public override BaseFootprintAlgorithm Unwrap()
{
return(new Bevel(
IValueGeneratorContainer.FromObject(Angle),
IValueGeneratorContainer.FromObject(Distance)
));
}
public override BaseLotConstraint Unwrap()
{
return(new RequireAreaSpec(
IValueGeneratorContainer.FromObject(Min ?? 0),
IValueGeneratorContainer.FromObject(Max ?? float.PositiveInfinity)
));
}
public override BaseSubdividerRule Unwrap()
{
return(new AccessRuleSpec(
IValueGeneratorContainer.FromObject(TerminationChance ?? 0),
Type
));
}
public override BaseSpaceSpec Unwrap()
{
return(new RepeatSpec(
Id,
IValueGeneratorContainer.FromObject(Count),
Space.Unwrap()
));
}
public BaseFloorSelector Unwrap()
{
return(new RepeatSpec(
Items.Select(a => a.Unwrap()).ToArray(),
IValueGeneratorContainer.FromObject(Count),
Vary
));
}
public override BaseSubdividerRule Unwrap()
{
return(new AreaRuleSpec(
IValueGeneratorContainer.FromObject(Min ?? 0),
IValueGeneratorContainer.FromObject(Max ?? float.PositiveInfinity),
IValueGeneratorContainer.FromObject(TerminationChance ?? 0)
));
}
public override BaseSubdivideSpec Unwrap()
{
return(new ObbParcellerSpec(
NonOptimalChance == null ? null : IValueGeneratorContainer.FromObject(NonOptimalChance),
MaxNonOptimalRatio == null ? null : IValueGeneratorContainer.FromObject(MaxNonOptimalRatio),
SplitRatio == null ? null : IValueGeneratorContainer.FromObject(SplitRatio),
(Rules ?? new BaseSubdividerRule.BaseContainer[0]).Select(a => a.Unwrap()).ToArray()
));
}
public Vector2 Unwrap(Func <double> random, INamedDataCollection metadata)
{
Contract.Requires(random != null);
Contract.Requires(metadata != null);
return(new Vector2(
IValueGeneratorContainer.FromObject(X).SelectFloatValue(random, metadata),
IValueGeneratorContainer.FromObject(Y).SelectFloatValue(random, metadata)
));
}
public override BaseFootprintAlgorithm Unwrap()
{
return(new InvertCorner(
IValueGeneratorContainer.FromObject(Angle),
IValueGeneratorContainer.FromObject(Distance),
IValueGeneratorContainer.FromObject(MinDistance ?? 0),
InvertInner,
InvertOuter
));
}
public ITensorField Unwrap(Func <double> random, INamedDataCollection metadata)
{
Contract.Assume(Tensors != null);
Contract.Assume(Center != null);
return(new PointDistanceDecayField(
Tensors.Unwrap(random, metadata),
Center.Unwrap(random, metadata),
IValueGeneratorContainer.FromObject(Decay).SelectFloatValue(random, metadata)
));
}
public MergingParameters Unwrap()
{
var defaultAngular = new MergeParamPair(0.4f, 0.5f);
var angular = AngularDeviation == null ? defaultAngular : new MergeParamPair(AngularDeviation.Value.Weight ?? defaultAngular.Weight, AngularDeviation.Value.Threshold ?? defaultAngular.Threshold);
var defaultConvex = new MergeParamPair(0.3f, 0.9f);
var convex = Convexity == null ? defaultConvex : new MergeParamPair(Convexity.Value.Weight ?? defaultConvex.Weight, Convexity.Value.Threshold ?? defaultConvex.Threshold);
var defaultArea = new MergeParamPairWithCutoff(0.3f, 100, 4);
var area = Area == null ? defaultArea : new MergeParamPairWithCutoff(Area.Value.Weight ?? defaultArea.Weight, Area.Value.Threshold ?? defaultArea.Threshold, Area.Value.Cutoff ?? defaultArea.Cutoff);
return(new MergingParameters(
IValueGeneratorContainer.FromObject(angular.Weight),
IValueGeneratorContainer.FromObject(angular.Threshold),
IValueGeneratorContainer.FromObject(convex.Weight),
IValueGeneratorContainer.FromObject(convex.Threshold),
IValueGeneratorContainer.FromObject(area.Weight),
IValueGeneratorContainer.FromObject(area.Threshold),
IValueGeneratorContainer.FromObject(area.Cutoff)
));
}
public TracingConfiguration Unwrap(Func <double> random, INamedDataCollection metadata)
{
Contract.Requires(random != null);
Contract.Requires(metadata != null);
Contract.Ensures(Contract.Result <TracingConfiguration>() != null);
Contract.Assume(MergeSearchAngle != null);
Contract.Assume(SegmentLength != null);
Contract.Assume(RoadWidth != null);
Contract.Assume(PriorityField != null);
Contract.Assume(SeparationField != null);
Contract.Assume(TensorField != null);
return(new TracingConfiguration(
PriorityField.Unwrap(),
SeparationField.Unwrap(),
TensorField.Unwrap(random, metadata),
IValueGeneratorContainer.FromObject(RoadWidth),
MathHelper.ToRadians(IValueGeneratorContainer.FromObject(MergeSearchAngle).SelectFloatValue(random, metadata)),
IValueGeneratorContainer.FromObject(SegmentLength).SelectFloatValue(random, metadata),
IValueGeneratorContainer.FromObject(MergeDistance).SelectFloatValue(random, metadata)));
}
public WallGrowthParameters Unwrap()
{
Contract.Assume(SeedSpacing != null);
Contract.Assume(SeedChance != null);
//Get parallel parameters (or use defaults)
var defaultParallel = new ParallelCheckParameters
{
Length = 1.25f,
Width = 1,
Angle = 10
};
var parallelParams = ParallelCheck ?? defaultParallel;
return(new WallGrowthParameters(
IValueGeneratorContainer.FromObject(SeedSpacing, new NormallyDistributedValue(1.5f, 3, 4.5f, 0.5f)),
IValueGeneratorContainer.FromObject(SeedChance, 0.5f),
IValueGeneratorContainer.FromObject(parallelParams.Length, defaultParallel.Length),
IValueGeneratorContainer.FromObject(parallelParams.Width, defaultParallel.Width),
IValueGeneratorContainer.FromObject(parallelParams.Angle, defaultParallel.Angle).Transform(MathHelper.ToRadians),
IValueGeneratorContainer.FromObject(IntersectionContinuationChance, 0.75f)
));
}
public BaseFloorSelector Unwrap()
{
IValueGenerator defaultHeight = DefaultHeight == null ? new NormallyDistributedValue(2.5f, 3, 3.5f, 0.2f) : IValueGeneratorContainer.FromObject(DefaultHeight);
return(new FloorRangeSpec(Includes.Select(a => a.Unwrap(defaultHeight)).ToArray()));
}
public override BaseFootprintAlgorithm Unwrap()
{
return(new Twist(
IValueGeneratorContainer.FromObject(Angle ?? 0)
));
}
public BaseFloorSelector Unwrap()
{
IValueGenerator height = Height == null ? new NormallyDistributedValue(2.5f, 3f, 3.5f, 0.2f) : IValueGeneratorContainer.FromObject(Height);
return(new FloorSpec(Id ?? Guid.NewGuid().ToString(), Tags.Unwrap().ToArray(), height));
}
internal FloorRangeIncludeSpec Unwrap(IValueGenerator defaultHeight)
{
var count = IValueGeneratorContainer.FromObject(Count);
return(new FloorRangeIncludeSpec(Id ?? Guid.NewGuid().ToString(), count, Vary, Continuous, Tags.Unwrap().ToArray(), IValueGeneratorContainer.FromObject(Height, defaultHeight)));
}
public CorridorParameters Unwrap()
{
return(new CorridorParameters(
IValueGeneratorContainer.FromObject(Width ?? new NormallyDistributedValue(1, 1.5f, 2, 0.25f))
));
}
public ITensorField Unwrap(Func <double> random, INamedDataCollection metadata)
{
var angle = IValueGeneratorContainer.FromObject(Angle).SelectFloatValue(random, metadata);
return(new Gridline(MathHelper.ToRadians(angle), Length ?? 1));
}
public override BaseFootprintAlgorithm Unwrap()
{
return(new Shrink(
IValueGeneratorContainer.FromObject(Distance ?? 0)
));
}
public override BaseFootprintAlgorithm Unwrap()
{
return(new MinArea(IValueGeneratorContainer.FromObject(Area), Action.Unwrap(), Fallback.UnwrapNullable()));
}