partial void TappedDeepButton (UIButton sender)
{
// switch network to be used between the deep and the single layered
if (deep) {
sender.SetTitle ("Use Deep Net", UIControlState.Normal);
runningNet = neuralNetwork;
} else {
sender.SetTitle ("Use Single Layer", UIControlState.Normal);
runningNet = neuralNetworkDeep;
}
deep = !deep;
}
partial void TappedDeepButton(UIButton sender)
{
// switch network to be used between the deep and the single layered
if (deep)
{
sender.SetTitle("Use Deep Net", UIControlState.Normal);
runningNet = neuralNetwork;
}
else
{
sender.SetTitle("Use Single Layer", UIControlState.Normal);
runningNet = neuralNetworkDeep;
}
deep = !deep;
}
public override void ViewDidLoad ()
{
base.ViewDidLoad ();
// Load default device.
device = MTLDevice.SystemDefault;
// Make sure the current device supports MetalPerformanceShaders.
if (!MPSKernel.Supports (device)) {
Console.WriteLine ("Metal Performance Shaders not Supported on current Device");
return;
}
// Create new command queue.
commandQueue = device.CreateCommandQueue ();
// initialize the networks we shall use to detect digits
neuralNetwork = new MnistFullLayerNeuralNetwork (commandQueue);
neuralNetworkDeep = new MnistDeepConvNeuralNetwork (commandQueue);
runningNet = neuralNetwork;
}
public override void ViewDidLoad()
{
base.ViewDidLoad();
// Load default device.
device = MTLDevice.SystemDefault;
// Make sure the current device supports MetalPerformanceShaders.
if (!MPSKernel.Supports(device))
{
Console.WriteLine("Metal Performance Shaders not Supported on current Device");
return;
}
// Create new command queue.
commandQueue = device.CreateCommandQueue();
// initialize the networks we shall use to detect digits
neuralNetwork = new MnistFullLayerNeuralNetwork(commandQueue);
neuralNetworkDeep = new MnistDeepConvNeuralNetwork(commandQueue);
runningNet = neuralNetwork;
}
