void Set_Material_And_Light (int m, int l)
{
Current_Material = l;
Set_Light();
Current_Material = m;
Set_Material();
}
int Next_Material_And_Light()
{
Current_Material = (Current_Material + 1) % Num_Materials;
Set_Material();
Set_Light();
return Current_Material+1;
}
void AD_Scene3D::do_efx2D(double pos)
// si suppone pos compreso tra [0..1]
{
float4 frame, ft;
AD_Tria3D *t;
int j, m, num_tria;
frame=(float)( ((pos-fstartpos)/(fendpos-fstartpos))
*(num_frame-1));
// consideriamo la pos nel range [0;1]
pos=(((float)(pos)-fstartpos)/(fendpos-fstartpos));
num_to_paint_trasparent=0;
list_to_paint_trasparent=list_trasparent;
list_to_paint_trasparent_copy=list_trasparent;
for (j=0; j<num_materials; j++)
{
ft=128;
materials[j].my_tria_list=materials[j].my_tria_list_copy;
// se il materiale e' trasparente non additivo
if ((materials[j].flags & IS_TRASPARENT) &&
(materials[j].trasparencytype!=ALPHA_MAP))
{
if ((material_tracks) &&
(material_tracks[j].trasparency_track) &&
(material_tracks[j].trasparency_track->numkey>1)
)
{
material_tracks[j].trasparency_track->get_data(frame, &ft);
if (ft<0) ft=0;
if (ft>255) ft=255;
materials[j].trasparency=(int)ft;
}
}
}
for (j=num_materials; j<num_materials+2; j++)
materials[j].my_tria_list=materials[j].my_tria_list_copy;
// PIPELINE GEOMETRICA
screen_Xadd=((float)image->width)/2.0f;
screen_Yadd=((float)image->height)/2.0f;
choose_current_camera(frame);
current_telecamera->build_cameramatrix(frame);
// ADrender !!!
Set_ZRanges(current_telecamera->znear, current_telecamera->zfar);
for (j=0; j<num_omni; j++) omni[j].update(frame, current_telecamera);
counter_for_resetting_vertex+=4; // NB: cosi' non sovrascriviamo
// i bit di zclip dei vertici
for (j=0; j<num_objects; j++)
{
if (objects[j]->skinned_object==(AD_Object3D *)NULL)
objects[j]->build_objectmatrix(frame);
}
for (j=0; j<num_objects; j++)
{
if (objects[j]->skinned_object!=(AD_Object3D *)NULL)
objects[j]->build_objectmatrix(frame);
}
for (j=0; j<num_objects; j++)
{
objects[j]->paint(frame, current_telecamera, omni);
}
// ADrender !!!
Begin_Scene();
// FASE DI RASTERING
for (j=0; j<num_materials+2; j++)
{
num_tria=(materials[j].my_tria_list - materials[j].my_tria_list_copy);
if ((num_tria>0) && (materials[j].trasparencytype==OFF) && (!(materials[j].flags & IS_TRASPARENT)))
{
if (materials[j].zsorting==ON)
{
list_to_paint=(AD_Tria3D **)materials[j].my_tria_list_copy;
qsort_nontrasparent_tria (0, num_tria-1);
}
currentmaterial_flags=materials[j].flags;
// ADrender !!!
currentmaterial_drawproc=Set_Material(&materials[j]);
for (m=0; m<num_tria; m++)
{
t=(AD_Tria3D *)materials[j].my_tria_list_copy[m];
if (((t->v1->flags + t->v2->flags + t->v3->flags) & 3)==0)
{
currentmaterial_drawproc(t->sp1, t->sp2, t->sp3);
}
else
{
tria_paint_general(t);
}
}
}
}
// Ora disegno i triangoli trasparenti
num_tria=(list_to_paint_trasparent-list_to_paint_trasparent_copy);
if (num_tria>0)
{
Begin_ExclusiveTransparency();
qsort_trasparent_tria(0, num_tria-1);
for (j=0; j<num_tria; j++)
{
t=list_to_paint_trasparent_copy[j];
currentmaterial_flags=t->materiale->flags;
// ADrender !!!
currentmaterial_drawproc=Set_Material(t->materiale);
if (((t->v1->flags + t->v2->flags + t->v3->flags) & 3)==0)
{
currentmaterial_drawproc(t->sp1, t->sp2, t->sp3);
}
else tria_paint_general(list_to_paint_trasparent_copy[j]);
}
}
End_Scene();
End_ExclusiveTransparency();
}
