public static void MaxPooling_5x5Input_2x2Kernel_1x1Stride(int size, int kernel, int stride, byte[] source)
{
var pooled = new NativeArray <byte>(source.Length, Allocator.Temp);
Pool.Max(s_Intensities5x5Native, pooled, size, size, kernel, kernel, stride, stride);
pooled.AssertCollectionEqual(source);
pooled.Dispose();
}
public static void MeanPooling_5x5Input_3x3Kernel_2x2Stride()
{
var intensities5x5MeanPooled3x3Stride2x2 =
new NativeArray <float>(k_Intensities5x5MeanPooled3x3Stride2x2.Length, Allocator.Temp);
Pool.Average(s_Intensities5x5Native, intensities5x5MeanPooled3x3Stride2x2, 5, 5, 3, 3, 2, 2);
intensities5x5MeanPooled3x3Stride2x2.AssertCollectionEqual(k_Intensities5x5MeanPooled3x3Stride2x2);
intensities5x5MeanPooled3x3Stride2x2.Dispose();
}
public static void MeanPooling_2x2Kernel_5x5Input()
{
var intensities5x5MeanPooled2x2 =
new NativeArray <float>(k_Intensities5x5MeanPooled2x2.Length, Allocator.Temp);
Operations.MeanPool(s_Intensities5x5Native, intensities5x5MeanPooled2x2, 5, 5, 2, 2, 1, 1);
intensities5x5MeanPooled2x2.AssertCollectionEqual(k_Intensities5x5MeanPooled2x2);
intensities5x5MeanPooled2x2.Dispose();
}
