public static void testGenUV()
{
List <Point> u;
u = GenerateUV.generateU();
int vCount = 0;
foreach (Point ui in u)
{
List <Point> v = GenerateUV.generateV(ui);
vCount += v.Count;
Console.WriteLine("u: " + ui);
MainClass.display(v);
}
Console.WriteLine("Total number of uv pairs: " + vCount);
}
public static void shelling()
{
List <Graph> tempResult, shellings, polytopes, uniquePolytopes, retractablePolytopes, finalPolytopes;
List <Point> vertices = new List <Point>();
List <Point> startPoints, endPoints;
List <Tuple <Point, Point> > allPoints = new List <Tuple <Point, Point> >();
startPoints = GenerateUV.generateU();
foreach (Point p in startPoints)
{
endPoints = GenerateUV.generateV(p);
foreach (Point q in endPoints)
{
allPoints.Add(new Tuple <Point, Point>(p, q));
}
}
Console.WriteLine("Total u,v pairs: " + allPoints.Count);
List <Graph> allShelling = new List <Graph>();
int totalShellings = 0;
foreach (Tuple <Point, Point> item in allPoints)
{
Globals.convexHullCount = 0;
Console.WriteLine("Start Point: " + item.Item1 + ". End Point: " + item.Item2);
Globals.u = item.Item1;
Globals.v = item.Item2;
tempResult = Shell.shell(item.Item1, item.Item2);
allShelling.AddRange(tempResult);
Parse.writeToFile(tempResult, Globals.directory + Globals.d.ToString() + Globals.k.ToString()
+ Globals.gap.ToString() + "/_" + item.Item1.Coordinates[0] + item.Item1.Coordinates[1]
+ item.Item1.Coordinates[2] + item.Item2.Coordinates[0] + item.Item2.Coordinates[1]
+ item.Item2.Coordinates[2] + "allShellings");
Console.WriteLine("Number of Convex Hulls checked: " + Globals.convexHullCount);
totalShellings += allShelling.Count;
Console.WriteLine(allShelling.Count);
}
Console.WriteLine("Total Shellings: " + totalShellings);
if (Globals.writeToFile)
{
Parse.writeToFile(allShelling, Globals.directory + Globals.d.ToString() + Globals.k.ToString()
+ Globals.gap.ToString() + "/_allShellings");
}
Shell.symmetryGroup(allShelling, out shellings);
Console.WriteLine("Unique Shellings: " + shellings.Count);
if (Globals.writeToFile)
{
Parse.writeToFile(shellings, Globals.directory + Globals.d.ToString() + Globals.k.ToString()
+ Globals.gap.ToString() + "/_uniqueShellings");
}
polytopes = Shell.checkInterior(shellings);
Shell.symmetryGroup(polytopes, out uniquePolytopes);
Console.WriteLine("All valid polytopes: " + polytopes.Count);
if (Globals.writeToFile)
{
Parse.writeToFile(polytopes, Globals.directory + Globals.d.ToString() + Globals.k.ToString()
+ Globals.gap.ToString() + "/_allPolytopes");
}
Console.WriteLine("Unique polytopes: " + uniquePolytopes.Count);
if (Globals.writeToFile)
{
Parse.writeToFile(polytopes, Globals.directory + Globals.d.ToString() + Globals.k.ToString()
+ Globals.gap.ToString() + "/_uniquePolytopes");
}
retractablePolytopes = Shell.retractable(uniquePolytopes);
Shell.symmetryGroup(retractablePolytopes, out finalPolytopes);
Console.WriteLine("Retractable polytopes: " + uniquePolytopes.Count);
if (Globals.writeToFile)
{
Parse.writeToFile(polytopes, Globals.directory + Globals.d.ToString() + Globals.k.ToString()
+ Globals.gap.ToString() + "/_retractablePolytopes");
}
Console.WriteLine("Final polytopes: " + uniquePolytopes.Count);
if (Globals.writeToFile)
{
Parse.writeToFile(polytopes, Globals.directory + Globals.d.ToString() + Globals.k.ToString()
+ Globals.gap.ToString() + "/_finalPolytopes");
}
}