// Use this for initialization
void Start2()
{
Chunk.setSize (chunkSize);
Chunk.setDiscretization (voxelsPerUnit);
NoiseSampleManager sampleManager = new NoiseSampleManager (groundLevel);
NoisedFlatDensity density = new NoisedFlatDensity (groundLevel, sampleManager);
foreach (NoiseSample noiseSample in noiseSamples) {
SampleRepository.registerSample (noiseSample.getPersistentSample ());
sampleManager.addSample (noiseSample);
}
TerrainGenerator generator = new TerrainGenerator (density, horizontalChunks, verticalChunks);
generator.generate ();
/*NoiseSample noiseSample1 = new NoiseSample (
SampleRepository.getSample ("sample1"), weightFirstSample,
new DefaultSaturation (noiseSaturation1.x, noiseSaturation1.y), firstSampleScale);
NoiseSample noiseSample2 = new NoiseSample (
SampleRepository.getSample ("sample2"), weightSecondSample,
new DefaultSaturation (noiseSaturation2.x, noiseSaturation2.y), secondSampleScale);*/
/*ChunkProcessor processor = new ChunkProcessor ();
for (int i = 0; i < horizontalChunks; i++) {
for (int j = 0; j < verticalChunks; j++) {
for (int k = 0; k < horizontalChunks; k++) {
Chunk chunk = Chunk.Instantiate (new Vector3 (chunkSize*i, chunkSize*j, chunkSize*k));
chunk.applyDensity (density);
processor.process (chunk);
}
}
}*/
}
// Use this for initialization
void Start2()
{
Chunk.setSize(chunkSize);
Chunk.setDiscretization(voxelsPerUnit);
NoiseSampleManager sampleManager = new NoiseSampleManager(groundLevel);
NoisedFlatDensity density = new NoisedFlatDensity(groundLevel, sampleManager);
foreach (NoiseSample noiseSample in noiseSamples)
{
SampleRepository.registerSample(noiseSample.getPersistentSample());
sampleManager.addSample(noiseSample);
}
TerrainGenerator generator = new TerrainGenerator(density, horizontalChunks, verticalChunks);
generator.generate();
/*NoiseSample noiseSample1 = new NoiseSample (
* SampleRepository.getSample ("sample1"), weightFirstSample,
* new DefaultSaturation (noiseSaturation1.x, noiseSaturation1.y), firstSampleScale);
*
* NoiseSample noiseSample2 = new NoiseSample (
* SampleRepository.getSample ("sample2"), weightSecondSample,
* new DefaultSaturation (noiseSaturation2.x, noiseSaturation2.y), secondSampleScale);*/
/*ChunkProcessor processor = new ChunkProcessor ();
* for (int i = 0; i < horizontalChunks; i++) {
* for (int j = 0; j < verticalChunks; j++) {
* for (int k = 0; k < horizontalChunks; k++) {
* Chunk chunk = Chunk.Instantiate (new Vector3 (chunkSize*i, chunkSize*j, chunkSize*k));
* chunk.applyDensity (density);
* processor.process (chunk);
* }
* }
* }*/
}
public NoisedFlatDensity(float height, NoiseSampleManager sampleManager)
: base(height)
{
this.sampleManager = sampleManager;
}
public NoisedFlatDensity(float height, NoiseSampleManager sampleManager)
: base(height)
{
this.sampleManager = sampleManager;
}
