public virtual void DoReduce()
{
if (mesh.TriangleCount == 0) // badness if we don't catch this...
{
return;
}
begin_pass();
begin_setup();
Precompute();
InitializeVertexQuadrics();
InitializeQueue();
end_setup();
begin_ops();
begin_collapse();
while (EdgeQueue.Count > 0)
{
// termination criteria
if (ReduceMode == TargetModes.VertexCount)
{
if (mesh.VertexCount <= TargetCount)
{
break;
}
}
else
{
if (mesh.TriangleCount <= TargetCount)
{
break;
}
}
COUNT_ITERATIONS++;
int eid = EdgeQueue.Dequeue();
if (!mesh.IsEdge(eid))
{
continue;
}
int vKept;
ProcessResult result = CollapseEdge(eid, EdgeQuadrics[eid].collapse_pt, out vKept);
if (result == ProcessResult.Ok_Collapsed)
{
vertQuadrics[vKept] = EdgeQuadrics[eid].q;
UpdateNeighbours(vKept);
}
}
end_collapse();
end_ops();
Reproject();
end_pass();
}
public void generateMaze() {
EdgeQueue allEdges = new EdgeQueue();
Random rand = new Random();
/** This code is supposed to get all the edges from the grid as long as no unordered pair repeats. @Darren **/
for(int x = 0; x < Room.ROOM_WIDTH; x++){
for(int y = 0; y < Room.ROOM_HEIGHT; y++) {
for (int dir = Room.LEFT; dir <= Room.DOWN; dir++)
{
Room source, destination;
source = getRoom(x, y);
destination = getRoomAt(source, dir);
if (source != null && destination != null)
{
Edge temporary = new Edge(destination, source);
if (!allEdges.Contains(temporary))
{
allEdges.Add(temporary);
}
}
}
}
}
while(allEdges.Count > 0){
/** Current edge being tested @Darren */
Edge temp;
/** Indices of the stack lists, initialized @Darren */
int a = -1, b = -1;
/** take random edge, and remove it from the list @Darren */
temp = allEdges.Remove(rand.Next(allEdges.Count));
// Get index of both a and i
for(int i = 0; i < sets.Count; i++) {
if( sets.ElementAt(i).Contains(temp.getLeft())) // search for the cell in the sets
a = i;
if( sets.ElementAt(i).Contains(temp.getRight())) // search for the cell in the sets
b = i;
}
/* If A and B are in the same set, no point in connecting them because it will create a cycle.
* However, if they are of different sets, intersect the sets and leave one as null, and tear down
* the wall.
*/
if(a != b) {
// sample function only; connect the two cells
/** Not sample code anymore. @Darren */
setRoomRelation(temp.getRight(), isToTheDirectionOf(temp.getLeft(), temp.getRight()), temp.getLeft());
// Join the sets of the formerly divided cells
List<Room> LeftSet = getListThatContains(sets, temp.getLeft());
List<Room> RightSet = getListThatContains(sets, temp.getRight());
mergeRooms(LeftSet, RightSet);
sets.Remove(RightSet);
// Null the second set, it is useless now
// done in mergeRooms();
// Add cell connection
//edgesListOfMaze.add(temp);
// not used in this program
}
}
foreach (Room r in listOfRooms)
{
r.Initialize(roomDatabaseReference);
}
}
public virtual IEnumerable <int> ReduceToTriangleCount_Interactive(int nCount)
{
ReduceMode = TargetModes.TriangleCount;
TargetCount = Math.Max(1, nCount);
MinEdgeLength = double.MaxValue;
if (mesh.TriangleCount == 0) // badness if we don't catch this...
{
yield break;
}
begin_pass();
begin_setup();
Precompute();
InitializeVertexQuadrics();
InitializeQueue();
end_setup();
begin_ops();
begin_collapse();
int count = PerFrameCount;
while (EdgeQueue.Count > 0)
{
// termination criteria
if (ReduceMode == TargetModes.VertexCount)
{
if (mesh.VertexCount <= TargetCount)
{
break;
}
}
else
{
if (mesh.TriangleCount <= TargetCount)
{
break;
}
}
int eid = EdgeQueue.Dequeue();
if (!mesh.IsEdge(eid))
{
continue;
}
int vKept;
ProcessResult result = CollapseEdge(eid, EdgeQuadrics[eid].collapse_pt, out vKept);
if (result == ProcessResult.Ok_Collapsed)
{
vertQuadrics[vKept] = EdgeQuadrics[eid].q;
UpdateNeighbours(vKept);
}
if (count-- == 0)
{
count = PerFrameCount;
yield return(0);
}
}
end_collapse();
end_ops();
Reproject();
end_pass();
}
public void generateMaze()
{
EdgeQueue allEdges = new EdgeQueue();
Random rand = new Random();
/** This code is supposed to get all the edges from the grid as long as no unordered pair repeats. @Darren **/
for (int x = 0; x < Room.ROOM_WIDTH; x++)
{
for (int y = 0; y < Room.ROOM_HEIGHT; y++)
{
for (int dir = Room.LEFT; dir <= Room.DOWN; dir++)
{
Room source, destination;
source = getRoom(x, y);
destination = getRoomAt(source, dir);
if (source != null && destination != null)
{
Edge temporary = new Edge(destination, source);
if (!allEdges.Contains(temporary))
{
allEdges.Add(temporary);
}
}
}
}
}
while (allEdges.Count > 0)
{
/** Current edge being tested @Darren */
Edge temp;
/** Indices of the stack lists, initialized @Darren */
int a = -1, b = -1;
/** take random edge, and remove it from the list @Darren */
temp = allEdges.Remove(rand.Next(allEdges.Count));
// Get index of both a and i
for (int i = 0; i < sets.Count; i++)
{
if (sets.ElementAt(i).Contains(temp.getLeft())) // search for the cell in the sets
{
a = i;
}
if (sets.ElementAt(i).Contains(temp.getRight())) // search for the cell in the sets
{
b = i;
}
}
/* If A and B are in the same set, no point in connecting them because it will create a cycle.
* However, if they are of different sets, intersect the sets and leave one as null, and tear down
* the wall.
*/
if (a != b)
{
// sample function only; connect the two cells
/** Not sample code anymore. @Darren */
setRoomRelation(temp.getRight(), isToTheDirectionOf(temp.getLeft(), temp.getRight()), temp.getLeft());
// Join the sets of the formerly divided cells
List <Room> LeftSet = getListThatContains(sets, temp.getLeft());
List <Room> RightSet = getListThatContains(sets, temp.getRight());
mergeRooms(LeftSet, RightSet);
sets.Remove(RightSet);
// Null the second set, it is useless now
// done in mergeRooms();
// Add cell connection
//edgesListOfMaze.add(temp);
// not used in this program
}
}
foreach (Room r in listOfRooms)
{
r.Initialize(roomDatabaseReference);
}
}
