void updateTemperature()
{
Renderer.device.pushDebugMarker("Update Heat");
Fractal f = myHeatGenerator.findModule("fractal") as Fractal;
f.seed = heat.seed;
f.octaves = heat.octaves;
f.frequency = heat.frequency;
f.offset = heat.offset;
f.lacunarity = heat.lacunarity;
f.gain = heat.gain;
f.H = heat.H;
Gradient g = myHeatGenerator.findModule("south gradient") as Gradient;
g.x0 = heat.sx0;
g.x1 = heat.sx1;
g.y0 = heat.sy0;
g.y1 = heat.sy1;
g = myHeatGenerator.findModule("north gradient") as Gradient;
g.x0 = heat.nx0;
g.x1 = heat.nx1;
g.y0 = heat.ny0;
g.y1 = heat.ny1;
myHeatGenerator.update(true);
Renderer.device.popDebugMarker();
}
void updateMoisture()
{
Renderer.device.pushDebugMarker("Update Moisture");
myMoistureGenerator.update();
Renderer.device.popDebugMarker();
}
void updateElevation()
{
Renderer.device.pushDebugMarker("Update Elevation");
//update the elevation height map
myElevationGenerator.update();
Renderer.device.popDebugMarker();
}
public void update()
{
bool elvChanged = myElevationGenerator.update();
bool heatChanged = myHeatGenerator.update();
bool moistChanged = myMoistureGenerator.update();
if (elvChanged || heatChanged || moistChanged)
{
Info.print("Updating Biome Map");
Renderer.device.pushDebugMarker("Update Biomes");
ComputeCommand cmd;
String m2 = "Apply Elevation";
GL.PushDebugGroup(DebugSourceExternal.DebugSourceApplication, 0, m2.Length, m2);
cmd = new ComputeCommand(myApplyElevationShader, myBiome.width / 32, myBiome.height / 32);
cmd.addImage(myElevationGenerator.output.output, TextureAccess.ReadOnly, 0);
cmd.addImage(myBiome, TextureAccess.WriteOnly, 1);
cmd.execute();
GL.MemoryBarrier(MemoryBarrierFlags.AllBarrierBits);
GL.PopDebugGroup();
String m3 = "Apply Heat";
GL.PushDebugGroup(DebugSourceExternal.DebugSourceApplication, 0, m3.Length, m3);
cmd = new ComputeCommand(myApplyHeatShader, myBiome.width / 32, myBiome.height / 32);
cmd.addImage(myHeatGenerator.output.output, TextureAccess.ReadOnly, 0);
cmd.addImage(myBiome, TextureAccess.ReadWrite, 1);
cmd.execute();
GL.MemoryBarrier(MemoryBarrierFlags.AllBarrierBits);
GL.PopDebugGroup();
String m4 = "Apply Moisture";
GL.PushDebugGroup(DebugSourceExternal.DebugSourceApplication, 0, m4.Length, m4);
cmd = new ComputeCommand(myApplyMoistureShader, myBiome.width / 32, myBiome.height / 32);
cmd.addImage(myMoistureGenerator.output.output, TextureAccess.ReadOnly, 0);
cmd.addImage(myBiome, TextureAccess.ReadWrite, 1);
cmd.execute();
GL.MemoryBarrier(MemoryBarrierFlags.AllBarrierBits);
GL.PopDebugGroup();
String m5 = "Apply Biome";
GL.PushDebugGroup(DebugSourceExternal.DebugSourceApplication, 0, m5.Length, m5);
cmd = new ComputeCommand(myGenerateBiomeShader, myBiome.width / 32, myBiome.height / 32);
cmd.addImage(myBiome, TextureAccess.ReadWrite, 0);
cmd.execute();
GL.MemoryBarrier(MemoryBarrierFlags.AllBarrierBits);
GL.PopDebugGroup();
Renderer.device.popDebugMarker();
mySampler.updateData();
}
}
void updateMoisture()
{
Renderer.device.pushDebugMarker("Update Moisture");
Fractal f = myMoistureGenerator.findModule("fractal") as Fractal;
f.seed = moisture.seed;
f.octaves = moisture.octaves;
f.frequency = moisture.frequency;
f.offset = moisture.offset;
f.lacunarity = moisture.lacunarity;
f.gain = moisture.gain;
f.H = moisture.H;
myMoistureGenerator.update();
Renderer.device.popDebugMarker();
}
void updateTemperature()
{
Renderer.device.pushDebugMarker("Update Heat");
myHeatGenerator.update();
Renderer.device.popDebugMarker();
}
