CIwSVec2 Scythe::getRotatedCoords(CIwSVec2 pos)
{
IW_CALLSTACK("Scythe::getRotatedCoords");
// Transform matrix by rotation matrix and find what the suppplied position would
// be in new post rotation coordinate system
Iw2DSetTransformMatrix(mRot);
CIwMat2D transformationMatrix = Iw2DGetTransformMatrix();
CIwVec2 transformedPosition = transformationMatrix.TransformVec(pos);
Iw2DSetTransformMatrix(CIwMat2D::g_Identity);
return CIwSVec2(transformedPosition);
}
void myIwGxDrawStar(int x, int y, CIwSVec2 texpos, int iscale, iwangle rotval, int alphaf)
{
CIwMat2D transformMatrix;
int i;
//
if (ssend_vertices + 4 > (MX_VERTICES))
{
myIwGxDoneBonus();
ssend_vertices = 0;
}
transformMatrix = CIwMat2D::g_Identity;
transformMatrix.SetRot(rotval, CIwVec2(x, y));
//
// 0 = top-left
// 1 = bottom-left
// 2 = bottom-right
// 3 = top-right
//
svertices[ssend_vertices + 0].x = x - iscale;
svertices[ssend_vertices + 0].y = y - iscale;
svertices[ssend_vertices + 1].x = x - iscale;
svertices[ssend_vertices + 1].y = y + iscale;
svertices[ssend_vertices + 2].x = x + iscale;
svertices[ssend_vertices + 2].y = y + iscale;
svertices[ssend_vertices + 3].x = x + iscale;
svertices[ssend_vertices + 3].y = y - iscale;
//
suvdata[ssend_vertices + 0].x = (texpos.x) << 3;
suvdata[ssend_vertices + 0].y = (texpos.y) << 3;
suvdata[ssend_vertices + 1].x = (texpos.x) << 3;
suvdata[ssend_vertices + 1].y = (texpos.y + 32) << 3;
suvdata[ssend_vertices + 2].x = (texpos.x + 32) << 3;
suvdata[ssend_vertices + 2].y = (texpos.y + 32) << 3;
suvdata[ssend_vertices + 3].x = (texpos.x + 32) << 3;
suvdata[ssend_vertices + 3].y = (texpos.y) << 3;
//
scolors[ssend_vertices + 0].Set(0xFF, 0xFF, 0xFF, (uint8)(alphaf));
scolors[ssend_vertices + 1].Set(0xFF, 0xFF, 0xFF, (uint8)(alphaf));
scolors[ssend_vertices + 2].Set(0xFF, 0xFF, 0xFF, (uint8)(alphaf));
scolors[ssend_vertices + 3].Set(0xFF, 0xFF, 0xFF, (uint8)(alphaf));
//
for (i = 0; i < 4; i++)
svertices[ssend_vertices + i] = transformMatrix.TransformVec(svertices[ssend_vertices + i]);
ssend_vertices += 4;
//
}
