public async void AnimateMandelbrot()
{
int[] data = new int[displayPort[0] * displayPort[1]];
Device device = MandelbrotInstance.ContextInstance.Devices.First(x => x.Name == DeviceName);
if (_lastDevice != device)
{
RestartWatch();
MandelbrotInstance.CompileKernel(device);
ExecutionsDetails2 = ElapsedTime("IL Compile - " + device.Name);
_lastDevice = device;
}
MandelbrotInstance.InitGPURepeat(ref data, displayPort, areaView, maxIterations);
StateHasChanged();
float offsetX = -0.02f;
float offsetY = 0.00562f;
for (int i = 0; i < 500; i++)
{
// here we are in a long running loop, a user can navigate away or close a window which will
// eventually result in an exception as this loop will continue to run
if (_disposing || MandelbrotInstance.IsDisposing)
{
break;
}
RestartWatch();
MandelbrotInstance.CalcGPURepeat(ref data, displayPort, areaView, maxIterations); // ILGPU-CPU-Mode
ExecutionsDetails2 = ElapsedTime($"IL Run - {DeviceName}");
areaView[0] = areaView[0] * 0.98f + offsetX;
areaView[1] = areaView[1] * 0.98f + offsetX;
areaView[2] = areaView[2] * 0.98f + offsetY;
areaView[3] = areaView[3] * 0.98f + offsetY;
if (_disposing || MandelbrotInstance.IsDisposing)
{
break;
}
RestartWatch();
await MandelbrotExtensions.Draw(Canvas2D, data, displayPort[0], displayPort[1], maxIterations, Color.Blue);
ExecutionsDetails3 = ElapsedTime("Web Server Render");
StateHasChanged();
}
MandelbrotInstance.CleanupGPURepeat();
}
public async void AnimateMandelbrot()
{
int[] data = new int[displayPort[0] * displayPort[1]];
float offsetX = -0.02f;
float offsetY = 0.00562f;
switch (DeviceName)
{
case "Single Thread":
for (int i = 0; i < 500; i++)
{
if (_disposing)
{
break;
}
RestartWatch();
MandelbrotExtensions.CalcCPUSingle(data, displayPort, areaView, maxIterations); // ILGPU-CPU-Mode
ExecutionsDetails3 = ElapsedTime($"Single Thread");
areaView[0] = areaView[0] * 0.98f + offsetX;
areaView[1] = areaView[1] * 0.98f + offsetX;
areaView[2] = areaView[2] * 0.98f + offsetY;
areaView[3] = areaView[3] * 0.98f + offsetY;
if (_disposing)
{
break;
}
RestartWatch();
await MandelbrotExtensions.Draw(Canvas2D, data, displayPort[0], displayPort[1], maxIterations, Color.Blue);
StateHasChanged();
ExecutionsDetails4 = ElapsedTime("Render Time");
}
break;
case "Parallel CPU":
for (int i = 0; i < 500; i++)
{
if (_disposing)
{
break;
}
RestartWatch();
MandelbrotExtensions.CalcCPUParallel(data, displayPort, areaView, maxIterations); // ILGPU-CPU-Mode
ExecutionsDetails3 = ElapsedTime($"CPU Parallel");
areaView[0] = areaView[0] * 0.98f + offsetX;
areaView[1] = areaView[1] * 0.98f + offsetX;
areaView[2] = areaView[2] * 0.98f + offsetY;
areaView[3] = areaView[3] * 0.98f + offsetY;
if (_disposing)
{
break;
}
RestartWatch();
await MandelbrotExtensions.Draw(Canvas2D, data, displayPort[0], displayPort[1], maxIterations, Color.Blue);
StateHasChanged();
ExecutionsDetails4 = ElapsedTime("Render Time");
}
break;
default:
_computing = true;
if (_lastDevice != _CPUDevice)
{
RestartWatch();
MandelbrotInstance.CompileKernel(_CPUDevice);
ExecutionsDetails2 = ElapsedTime("IL Compile - " + _CPUDevice.Name);
_lastDevice = _CPUDevice;
}
MandelbrotInstance.InitGPURepeat(ref data, displayPort, areaView, maxIterations);
for (int i = 0; i < 500; i++)
{
if (_disposing)
{
break;
}
RestartWatch();
MandelbrotInstance.CalcGPURepeat(ref data, displayPort, areaView, maxIterations); // ILGPU-CPU-Mode
ExecutionsDetails3 = ElapsedTime($"IL Run - {DeviceName}");
areaView[0] = areaView[0] * 0.98f + offsetX;
areaView[1] = areaView[1] * 0.98f + offsetX;
areaView[2] = areaView[2] * 0.98f + offsetY;
areaView[3] = areaView[3] * 0.98f + offsetY;
if (_disposing)
{
break;
}
RestartWatch();
await MandelbrotExtensions.Draw(Canvas2D, data, displayPort[0], displayPort[1], maxIterations, Color.Blue);
StateHasChanged();
ExecutionsDetails4 = ElapsedTime("Render Time");
}
MandelbrotInstance.CleanupGPURepeat();
_computing = false;
break;
}
}