void Start()
{
// FIXME is new object the way to go?? Or scriptable object without new keyword?? Or static??
MazeFrameCreator mazeFrameCreator = new MazeFrameCreatorMeshIcosahedron(2, 4)
{
Scale = new Vector3(10, 10, 10),
Jitter = 0f
};
mazeFrame = mazeFrameCreator.GenerateEmptyMazeFrame();
for (int i = 0; i <= 3; i++)
{
mazeFrame.SetActiveQuadrant(i);
mazeFrameCreator.GenerateMaze(ref mazeFrame);
mazeFrame.SetOnShortestPath(mazeFrame.Quadrants[i], i); // HACKY
}
mazeFrame.ActivateAllNodes();
//mazeFrame.KeepOnlyShortestPathConnections();
mazeFrame.AddOffsetStartAndEndNodes(Vector3.Scale(Vector3.forward, mazeFrameCreator.Scale) * 3, true);
mazeFrame.AddPathSegments();
//mazeFrameSplines = new MazeFrameSplines(mazeFrame);
//GameObject mazeObjects = null;
//MazePopulator.PopulateWithSplineFittedBars(mazeFrame, ref mazeFrameSplines, ref mazeObjects, new Vector3(2, .15f, 1));
//GameObject player = null;
//GameObject cameraRig = null;
//MazePopulator.PlacePlayerAndCamera(ref player, ref cameraRig, mazeFrame.StartNode.Position + (Vector3.Scale(Vector3.forward, mazeFrameCreator.Scale) * 1.5f));
}
private IEnumerator BuildNewMaze()
{
float mazeFrameElementsBuilt = 0;
mazeFrameMeshesArePresent = false;
// Initialize maze creator
MazeFrameCreator mazeFrameCreator = null;
switch (mazeShape)
{
case 0:
{
mazeFrameCreator = new MazeFrameCreatorSquare3D(mazeSize, nQuadrants)
{
Scale = mazeScale, Jitter = mazeJitter
}; break;
}
case 1:
{
mazeFrameCreator = new MazeFrameCreatorMeshIcosahedron(nDivisions, nQuadrants)
{
Scale = mazeScale, Jitter = mazeJitter
}; break;
}
}
// Set random seed selector
System.Random randGen = new ConsistentRandom();
// Randomize order of difficulties
int[] randomQuadrantIndices = Utilities.RandomIndices(nQuadrants);
// Generate maze!
if (nQuadrants != 0 && nQuadrants != difficulties.Length)
{
throw new System.ArgumentException("When using quadrants, nQuadrants and nDifficulties should be equal.");
}
List <MazeFrame> singleMazeFrames = new List <MazeFrame>(difficulties.Length);
for (int iDifficulty = 0; iDifficulty < difficulties.Length; iDifficulty++)
{
List <MazeFrame> singleFrameSections = new List <MazeFrame>(nSections);
for (int iSections = 0; iSections < nSections; iSections++)
{
// Create sections
int quadrantInd;
//if (nQuadrants != 0) { quadrantInd = iDifficulty; }
if (nQuadrants != 0)
{
quadrantInd = randomQuadrantIndices[iDifficulty];
}
else
{
quadrantInd = 0;
}
MazeFrame currSection = null;
int currDifficulty = difficulties[iDifficulty];
int currSeedInd = randGen.Next(seedData[quadrantInd].seeds[currDifficulty].Length);
mazeFrameCreator.RandomSeed = seedData[quadrantInd].seeds[currDifficulty][currSeedInd];
//mazeFrameCreator.RandomSeed = seedData[quadrantInd].seeds[iDifficulty][iSections];
if (nQuadrants == 0)
{
currSection = mazeFrameCreator.GenerateMaze();
}
else
{
currSection = mazeFrameCreator.GenerateEmptyMazeFrame();
mazeFrameCreator.GenerateMaze(ref currSection, quadrantInd);
currSection.SetOnShortestPath(currSection.Quadrants[quadrantInd], 0); // HACKY
}
//currSection.KeepOnlyShortestPathConnections();
//currSection.AddPathSegments();
// DEBUG
if (nQuadrants != 0)
{
Debug.Log(currSection.GetNIntersectionsOnPath()[0] + " " + currSection.GetDifficulty(quadrantInd)[0] + " - " + seedData[quadrantInd].difficulties[currDifficulty][currSeedInd]);
}
else
{
Debug.Log(currSection.GetNIntersectionsOnPath()[0] + " " + currSection.GetDifficulty()[0]);
}
// DEBUG
singleFrameSections.Add(currSection);
mazeFrameElementsBuilt++;
LevelBuiltProgressPercentage = (mazeFrameElementsBuilt / (difficulties.Length * nSections)) / 2;
yield return(null);
}
MazeFrame currSingleFrame;
if (singleFrameSections.Count > 1)
{ //MazeFrame currSingleFrame = MazeFrame.Concatenate(singleFrameSections, mazeFrameCreator.Scale, mazeDirection);
currSingleFrame = MazeFrame.CombineShrink(singleFrameSections, shrinkFactor);
}
else
{
currSingleFrame = singleFrameSections[0];
}
currSingleFrame.AddOffsetStartNode(Vector3.Scale(mazeDirection, mazeScale) * startOffsetFactor, true);
currSingleFrame.AddOffsetEndNode(Vector3.Scale(mazeDirection, mazeScale) * endOffsetFactor, true);
for (int iInc = 0; iInc < iDifficulty; iInc++)
{
currSingleFrame.IncrementShortestPathIndices();
}
singleMazeFrames.Add(currSingleFrame);
}
if (singleMazeFrames.Count > 1)
{
mazeFrame = MazeFrame.Merge(singleMazeFrames);
}
else
{
mazeFrame = singleMazeFrames[0];
}
//mazeFrame.ConnectUnconnectedNodes();
mazeFrame.AddPathSegments();
yield return(null);
// Populate maze and get return splines and maze objects
mazePopulator.PopulateWithSplineFittedBars(mazeFrame, ref mazeFrameSplines, ref mazeObjects, objectScaling);
//mazePopulator.PopulateWithSplineFittedCylinders(mazeFrame, ref mazeFrameSplines, ref mazeObjects, objectScaling);
// Wait till population is complete
while (!mazeFrameMeshesArePresent)
{
if (mazePopulator.MazeObjectsPlaced == mazeFrameSplines.SplineSegments.Count)
{
mazeFrameMeshesArePresent = true;
}
yield return(null);
}
// Create and Initialize gravity frame
gravityFrameController = new GravityFrameController(mazeFrame, mazeFrameSplines, gravJunctionDistFactor, gravPlaneWidth);
yield return(null);
// Place others
PlacePlayerAndCamera();
PlaceEndPortal();
PlaceCubeOfDeath();
PlaceMindWarpTriggers();
}