void ARX_FOGS_RenderAll() {
EERIE_QUAT rotation;
Quat_Init(&rotation);
GRenderer->SetRenderState(Renderer::AlphaBlending, false);
for(long i = 0; i < MAX_FOG; i++) {
FOG_DEF *fog = &fogs[i];
if(!fog->exist)
continue;
if(fogobj)
DrawEERIEInter(fogobj, &rotation, &fog->pos, NULL);
fog->bboxmin = BBOXMIN;
fog->bboxmax = BBOXMAX;
if(fog->special & FOG_DIRECTIONAL) {
EERIEDraw3DLine(fog->pos, fog->pos + fog->move * 50.f, Color::white);
}
if(fog->selected) {
EERIEDraw2DLine(fog->bboxmin.x, fog->bboxmin.y, fog->bboxmax.x, fog->bboxmin.y, 0.01f, Color::yellow);
EERIEDraw2DLine(fog->bboxmax.x, fog->bboxmin.y, fog->bboxmax.x, fog->bboxmax.y, 0.01f, Color::yellow);
EERIEDraw2DLine(fog->bboxmax.x, fog->bboxmax.y, fog->bboxmin.x, fog->bboxmax.y, 0.01f, Color::yellow);
EERIEDraw2DLine(fog->bboxmin.x, fog->bboxmax.y, fog->bboxmin.x, fog->bboxmin.y, 0.01f, Color::yellow);
}
}
}
void ComputeLight2DPos(EERIE_LIGHT * _pL) {
TexturedVertex in, out;
in.p = _pL->pos;
EERIETreatPoint(&in, &out);
if ((out.p.z > 0.f) && (out.p.z < 1000.f) && (out.rhw > 0))
{
float t;
float siz = 50;
float fMaxdist = 300;
if (Project.telekinesis) fMaxdist = 850;
t = siz * (1.0f - 1.0f / (out.rhw * fMaxdist)) + 10;
_pL->maxs.x = out.p.x + t;
_pL->mins.x = out.p.x - t;
_pL->maxs.y = out.p.y + t;
_pL->mins.y = out.p.y - t;
if (0)
if ((_pL->mins.x >= -200.f) && (_pL->mins.x <= 1000.f))
if ((_pL->mins.y >= -200.f) && (_pL->mins.y <= 1000.f))
{
EERIEDraw2DLine(_pL->mins.x, _pL->mins.y, _pL->maxs.x, _pL->mins.y, 0.00001f, Color::white);
EERIEDraw2DLine(_pL->maxs.x, _pL->mins.y, _pL->maxs.x, _pL->maxs.y, 0.00001f, Color::white);
EERIEDraw2DLine(_pL->maxs.x, _pL->maxs.y, _pL->mins.x, _pL->maxs.y, 0.00001f, Color::white);
EERIEDraw2DLine(_pL->mins.x, _pL->maxs.y, _pL->mins.x, _pL->mins.y, 0.00001f, Color::white);
}
}
}
//*************************************************************************************
//*************************************************************************************
void ARX_FOGS_RenderAll(LPDIRECT3DDEVICE7 m_pd3dDevice)
{
EERIE_3D angle;
Vector_Init(&angle);
SETALPHABLEND(m_pd3dDevice, FALSE);
for (long i = 0; i < MAX_FOG; i++)
{
if (fogs[i].exist)
{
if (fogobj)
DrawEERIEInter(m_pd3dDevice, fogobj, &angle, &fogs[i].pos, NULL);
Vector_Copy(&fogs[i].bboxmin, &BBOXMIN);
Vector_Copy(&fogs[i].bboxmax, &BBOXMAX);
if (fogs[i].special & FOG_DIRECTIONAL)
{
EERIE_3D orgn, dest;
orgn.x = fogs[i].pos.x;
orgn.y = fogs[i].pos.y;
orgn.z = fogs[i].pos.z;
dest.x = orgn.x + fogs[i].move.x * 50.f;
dest.y = orgn.y + fogs[i].move.y * 50.f;
dest.z = orgn.z + fogs[i].move.z * 50.f;
EERIEDraw3DLine(m_pd3dDevice, &orgn, &dest, EERIECOLOR_WHITE);
}
if (fogs[i].selected)
{
EERIEDraw2DLine(m_pd3dDevice, fogs[i].bboxmin.x, fogs[i].bboxmin.y, fogs[i].bboxmax.x, fogs[i].bboxmin.y, 0.01f, EERIECOLOR_YELLOW);
EERIEDraw2DLine(m_pd3dDevice, fogs[i].bboxmax.x, fogs[i].bboxmin.y, fogs[i].bboxmax.x, fogs[i].bboxmax.y, 0.01f, EERIECOLOR_YELLOW);
EERIEDraw2DLine(m_pd3dDevice, fogs[i].bboxmax.x, fogs[i].bboxmax.y, fogs[i].bboxmin.x, fogs[i].bboxmax.y, 0.01f, EERIECOLOR_YELLOW);
EERIEDraw2DLine(m_pd3dDevice, fogs[i].bboxmin.x, fogs[i].bboxmax.y, fogs[i].bboxmin.x, fogs[i].bboxmin.y, 0.01f, EERIECOLOR_YELLOW);
}
}
}
}
