public static CompoundMeshDraft GroundFloorThing(Vector3 min, Vector3 width, Vector3 height)
{
var compoundDraft = new CompoundMeshDraft();
compoundDraft.Add(new MeshDraft {
name = WallDraftName
} //Wall below
.AddQuad(min, width, 0.5f * Vector3.up, true)).Paint(Color.black);
CurrentBuilding.SetRandomGroundFloorType(); //So that every ground floor thing is different
compoundDraft.Add(new MeshDraft {
name = CurrentBuilding.GroundFloorType
} //The showcase or thing itself
.AddGroundFloorThingQuad(min + 0.5f * Vector3.up, width, height - 0.5f * Vector3.up)).Paint(Color.blue);
// compoundDraft.Add(new MeshDraft {name = "TransparentGlass"} //The glass in front of the thing
// .AddQuad(min + 0.5f * Vector3.up + 0.001f * Vector3.back, width, height - 0.5f * Vector3.up, true)).Paint(Color.blue);
return(compoundDraft);
}
private ILayout PlanNormalFacade(float facadeWidth, int floors, bool hasAttic, bool leftIsConvex, bool rightIsConvex)
{
CurrentBuilding.SetRandomFacadeType();
List <PanelSize> panelSizes = DivideFacade(facadeWidth, leftIsConvex, rightIsConvex, out float remainder);
//bool hasBalconies = RandomE.Chance(0.5f);
bool hasBalconies = false;
var vertical = CreateNormalFacadeVertical(panelSizes, 0, panelSizes.Count, floors, hasAttic, hasBalconies, facadeWidth, remainder);
if (remainder > Geometry.Epsilon)
{
return(new HorizontalLayout
{
CreateBufferWallVertical(remainder / 2, floors, hasAttic),
vertical,
CreateBufferWallVertical(remainder / 2, floors, hasAttic)
});
}
return(vertical);
}
