public void ClosedDoubleUnitThousandBucketDistribution(int sampleSizePercentage)
{
ValidateClosedDoubleUnitBucketDistribution(SystemRandom.Create(seed), 1000, 100, 0.15f, sampleSizePercentage);
ValidateClosedDoubleUnitBucketDistribution(SplitMix64.Create(seed), 1000, 100, 0.15f, sampleSizePercentage);
ValidateClosedDoubleUnitBucketDistribution(XorShift128Plus.Create(seed), 1000, 100, 0.15f, sampleSizePercentage);
ValidateClosedDoubleUnitBucketDistribution(XoroShiro128Plus.Create(seed), 1000, 100, 0.15f, sampleSizePercentage);
ValidateClosedDoubleUnitBucketDistribution(XorShift1024Star.Create(seed), 1000, 100, 0.15f, sampleSizePercentage);
}
public void HalfClosedFloatUnitTenBucketDistribution(int sampleSizePercentage)
{
ValidateHalfClosedFloatUnitBucketDistribution(SystemRandom.Create(seed), 10, 10000, 0.015f, sampleSizePercentage);
ValidateHalfClosedFloatUnitBucketDistribution(SplitMix64.Create(seed), 10, 10000, 0.015f, sampleSizePercentage);
ValidateHalfClosedFloatUnitBucketDistribution(XorShift128Plus.Create(seed), 10, 10000, 0.015f, sampleSizePercentage);
ValidateHalfClosedFloatUnitBucketDistribution(XoroShiro128Plus.Create(seed), 10, 10000, 0.015f, sampleSizePercentage);
ValidateHalfClosedFloatUnitBucketDistribution(XorShift1024Star.Create(seed), 10, 10000, 0.015f, sampleSizePercentage);
}
public void ClosedDoubleUnitRange(int sampleSizePercentage)
{
ValidateClosedDoubleUnitRange(10000, SystemRandom.Create(seed), sampleSizePercentage);
ValidateClosedDoubleUnitRange(10000, SplitMix64.Create(seed), sampleSizePercentage);
ValidateClosedDoubleUnitRange(10000, XorShift128Plus.Create(seed), sampleSizePercentage);
ValidateClosedDoubleUnitRange(10000, XoroShiro128Plus.Create(seed), sampleSizePercentage);
ValidateClosedDoubleUnitRange(10000, XorShift1024Star.Create(seed), sampleSizePercentage);
}
//[UnityEditor.MenuItem("Assets/MakeIt.Random/Calculate Arch Identity Test Values")]
public static void CalculateAllTestValues()
{
string dataFilePath = Path.GetFullPath("Packages/com.andygainey.makeit.random/Tests/Editor/Random/Data~/");
Directory.CreateDirectory(dataFilePath);
CalculateTestValues(XorShift128Plus.Create(seed), "Next32", (IRandom random, BinaryWriter writer) => { writer.Write(random.Next32()); }, next32Count);
CalculateTestValues(XorShift1024Star.Create(seed), "Next32", (IRandom random, BinaryWriter writer) => { writer.Write(random.Next32()); }, next32Count);
CalculateTestValues(XoroShiro128Plus.Create(seed), "Next32", (IRandom random, BinaryWriter writer) => { writer.Write(random.Next32()); }, next32Count);
CalculateTestValues(XorShiftAdd.Create(seed), "Next32", (IRandom random, BinaryWriter writer) => { writer.Write(random.Next32()); }, next32Count);
CalculateTestValues(SplitMix64.Create(seed), "Next32", (IRandom random, BinaryWriter writer) => { writer.Write(random.Next32()); }, next32Count);
CalculateTestValues(XorShift128Plus.Create(seed), "Next64", (IRandom random, BinaryWriter writer) => { writer.Write(random.Next64()); }, next64Count);
CalculateTestValues(XorShift1024Star.Create(seed), "Next64", (IRandom random, BinaryWriter writer) => { writer.Write(random.Next64()); }, next64Count);
CalculateTestValues(XoroShiro128Plus.Create(seed), "Next64", (IRandom random, BinaryWriter writer) => { writer.Write(random.Next64()); }, next64Count);
CalculateTestValues(XorShiftAdd.Create(seed), "Next64", (IRandom random, BinaryWriter writer) => { writer.Write(random.Next64()); }, next64Count);
CalculateTestValues(SplitMix64.Create(seed), "Next64", (IRandom random, BinaryWriter writer) => { writer.Write(random.Next64()); }, next64Count);
CalculateTestValues(XorShift128Plus.Create(seed), "IntRange", (IRandom random, BinaryWriter writer) => { writer.Write(random.RangeCO(71, 1500)); }, intRangeCount);
CalculateTestValues(XorShift128Plus.Create(seed), "IntRange_Pow2", (IRandom random, BinaryWriter writer) => { writer.Write(random.RangeCO(71, 1095)); }, intRangeCount);
CalculateTestValues(XorShift128Plus.Create(seed), "FloatOO", (IRandom random, BinaryWriter writer) => { writer.Write(random.FloatOO()); }, floatRangeCount);
CalculateTestValues(XorShift128Plus.Create(seed), "FloatCO", (IRandom random, BinaryWriter writer) => { writer.Write(random.FloatCO()); }, floatRangeCount);
CalculateTestValues(XorShift128Plus.Create(seed), "FloatOC", (IRandom random, BinaryWriter writer) => { writer.Write(random.FloatOC()); }, floatRangeCount);
CalculateTestValues(XorShift128Plus.Create(seed), "FloatCC", (IRandom random, BinaryWriter writer) => { writer.Write(random.FloatCC()); }, floatRangeCount);
CalculateTestValues(XorShift128Plus.Create(seed), "DoubleOO", (IRandom random, BinaryWriter writer) => { writer.Write(random.DoubleOO()); }, floatRangeCount);
CalculateTestValues(XorShift128Plus.Create(seed), "DoubleCO", (IRandom random, BinaryWriter writer) => { writer.Write(random.DoubleCO()); }, floatRangeCount);
CalculateTestValues(XorShift128Plus.Create(seed), "DoubleOC", (IRandom random, BinaryWriter writer) => { writer.Write(random.DoubleOC()); }, floatRangeCount);
CalculateTestValues(XorShift128Plus.Create(seed), "DoubleCC", (IRandom random, BinaryWriter writer) => { writer.Write(random.DoubleCC()); }, floatRangeCount);
CalculateTestValues(XorShift128Plus.Create(seed), "UnitVector2", (IRandom random, BinaryWriter writer) => { writer.Write(random.UnitVector2()); }, geometryRangeCount);
CalculateTestValues(XorShift128Plus.Create(seed), "UnitVector3", (IRandom random, BinaryWriter writer) => { writer.Write(random.UnitVector3()); }, geometryRangeCount);
CalculateTestValues(XorShift128Plus.Create(seed), "UnitVector4", (IRandom random, BinaryWriter writer) => { writer.Write(random.UnitVector4()); }, geometryRangeCount);
CalculateTestValues(XorShift128Plus.Create(seed), "Rotation", (IRandom random, BinaryWriter writer) => { writer.Write(random.Rotation()); }, geometryRangeCount);
CalculateTestValues(XorShift128Plus.Create(seed), "PointWithinCircle", (IRandom random, BinaryWriter writer) => { writer.Write(random.PointWithinCircle()); }, geometryRangeCount);
CalculateTestValues(XorShift128Plus.Create(seed), "PointWithinSphere", (IRandom random, BinaryWriter writer) => { writer.Write(random.PointWithinSphere()); }, geometryRangeCount);
}
public IRandom GetRandom()
{
switch (seedSource)
{
case SeedSource.SystemTime:
switch (randomType)
{
case RandomType.System: return(SystemRandom.Create());
case RandomType.Unity: return(UnityRandom.Create());
case RandomType.SplitMix64: return(SplitMix64.Create());
case RandomType.XorShift128Plus: return(XorShift128Plus.Create());
case RandomType.XorShift1024Star: return(XorShift1024Star.Create());
case RandomType.XoroShiro128Plus: return(XoroShiro128Plus.Create());
default: throw new NotImplementedException();
}
case SeedSource.Numerical:
switch (randomType)
{
case RandomType.System: return(SystemRandom.Create(seedNumber));
case RandomType.Unity: return(UnityRandom.Create(seedNumber));
case RandomType.SplitMix64: return(SplitMix64.Create(seedNumber));
case RandomType.XorShift128Plus: return(XorShift128Plus.Create(seedNumber));
case RandomType.XorShift1024Star: return(XorShift1024Star.Create(seedNumber));
case RandomType.XoroShiro128Plus: return(XoroShiro128Plus.Create(seedNumber));
default: throw new NotImplementedException();
}
case SeedSource.Textual:
switch (randomType)
{
case RandomType.System: return(SystemRandom.Create(seedText));
case RandomType.Unity: return(UnityRandom.Create(seedText));
case RandomType.SplitMix64: return(SplitMix64.Create(seedText));
case RandomType.XorShift128Plus: return(XorShift128Plus.Create(seedText));
case RandomType.XorShift1024Star: return(XorShift1024Star.Create(seedText));
case RandomType.XoroShiro128Plus: return(XoroShiro128Plus.Create(seedText));
default: throw new NotImplementedException();
}
case SeedSource.Random:
switch (randomType)
{
case RandomType.System: return(SystemRandom.Create(randomSeedInputSlot.GetAsset <IRandom>()));
case RandomType.Unity: return(UnityRandom.Create(randomSeedInputSlot.GetAsset <IRandom>()));
case RandomType.SplitMix64: return(SplitMix64.Create(randomSeedInputSlot.GetAsset <IRandom>()));
case RandomType.XorShift128Plus: return(XorShift128Plus.Create(randomSeedInputSlot.GetAsset <IRandom>()));
case RandomType.XorShift1024Star: return(XorShift1024Star.Create(randomSeedInputSlot.GetAsset <IRandom>()));
case RandomType.XoroShiro128Plus: return(XoroShiro128Plus.Create(randomSeedInputSlot.GetAsset <IRandom>()));
default: throw new NotImplementedException();
}
case SeedSource.RandomAndSystemTime:
switch (randomType)
{
case RandomType.System: { var random = SystemRandom.Create(randomSeedInputSlot.GetAsset <IRandom>()); random.MergeSeed(); return(random); }
case RandomType.Unity: { var random = UnityRandom.Create(randomSeedInputSlot.GetAsset <IRandom>()); random.MergeSeed(); return(random); }
case RandomType.SplitMix64: { var random = SplitMix64.Create(randomSeedInputSlot.GetAsset <IRandom>()); random.MergeSeed(); return(random); }
case RandomType.XorShift128Plus: { var random = XorShift128Plus.Create(randomSeedInputSlot.GetAsset <IRandom>()); random.MergeSeed(); return(random); }
case RandomType.XorShift1024Star: { var random = XorShift1024Star.Create(randomSeedInputSlot.GetAsset <IRandom>()); random.MergeSeed(); return(random); }
case RandomType.XoroShiro128Plus: { var random = XoroShiro128Plus.Create(randomSeedInputSlot.GetAsset <IRandom>()); random.MergeSeed(); return(random); }
default: throw new NotImplementedException();
}
case SeedSource.RandomAndNumerical:
switch (randomType)
{
case RandomType.System: { var random = SystemRandom.Create(randomSeedInputSlot.GetAsset <IRandom>()); random.MergeSeed(seedNumber); return(random); }
case RandomType.Unity: { var random = UnityRandom.Create(randomSeedInputSlot.GetAsset <IRandom>()); random.MergeSeed(seedNumber); return(random); }
case RandomType.SplitMix64: { var random = SplitMix64.Create(randomSeedInputSlot.GetAsset <IRandom>()); random.MergeSeed(seedNumber); return(random); }
case RandomType.XorShift128Plus: { var random = XorShift128Plus.Create(randomSeedInputSlot.GetAsset <IRandom>()); random.MergeSeed(seedNumber); return(random); }
case RandomType.XorShift1024Star: { var random = XorShift1024Star.Create(randomSeedInputSlot.GetAsset <IRandom>()); random.MergeSeed(seedNumber); return(random); }
case RandomType.XoroShiro128Plus: { var random = XoroShiro128Plus.Create(randomSeedInputSlot.GetAsset <IRandom>()); random.MergeSeed(seedNumber); return(random); }
default: throw new NotImplementedException();
}
case SeedSource.RandomAndTextual:
switch (randomType)
{
case RandomType.System: { var random = SystemRandom.Create(randomSeedInputSlot.GetAsset <IRandom>()); random.MergeSeed(seedText); return(random); }
case RandomType.Unity: { var random = UnityRandom.Create(randomSeedInputSlot.GetAsset <IRandom>()); random.MergeSeed(seedText); return(random); }
case RandomType.SplitMix64: { var random = SplitMix64.Create(randomSeedInputSlot.GetAsset <IRandom>()); random.MergeSeed(seedText); return(random); }
case RandomType.XorShift128Plus: { var random = XorShift128Plus.Create(randomSeedInputSlot.GetAsset <IRandom>()); random.MergeSeed(seedText); return(random); }
case RandomType.XorShift1024Star: { var random = XorShift1024Star.Create(randomSeedInputSlot.GetAsset <IRandom>()); random.MergeSeed(seedText); return(random); }
case RandomType.XoroShiro128Plus: { var random = XoroShiro128Plus.Create(randomSeedInputSlot.GetAsset <IRandom>()); random.MergeSeed(seedText); return(random); }
default: throw new NotImplementedException();
}
default:
throw new NotImplementedException();
}
}