void initBigButton(bigButton_s* bb, room_s* r, vect3Di_s pos)
{
if(!bb || !r)return;
bb->room=r;
md2InstanceInit(&bb->modelInstance, &bigButtonModel, &bigButtonTexture);
{//for collisions
rectangle_s rec;
rectangle_s* recp;
rec.material=NULL;
rec.position=vaddi(pos,vect3Di(-1,1,-1));
rec.size=vect3Di(2,0,2);
rec.normal=vect3Df(0,-1.0f,0);
recp=addRoomRectangle(r, rec);
if(recp){recp->hide=true;recp->collides=true;bb->surface=recp;}
rec.position=vaddi(pos,vect3Di(-1,0,-1));
rec.size=vect3Di(2,1,0);
rec.normal=vect3Df(0,0,-1.0f);
recp=addRoomRectangle(r, rec);
if(recp){recp->hide=true;recp->collides=true;}
rec.position=vaddi(pos,vect3Di(-1,1,1));
rec.size=vect3Di(2,-1,0);
rec.normal=vect3Df(0,0,1.0f);
recp=addRoomRectangle(r, rec);
if(recp){recp->hide=true;recp->collides=true;}
rec.position=vaddi(pos,vect3Di(-1,0,-1));
rec.size=vect3Di(0,1,2);
rec.normal=vect3Df(-1.0f,0,0);
recp=addRoomRectangle(r, rec);
if(recp){recp->hide=true;recp->collides=true;}
rec.position=vaddi(pos,vect3Di(1,1,-1));
rec.size=vect3Di(0,-1,2)
;rec.normal=vect3Df(1.0f,0,0);
recp=addRoomRectangle(r, rec);
if(recp){recp->hide=true;recp->collides=true;}
}
// pos=vect(pos.x+r->position.x, pos.y, pos.z+r->position.y);
bb->position=convertRectangleVector(pos);
initActivator(&bb->activator);
bb->active=false;
bb->used=true;
}
void roomOriginSize(room_s* r, vect3Di_s* o, vect3Di_s* s)
{
if(!r || (!o && !s))return;
vect3Di_s m=vect3Di(8192,8192,8192); vect3Di_s M=vect3Di(0,0,0);
listCell_s *lc=r->rectangles.first;
while(lc)
{
m=vmini(lc->data.position,m);
m=vmini(vaddi(lc->data.position,lc->data.size),m);
M=vmaxi(lc->data.position,M);
M=vmaxi(vaddi(lc->data.position,lc->data.size),M);
lc=lc->next;
}
if(o)*o=m;
if(s)*s=vsubi(M,m);
}
void insertRoom(room_s* r1, room_s* r2, vect3Di_s v, u8 orientation)
{
if(!r1 || !r2)return;
listCell_s *lc=r2->rectangles.first;
vect3Di_s o=vect3Di(0,0,0), s=vect3Di(0,0,0);
roomOriginSize(r2,&o,&s);
switch(orientation) //TODO : do pre-rotation ?
{
case 0:
v.z-=s.x/2; //not a mistake
break;
case 1:
v.z+=s.x/2; //not a mistake
break;
case 4: case 5:
v.x-=s.x/2;
break;
}
v.y-=4;
while(lc)
{
rectangle_s rec=lc->data;
rec.position=vsubi(rec.position,o);
//rotate
rec.position=orientVector(rec.position,orientation);
rec.size=orientVector(rec.size,orientation);
if(!(orientation%2) || orientation==1)invertRectangle(&rec);
rec.position=vaddi(rec.position,v);
rectangle_s* recp=addRoomRectangle(r1, rec);
if(recp)
{
// recp->hide=true; //TEMP ?
recp->collides=!lc->data.portalable;
// recp->lightData.vertex=lc->data.lightData.vertex;
}
lc=lc->next;
}
}
void initEnergyDevice(room_s* r, energyDevice_s* ed, vect3Di_s pos, deviceOrientation_t or, bool type)
{
if(!ed)return;
initActivator(&ed->activator);
md2InstanceInit(&ed->modelInstance, type?(&energyLauncherModel):(&energyCatcherModel), &energyLauncherTexture);
ed->orientation=or;
ed->surface=NULL;
{//for collisions
rectangle_s rec;
rectangle_s* recp;
rec.material=NULL;
if(or!=mY)
{
rec.position=vaddi(pos,vect3Di(-1,4,-1));
rec.size=vect3Di(2,0,2);
rec.normal=vect3Df(0,-1.0f,0);
recp=addRoomRectangle(r, rec);
if(recp){recp->hide=true;recp->collides=true;}
if(or==pY)ed->surface=recp;
}
if(or!=pY)
{
rec.position=vaddi(pos,vect3Di(1,-4,1));
rec.size=vect3Di(-2,0,-2);
rec.normal=vect3Df(0,1.0f,0);
recp=addRoomRectangle(r, rec);
if(recp){recp->hide=true;recp->collides=true;}
if(or==mY)ed->surface=recp;
}
if(or!=pZ)
{
rec.position=vaddi(pos,vect3Di(-1,-4,-1));
rec.size=vect3Di(2,8,0);
rec.normal=vect3Df(0,0,1.0f);
recp=addRoomRectangle(r, rec);
if(recp){recp->hide=true;recp->collides=true;}
if(or==mZ)ed->surface=recp;
}
if(or!=mZ)
{
rec.position=vaddi(pos,vect3Di(-1,4,1));
rec.size=vect3Di(2,-8,0);
rec.normal=vect3Df(0,0,-1.0f);
recp=addRoomRectangle(r, rec);
if(recp){recp->hide=true;recp->collides=true;}
if(or==pZ)ed->surface=recp;
}
if(or!=pX)
{
rec.position=vaddi(pos,vect3Di(-1,-4,-1));
rec.size=vect3Di(0,8,2);
rec.normal=vect3Df(1.0f,0,0);
recp=addRoomRectangle(r, rec);
if(recp){recp->hide=true;recp->collides=true;}
if(or==mX)ed->surface=recp;
}
if(or!=mX)
{
rec.position=vaddi(pos,vect3Di(1,4,-1));
rec.size=vect3Di(0,-8,2);
rec.normal=vect3Df(-1.0f,0,0);
recp=addRoomRectangle(r, rec);
if(recp){recp->hide=true;recp->collides=true;}
if(or==pX)ed->surface=recp;
}
}
// pos=vect3Di(pos.x+r->position.x, pos.y, pos.z+r->position.y);
ed->position=convertRectangleVector(pos);
ed->active=type;
ed->type=type;
ed->used=true;
}
void generateRectangleGeometry(rectangle_s* rec, vect3Di_s* texCoords, rectangleVertex_s* vbuf, int* numvert, u16* ibuf, int* numind)
{
if(!rec || !texCoords || !vbuf || !ibuf || !numvert || !numind)return;
vect3Di_s v1, v2;
getRectangleUnitVectors(rec, &v1, &v2);
int vertexIndices[4];
vect3Di_s vertices[4] = {rec->position, vaddi(rec->position, v1), vaddi(rec->position, rec->size), vaddi(rec->position, v2)};
// printf("%f %f, %f %f\n", (texCoords[0].x)*0.0078125, (texCoords[0].y)*0.0078125, (texCoords[2].x)*0.0078125, (texCoords[2].y)*0.0078125);
int i;
for(i=0; i<4; i++)
{
vertexIndices[i] = (*numvert)++;
vbuf[vertexIndices[i]] = (rectangleVertex_s){vertices[i].x, vertices[i].y, vertices[i].z, (texCoords[i].x), (texCoords[i].y), 0, 0};
}
if(rec->lightData.lightMap)
{
if(rec->lightData.lightMap->rot)
{
vect3Di_s p1 = rec->lightData.lightMap->lmPos;
vect3Di_s p2 = vaddi(rec->lightData.lightMap->lmPos, vect3Di(rec->lightData.lightMap->lmSize.y, rec->lightData.lightMap->lmSize.x, 0));
printf("%d %d : %d %d\n",p1.x,p1.y,p2.x,p2.y);
vbuf[vertexIndices[0]].u2 = p1.x;
vbuf[vertexIndices[0]].v2 = p1.y;
vbuf[vertexIndices[1]].u2 = p1.x;
vbuf[vertexIndices[1]].v2 = p2.y - 1;
vbuf[vertexIndices[2]].u2 = p2.x - 1;
vbuf[vertexIndices[2]].v2 = p2.y - 1;
vbuf[vertexIndices[3]].u2 = p2.x - 1;
vbuf[vertexIndices[3]].v2 = p1.y;
}else{
vect3Di_s p1 = rec->lightData.lightMap->lmPos;
vect3Di_s p2 = vaddi(rec->lightData.lightMap->lmPos, rec->lightData.lightMap->lmSize);
vbuf[vertexIndices[0]].u2 = p1.x;
vbuf[vertexIndices[0]].v2 = p1.y;
vbuf[vertexIndices[1]].u2 = p2.x - 1;
vbuf[vertexIndices[1]].v2 = p1.y;
vbuf[vertexIndices[2]].u2 = p2.x - 1;
vbuf[vertexIndices[2]].v2 = p2.y - 1;
vbuf[vertexIndices[3]].u2 = p1.x;
vbuf[vertexIndices[3]].v2 = p2.y - 1;
}
}
ibuf[(*numind)++] = vertexIndices[0];
ibuf[(*numind)++] = vertexIndices[1];
ibuf[(*numind)++] = vertexIndices[3];
ibuf[(*numind)++] = vertexIndices[1];
ibuf[(*numind)++] = vertexIndices[2];
ibuf[(*numind)++] = vertexIndices[3];
}
