public void DrawCubes()
{
foreach (EffectPass pass in cubeEffect.CurrentTechnique.Passes)
{
for (byte chunkx = 0; chunkx < xychunks; chunkx++)
{
for (byte chunkz = 0; chunkz < xychunks; chunkz++)
{
//FRUSTUM CULL HERE
if (InView(thisqube[chunkx, chunkz]) == false)
{
culled++;
continue;
}
//Checks to see which terrain type to render
for (int terraintype = 0; terraintype < 4; terraintype++)
{
if (terraintype == 0)
{
currentVBRenderer = this.staticVBRenderer[chunkx, chunkz][0];
}
if (terraintype == 1)
{
currentVBRenderer = this.staticVBRenderer[chunkx, chunkz][1];
}
if (terraintype == 2)
{
currentVBRenderer = this.staticVBRenderer[chunkx, chunkz][2];
}
if (terraintype == 3)
{
currentVBRenderer = this.staticVBRenderer[chunkx, chunkz][3];
}
if (currentVBRenderer == null)
{
continue;
}
//Render that buffer
currentVBRenderer.Render(cubeEffect.View, cubeEffect.Projection, Textures[terraintype]);
drawn++;
}
}
}
}
}
public void DrawCubes()
{
foreach (EffectPass pass in cubeEffect.CurrentTechnique.Passes)
{
for (byte chunkx = 0; chunkx < xychunks; chunkx++)
{
for (byte chunkz = 0; chunkz < xychunks; chunkz++)
{
for (int terraintype = 0; terraintype < 4; terraintype++)
{
if (terraintype == 0)
{
currentVBRenderer = this.staticVBRenderer[chunkx, chunkz][0];
}
if (terraintype == 1)
{
currentVBRenderer = this.staticVBRenderer[chunkx, chunkz][1];
}
if (terraintype == 2)
{
currentVBRenderer = this.staticVBRenderer[chunkx, chunkz][2];
}
if (terraintype == 3)
{
currentVBRenderer = this.staticVBRenderer[chunkx, chunkz][3];
}
if (currentVBRenderer == null)
{
continue;
}
//Render that buffer
currentVBRenderer.Render(cubeEffect.View, cubeEffect.Projection, Textures[terraintype]);
drawn++;
}
}
}
}
}
public void GenerateMap()
{
//Make seeds
seedx = r.Next(60000);
//Lists for cube storage
Grass = new List <Vector3> [(int)xychunks, (int)xychunks];
Dirt = new List <Vector3> [(int)xychunks, (int)xychunks];
Water = new List <Vector3> [(int)xychunks, (int)xychunks];
Stone = new List <Vector3> [(int)xychunks, (int)xychunks];
//Initialize lists, buffer
for (byte initx = 0; initx < xychunks; initx++)
{
for (byte inity = 0; inity < xychunks; inity++)
{
Grass[initx, inity] = new List <Vector3>();
Dirt[initx, inity] = new List <Vector3>();
Water[initx, inity] = new List <Vector3>();
Stone[initx, inity] = new List <Vector3>();
staticVBRenderer[initx, inity] = new StaticVBRenderer[4];
}
}
//Generate map in chunks
for (byte chunkx = 0; chunkx < xychunks; chunkx++)
{
for (byte chunkz = 0; chunkz < xychunks; chunkz++)
{
for (int x = 0 + (16 * (int)chunkx); x < width + (16 * (int)chunkx); x++)
{
for (int z = 0 + (16 * (int)chunkz); z < length + (16 * (int)chunkz); z++)
{
//perlin noise
float octave1 = PerlinNoise.noise((x + seedx) * 0.0001f, (z + seedx) * 0.0001f) * 0f;
float octave2 = PerlinNoise.noise((x + seedx) * 0.0005f, (z + seedx) * 0.0005f) * 0f;
float octave3 = PerlinNoise.noise((x + seedx) * 0.005f, (z + seedx) * 0.005f) * 0f;
float octave4 = PerlinNoise.noise((x + seedx) * 0.01f, (z + seedx) * 0.01f) * 20f;
float octave5 = PerlinNoise.noise((x + seedx) * 0.03f, (z + seedx) * 0.03f) * 5f;
//15,10 | 30, 8 <----- Octave 4/5 combos that are good so far
float lowerGroundHeight = octave1 + octave2 + octave3 + octave4 + octave5;
//Occlusion Culling
occlusionCull.Begin();
if ((55 + (int)lowerGroundHeight) <= 64) //Check if water
{
Water[chunkx, chunkz].Add(new Vector3(x, 56 + (int)lowerGroundHeight, z)); //Add to water list
if (54 + (int)lowerGroundHeight < 64)
{
for (int tosea = (54 + (int)lowerGroundHeight); tosea < 65; tosea++) //Create lakes/oceans depth
{
Water[chunkx, chunkz].Add(new Vector3(x, tosea + 1, z)); //Also add to list
}
}
}
else
{
Grass[chunkx, chunkz].Add(new Vector3(x, 55 + (int)lowerGroundHeight, z)); //Add grass to list
}
occlusionCull.End();
//Fill in under ground level
if (occlusionCull.IsComplete == true && occlusionCull.PixelCount > 0)
{
for (int tobottom = (54 + (int)lowerGroundHeight); tobottom > (54 + (int)lowerGroundHeight) - 3; tobottom--)
{
if (r.Next(100) > 50)
{
Dirt[chunkx, chunkz].Add(new Vector3(x, tobottom, z)); //Add to list
}
else
{
Stone[chunkx, chunkz].Add(new Vector3(x, tobottom, z)); //Add to list
}
}
}
else if (occlusionCull.IsComplete == true && occlusionCull.PixelCount < 1)
{
for (int tobottom = (54 + (int)lowerGroundHeight); tobottom > (54 + (int)lowerGroundHeight) - 3; tobottom--)
{
if (r.Next(100) > 50)
{
Dirt[chunkx, chunkz].Add(new Vector3(x, tobottom, z)); //Add to list
}
else
{
Stone[chunkx, chunkz].Add(new Vector3(x, tobottom, z)); //Add to list
}
}
}
}
}
}
}
//load the buffers
for (byte chunkx = 0; chunkx < xychunks; chunkx++)
{
for (byte chunkz = 0; chunkz < xychunks; chunkz++)
{
//Create buffers in chunks for rendering
if (Stone[chunkx, chunkz].Count != 0)
{
this.staticVBRenderer[chunkx, chunkz][0] = new StaticVBRenderer(ScreenManager.Game.GraphicsDevice, Textures[0], Stone[chunkx, chunkz], staticVBEffect);
}
if (Grass[chunkx, chunkz].Count != 0)
{
this.staticVBRenderer[chunkx, chunkz][1] = new StaticVBRenderer(ScreenManager.Game.GraphicsDevice, Textures[1], Grass[chunkx, chunkz], staticVBEffect);
}
if (Dirt[chunkx, chunkz].Count != 0)
{
this.staticVBRenderer[chunkx, chunkz][2] = new StaticVBRenderer(ScreenManager.Game.GraphicsDevice, Textures[2], Dirt[chunkx, chunkz], staticVBEffect);
}
if (Water[chunkx, chunkz].Count != 0)
{
this.staticVBRenderer[chunkx, chunkz][3] = new StaticVBRenderer(ScreenManager.Game.GraphicsDevice, Textures[3], Water[chunkx, chunkz], staticVBEffect);
}
}
}
////Make boudning boxes for the chunk culling. Need working on.
int minx = 0;
int minz = 0;
for (int chunkx = 0; chunkx < xychunks; chunkx++)
{
for (int chunkz = 0; chunkz < xychunks; chunkz++)
{
//box around the chunks of cubes
minx = chunkx * 16;
minz = chunkz * 16;
thisqube[chunkx, chunkz] = new BoundingBox(new Vector3(minx, 0, minz), new Vector3(minx + 16, 128, minz + 16));
}
}
}
public void GenerateMap()
{
//Make seeds
seedx = r.Next(60000);
//Lists for cube storage
Grass = new List<Vector3>[(int)xychunks, (int)xychunks];
Dirt = new List<Vector3>[(int)xychunks, (int)xychunks];
Water = new List<Vector3>[(int)xychunks, (int)xychunks];
Stone = new List<Vector3>[(int)xychunks, (int)xychunks];
//Initialize lists, buffer
for (byte initx = 0; initx < xychunks; initx++)
{
for (byte inity = 0; inity < xychunks; inity++)
{
Grass[initx, inity] = new List<Vector3>();
Dirt[initx, inity] = new List<Vector3>();
Water[initx, inity] = new List<Vector3>();
Stone[initx, inity] = new List<Vector3>();
staticVBRenderer[initx, inity] = new StaticVBRenderer[4];
}
}
//Generate map in chunks
for (byte chunkx = 0; chunkx < xychunks; chunkx++)
{
for (byte chunkz = 0; chunkz < xychunks; chunkz++)
{
for (int x = 0 + (16 * (int)chunkx); x < width + (16 * (int)chunkx); x++)
{
for (int z = 0 + (16 * (int)chunkz); z < length + (16 * (int)chunkz); z++)
{
//perlin noise
float octave1 = PerlinNoise.noise((x + seedx) * 0.0001f, (z + seedx) * 0.0001f) * 0f;
float octave2 = PerlinNoise.noise((x + seedx) * 0.0005f, (z + seedx) * 0.0005f) * 0f;
float octave3 = PerlinNoise.noise((x + seedx) * 0.005f, (z + seedx) * 0.005f) * 0f;
float octave4 = PerlinNoise.noise((x + seedx) * 0.01f, (z + seedx) * 0.01f) * 20f;
float octave5 = PerlinNoise.noise((x + seedx) * 0.03f, (z + seedx) * 0.03f) * 5f;
//15,10 | 30, 8 <----- Octave 4/5 combos that are good so far
float lowerGroundHeight = octave1 + octave2 + octave3 + octave4 + octave5;
if ((55 + (int)lowerGroundHeight) <= 64) //Check if water
{
Water[chunkx, chunkz].Add(new Vector3(x, 56 + (int)lowerGroundHeight, z)); //Add to water list
if (54 + (int)lowerGroundHeight < 64)
{
for (int tosea = (54 + (int)lowerGroundHeight); tosea < 65; tosea++) //Create lakes/oceans depth
{
Water[chunkx, chunkz].Add(new Vector3(x, tosea + 1, z)); //Also add to list
}
}
}
else
{
Grass[chunkx, chunkz].Add(new Vector3(x, 55 + (int)lowerGroundHeight, z)); //Add grass to list
}
//Fill in under ground level
for (int tobottom = (54 + (int)lowerGroundHeight); tobottom > (54 + (int)lowerGroundHeight) - 3; tobottom--)
{
if (r.Next(100) > 50)
{
Dirt[chunkx, chunkz].Add(new Vector3(x, tobottom, z)); //Add to list
}
else
{
Stone[chunkx, chunkz].Add(new Vector3(x, tobottom, z)); //Add to list
}
}
}
}
}
}
//load the buffers
for (byte chunkx = 0; chunkx < xychunks; chunkx++)
{
for (byte chunkz = 0; chunkz < xychunks; chunkz++)
{
//Create buffers in chunks for rendering
if (Stone[chunkx, chunkz].Count != 0)
this.staticVBRenderer[chunkx, chunkz][0] = new StaticVBRenderer(ScreenManager.Game.GraphicsDevice, Textures[0], Stone[chunkx, chunkz], staticVBEffect);
if (Grass[chunkx, chunkz].Count != 0)
this.staticVBRenderer[chunkx, chunkz][1] = new StaticVBRenderer(ScreenManager.Game.GraphicsDevice, Textures[1], Grass[chunkx, chunkz], staticVBEffect);
if (Dirt[chunkx, chunkz].Count != 0)
this.staticVBRenderer[chunkx, chunkz][2] = new StaticVBRenderer(ScreenManager.Game.GraphicsDevice, Textures[2], Dirt[chunkx, chunkz], staticVBEffect);
if (Water[chunkx, chunkz].Count != 0)
this.staticVBRenderer[chunkx, chunkz][3] = new StaticVBRenderer(ScreenManager.Game.GraphicsDevice, Textures[3], Water[chunkx, chunkz], staticVBEffect);
}
}
}
public void DrawCubes()
{
foreach (EffectPass pass in cubeEffect.CurrentTechnique.Passes)
{
for (byte chunkx = 0; chunkx < xychunks; chunkx++)
{
for (byte chunkz = 0; chunkz < xychunks; chunkz++)
{
for (int terraintype = 0; terraintype < 4; terraintype++)
{
if (terraintype == 0)
currentVBRenderer = this.staticVBRenderer[chunkx, chunkz][0];
if (terraintype == 1)
currentVBRenderer = this.staticVBRenderer[chunkx, chunkz][1];
if (terraintype == 2)
currentVBRenderer = this.staticVBRenderer[chunkx, chunkz][2];
if (terraintype == 3)
currentVBRenderer = this.staticVBRenderer[chunkx, chunkz][3];
if (currentVBRenderer == null)
continue;
//Render that buffer
currentVBRenderer.Render(cubeEffect.View, cubeEffect.Projection, Textures[terraintype]);
drawn++;
}
}
}
}
}
public void DrawCubes()
{
foreach (EffectPass pass in cubeEffect.CurrentTechnique.Passes)
{
for (byte chunkx = 0; chunkx < xychunks; chunkx++)
{
for (byte chunkz = 0; chunkz < xychunks; chunkz++)
{
//FRUSTUM CULL HERE
if (InView(thisqube[chunkx, chunkz]) == false)
{
culled++;
continue;
}
//Checks to see which terrain type to render
for (int terraintype = 0; terraintype < 4; terraintype++)
{
if (terraintype == 0)
currentVBRenderer = this.staticVBRenderer[chunkx, chunkz][0];
if (terraintype == 1)
currentVBRenderer = this.staticVBRenderer[chunkx, chunkz][1];
if (terraintype == 2)
currentVBRenderer = this.staticVBRenderer[chunkx, chunkz][2];
if (terraintype == 3)
currentVBRenderer = this.staticVBRenderer[chunkx, chunkz][3];
if (currentVBRenderer == null)
continue;
//Render that buffer
currentVBRenderer.Render(cubeEffect.View, cubeEffect.Projection, Textures[terraintype]);
drawn++;
}
}
}
}
}