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DDirect3D9.hpp

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///////////////////////////////////////////////////////////////////////////////
/// @file DDirect3D9.hpp
///
/// @brief class for Direct3D9 driver
///
/// @author Lightning, Assassin, ibutsu
///
/// This file is the intellectual property of Novus Delta, LLC.. Usage of the
/// contents of this file is subject to the Destiny3D Member License which
/// can be found at http://www.destiny3d.com.  Any other usage is prohibited.
///
/// This file is distributed "AS IS" without warranty of any kind.  Novus
/// Delta, LLC. does not guarantee the fitness of the contents of this file
/// for any particular purpose.
///
/// Copyright (C) 2001-2003 Novus Delta, LLC. All Rights Reserved.
///
/// <hr>
///                                 Change History
/// <hr>
///
/// @date Aug 2001
/// @author Lightning
/// @remarks Creation
///
/// @date May 2002
/// @author Assassin
/// @remarks Sub-VBuffer modifications
///
/// @date Dec 2003
/// @author ibutsu
/// @remarks d3d9 port
///
///////////////////////////////////////////////////////////////////////////////

#ifndef DDIRECT3D_HPP
#define DDIRECT3D_HPP

//#pragma comment(lib, "d3d8.lib") // done dynamically
//#pragma comment(lib, "d3d9.lib")

#pragma comment(lib, "d3dx9")

#define DEDRIVER_DLL_EXPORTS
#define USING_DESTINY3D

//needed global headers
#include <d3d9.h>
#include "Destiny3D.hpp"
#include "deGlobalTypes.hpp"

//include the needed driver headers
#include "deDriver_priv.hpp"

#include "deHash.hpp"
#include "deList.hpp"

static const long deD3D9_MAX_LIGHTS = 8;

//the Direct3D class
class deDirect3D9 : public deDriver
{
public:
    //constructor and destructor
    deDirect3D9(long ID);
    ~deDirect3D9();
    long Release();
    deBoolean Init(HWND WindowHandle);

    //adapter and mode counts for adapters
    const deDriverCaps* GetCaps(long Adapter) const;
    long GetAdapterCount() const;
    long GetModeCount(long Adapter) const;
    deBoolean WindowedAllowed(long Adapter) const;

    //display settings
    deBoolean SetDisplay(deDisplay *Display);
    deBoolean Reset(deDisplay *Display = NULL);
    deBoolean GetCurrentDisplay(long Adapter, deDisplay * Display) const;
    deBoolean GetDisplayMode(long Adapter, long Mode, deDisplay *Display) const;
    deBoolean ValidFormat(long Adapter, Resource ResourceType, BPP BPPType, ZPP ZPPType, BPP FrontBuffer, long ExtraFlag) const;
    
    //vertex buffer functions
    deBoolean AddVertexBuffer(IdeVertexBuffer *Vertex);
    deBoolean RemoveVertexBuffer(IdeVertexBuffer *Vertex);
    deBoolean UpdateVertexBuffer(IdeVertexBuffer *Vertex);

    // Shader functions
    deBoolean AddShader(IdeShader * Shader);
    deBoolean SetShader(IdeShader * Shader);
    deBoolean RemoveShader(IdeShader * Shader);

    //frame functions
    deBoolean BeginFrame();
    deBoolean EndFrame();
    deBoolean ClearFrame(deARGB Color, deBoolean ClearTarget, deBoolean ClearZBuffer, deBoolean ClearStencil);
    deBoolean Render(IdeVertexBuffer *Vertex, long IndexOffset, IdeVertexBuffer *IndexOverride);

    //viewport/FOV functions
    deBoolean SetViewport(long X, long Y, long Width, long Height, float MinZ, float MaxZ);
    deBoolean SetDepthRange(deFloat MinZ, deFloat MaxZ);
    deBoolean SetFOVClipping(float FOVY, float Aspect, float ClipNear, float ClipFar);
    deBoolean SetOrthoClipping(float Width, float Height, float ClipNear, float ClipFar, deBoolean Invert);
    deBoolean SetFOVClippingSubRect(deFloat FOVY, deFloat Aspect, deFloat ClipNear, deFloat ClipFar, deRect SubRect);
    deBoolean SetFOVClippingSubRectFloat(deFloat FOVY, deFloat Aspect, deFloat ClipNear, deFloat ClipFar, deFloatRect SubRect);
    deBoolean SetOrthoClippingSubRect(deFloat Width, deFloat Height, deFloat ClipNear, deFloat ClipFar, deBoolean Invert, deRect SubRect);
    deBoolean SetOrthoClippingSubRectFloat(deFloat Width, deFloat Height, deFloat ClipNear, deFloat ClipFar, deBoolean Invert, deFloatRect SubRect);
    deBoolean SetScissorRect(deRect ScissorRect);

    //camera translation functions
    deBoolean SetCameraTransform(deTransformInfo *M);
    deBoolean SetCameraTransform(deVertex *Eye, deVertex *At, deVertex *Up);
    deBoolean SetCameraTranslation(deVertex *Translation);
    deBoolean SetCameraRotation(deVertex *Rotation);
    deBoolean ResetCameraIdentity();

    //world translation functions
    deBoolean SetWorldTransform(deTransformInfo * Mat);
    deBoolean SetWorldTransform(deVertex *Eye, deVertex *At, deVertex *Up);
    deBoolean SetWorldTranslation(deVertex *Translation);
    deBoolean SetWorldRotation(deVertex *Rotation);
    deBoolean ResetWorldIdentity();

    deBoolean SetTextureTransform(long StageNum, deTransformInfo * Mat);

    //texture functions
    deBoolean AddBitmap(IdeBitmap *Bitmap);
    deBoolean AddBitmapProxy(IdeBitmapProxy *BitmapProxy);
    deBoolean RemoveBitmap(IdeBitmap *Bitmap);

    //render-to-texture functions
    deBoolean RenderTo(IdeBitmap *Bitmap, long CubeMapFace);
    deBoolean ScreenShot(IdeBitmap * &pBitmap, deBoolean GrabWindow);
    deBoolean GetVideoTexture(IdeBitmap* pBitmap, long CubeMapFace);
    
    //render states
    unsigned long GetRenderState(RenderState State);
    deBoolean SetRenderState(const IdeRenderState *State);
    deBoolean SetRenderState(RenderState State, unsigned long Value);
    deBoolean EnableLight(long LightID, deBoolean Enable);
    deBoolean DisableAllLights();
    
    //driver info
    deDriverInfo* GetInfo() const;
    IdeDriver::Types GetType() const;

    void InvalidateRenderStates(deBoolean Valid);
private:
    struct VertexShaderEntry
    {
        //long                      ID;             //ID to verify the structure
        //unsigned long                     VertexShader;   //the vertex shader ID
        IDirect3DVertexDeclaration9*        StreamDecl;     //the shader command info
        //unsigned long             FVF;
        long                                BufferFlags;    //record of which buffers are in it
        // everything below has to go
    };

    struct VertexBufferEntry
    {
        long                        ID;             //ID to verify the structure
        long                        EntrySize[IdeVertexBuffer::BUFFER_COUNT-1];     //size of each entry
        LPDIRECT3DVERTEXBUFFER9     Buffers[IdeVertexBuffer::BUFFER_COUNT-1];       //the actual buffers to render
        LPDIRECT3DINDEXBUFFER9      IndexBuffer;    //the index buffer
        D3DPRIMITIVETYPE            RenderType;     //type of rendering to do
        long                        PointCount;     //number of points
        long                        TriCount;       //number of tris
        long                        IndexCount;     //number of index entries
        long                        PointStart;
        long                        IndexStart;
        long                        FrameUsed;
        deBoolean                   SubBuffer;
        unsigned long*              FVFShader;
        IDirect3DVertexDeclaration9*    VertexDecl;
    };

    struct TextureEntry
    {
        long                    ID;             //ID to verify the struct
        long                    NumFaces;       //if in a cubemap, the face ID
        long                    FrameUsed;
        LPDIRECT3DBASETEXTURE9  Texture;        //pointer to the texture
        LPDIRECT3DSURFACE9      DepthStencil;   //pointer (possibly null) to depth-stencil surface if the texture is render-able
    };

    // static variables
    static long             s_AdapterCount;         //number of adapters
    static int *            s_ModeCount;            //total number of modes
    static deBoolean *      s_WindowPossible;       //if each adapter can do windowed
    static HINSTANCE        s_libD3D9;
    static LPDIRECT3D9      s_D3D;
    static D3DCAPS9 *       s_DevCaps;
    static deDriverCaps*    s_Caps;
    static long             s_NumDevices;
    D3DDISPLAYMODE**    s_DisplayModes;

    //private variables
    IDirect3DDevice9 *          m_D3DDevice;
    
    // cached entries to avoid state changes
    deBoolean                   m_DeviceLost;
    deBoolean                   m_RenderStatesValid;
    deTList <VertexShaderEntry> m_ShaderList; // was a VertexShaderEntry
    VertexShaderEntry*          m_LastShader; // was a LPDIRECT3DVERTEXSHADER9
    deBoolean                   m_TextureRendered;
    deBoolean                   m_LightsEnabled[deD3D9_MAX_LIGHTS];
    IdeRenderTexture*           m_CachedTexture;
    long                        m_FrameNum;

    // cached data
    D3DMATRIX m_WorldMatrix;
    D3DMATRIX m_CameraMatrix;
    
    // some optimizations and leak relief
    IdeRenderMaterial::MatSource_t  m_AmbientSource, m_EmissiveSource;
    IdeRenderMaterial::MatSource_t  m_DiffuseSource, m_SpecularSource;
    deTHashInt <IdeBitmap*>         m_TexturesList;
    deTHashInt <IdeVertexBuffer*>   m_VBufferList;
    LPDIRECT3DSURFACE9              m_pZBuffer;
    IdeBitmap*                      m_pCurrentTarget;
    
    //private functions
    void ReportErrorHR(HRESULT hr);
    deBoolean TestDeviceStatus(deBoolean * DeviceCanReset);
    deBoolean ResetDevice(D3DPRESENT_PARAMETERS *D3DParams);
    deBoolean ReleaseVideoMemResources();
    deBoolean BuildD3DParams(deDisplay * Display, D3DPRESENT_PARAMETERS *D3DParams);

    deBoolean SetTextureState(IdeRenderTexture *State);
    deBoolean SetLightState(IdeRenderLight *State);
    deBoolean SetMaterialState(IdeRenderMaterial *State);

    deBoolean FillBufferInfo(VertexBufferEntry *BufferEntry, IdeVertexBuffer *Vertex, IdeVertexBuffer::BufferType BufferType, deBoolean WipeBuffer);
    deBoolean ProcessVertexBuffer(IdeVertexBuffer *Vertex, VertexBufferEntry *VertexBufferInfo, long BufferFlags);

    deBoolean CreateDefaultCachedTexture();

    // manages shader pool and creates/finds one for the specified flags
    VertexShaderEntry* GetFixedFunctionShader(IdeVertexBuffer *Vertex);
    VertexShaderEntry* LookUpVertexDeclaration(long BufferFlags) const;
    VertexShaderEntry* MakeVertexDeclaration(long BufferFlags);
    long DeleteShaders();
    //convert to/from D3D BPP
    D3DFORMAT ToD3DBPP(IdeDriver::BPP BPPType) const;
    IdeDriver::BPP FromD3DBPP(D3DFORMAT BPPType) const;
    D3DFORMAT ToD3DZPP(IdeDriver::ZPP ZPPType) const;
    IdeDriver::ZPP FromD3DZPP(D3DFORMAT ZPPType) const;
    D3DMATERIALCOLORSOURCE ToD3DMatSource(IdeRenderMaterial::MatSource_t source) const;
};

char* __cdecl HR2String(HRESULT hr, char* szHR);

extern "C"
{
    //include the all important APIs so that we can be used
#ifdef _DEBUG
    __declspec(dllexport) deBoolean IsDestiny3DDriverDebug();
#else
    __declspec(dllexport) deBoolean IsDestiny3DDriver();
#endif
    __declspec(dllexport) IdeDriver *GetDriverInstance(long ID);
    __declspec(dllexport) const deDriverInfo *GetDriverInfo(long StructSize);
};

#endif

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