public void AddSplitFunction()
{
SplitFunction function = ScriptableObject.CreateInstance <SplitFunction>();
AddTreeFunction(function);
GenerateTree();
}
static void SwitchGPU(FunctionStack functionStack)
{
foreach (Function function in functionStack.Functions)
{
if (function is Convolution2D || function is Linear || function is MaxPooling)
{
((IParallelizable)function).SetGpuEnable(true);
}
if (function is SplitFunction)
{
SplitFunction splitFunction = (SplitFunction)function;
for (int i = 0; i < splitFunction.SplitedFunctions.Length; i++)
{
SwitchGPU(splitFunction.SplitedFunctions[i]);
}
}
}
//ブロック単位で層の圧縮を実行
functionStack.Compress();
}
static void SwitchGPU(FunctionStack functionStack)
{
foreach (Function function in functionStack.Functions)
{
if (function is Convolution2D || function is Linear || function is MaxPooling)
{
((IParallelizable)function).SetGpuEnable(true);
}
if (function is SplitFunction)
{
SplitFunction splitFunction = (SplitFunction)function;
foreach (var t in splitFunction.SplitedFunctions)
{
SwitchGPU(t);
}
}
}
// Compact layer on block basis
functionStack.Compress();
}
public void SplitFunctionWithSeperator()
{
var function = new SplitFunction();
Assert.That(function.Evaluate("a,b,c", ","), Is.EqualTo(new[] { "a", "b", "c" }));
}
public void SplitFunctionNullSeperator()
{
var function = new SplitFunction();
Assert.That(function.Evaluate("abc", null), Is.EqualTo(new[] { "abc" }));
}
public void SplitFunctionAllNull()
{
var function = new SplitFunction();
Assert.That(function.Evaluate(null, null), Is.EqualTo(new[] { "" }));
}
