NeuralNetwork.h

#pragma once
 
#if _MSC_VER >= 1900 && defined(_M_X64)
 
#pragma warning(disable: 4834)
 
// Node Variable
#define CComputationalGraphFloatNodeVar(decl,func) CComputationalGraph<float>& decl = (CComputationalGraph<float>&)(func); decl.EnableReference(true); decl.GetEstimatedShape();
#define CComputationalGraphFloatNodeVarWithID(decl,func,name) CComputationalGraph<float>& decl = (CComputationalGraph<float>&)(func); decl.EnableReference(true); decl.ID(name); decl.GetEstimatedShape();
#define CComputationalGraphDoubleNodeVar(decl,func) CComputationalGraph<double>& decl = (CComputationalGraph<double>&)(func); decl.EnableReference(true); decl.GetEstimatedShape();
#define CComputationalGraphDoubleNodeVarWithID(decl,func,name) CComputationalGraph<double>& decl = (CComputationalGraph<double>&)(func); decl.EnableReference(true); decl.ID(name); decl.GetEstimatedShape();
#define CComputationalGraphTemplateNodeVar(T, decl,func) CComputationalGraph<T>& decl = (CComputationalGraph<T>&)(func); decl.EnableReference(true); decl.GetEstimatedShape();
#define CComputationalGraphTemplateNodeVarWithID(T, decl,func,name) CComputationalGraph<T>& decl = (CComputationalGraph<T>&)(func); decl.EnableReference(true); decl.ID(name); decl.GetEstimatedShape();
 
#define CComputationalGraphFloatNodeVarHeap(pDecl,func) CComputationalGraph<float>* pDecl = (CComputationalGraph<float>*)(new func); pDecl->EnableReference(true); pDecl->GetEstimatedShape();
#define CComputationalGraphFloatNodeVarHeapWithID(pDecl,func, name) CComputationalGraph<float>* pDecl = (CComputationalGraph<float>*)(new func); pDecl->EnableReference(true); pDecl->ID(name); pDecl->GetEstimatedShape();
#define CComputationalGraphDoubleNodeVarHeap(pDecl,func) CComputationalGraph<double>* pDecl = (CComputationalGraph<double>*)(new func); pDecl->EnableReference(true); pDecl->GetEstimatedShape();
#define CComputationalGraphDoubleNodeVarHeapWithID(pDecl,func, name) CComputationalGraph<double>* pDecl = (CComputationalGraph<double>*)(new func); pDecl->EnableReference(true); pDecl->ID(name); pDecl->GetEstimatedShape();
#define CComputationalGraphTemplateNodeVarHeap(T, pDecl,func) CComputationalGraph<T>* pDecl = (CComputationalGraph<T>*)(new func); pDecl->EnableReference(true); pDecl->GetEstimatedShape();
#define CComputationalGraphTemplateNodeVarHeapWithID(T, pDecl,func, name) CComputationalGraph<T>* pDecl = (CComputationalGraph<T>*)(new func); pDecl->EnableReference(true); pDecl->ID(name); pDecl->GetEstimatedShape();
 
#define CCGFNodeVar(decl,func) CComputationalGraphFloatNodeVar(decl,func);
#define CCGFNodeVarID(decl,func,name) CComputationalGraphFloatNodeVarWithID(decl,func,name);
#define CCGFNodeVarIDNum(decl,func,num) CComputationalGraphFloatNodeVarWithID(decl,func,CFLString<wchar_t>().Format(L"%lld", num++));decl.GetShape()[0];
#define CCGDNodeVar(decl,func) CComputationalGraphDoubleNodeVar(decl,func);
#define CCGDNodeVarID(decl,func,name) CComputationalGraphDoubleNodeVarWithID(decl,func,name);
#define CCGTNodeVar(T, decl,func) CComputationalGraphTemplateNodeVar(T, decl,func);
#define CCGTNodeVarID(T, decl,func,name) CComputationalGraphTemplateNodeVarWithID(T, decl,func,name);
 
#define CCGFNodeVarHeap(pDecl,func) CComputationalGraphFloatNodeVarHeap(pDecl,func);
#define CCGFNodeVarIDHeap(pDecl,func, name) CComputationalGraphFloatNodeVarHeapWithID(pDecl,func, name);
#define CCGDNodeVarHeap(pDecl,func) CComputationalGraphDoubleNodeVarHeap(pDecl,func);
#define CCGDNodeVarIDHeap(pDecl,func, name) CComputationalGraphDoubleNodeVarHeapWithID(pDecl,func, name);
#define CCGTNodeVarHeap(T, pDecl,func) CComputationalGraphTemplateNodeVarHeap(T, pDecl,func);
#define CCGTNodeVarIDHeap(T, pDecl,func, name) CComputationalGraphTemplateNodeVarHeapWithID(T, pDecl,func, name);
 
 
#endif