void Start()
{
Vector3[] pts1 = initShape1();
Polygon pg1 = new Polygon(pts1);
Extrusion f1 = pg1.Extrude(new Vector3(0, 40, 0));
//ShapeObject so = ShapeObject.CreateMeshable(f1);
//so.name = "A";
ShapeObject so = SOPoint.CreatePoint();
Building building = new Building();
g1 = new Grammar();
building.AddGrammar(g1);
g1.name = "g1";
so.SetGrammar(g1);
//g1.AddRule(new Rules.CreateBox("A", new Vector3(0, 0, 0), new Vector3(10, 10, 10), new Vector3(0,0,0)));
g1.AddRule(new Rules.CreateOperableBox("A", new Vector3(30, 60, 20)));
g1.AddRule(new Rules.SizeBuilding3D("A", "A", new Vector3(40, 30, 20)));
g1.AddRule(new Rules.ApartmentLoadFilter("A", "SL", "DL", "CV"));
g1.AddRule(new Rules.SingleLoaded("SL", "APT"));
g1.AddRule(new Rules.DoubleLoaded("DL", "APT"));
g1.AddRule(new Rules.CentralVoid("CV", "APT", "APT2"));
Grammar g2 = new Grammar();
g2.name = "AptFormA";
g2.AddRule(new Rules.Bisect("APT", new string[] { "APT", "C" }, 0.4f, 0), false);
g2.AddRule(new Rules.Bisect("C", new string[] { "C", "APT" }, 0.25f, 2), false);
g2.AddRule(new Rules.Scale3D("C", "APT", new Vector3(1.3f, 0.7f, 1.6f), null, Alignment.NE), false);
g2.inputs.names.Add("APT");
g1.AddRule(g2);
//g1.AddRule(new Rules.DivideTo("APT", "APTL", 4, 1));
//g1.AddRule(new Rules.DivideTo("APT2", "APTL", 4, 1));
g1.AddRule(new Rules.DcpFace2("APT", new string[] { "APT", "APT" }));
g1.AddRule(new Rules.DcpFace2("APT2", new string[] { "APT", "APT" }));
//g1.AddRule(new Rules.DivideToFTFH("APT2", "APTL", 4));
//g1.AddRule(new Rules.DivideToFTFH("APT", "APTL", 4));
//g1.AddRule(new Rules.DcpFace2("APTL", new string[] { "Top", "Side" }));
g1.Execute();
SceneManager.SelectedGrammar = g1;
}
ShapeObject createBuilding()
{
ShapeObject so = SOPoint.CreatePoint();
Grammar g = new Grammar();
Building bp = new Building();
bp.AddGrammar(g);
so.SetGrammar(g);
float h = Random.Range(9, 80);
float w = Random.Range(30, 50);
float d = Random.Range(15, 25);
if (h < 30)
{
w = Random.Range(40, 60);
d = Random.Range(30, 50);
}
g.AddRule(new Rules.CreateOperableBox("A", new Vector3(30, 60, 20)));
g.AddRule(new Rules.SizeBuilding3D("A", "A", new Vector3(w, h, d)));
g.AddRule(new Rules.ApartmentLoadFilter("A", "SL", "DL", "CV"));
g.AddRule(new Rules.SingleLoaded("SL", "APT"));
g.AddRule(new Rules.DoubleLoaded("DL", "APT"));
g.AddRule(new Rules.CentralVoid("CV", "APT", "APT2"));
Grammar g2 = new Grammar();
g2.category = GraphNode.Category.Bd_Massing;
g2.name = "AptFormA";
g2.inputs.names.Add("APT");
g2.AddRule(new Rules.Bisect("APT", new string[] { "APT", "C" }, 0.4f, 0), false);
g2.AddRule(new Rules.Bisect("C", new string[] { "C", "APT" }, 0.25f, 2), false);
g2.AddRule(new Rules.Scale3D("C", "APT", new Vector3(1.3f, 0.7f, 1.6f), null, Alignment.NE), false);
g.AddRule(g2);
//g.AddRule(new Rules.ExtractFace(new string[] { "APT" }, "TOP", "TOP"), false);
//g.AddRule(new Rules.DivideToFTFH("APT", "APTL", 4));
//g.AddRule(new Rules.DivideToFTFH("APT2", "APTL", 4));
//g.AddRule(new Rules.DcpA("A", 9, 3));
return(so);
}
