//*
Bone(const std::string & n,
const std::string & nE,
float x, float y, float z,
int pbi)
:name(n),
nameEng(nE)
{
parentBoneIndex = pbi;
initPos[0] = pos[0] = x;
initPos[1] = pos[1] = y;
initPos[2] = pos[2] = z;
initMat = IdentityMat();
boneMat = IdentityMat();
offsetMat = IdentityMat();
rotation = IdentityQuaternion();
}
BOOL TrueTypeImport::BuildCharacterEx(UINT index, float height, BezierShape &shape, float &width, int fontShapeVersion, bool ggo_native) {
assert(hFont);
if(!hFont)
return 0;
// Set up for the font and release it when this function returns
FontReady fontRdy(hFont);
// allocate space for the bitmap/outline
GLYPHMETRICS gm;
// init it to prevent UMR in GetGlyphOutline
gm.gmBlackBoxX =
gm.gmBlackBoxY =
gm.gmptGlyphOrigin.x =
gm.gmptGlyphOrigin.y =
gm.gmCellIncX =
gm.gmCellIncY = 0;
// Give it an identity matrix
MAT2 mat;
IdentityMat(&mat);
// get unicode outline
DWORD size;
if(!ggo_native)
size= GetGlyphOutlineW(fontRdy.hdc, index, GGO_GLYPH_INDEX|GGO_NATIVE, &gm, 0, NULL, &mat);
else
size= GetGlyphOutlineW(fontRdy.hdc, (index & 0x0000ffff), GGO_NATIVE, &gm, 0, NULL, &mat);
if(size != GDI_ERROR && size > 0) {
GenericAlloc mem(size);
if(!mem.ptr)
goto failure;
// get unicode outline
if(!ggo_native){
if ((GetGlyphOutlineW(fontRdy.hdc, index, GGO_GLYPH_INDEX|GGO_NATIVE, &gm, size, mem.ptr, &mat)) != size)
goto failure;
}
else
{
if ((GetGlyphOutlineW(fontRdy.hdc, (index & 0x0000ffff), GGO_NATIVE, &gm, size, mem.ptr, &mat)) != size)
goto failure;
}
curSpline = NULL; // reset the current spline pointer
if(!CreateCharacterShape((TTPOLYGONHEADER *)mem.ptr, size, shape, fontShapeVersion))
goto failure;
// Make sure the height matches the request
float scaleFactor = height / 1000.0f;
Matrix3 tm = ScaleMatrix(Point3(scaleFactor, scaleFactor, 0.0f));
shape.Transform(tm);
width = float(gm.gmCellIncX) * scaleFactor;
return TRUE;
}
// Character wasn't found!
failure:
width = 0.0f;
return FALSE;
}
Mat4 Mat4::ProjectPersp() {//Needs to be normalized after this
Mat4 temp = IdentityMat();
temp.mat[index(3,3)] = 0;
temp.mat[index(3,2)] = 1;
return temp;
}
Mat4 Mat4::RotateZMat(double theta) {
Mat4 temp = IdentityMat();
temp.mat[index(0,0)] = cos(theta);
temp.mat[index(0,1)] = sin(theta);
temp.mat[index(1,0)] = -1 * sin(theta);
temp.mat[index(1,1)] = cos(theta);
return temp;
}
Mat4 Mat4::TranslateMat(Vect4 v) {
Mat4 temp = IdentityMat();
double x = v[0] / v[3];
double y = v[1] / v[3];
double z = v[2] / v[3];
temp.mat[index(0,3)] = x;
temp.mat[index(1,3)] = y;
temp.mat[index(2,3)] = z;
return temp;
}
Mat4 Mat4::ScaleMat(Vect4 v) {
Mat4 temp = IdentityMat();
double x = v[0] / v[3];
double y = v[1] / v[3];
double z = v[2] / v[3];
temp.mat[index(0,0)] = x;
temp.mat[index(1,1)] = y;
temp.mat[index(2,2)] = z;
return temp;
}
