public TerrainChunk CreateMesh()
{
GameObject chunkObject = MeshGenerator.CreateEmptyObject("TerrainChunk", "Ground");
MeshGenerator.ApplyMesh(chunkObject, Vertices, Triangles, MaterialHandler.Instance.TerrainColor);
TerrainChunk chunk = chunkObject.AddComponent <TerrainChunk>();
return(chunk);
}
void GenerateMap()
{
Map map = new Map(mapWidth, mapHeight);
RandomFillMap(map);
for (int i = 0; i < smoothingIterations; i++)
{
SmoothMap(map);
}
if (fillThreshold > 0)
{
RemoveSmallRegions(map, 1, 0);
}
MeshGenerator meshGen = GetComponent <MeshGenerator>();
Map tileMap = meshGen.GenerateMap(map);
Map tileSheetMap = new Map(tileMap.Width, tileMap.Height);
Map edgeMap = GenerateEdgeMap(tileMap, 0, 15);
List <List <Coord> > landRegions = GetRegions(tileMap, 0);
foreach (List <Coord> region in landRegions)
{
foreach (Coord coord in region)
{
byte tileByteAddress = edgeMap.ActiveNeighborByte(coord.X, coord.Y, 1);
if (edgeMap.IsInRange(coord.X, coord.Y) && edgeMap.ActiveNeighborCount(coord.X, coord.Y, 1) > 0)
{
tileMap[coord.X, coord.Y] = tileByteAddress;
tileSheetMap[coord.X, coord.Y] = 1;
}
}
}
gizmoMap = edgeMap;
meshGen.ApplyTileMap(tileSheetMap, tileMap);
meshGen.ApplyMesh();
}
private void TriangulateChunk()
{
grass.ClearMesh();
fog.ClearMesh();
liquid.ClearMesh();
foundation.ClearMesh();
structure.ClearMesh();
ceiling.ClearMesh();
ceilingMask.ClearMesh();
for (int i = 0; i < cells.Length; i++)
{
TriangulateCell(cells[i]);
}
grass.ApplyMesh();
fog.ApplyMesh();
liquid.ApplyMesh();
foundation.ApplyMesh();
structure.ApplyMesh();
ceiling.ApplyMesh();
ceilingMask.ApplyMesh();
}
public static WagonFloor GenerateWagonFloor()
{
GameObject floorObject = MeshGenerator.CreateEmptyObject("Floor", "Train");
Vector3[] vertices = new Vector3[0];
int[] triangles = new int[0];
float left = -Wagon.Width / 2;
float right = Wagon.Width / 2;
float front = 0f;
float back = Wagon.Length;
float bot = 0f;
float top = WagonFloor.FloorHeight;
MeshGenerator.AddCube(ref vertices, ref triangles, left, right, front, back, top, bot);
MeshGenerator.ApplyMesh(floorObject, vertices, triangles, MaterialHandler.Instance.DefaultColor);
WagonFloor floor = floorObject.AddComponent <WagonFloor>();
floor.Init(null);
return(floor);
}
private static void GeneratePlank(GameObject segmentObject, RailPathPoint p1, RailPathPoint p2, RailSettings settings, Vector3 toVector, Vector3 toVectorPpc)
{
GameObject plankObject = MeshGenerator.CreateEmptyObject("Plank", "Ground", segmentObject.transform);
Vector3[] vertices = new Vector3[0];
int[] triangles = new int[0];
Vector3 frontOrigin = p1.Position + toVector / 3f;
Vector3 backOrigin = p1.Position + toVector / 3f * 2f;
Vector3 heightOffset = new Vector3(0f, settings.PlankHeight, 0f);
Vector3 leftBackTop = backOrigin - (toVectorPpc * settings.PlankWidth / 2f) + heightOffset;
Vector3 rightBackTop = backOrigin + (toVectorPpc * settings.PlankWidth / 2f) + heightOffset;
Vector3 rightFrontTop = frontOrigin + (toVectorPpc * settings.PlankWidth / 2f) + heightOffset;
Vector3 leftFrontTop = frontOrigin - (toVectorPpc * settings.PlankWidth / 2f) + heightOffset;
Vector3 leftBackBot = backOrigin - (toVectorPpc * settings.PlankWidth / 2f);
Vector3 rightBackBot = backOrigin + (toVectorPpc * settings.PlankWidth / 2f);
Vector3 rightFrontBot = frontOrigin + (toVectorPpc * settings.PlankWidth / 2f);
Vector3 leftFrontBot = frontOrigin - (toVectorPpc * settings.PlankWidth / 2f);
MeshGenerator.AddCuboid(ref vertices, ref triangles, leftBackTop, rightBackTop, rightFrontTop, leftFrontTop, leftBackBot, rightBackBot, rightFrontBot, leftFrontBot);
MeshGenerator.ApplyMesh(plankObject, vertices, triangles, MaterialHandler.Instance.RailPlankColor);
}
