Value*
wRect_cf(Value** arg_list, int count)
{
check_arg_count(wRect, 2, count);
Box2 &rect = arg_list[0]->to_box2();
Point3 color = arg_list[1]->to_point3()/255.f;
GraphicsWindow *gw = MAXScript_interface->GetActiveViewExp().getGW();
if (MaxSDK::Graphics::IsRetainedModeEnabled() && gw->querySupport(GW_SPT_NUM_LIGHTS) == 0)
{
return &undefined;
}
Point3* col = NULL; // new Point3[2];
IPoint3* pts = new IPoint3[2];
// col[0]=col[1]=color;
pts[0]=IPoint3((int)(rect.left),0.f,0.f);
pts[1]=IPoint3((int)(rect.right),0.f,0.f);
gw->setColor(LINE_COLOR, color);
for (int j = rect.top; j <= rect.bottom; j++)
{
pts[0].y=pts[1].y=j;
gw->wPolyline(2, pts, col, FALSE, NULL);
}
delete [] pts;
// delete [] col;
return &ok;
}
void GeometryButton::Display(TimeValue t, ViewExp *vpt, int flags)
{
if ( ! vpt || ! vpt->IsAlive() )
{
// why are we here?
DbgAssert(!_T("Doing Display() on invalid viewport!"));
return;
}
//set the location before it's displayed.
ResetLocation(vpt);
if(vpt->IsActive()==TRUE &&vpt->GetHWnd()&&GetEnabled()==true)
{
MSTR st = GetLabel();
vpt->getGW()->setRndLimits(vpt->getGW()->getRndMode() & ~GW_Z_BUFFER);
vpt->getGW()->setColor(TEXT_COLOR, mColor);
vpt->getGW()->wText(&IPoint3(mLocation.x,mLocation.y, 0), st.data()); //draw it undrneath the viewport text!
}
}
void MeshExtraData::BuildMeshExtraData( Mesh * mesh, int map_channel )
{
// UVW Normals setup
Tab <Point3> norv;
int i_tf, i_tv;
SetNumRVerts( mesh->numVerts );
SetNumFaces( mesh->numFaces );
SetNumUVerts( mesh->getNumMapVerts(map_channel) );
faceSel.SetSize( mesh->numFaces );
faceSel.ClearAll();
norv.SetCount( mesh->numVerts );
for (i_tv=0; i_tv<mesh->numVerts; i_tv++)
{
norv[i_tv] = Point3(0,0,0);
}
UVVert *mv = mesh->mapVerts( map_channel );
TVFace *tf = mesh->mapFaces( map_channel );
for ( i_tf = 0; i_tf < mesh->numFaces; i_tf++ )
{
float a0, a1, a2, dp, lenA, lenB;
Point3 v0 = mv[tf[i_tf].getTVert(0)];
Point3 v1 = mv[tf[i_tf].getTVert(1)];
Point3 v2 = mv[tf[i_tf].getTVert(2)];
lenA = Length( v1 - v0 );
lenB = Length( v2 - v0 );
if ( lenA == 0.0f || lenB == 0.0f )
{
a0 = 0.0f;
}
else
{
dp = DotProd((v1-v0)/lenA,(v2-v0)/lenB);
if (dp>1.0f) dp = 1.0f;
if (dp<-1.0) dp = -1.0f;
a0 = acos(dp);
}
lenA = Length( v0 - v1 );
lenB = Length( v2 - v1 );
if ( lenA == 0.0f || lenB == 0.0f )
{
a1 = 0.0f;
}
else
{
dp = DotProd((v0-v1)/lenA,(v2-v1)/lenB);
if (dp>1.0f) dp = 1.0f;
if (dp<-1.0) dp = -1.0f;
a1 = acos(dp);
}
a2 = PI - ( a0 + a1 );
Point3 vetnorm = (v1-v0)^(v2-v0);
norv[mesh->faces[i_tf].getVert(0)] += vetnorm * a0;
norv[mesh->faces[i_tf].getVert(1)] += vetnorm * a1;
norv[mesh->faces[i_tf].getVert(2)] += vetnorm * a2;
SetFace(i_tf, IPoint3( int(mesh->faces[i_tf].getVert(0)),
int(mesh->faces[i_tf].getVert(1)),
int(mesh->faces[i_tf].getVert(2))) );
}
for (i_tv=0; i_tv<mesh->numVerts; i_tv++)
{
Point3 vnormal = Normalize(norv[i_tv]);
SetRvert(i_tv,vnormal);
}
// Build Face Selections
for ( i_tf=0; i_tf<mesh->numFaces; i_tf++ )
{
if ( mv[ tf[i_tf].t[0] ] == mv[ tf[i_tf].t[1] ] && mv[ tf[i_tf].t[1] ] == mv[ tf[i_tf].t[2] ] )
faceSel.Clear(i_tf);
else
faceSel.Set(i_tf);
}
if ( faceSel.NumberSet() == 0 )
noneSel = TRUE;
else
noneSel = FALSE;
}
