//static float[] SourceMatrix(Func<int, int, float> init) => Source(n * n, i => init(i%n, i));
static float[] Transpose(OpenCL.Net.Environment env, float[] A, int w, int h)
{
var len = (uint)A.Length;
var bufferA = env.Context.CreateBuffer(A, MemFlags.ReadOnly);
var bufferB = env.Context.CreateBuffer(Source(A.Length, _ => 0f), MemFlags.WriteOnly);
var kernel = new Kernel.Transpose(env.Context);
kernel.Compile("-cl-opt-disable");
kernel.Run(env.CommandQueues[0], bufferB, bufferA, w, h, len);
// WTF: We should wait for run
var results = new float[A.Length];
env.CommandQueues[0].ReadFromBuffer(bufferB, results);
return results;
}
//static float[] SourceMatrix(Func<int, int, float> init) => Source(n * n, i => init(i%n, i));
static float[] Transpose(OpenCL.Net.Environment env, float[] A, int w, int h)
{
var len = (uint)A.Length;
var bufferA = env.Context.CreateBuffer(A, MemFlags.ReadOnly);
var bufferB = env.Context.CreateBuffer(Source(A.Length, _ => 0f), MemFlags.WriteOnly);
var kernel = new Kernel.Transpose(env.Context);
kernel.Compile("-cl-opt-disable");
kernel.Run(env.CommandQueues[0], bufferB, bufferA, w, h, len);
// WTF: We should wait for run
var results = new float[A.Length];
env.CommandQueues[0].ReadFromBuffer(bufferB, results);
return(results);
}
