y() - parHotSpot.y(),
angleRadians,
parPos.x(), parPos.y(), xTopDeformation);
data[3] = getRotatedPoint(
parPos.x() + parSize.width() - parHotSpot.x(), parPos.y() - parHotSpot.y(),
angleRadians,
parPos.x()/*-1*/, parPos.y(), xTopDeformation);
/*PrintValue(data[0]);
PrintValue(data[1]);
PrintValue(data[2]);
PrintValue(data[3]);
Print("");*/
}
Point *SpaceShip::getPositions() {
Point *bottomPoints = new Point[4];
bottomPoints[0] = getRotatedPoint(x + startX + 10, startY + y);
bottomPoints[1] = getRotatedPoint(x + startX + 39, startY + y);
bottomPoints[2] = getRotatedPoint(x + startX + 68, startY + y);
bottomPoints[3] = getRotatedPoint(x + startX + 39, startY + y + shipHeight);
return bottomPoints;
}
void findPointIndicesInGrid( int * ind, float * pointP1, float * spacing, float * x0y0z0,float * rotMat){
/*
Convert coordinates of a rotated point to indices in a grid
*/
float p1IECF[3];
getRotatedPoint( p1IECF , pointP1, rotMat);
ind[0] = round( (p1IECF[1]-x0y0z0[1])/spacing[1]);// y IEC Fixed is along the frame axis
ind[1] = round( (p1IECF[2]-x0y0z0[2])/spacing[2]);// z IEC Fixed -> rows
ind[2] = round( (p1IECF[0]-x0y0z0[0])/spacing[0]);
}