public static JobHandle Schedule(SplineCache spline, NativeArray <PointTransform> transforms, float transfromStepDistance, int innerBatchCount, JobHandle dependOn)
{
var generateTransforms = new GenerateTransforms
{
cacheStepDistance = spline.CacheStepDistance,
transfromStepDistance = transfromStepDistance,
splineCachePositions = spline.Positions,
transforms = transforms
};
return(generateTransforms.Schedule(transforms.Length, innerBatchCount, dependOn));
}
protected override JobHandle StartGeneration(MeshData meshData, JobHandle dependOn)
{
int rowNum = Mathf.CeilToInt(SplineCache.Distance / TransformStepDistance);
var transforms = new NativeArray <PointTransform>(rowNum, Allocator.TempJob, NativeArrayOptions.UninitializedMemory);
AddTemp(transforms);
if (ScaleValues != null)
{
var scales = new NativeArray <float2>(transforms.Length, Allocator.TempJob, NativeArrayOptions.UninitializedMemory);
AddTemp(scales);
FillScales(scales, TransformStepDistance, ScaleValues);
dependOn = ApplyScales.Schedule(meshData.Vertices, scales, TransformStepDistance, DefApplyScalesInnerBatchCount, dependOn);
}
if (RotationValues != null)
{
var rotations = CalcRotations(rowNum, TransformStepDistance, RotationValues);
AddTemp(rotations);
dependOn = GenerateRotatedTransforms.Schedule(SplineCache, transforms, rotations, TransformStepDistance, GenerateTransformsInnerBatchCount, dependOn);
}
else
{
dependOn = GenerateTransforms.Schedule(SplineCache, transforms, TransformStepDistance, GenerateTransformsInnerBatchCount, dependOn);
}
if (LerpValues == null)
{
dependOn = ApplyTransforms.Schedule(meshData.Vertices, transforms, TransformStepDistance, ApplyTransformsInnerBatchCount, dependOn);
}
else
{
if (LerpValues.Length <= ApplyLerpedTransformsLimited.MaxLerpValueCount)
{
dependOn = ApplyLerpedTransformsLimited.Schedule(meshData.Vertices, transforms, LerpValues, TransformStepDistance, ApplyTransformsInnerBatchCount, dependOn);
}
else
{
var lerpArray = new NativeArray <LerpValue>(LerpValues, Allocator.TempJob);
AddTemp(lerpArray);
dependOn = ApplyLerpedTransforms.Schedule(meshData.Vertices, transforms, lerpArray, TransformStepDistance, ApplyTransformsInnerBatchCount, dependOn);
}
}
return(dependOn);
}