public void VerifyVallidity(LandscapeBuilder.LandscapeIntermidiate intermidiate)
{
if (!IsValid(intermidiate))
{
throw new InvalidOperationException("Builder is in an invalid satate and thus cannot build an instance.");
}
}
//TODO
public override Algorithm <float> Build(LandscapeBuilder.LandscapeIntermidiate intermidiate)
{
VerifyVallidity(intermidiate);
return(new HydrolicErosion(
offset: Offset,
threadPool: intermidiate.ThreadPool,
source: intermidiate.Get <float>(SourceID),
brushRadius: BrushRadius,
depositSpeed: DepositSpeed,
erodeSpeed: ErodeSpeed,
evaporationSpeed: EvaporationSpeed,
gravity: Gravity,
initialSpeed: InitialSpeed,
initialVolume: InitialVolume,
layeringPower: LayeringPower,
maxIterations: MaxIterations,
minSedimentCapacity: MinSedimentCapacity,
outputFactor: OutputFactor,
sedimentCapacityFactor: SedimentCapacityFactor,
stepLength: StepLength,
friction: Friction,
minModification: MinModification,
maxSectorSize: MaxSectorSize,
coverageFactor: CoverageFactor,
maxModification: MaxModification,
sedimentFactor: SedimentFactor
));
}
public Dictionary <string, IAlgorithm> BuildGeneric(LandscapeBuilder.LandscapeIntermidiate intermidiate)
{
Dictionary <string, IAlgorithm> ret = new Dictionary <string, IAlgorithm> {
{ LandscapeBuilder.MAIN_ALGORITHM_KEY, Build(intermidiate) }
};
return(ret);
}
public override Algorithm <float> Build(LandscapeBuilder.LandscapeIntermidiate intermidiate)
{
VerifyVallidity(intermidiate);
if (Force == 1)
{
return(new BlurBasic(Offset, intermidiate.ThreadPool, intermidiate.Get <float>(SourceID)));
}
return(new BlurAdvanced(Offset, intermidiate.ThreadPool, intermidiate.Get <float>(SourceID), Force));
}
public override Algorithm <float> Build(LandscapeBuilder.LandscapeIntermidiate intermidiate)
{
VerifyVallidity(intermidiate);
List <Algorithm <float> > algorithms = new List <Algorithm <float> >();
foreach (string sourceID in Sources)
{
algorithms.Add(intermidiate.Get <float>(sourceID));
}
return(new FloatAdder(Offset, intermidiate.ThreadPool, algorithms, DeltaFactor, RetFactor));
}
public abstract Dictionary <string, IAlgorithm> BuildGeneric(LandscapeBuilder.LandscapeIntermidiate landscapeIntermidiate);
public Algorithm <float> Build(LandscapeBuilder.LandscapeIntermidiate intermidiate)
{
string key = intermidiate.GetKeyFor(this);
return(intermidiate.Get <float>(key));
}
public override Algorithm <T> Build(LandscapeBuilder.LandscapeIntermidiate intermidiate)
{
VerifyVallidity(intermidiate);
return(new Memory <T>(Offset, intermidiate.ThreadPool, intermidiate.Get <T>(SourceID)));
}
public override Algorithm <Vec3> Build(LandscapeBuilder.LandscapeIntermidiate intermidiate)
{
VerifyVallidity(intermidiate);
return(new Downhill(Offset, intermidiate.ThreadPool, intermidiate.Get <Vec3>(SourceID)));
}
public override Algorithm <float> Build(LandscapeBuilder.LandscapeIntermidiate intermidiate)
{
VerifyVallidity(intermidiate);
return(new CoverterUintToFloat(Offset, intermidiate.ThreadPool, intermidiate.Get <uint>(SourceID)));
}
//TODO
public override Algorithm <Vec3> Build(LandscapeBuilder.LandscapeIntermidiate intermidiate)
{
VerifyVallidity(intermidiate);
return(new NormalFast(Offset, intermidiate.ThreadPool, intermidiate.Get <float>(SourceID), gridStepOverHeightRange: GridStepOverHeightRange));
}
public abstract Outputter <O> Build(LandscapeBuilder.LandscapeIntermidiate intermidiate);
public override Algorithm <float> Build(LandscapeBuilder.LandscapeIntermidiate intermidiate)
{
VerifyVallidity(intermidiate);
return(new PerlinNoise(Offset, intermidiate.ThreadPool, intermidiate.Get <Vec2>(SourceID), Scale));
}
public override Algorithm <Vec2> Build(LandscapeBuilder.LandscapeIntermidiate intermidiate)
{
VerifyVallidity(intermidiate);
return(new Vec2Field(Offset, intermidiate.ThreadPool, intermidiate.Get <uint>(SourceID), Magnitude));
}
public override Algorithm <uint> Build(LandscapeBuilder.LandscapeIntermidiate intermidiate)
{
VerifyVallidity(intermidiate);
return(new Random(Offset, intermidiate.ThreadPool, Seed));
}
public abstract Algorithm <T> Build(LandscapeBuilder.LandscapeIntermidiate intermidiate);
