CFixVector CFace::CalcCenter (CModel* po)
{
CFloatVector cf;
CFixVector c;
cf = CalcCenterf (po);
c.Assign (cf);
return c;
}
void DrawOutline (int nVertices, g3sPoint **pointList)
{
int i;
GLint depthFunc;
g3sPoint center, Normal;
CFixVector n;
CFloatVector *nf;
#if 1 //!DBG
if (gameStates.render.bQueryOcclusion) {
tRgbaColorf outlineColor = {1, 1, 0, -1};
G3DrawPolyAlpha (nVertices, pointList, &outlineColor, 1, -1);
return;
}
#endif
glGetIntegerv (GL_DEPTH_FUNC, &depthFunc);
glDepthFunc (GL_ALWAYS);
CCanvas::Current ()->SetColorRGB (255, 255, 255, 255);
center.p3_vec.SetZero ();
for (i = 0; i < nVertices; i++) {
G3DrawLine (pointList [i], pointList [(i + 1) % nVertices]);
center.p3_vec += pointList [i]->p3_vec;
nf = &pointList [i]->p3_normal.vNormal;
/*
n[X] = (fix) (nf->x() * 65536.0f);
n[Y] = (fix) (nf->y() * 65536.0f);
n[Z] = (fix) (nf->z() * 65536.0f);
*/
n.Assign (*nf);
transformation.Rotate(n, n, 0);
Normal.p3_vec = pointList[i]->p3_vec + n * (I2X (10));
G3DrawLine (pointList [i], &Normal);
}
#if 0
VmVecNormal (&Normal.p3_vec,
&pointList [0]->p3_vec,
&pointList [1]->p3_vec,
&pointList [2]->p3_vec);
VmVecInc (&Normal.p3_vec, ¢er.p3_vec);
VmVecScale (&Normal.p3_vec, I2X (10));
G3DrawLine (¢er, &Normal);
#endif
glDepthFunc (depthFunc);
}
int CTriMeshBuilder::InsertTriangles (void)
{
tTriangle* triP = &m_triangles [0];
tFaceTriangle* grsTriP = TRIANGLES.Buffer ();
CSegFace* m_faceP = NULL;
CFixVector vNormal;
int h, i, nFace = -1;
GLuint nIndex = 0;
PrintLog (" inserting new triangles\n");
QSortTriangles (0, m_nTriangles - 1);
ResetVertexNormals ();
for (h = 0; h < m_nTriangles; h++, triP++, grsTriP++) {
grsTriP->nFace = triP->nFace;
if (grsTriP->nFace == nFace)
m_faceP->nTris++;
else {
if (m_faceP)
m_faceP++;
else
m_faceP = FACES.faces.Buffer ();
nFace = grsTriP->nFace;
#if DBG
if (m_faceP - FACES.faces != nFace)
return 0;
#endif
m_faceP->nFrame = -1;
m_faceP->nIndex = nIndex;
m_faceP->nTriIndex = h;
m_faceP->nTris = 1;
#if USE_RANGE_ELEMENTS
m_faceP->vertIndex = FACES.vertIndex + nIndex;
#endif
}
grsTriP->nIndex = nIndex;
memcpy (grsTriP->index, triP->index, sizeof (triP->index));
for (i = 0; i < 3; i++)
FACES.vertices [nIndex + i].Assign (gameData.segs.fVertices [triP->index [i]]);
FACES.normals [nIndex] = CFloatVector3::Normal (FACES.vertices [nIndex], FACES.vertices [nIndex + 1], FACES.vertices [nIndex + 2]);
#if DBG
if (FACES.normals [nIndex].Mag () == 0)
m_faceP = m_faceP;
#endif
vNormal.Assign (FACES.normals [nIndex]);
for (i = 1; i < 3; i++)
FACES.normals [nIndex + i] = FACES.normals [nIndex];
memcpy (FACES.texCoord + nIndex, triP->texCoord, sizeof (triP->texCoord));
memcpy (FACES.ovlTexCoord + nIndex, triP->ovlTexCoord, sizeof (triP->ovlTexCoord));
memcpy (FACES.color + nIndex, triP->color, sizeof (triP->color));
#if USE_RANGE_ELEMENTS
for (i = 0; i < 3; i++, nIndex++)
FACES.vertIndex [nIndex] = nIndex;
#else
nIndex += 3;
#endif
}
gameData.segs.nTris = m_nTriangles;
SetupVertexNormals ();
FreeData ();
PrintLog (" created %d new triangles and %d new vertices\n",
m_nTriangles - m_nTris, gameData.segs.nVertices - m_nVertices);
CreateFaceVertLists ();
return 1;
}
