Multiple Sources

TEXTMyEffect declaration: #define MAX_INPUT 2 class MyEffect: public ID2D1EffectImpl, public ID2D1DrawTransform { public: //EffectImpl static HRESULT Register(_In_ ID2D1Factory1 *pFactory); static HRESULT __stdcall CreateMyEffect(_Outptr_ IUnknown **ppEffect); IFACEMETHODIMP QueryInterface(REFIID riid, void **ppInterface); IFACEMETHODIMP_(ULONG) AddRef(void) { return(++ctReference); }; IFACEMETHODIMP_(ULONG) Release(void); IFACEMETHODIMP Initialize(_In_ ID2D1EffectContext *pCtx, _In_ ID2D1TransformGraph *pGraph); IFACEMETHODIMP PrepareForRender(D2D1_CHANGE_TYPE Type); IFACEMETHODIMP SetGraph(ID2D1TransformGraph *pGraph); //DrawTransform IFACEMETHODIMP SetDrawInfo(ID2D1DrawInfo *pDraw); IFACEMETHODIMP MapOutputRectToInputRects(const D2D1_RECT_L *prOut, D2D1_RECT_L *prIn, UINT32 ctIn) const; IFACEMETHODIMP MapInputRectsToOutputRect(const D2D1_RECT_L *prIn, const D2D1_RECT_L *prInOpaque, UINT32 ctIn, D2D1_RECT_L *prOut, D2D1_RECT_L *prOutOpaque); IFACEMETHODIMP MapInvalidRect(UINT32 nIn, D2D1_RECT_L rInInvalid, D2D1_RECT_L *prOut) const; IFACEMETHODIMP_(UINT32) GetInputCount(void) const; //Added HRESULT SetTint(UINT32 Clr); UINT32 GetTint(void) const; private: MyEffect(void); ~MyEffect(void); // Data DWORD Signature; LONG ctReference; ID2D1EffectContext *pCtx; ID2D1DrawInfo *pDraw; UINT ctInput; D2D1_RECT_L rIn[MAX_INPUT]; struct ShaderConstant_s { float tint[4]; } Constants; };

TEXTMyEffect::Register(): HRESULT MyEffect::Register(ID2D1Factory1 *pFactory) { HRESULT WinErr= S_OK; static const PCWSTR pszXml = L"<?xml version='1.0'?>\r\n" L"<Effect>\r\n" L" <!-- System Properties -->\r\n" L" <Property name='DisplayName' type='string' value='FirstShader1'/>\r\n" L" <Property name='Author' type='string' value='nlited systems'/>\r\n" L" <Property name='Category' type='string' value='Experimental'/>\r\n" L" <Property name='Description' type='string' value='My first effect.'/>\r\n" L" <Inputs minimum='0' maximum='2'>\r\n" // Source must be specified. L" <Input name='Source1'/>\r\n" L" <Input name='Source2'/>\r\n" L" </Inputs>\r\n" L" <!-- Custom Properties go here. -->\r\n" L" <Property name='Tint' type='uint32'>\r\n" L" <Property name='DisplayName' type='string' value='Tint'/>\r\n" L" <Property name='Default' type='uint32' value='0'/>\r\n" L" </Property>\r\n" L"</Effect>\r\n" ; static const D2D1_PROPERTY_BINDING Bindings[]= { D2D1_VALUE_TYPE_BINDING(L"Tint",&SetTint,&GetTint) }; if(!SUCCEEDED(WinErr= pFactory->RegisterEffectFromString(CLSID_MyEffect,pszXml,Bindings,ARRAYSIZE(Bindings),CreateMyEffect))) { Error(ERR_DIRECTX,"MyEffect:Register: RegisterEffectFromString() failed. [%X]",WinErr); } return(WinErr); }

TEXTMyEffect::Initialize(): HRESULT MyEffect::Initialize(ID2D1EffectContext *_pCtx, ID2D1TransformGraph *pGraph) { HRESULT WinErr= S_OK; ID3DBlob *pCode= 0; ID3DBlob *pError= 0; pCtx= _pCtx; if(!SUCCEEDED(WinErr= D3DReadFileToBlob(L"S:\\Src\\HQ\\Dev\\SB\\Chip\\Bugs\\BugsV1\\Out\\Winx64Debug\\FirstShader.cso",&pCode))) { Warn(ERR_FILE_READ,"MyEffect:Initialize: Unable to read shader. [%X]",WinErr); } else if(!SUCCEEDED(WinErr= pCtx->LoadPixelShader(GUID_MyPixelShader,(BYTE*)pCode->GetBufferPointer(),(UINT32)pCode->GetBufferSize()))) { Warn(ERR_DIRECTX,"MyEffect:Initialize: Unable to create pixel shader. [%X]",WinErr); } else if(!SUCCEEDED(WinErr= pGraph->AddNode(this))) { Warn(ERR_DIRECTX,"MyEffect:Initialize: Unable to add Node. [%X]",WinErr); } else if(!SUCCEEDED(WinErr= pGraph->SetOutputNode(this))) { Warn(ERR_DIRECTX,"MyEffect:Initialize: Unable to set output node. [%X]",WinErr); } else if(!SUCCEEDED(WinErr= pGraph->ConnectToEffectInput(0,this,0))) { Warn(ERR_DIRECTX,"MyEffect:Initialize: Unable to connect input 0. [%X]",WinErr); } else if(!SUCCEEDED(WinErr= pGraph->ConnectToEffectInput(1,this,1))) { Warn(ERR_DIRECTX,"MyEffect:Initialize: Unable to connect input 1. [%X]",WinErr); } else { ctInput= 2; Print(PRINT_INFO,"MyEffect:Initialize: OK."); } SafeRelease(pCode); SafeRelease(pError); return(WinErr); }

TEXTMyEffect::MapRects: HRESULT MyEffect::MapOutputRectToInputRects(const D2D1_RECT_L *prOut, _Out_writes_(ctIn) D2D1_RECT_L *prIn, UINT32 ctIn) const { HRESULT WinErr= S_OK; //Print(PRINT_DEBUG,"MyEffect:MapOutputRectToInputRects: ctIn=%u",ctIn); if(ctIn==0) { Warn(ERR_DIRECTX,"MyEffect:MapOutputRectToInputRects: ctIn is zero?"); } else if(ctIn>MAX_INPUT) { Warn(ERR_DIRECTX,"MyEffect:MapOutputRectToInputRects: Only %u inputs defined. [%d]",ctInput,ctIn); WinErr= E_INVALIDARG; } else if(ctIn>0) { prIn[0]= *prOut; for(UINT n1=1;n1<ctIn;n1++) { prIn[n1]= *prOut; } } return(WinErr); } IFACEMETHODIMP MyEffect::MapInputRectsToOutputRect(const D2D1_RECT_L *prIn, const D2D1_RECT_L *prInOpaque, UINT32 ctIn, D2D1_RECT_L *prOut, D2D1_RECT_L *prOutOpaque) { HRESULT WinErr= S_OK; //Print(PRINT_DEBUG,"MyEffect:MapInputRectsToOutputRect: ctIn=%u",ctIn); if(ctIn==0) { Warn(ERR_DIRECTX,"MyEffect:MapInputRectsToOutputRect: ctIn is zero?"); } else if(ctIn>MAX_INPUT) { Warn(ERR_DIRECTX,"MyEffect:MapInputRectsToOutputRect: Only %u inputs defined. [%d]",ctInput,ctIn); WinErr= E_INVALIDARG; } else if(ctIn>0) { *prOut= rIn[0]= prIn[0]; for(UINT n1=1;n1<ctIn;n1++) { rIn[n1]= prIn[n1]; } Zero(*prOutOpaque); } return(WinErr); }

TEXTMyEffect::GetInputCount(): IFACEMETHODIMP_(UINT32) MyEffect::GetInputCount(void) const { return(MAX_INPUT); }

TEXTPxlShader declaration: class PxlShader { ... private: ... ID2D1Bitmap1 *pbmSrc1; ID2D1Bitmap1 *pbmSrc2; }; int PxlShader::DrawCreate(void) { ... } else if(!pbmSrc1 && IsErr(Err= CreateBitmapComposite(pdcDraw,SizeU(100,100),pbmSrc1))) { Err= Warn(ERR_DIRECTX,"PxlShader:DrawCreate: Unable to create source bitmap."); } else if(!pbmSrc2 && IsErr(Err= CreateBitmapComposite(pdcDraw,SizeU(100,100),pbmSrc2))) { Err= Warn(ERR_DIRECTX,"PxlShader:DrawCreate: Unable to create source bitmap."); } return(Err); }

TEXTPxlShader::DrawUpdate(): int PxlShader::DrawUpdate(void) { int Err= ERR_OK; HRESULT WinErr; pdcDraw->BeginDraw(); pdcDraw->SetTransform(Matrix3x2F::Identity()); pdcDraw->SetTarget(pbmSrc1); pdcDraw->Clear(ColorF(ColorF::Black,0)); D2D1_RECT_F box= { 0,0,80,60 }; pdcDraw->FillRectangle(box,D2Brush(pdcDraw,ColorF(ColorF::Goldenrod))); pdcDraw->SetTarget(pbmSrc2); pdcDraw->Clear(ColorF(ColorF::Black,0)); D2D1_ELLIPSE dot= { {50,50}, 50,50 }; pdcDraw->FillEllipse(&dot,D2Brush(pdcDraw,ColorF(ColorF::ForestGreen))); pdcDraw->SetTarget(pbmImg); pdcDraw->Clear(ColorF(ColorF::Black,0)); pdcDraw->SetTransform(Matrix3x2F::Translation(SizeF(ptBall.x,ptBall.y))); pEffect->SetInput(0,pbmSrc1); pEffect->SetInput(1,pbmSrc2); pdcDraw->DrawImage(pEffect); if(!SUCCEEDED(WinErr= pdcDraw->EndDraw())) { Err= Error(ERR_DIRECTX,"PxlShader:DrawUpdate: EndDraw() failed. [%X]",WinErr); ReleaseEverything(); } return(Err); }

TEXTFirstShader.hlsl: #define D2D_INPUT_COUNT 2 #include "d2d1effecthelpers.hlsli" cbuffer constants: register(b0) { float4 tint:COLOR; }; D2D_PS_ENTRY(main) { float4 color; float4 color0= D2DGetInput(0); float4 color1= D2DGetInput(1); color= (color0+color1)/2; return color; } //EOF: FIRSTSHADER.HLSL

TEXTShader2: #define D2D_INPUT_COUNT 2 #include "d2d1effecthelpers.hlsli" cbuffer constants: register(b0) { float4 tint:COLOR; }; D2D_PS_ENTRY(main) { float4 color; float4 color0= D2DGetInput(0); float4 color1= D2DGetInput(1); if(color0.a==0) { color= color1; } else if(color1.a==0) { color= color0; } else { color= (color0+color1)/2; } return color; } //EOF: FIRSTSHADER.HLSL

TEXTPxlShader.cpp: /*************************************************************************/ /** PxlShader.cpp: Minimal code to run a pixel shader. **/ /** (C)2022 nlited systems, cmd **/ /*************************************************************************/ #include <Windows.h> #include <d3d11_1.h> #include <d2d1.h> #include <d2d1_1.h> #include <d2d1helper.h> #include <d2d1effectauthor.h> #include <d2d1effecthelpers.h> #include <d3dcompiler.h> #include "Handles.h" #include "ChipLib.h" #pragma comment(lib,"D3D11.lib") #pragma comment(lib,"D2D1.lib") #pragma comment(lib,"DXGI.lib") #pragma comment(lib,"d3dcompiler.lib") #pragma message(__FILE__": Optimizer disabled.") #pragma optimize("",off) #define SIGNATURE_PXLSHADER 0xCD190001 #define SIGNATURE_MYEFFECT 0xCD190002 #define SIGNATURE_MYTRANSFORM 0xCD190003 using namespace D2D1; typedef D2D1_POINT_2F POINT2D; HINSTANCE ghInst; DWORD DbgFilter; static const WCHAR ClassName[]= { L"PxlShader" }; // {D8255497-025E-4D3F-A4DF-5C25306F67AC} static const GUID CLSID_MyEffect = { 0xd8255497, 0x25e, 0x4d3f, { 0xa4, 0xdf, 0x5c, 0x25, 0x30, 0x6f, 0x67, 0xac } }; // {2BCB702A-4F42-44D0-B8ED-4E9F9FC7A905} static const GUID GUID_MyPixelShader = { 0x2bcb702a, 0x4f42, 0x44d0, { 0xb8, 0xed, 0x4e, 0x9f, 0x9f, 0xc7, 0xa9, 0x5 } }; #define SafeRelease(pInterface) { if(pInterface && pInterface->Release()==0) pInterface= 0; } //Auto-destruct solid brush. class D2Brush { public: D2Brush(ID2D1RenderTarget *pRT, const D2D1_COLOR_F &clr) { pRT->CreateSolidColorBrush(clr,&pbrBrush); }; ~D2Brush(void) { pbrBrush->Release(); } operator ID2D1Brush *() { return(static_cast<ID2D1Brush*>(pbrBrush)); }; // This lets me use the object as the parameter to the various RenderTarget functions. ID2D1SolidColorBrush *pbrBrush; }; #define MAX_INPUT 2 class MyEffect: public ID2D1EffectImpl, public ID2D1DrawTransform { public: //EffectImpl static HRESULT Register(_In_ ID2D1Factory1 *pFactory); static HRESULT __stdcall CreateMyEffect(_Outptr_ IUnknown **ppEffect); IFACEMETHODIMP QueryInterface(REFIID riid, void **ppInterface); IFACEMETHODIMP_(ULONG) AddRef(void) { return(++ctReference); }; IFACEMETHODIMP_(ULONG) Release(void); IFACEMETHODIMP Initialize(_In_ ID2D1EffectContext *pCtx, _In_ ID2D1TransformGraph *pGraph); IFACEMETHODIMP PrepareForRender(D2D1_CHANGE_TYPE Type); IFACEMETHODIMP SetGraph(ID2D1TransformGraph *pGraph); //DrawTransform IFACEMETHODIMP SetDrawInfo(ID2D1DrawInfo *pDraw); IFACEMETHODIMP MapOutputRectToInputRects(const D2D1_RECT_L *prOut, D2D1_RECT_L *prIn, UINT32 ctIn) const; IFACEMETHODIMP MapInputRectsToOutputRect(const D2D1_RECT_L *prIn, const D2D1_RECT_L *prInOpaque, UINT32 ctIn, D2D1_RECT_L *prOut, D2D1_RECT_L *prOutOpaque); IFACEMETHODIMP MapInvalidRect(UINT32 nIn, D2D1_RECT_L rInInvalid, D2D1_RECT_L *prOut) const; IFACEMETHODIMP_(UINT32) GetInputCount(void) const; //Added HRESULT SetTint(UINT32 Clr); UINT32 GetTint(void) const; private: MyEffect(void); ~MyEffect(void); // Data DWORD Signature; LONG ctReference; ID2D1EffectContext *pCtx; ID2D1DrawInfo *pDraw; UINT ctInput; D2D1_RECT_L rIn[MAX_INPUT]; struct ShaderConstant_s { float tint[4]; } Constants; }; class PxlShader { public: static PxlShader *Ptr(void *pObj); static PxlShader *Ptr(HWND hWnd); static int Create(HWND &hWnd); private: PxlShader(void); ~PxlShader(void); int Create2(void); static INT_PTR CALLBACK WndProc(HWND hWnd, UINT Msg, WPARAM wParm, LPARAM lParm); LRESULT WndProc2(HWND hWnd, UINT Msg, WPARAM wParm, LPARAM lParm); int MsgCreate(HWND hWnd); int MsgDestroy(void); int MsgClose(void); int MsgTimer(void); int MsgMoved(void); int MsgPaint(void); int DrawCreate(void); int DrawCreateDX(void); int DrawCreateSwapChain(void); int DrawCreateD2Factory(void); int CreateBitmapBase(ID2D1DeviceContext *pdcDst, D2D1_SIZE_U szBitmap, ID2D1Bitmap1 *&pbmBase); int CreateBitmapComposite(ID2D1DeviceContext *pdcDst, D2D1_SIZE_U szBitmap, ID2D1Bitmap1 *&pbmComposite); int CreateEffect(void); int DrawUpdate(void); int DrawShow(void); void ReleaseEverything(void); //Data DWORD Signature; HWND hWnd; RECT rWnd; // Window client area POINT2D ptBall; // Bouncing ball position POINT2D BallVector; // Bouncing ball vector D3D_FEATURE_LEVEL DxFeatures; // Supported feature set IDXGIFactory2 *pDXGIFactory; IDXGISwapChain1 *pSwapChain; IDXGISurface1 *pDXGISurface; IDXGIDevice *pDXGIDevice; ID2D1Factory1 *pD2Factory; ID2D1Device *pD2Device; ID2D1DeviceContext *pdcDraw; ID2D1Bitmap1 *pbmImg; ID2D1Bitmap1 *pbmSrc1; ID2D1Bitmap1 *pbmSrc2; ID2D1Effect *pEffect; }; /*************************************************************************/ /** Window entry point **/ /*************************************************************************/ int WINAPI WinMain(HINSTANCE hInst, HINSTANCE hPrev, LPSTR pArgs, int nShow) { int Err= ERR_OK; HWND hWnd= 0; ghInst= hInst; MemCreate(); TmpBufCreate(16*1024*1024); if(IsErr(Err= PxlShader::Create(hWnd))) { Err= Error(Err,"WinMain: Unable to create the main window."); } else { while(hWnd && IsWindow(hWnd)) { MSG Msg; GetMessage(&Msg,hWnd,0,0); TranslateMessage(&Msg); DispatchMessage(&Msg); } } TmpBufDestroy(); MemDestroy(); if(IsErr(MemReport())) MessageBox(0,L"PxlShader: Memory error.",L"PxlShader",MB_OK|MB_SETFOREGROUND); return(Err); } void ConsolePrint(DWORD Type, const WCHAR *Text) { TXT Out(0,0,"%s\r\n",Text); OutputDebugString(Out); } /*************************************************************************/ /** PxlShader class **/ /*************************************************************************/ PxlShader::PxlShader(void) { Signature= SIGNATURE_PXLSHADER; ptBall= { 10,20 }; BallVector= { 1,1 }; } PxlShader::~PxlShader(void) { Signature|= SIGNATURE_INVALID; ReleaseEverything(); } PxlShader *PxlShader::Ptr(void *pObj) { PxlShader *pPxl= (PxlShader*)pObj; if(!pObj || IsBadPtr(pObj,sizeof(*pPxl),BADPTR_RW) || pPxl->Signature!=SIGNATURE_PXLSHADER) pPxl= 0; return(pPxl); } PxlShader *PxlShader::Ptr(HWND hWnd) { if(!hWnd || !IsWindow(hWnd)) return(0); return(Ptr((void*)GetWindowLongPtr(hWnd,GWLP_USERDATA))); } int PxlShader::Create(HWND &hWnd) { int Err= ERR_OK; PxlShader *pPxl= new PxlShader; if(!pPxl) { Err= Error(ERR_NO_MEM,"PxlShader:Create: NoMem"); } else if(IsErr(Err= pPxl->Create2())) { delete pPxl; } else { hWnd= pPxl->hWnd; } return(Err); } int PxlShader::Create2(void) { int Err= ERR_OK; ATOM hWndClass; WNDCLASS WndClass; RECT R= { 100,100,500,300 }; Zero(WndClass); WndClass.style= CS_DBLCLKS|CS_HREDRAW|CS_VREDRAW; WndClass.lpfnWndProc= WndProc; WndClass.hInstance= ghInst; WndClass.lpszClassName= ClassName; DWORD style= WS_OVERLAPPEDWINDOW|WS_VISIBLE; if(!(hWndClass= RegisterClass(&WndClass))) { Err= Error(ERR_SYSCREATE,"PxlShader:Create2: Unable to register the main window class."); } else if(!(hWnd= CreateWindow(ClassName,L"PxlShader",style,R.left,R.top,RWID(R),RHGT(R),0,0,ghInst,(LPVOID)this))) { Err= Error(ERR_SYSCREATE,"PxlShader:Create2: Unable to create the main window."); } return(Err); } /*************************************************************************/ /** Window message handler **/ /*************************************************************************/ INT_PTR CALLBACK PxlShader::WndProc(HWND hWnd, UINT Msg, WPARAM wParm, LPARAM lParm) { INT_PTR Result= 0; PxlShader *pPxl= 0; if(Msg==WM_CREATE) { CREATESTRUCT *pCreate= (CREATESTRUCT*)lParm; pPxl= Ptr(pCreate->lpCreateParams); } else { pPxl= Ptr(hWnd); } if(!pPxl) { Result= DefWindowProc(hWnd,Msg,wParm,lParm); } else { Result= pPxl->WndProc2(hWnd,Msg,wParm,lParm); } return(Result); } LRESULT PxlShader::WndProc2(HWND hWnd, UINT Msg, WPARAM wParm, LPARAM lParm) { LRESULT Result= 0; switch(Msg) { case WM_CREATE: Result= MsgCreate(hWnd); break; case WM_DESTROY: Result= MsgDestroy(); break; case WM_CLOSE: Result= MsgClose(); break; case WM_TIMER: Result= MsgTimer(); break; case WM_WINDOWPOSCHANGED: Result= MsgMoved(); break; case WM_PAINT: Result= MsgPaint(); break; default: Result= DefWindowProc(hWnd,Msg,wParm,lParm); break; } return(Result); } int PxlShader::MsgCreate(HWND _hWnd) { hWnd= _hWnd; SetWindowLongPtr(hWnd,GWLP_USERDATA,(LONG_PTR)this); SetTimer(hWnd,1,30,0); return(1); } int PxlShader::MsgDestroy(void) { SetWindowLongPtr(hWnd,GWLP_USERDATA,0); delete this; return(1); } int PxlShader::MsgClose(void) { DestroyWindow(hWnd); return(1); } int PxlShader::MsgTimer(void) { ptBall.x+= BallVector.x; if(ptBall.x < rWnd.left || ptBall.x >= rWnd.right) { BallVector.x= -BallVector.x; ptBall.x+= BallVector.x*2; } ptBall.y+= BallVector.y; if(ptBall.y < rWnd.top || ptBall.y >= rWnd.bottom) { BallVector.y= -BallVector.y; ptBall.y+= BallVector.y*2; } if(pEffect) { UINT32 Tint= ((UINT32)rand()<<16)|rand(); pEffect->SetValueByName(L"Tint",Tint); } InvalidateRect(hWnd,0,0); return(1); } int PxlShader::MsgMoved(void) { RECT rNew; GetClientRect(hWnd,&rNew); if(RWID(rNew)!=RWID(rWnd) || RHGT(rNew)!=RHGT(rWnd)) { rWnd= rNew; ReleaseEverything(); } return(1); } int PxlShader::MsgPaint(void) { int Err= ERR_OK; PAINTSTRUCT Pnt; GetClientRect(hWnd,&rWnd); if(BeginPaint(hWnd,&Pnt)) { if(IsErr(Err= DrawCreate())) { Err= Warn(Err,"PxlShader:MsgPaint: DrawCreate() failed."); } else if(IsErr(Err= DrawUpdate())) { Err= Warn(Err,"PxlShader:MsgPaint: DrawUdpate() failed."); } else if(IsErr(Err= DrawShow())) { Err= Warn(Err,"PxlShader:MsgPaint: DrawPaint() failed."); } if(IsErr(Err)) { // Fall back to GDI paint. HBRUSH hbrFill= CreateSolidBrush(RGB(20,30,40)); FillRect(Pnt.hdc,&Pnt.rcPaint,hbrFill); DeleteObject(hbrFill); } EndPaint(hWnd,&Pnt); } ValidateRect(hWnd,0); return(1); } /*************************************************************************/ /** DirectX **/ /*************************************************************************/ int PxlShader::DrawCreate(void) { int Err= ERR_OK; HRESULT WinErr; D2D1_SIZE_U szWnd= { (UINT32)RWID(rWnd), (UINT32)RHGT(rWnd) }; D2D1_DEVICE_CONTEXT_OPTIONS DCOptions= D2D1_DEVICE_CONTEXT_OPTIONS_NONE; if(!pDXGIDevice && IsErr(DrawCreateDX())) { Err= Warn(ERR_DIRECTX,"PxlShader:DrawCreate: Unable to create DXGI device."); } else if(!pSwapChain && IsErr(Err= DrawCreateSwapChain())) { Err= Warn(ERR_DIRECTX,"PxlShader:DrawCreate: Unable to create SwapChain."); } else if(!pDXGISurface && !SUCCEEDED(WinErr= pSwapChain->GetBuffer(0,IID_PPV_ARGS(&pDXGISurface)))) { Err= Warn(ERR_DIRECTX,"PxlShader:DrawCreate: Unable to retrieve DXGI surface. [%X]",WinErr); } else if(!pD2Factory && IsErr(Err= DrawCreateD2Factory())) { Err= Warn(ERR_DIRECTX,"PxlShader:DrawCreate: Unable to create Direct2D factory."); } else if(!pD2Device && !SUCCEEDED(WinErr= pD2Factory->CreateDevice(pDXGIDevice,&pD2Device))) { Err= Warn(ERR_DIRECTX,"PxlShader:DrawCreate: Unable to create Direct2D device."); } else if(!pdcDraw && !SUCCEEDED(WinErr= pD2Device->CreateDeviceContext(DCOptions,&pdcDraw))) { Err= Warn(ERR_DIRECTX,"PxlShader:DrawCreate: Unable to create Draw context."); } else if(!pbmImg && IsErr(Err= CreateBitmapBase(pdcDraw,szWnd,pbmImg))) { Err= Warn(ERR_DIRECTX,"PxlShader:DrawCreate: Unable to create base bitmap."); } else if(!pEffect && IsErr(Err= CreateEffect())) { Err= Warn(ERR_DIRECTX,"PxlShader:DrawCreate: Unable to create MyEffect."); } else if(!pbmSrc1 && IsErr(Err= CreateBitmapComposite(pdcDraw,SizeU(100,100),pbmSrc1))) { Err= Warn(ERR_DIRECTX,"PxlShader:DrawCreate: Unable to create source bitmap."); } else if(!pbmSrc2 && IsErr(Err= CreateBitmapComposite(pdcDraw,SizeU(100,100),pbmSrc2))) { Err= Warn(ERR_DIRECTX,"PxlShader:DrawCreate: Unable to create source bitmap."); } return(Err); } int PxlShader::DrawCreateDX(void) { int Err= ERR_OK; HRESULT WinErr; UINT Flags= D3D11_CREATE_DEVICE_BGRA_SUPPORT; static const D3D_FEATURE_LEVEL Levels[]= { D3D_FEATURE_LEVEL_11_1, D3D_FEATURE_LEVEL_11_0, D3D_FEATURE_LEVEL_10_1, D3D_FEATURE_LEVEL_10_0, D3D_FEATURE_LEVEL_9_3, D3D_FEATURE_LEVEL_9_2, D3D_FEATURE_LEVEL_9_1 }; D3D_DRIVER_TYPE Type= D3D_DRIVER_TYPE_HARDWARE; UINT ctLevels= ARRAYSIZE(Levels); UINT Version= D3D11_SDK_VERSION; ID3D11Device *pD3D11Device= 0; ID3D11DeviceContext *pD3D11DC= 0; IDXGIAdapter *pDXGIAdapter= 0; if(!SUCCEEDED(WinErr= D3D11CreateDevice(0,Type,0,Flags,Levels,ctLevels,Version,&pD3D11Device,&DxFeatures,&pD3D11DC))) { Err= Warn(ERR_DIRECTX,"PxlShader:DrawCreateDX: D3D11CreateDevice() failed."); } else if(!SUCCEEDED(WinErr= pD3D11Device->QueryInterface(&pDXGIDevice))) { Err= Warn(ERR_DIRECTX,"PxlShader:DrawCreateDX: Unable to retrieve DXGI device. [%X]",WinErr); } else if(!SUCCEEDED(WinErr= pDXGIDevice->GetAdapter(&pDXGIAdapter))) { Err= Warn(ERR_DIRECTX,"PxlShader:DrawCreateDX: Unable to retrieve DXGI adapter. [%X]",WinErr); } else if(!SUCCEEDED(WinErr= pDXGIAdapter->GetParent(IID_PPV_ARGS(&pDXGIFactory)))) { Err= Warn(ERR_DIRECTX,"PxlShader:DrawCreateDX: Unable to retrieve DXGI factory. [%X]",WinErr); } SafeRelease(pDXGIAdapter); SafeRelease(pD3D11Device); SafeRelease(pD3D11DC); return(Err); } int PxlShader::DrawCreateSwapChain(void) { int Err= ERR_OK; HRESULT WinErr; DXGI_SWAP_CHAIN_DESC1 SwapDesc; Zero(SwapDesc); SwapDesc.Format= DXGI_FORMAT_B8G8R8A8_UNORM; SwapDesc.SampleDesc.Count= 1; SwapDesc.BufferUsage= DXGI_USAGE_RENDER_TARGET_OUTPUT; SwapDesc.BufferCount= 2; SwapDesc.Scaling= DXGI_SCALING_STRETCH; SwapDesc.SwapEffect= DXGI_SWAP_EFFECT_DISCARD; if(!SUCCEEDED(WinErr= pDXGIFactory->CreateSwapChainForHwnd(pDXGIDevice,hWnd,&SwapDesc,0,0,&pSwapChain))) { Err= Warn(ERR_DIRECTX,"PxlShader:DrawCreateSwapChain: Unable to create SwapChain. [%X]",WinErr); } return(Err); } int PxlShader::DrawCreateD2Factory(void) { int Err= ERR_OK; HRESULT WinErr; REFIID guid= __uuidof(ID2D1Factory1); D2D1_FACTORY_OPTIONS options; options.debugLevel= D2D1_DEBUG_LEVEL_INFORMATION; // DEBUG_LEVEL will trigger exceptions if EndDraw() fails or the factory is released with // outstanding (unreleased) objects. if(!SUCCEEDED(WinErr= D2D1CreateFactory(D2D1_FACTORY_TYPE_MULTI_THREADED,guid,&options,(void**)&pD2Factory))) { Err= Error(ERR_DIRECTX,"PxlShader:DrawCreateD2Factory: Unable to create D2D factory. [%X]",WinErr); } return(Err); } // Create a targetable bitmap from a DXGI surface. // This serves as the final rendering destination bitmap. int PxlShader::CreateBitmapBase(ID2D1DeviceContext *pdcDst, D2D1_SIZE_U szBitmap, ID2D1Bitmap1 *&pbmBase) { int Err= ERR_OK; HRESULT WinErr; IDXGISurface *pSurface= 0; D2D1_BITMAP_PROPERTIES1 bmProp; Zero(bmProp); bmProp.bitmapOptions= D2D1_BITMAP_OPTIONS_TARGET|D2D1_BITMAP_OPTIONS_CANNOT_DRAW; bmProp.pixelFormat= PixelFormat(DXGI_FORMAT_B8G8R8A8_UNORM,D2D1_ALPHA_MODE_IGNORE); pdcDst->GetDpi(&bmProp.dpiX,&bmProp.dpiY); if(!SUCCEEDED(WinErr= pdcDst->CreateBitmapFromDxgiSurface(pDXGISurface,bmProp,&pbmBase))) { Err= Warn(ERR_DIRECTX,"PxlShader:CreateBitmapBase: Unable to create %ux%u bitmap.",szBitmap.width,szBitmap.height); } else { pdcDst->SetTarget(pbmBase); } return(Err); } // Create a targetable bitmap that can be used for compositing. int PxlShader::CreateBitmapComposite(ID2D1DeviceContext *pdcDst, D2D1_SIZE_U szBitmap, ID2D1Bitmap1 *&pbmComposite) { int Err= ERR_OK; HRESULT WinErr; D2D1_BITMAP_PROPERTIES1 bmProp; Zero(bmProp); bmProp.bitmapOptions= D2D1_BITMAP_OPTIONS_TARGET; bmProp.pixelFormat= PixelFormat(DXGI_FORMAT_B8G8R8A8_UNORM,D2D1_ALPHA_MODE_PREMULTIPLIED); pdcDst->GetDpi(&bmProp.dpiX,&bmProp.dpiY); if(!SUCCEEDED(WinErr= pdcDst->CreateBitmap(szBitmap,0,0,bmProp,&pbmComposite))) { Err= Warn(ERR_DIRECTX,"PxlShader:CreateBitmapComposite: Unable to create %ux%u bitmap.",szBitmap.width,szBitmap.height); } else { pdcDst->SetTarget(pbmComposite); } return(Err); } int PxlShader::CreateEffect(void) { int Err= ERR_OK; HRESULT WinErr; if(!SUCCEEDED(WinErr= MyEffect::Register(pD2Factory))) { Err= Warn(ERR_DIRECTX,"PxlShader:CreateEffect: Unable to register MyEffect. [%X]",WinErr); } else if(!SUCCEEDED(WinErr= pdcDraw->CreateEffect(CLSID_MyEffect,&pEffect))) { Err= Warn(ERR_DIRECTX,"PxlShader:CreateEffect: Unable to create MyEffect. [%X]",WinErr); } else { Print(PRINT_INFO,"PxlShader:CreateEffect: OK"); } return(Err); } void PxlShader::ReleaseEverything(void) { SafeRelease(pEffect); SafeRelease(pbmSrc2); SafeRelease(pbmSrc1); SafeRelease(pbmImg); SafeRelease(pdcDraw); SafeRelease(pD2Device); SafeRelease(pD2Factory); SafeRelease(pDXGIDevice); SafeRelease(pDXGISurface); SafeRelease(pSwapChain); SafeRelease(pDXGIFactory); } /*************************************************************************/ /** Draw **/ /*************************************************************************/ int PxlShader::DrawUpdate(void) { int Err= ERR_OK; HRESULT WinErr; pdcDraw->BeginDraw(); pdcDraw->SetTransform(Matrix3x2F::Identity()); pdcDraw->SetTarget(pbmSrc1); pdcDraw->Clear(ColorF(ColorF::Black,0)); D2D1_RECT_F box= { 0,0,80,60 }; pdcDraw->FillRectangle(box,D2Brush(pdcDraw,ColorF(ColorF::Goldenrod))); pdcDraw->SetTarget(pbmSrc2); pdcDraw->Clear(ColorF(ColorF::Black,0)); D2D1_ELLIPSE dot= { {50,50}, 50,50 }; pdcDraw->FillEllipse(&dot,D2Brush(pdcDraw,ColorF(ColorF::ForestGreen))); pdcDraw->SetTarget(pbmImg); pdcDraw->Clear(ColorF(ColorF::Black,0)); pdcDraw->SetTransform(Matrix3x2F::Translation(SizeF(ptBall.x,ptBall.y))); pEffect->SetInput(0,pbmSrc1); pEffect->SetInput(1,pbmSrc2); pdcDraw->DrawImage(pEffect); if(!SUCCEEDED(WinErr= pdcDraw->EndDraw())) { Err= Error(ERR_DIRECTX,"PxlShader:DrawUpdate: EndDraw() failed. [%X]",WinErr); ReleaseEverything(); } return(Err); } int PxlShader::DrawShow(void) { int Err= ERR_OK; HRESULT WinErr; DXGI_PRESENT_PARAMETERS PresentParm; Zero(PresentParm); if(!SUCCEEDED(WinErr= pSwapChain->Present1(1,0,&PresentParm))) { Err= Warn(ERR_DIRECTX,"PxlShader:DrawShow: Present() failed. [%X]",WinErr); } return(Err); } /*************************************************************************/ /** MyEffect **/ /*************************************************************************/ MyEffect::MyEffect(void) { Signature= SIGNATURE_MYEFFECT; ctReference= 1; ctInput= 0; Zero(Constants); Constants.tint[2]= 0.50f; } MyEffect::~MyEffect(void) { Signature|= SIGNATURE_INVALID; } ULONG MyEffect::Release(void) { if(--ctReference > 0) return(ctReference); delete this; return(0); } HRESULT MyEffect::QueryInterface(REFIID riid, void **ppInterface) { HRESULT WinErr= S_OK; void *pInterface= 0; if(riid==__uuidof(ID2D1EffectImpl)) { pInterface= reinterpret_cast<ID2D1EffectImpl*>(this); } else if(riid==__uuidof(ID2D1DrawTransform)) { pInterface= static_cast<ID2D1DrawTransform*>(this); } else if(riid==__uuidof(ID2D1Transform)) { pInterface= static_cast<ID2D1Transform*>(this); } else if(riid==__uuidof(ID2D1TransformNode)) { pInterface= static_cast<ID2D1TransformNode*>(this); } else if(riid==__uuidof(ID2D1ComputeTransform)) { Print(PRINT_DEBUG,"MyEffect:QueryInterface: I am not a compute transform."); WinErr= E_NOINTERFACE; } else if(riid==__uuidof(ID2D1SourceTransform)) { Print(PRINT_DEBUG,"MyEffect:QueryInterface: I am not a source transform."); WinErr= E_NOINTERFACE; } else if(riid==__uuidof(IUnknown)) { pInterface= this; } else { WinErr= E_NOINTERFACE; } if(ppInterface) { *ppInterface= pInterface; if(pInterface) AddRef(); } return(WinErr); } HRESULT MyEffect::Register(ID2D1Factory1 *pFactory) { HRESULT WinErr= S_OK; static const PCWSTR pszXml = L"<?xml version='1.0'?>\r\n" L"<Effect>\r\n" L" <!-- System Properties -->\r\n" L" <Property name='DisplayName' type='string' value='FirstShader1'/>\r\n" L" <Property name='Author' type='string' value='nlited systems'/>\r\n" L" <Property name='Category' type='string' value='Experimental'/>\r\n" L" <Property name='Description' type='string' value='My first effect.'/>\r\n" L" <Inputs minimum='0' maximum='2'>\r\n" // Source must be specified. L" <Input name='Source1'/>\r\n" L" <Input name='Source2'/>\r\n" L" </Inputs>\r\n" L" <!-- Custom Properties go here. -->\r\n" L" <Property name='Tint' type='uint32'>\r\n" L" <Property name='DisplayName' type='string' value='Tint'/>\r\n" L" <Property name='Default' type='uint32' value='0'/>\r\n" L" </Property>\r\n" L"</Effect>\r\n" ; static const D2D1_PROPERTY_BINDING Bindings[]= { D2D1_VALUE_TYPE_BINDING(L"Tint",&SetTint,&GetTint) }; if(!SUCCEEDED(WinErr= pFactory->RegisterEffectFromString(CLSID_MyEffect,pszXml,Bindings,ARRAYSIZE(Bindings),CreateMyEffect))) { Error(ERR_DIRECTX,"MyEffect:Register: RegisterEffectFromString() failed. [%X]",WinErr); } return(WinErr); } HRESULT __stdcall MyEffect::CreateMyEffect(IUnknown **ppEffect) { HRESULT WinErr= S_OK; *ppEffect= static_cast<ID2D1EffectImpl*>(new MyEffect); if(!*ppEffect) { WinErr= E_OUTOFMEMORY; } return(WinErr); } HRESULT MyEffect::Initialize(ID2D1EffectContext *_pCtx, ID2D1TransformGraph *pGraph) { HRESULT WinErr= S_OK; ID3DBlob *pCode= 0; ID3DBlob *pError= 0; pCtx= _pCtx; if(!SUCCEEDED(WinErr= D3DReadFileToBlob(L"S:\\Src\\HQ\\Dev\\SB\\Chip\\Bugs\\BugsV1\\Out\\Winx64Debug\\FirstShader.cso",&pCode))) { Warn(ERR_FILE_READ,"MyEffect:Initialize: Unable to read shader. [%X]",WinErr); } else if(!SUCCEEDED(WinErr= pCtx->LoadPixelShader(GUID_MyPixelShader,(BYTE*)pCode->GetBufferPointer(),(UINT32)pCode->GetBufferSize()))) { Warn(ERR_DIRECTX,"MyEffect:Initialize: Unable to create pixel shader. [%X]",WinErr); } else if(!SUCCEEDED(WinErr= pGraph->AddNode(this))) { Warn(ERR_DIRECTX,"MyEffect:Initialize: Unable to add Node. [%X]",WinErr); } else if(!SUCCEEDED(WinErr= pGraph->SetOutputNode(this))) { Warn(ERR_DIRECTX,"MyEffect:Initialize: Unable to set output node. [%X]",WinErr); } else if(!SUCCEEDED(WinErr= pGraph->ConnectToEffectInput(0,this,0))) { Warn(ERR_DIRECTX,"MyEffect:Initialize: Unable to connect input 0. [%X]",WinErr); } else if(!SUCCEEDED(WinErr= pGraph->ConnectToEffectInput(1,this,1))) { Warn(ERR_DIRECTX,"MyEffect:Initialize: Unable to connect input 1. [%X]",WinErr); } else { ctInput= 2; Print(PRINT_INFO,"MyEffect:Initialize: OK."); } SafeRelease(pCode); SafeRelease(pError); return(WinErr); } // This is a single-transform, single-node graph, SetGraph() should never be called. HRESULT MyEffect::SetGraph(ID2D1TransformGraph *pGraph) { Warn(ERR_DIRECTX,"MyEffect:SetGraph: Should not be called."); return(E_NOTIMPL); } HRESULT MyEffect::SetTint(UINT32 Clr) { Constants.tint[0]= (float)((Clr>>16) & 0xFF)/255.0f; Constants.tint[1]= (float)((Clr>> 8) & 0xFF)/255.0f; Constants.tint[2]= (float)((Clr ) & 0xFF)/255.0f; Constants.tint[3]= (float)((Clr>>24) & 0xFF)/255.0f; return(S_OK); } UINT32 MyEffect::GetTint(void) const { UINT32 Clr= 0; Clr|= ((UINT32)(Constants.tint[0]*255.0f) & 0xFF)<<16; Clr|= ((UINT32)(Constants.tint[1]*255.0f) & 0xFF)<< 8; Clr|= ((UINT32)(Constants.tint[2]*255.0f) & 0xFF); Clr|= ((UINT32)(Constants.tint[3]*255.0f) & 0xFF)<<24; return(Clr); } HRESULT MyEffect::PrepareForRender(D2D1_CHANGE_TYPE Type) { HRESULT WinErr= S_OK; pDraw->SetPixelShaderConstantBuffer((BYTE*)&Constants,sizeof(Constants)); return(WinErr); } // ID2D1DrawTransform HRESULT MyEffect::SetDrawInfo(ID2D1DrawInfo *_pDraw) { HRESULT WinErr= S_OK; pDraw= _pDraw; if(!SUCCEEDED(WinErr= pDraw->SetPixelShader(GUID_MyPixelShader))) { Warn(ERR_DIRECTX,"MyEffect:SetDrawInfo: SetPixelShader() failed. [%X]",WinErr); } return(WinErr); } HRESULT MyEffect::MapOutputRectToInputRects(const D2D1_RECT_L *prOut, _Out_writes_(ctIn) D2D1_RECT_L *prIn, UINT32 ctIn) const { HRESULT WinErr= S_OK; //Print(PRINT_DEBUG,"MyEffect:MapOutputRectToInputRects: ctIn=%u",ctIn); if(ctIn==0) { Warn(ERR_DIRECTX,"MyEffect:MapOutputRectToInputRects: ctIn is zero?"); } else if(ctIn>MAX_INPUT) { Warn(ERR_DIRECTX,"MyEffect:MapOutputRectToInputRects: Only %u inputs defined. [%d]",ctInput,ctIn); WinErr= E_INVALIDARG; } else if(ctIn>0) { prIn[0]= *prOut; for(UINT n1=1;n1<ctIn;n1++) { prIn[n1]= *prOut; } } return(WinErr); } IFACEMETHODIMP MyEffect::MapInputRectsToOutputRect(const D2D1_RECT_L *prIn, const D2D1_RECT_L *prInOpaque, UINT32 ctIn, D2D1_RECT_L *prOut, D2D1_RECT_L *prOutOpaque) { HRESULT WinErr= S_OK; //Print(PRINT_DEBUG,"MyEffect:MapInputRectsToOutputRect: ctIn=%u",ctIn); if(ctIn==0) { Warn(ERR_DIRECTX,"MyEffect:MapInputRectsToOutputRect: ctIn is zero?"); } else if(ctIn>MAX_INPUT) { Warn(ERR_DIRECTX,"MyEffect:MapInputRectsToOutputRect: Only %u inputs defined. [%d]",ctInput,ctIn); WinErr= E_INVALIDARG; } else if(ctIn>0) { *prOut= rIn[0]= prIn[0]; for(UINT n1=1;n1<ctIn;n1++) { rIn[n1]= prIn[n1]; } Zero(*prOutOpaque); } return(WinErr); } IFACEMETHODIMP MyEffect::MapInvalidRect(UINT32 nIn, D2D1_RECT_L rInInvalid, D2D1_RECT_L *prOutInvalid) const { HRESULT WinErr= S_OK; Print(PRINT_DEBUG,"MyEffect:MapInvalidRect:"); // Set entire output to invalid *prOutInvalid= rIn[0]; return(WinErr); } IFACEMETHODIMP_(UINT32) MyEffect::GetInputCount(void) const { return(MAX_INPUT); } //EOF: PXLSHADER.CPP