path: root/dxsdk/Include/DShowIDL/dxtrans.idl

//------------------------------------------------------------------------------
//
//  Copyright Microsoft Corporation 1997-2000
//  All rights reserved.
//
//  File:   dxtrans.idl
//
//  Overview:
//      This is the IDL file for DirectX installable transform coclass, 
//      interface, and type definitions.
//
//------------------------------------------------------------------------------

cpp_quote("#include <servprov.h>")
cpp_quote("#include <ddraw.h>")
cpp_quote("#include <d3d.h>")
cpp_quote("#include <d3drm.h>")
cpp_quote("#include <urlmon.h>")

//--- Import base idl
import "oaidl.idl";
import "ocidl.idl";
import "servprov.idl";
import "comcat.idl";

//
//  Since direct draw does not have an IDL, we'll define DDSURFACEDESC to
//  be a void, but include ddraw.h in the header file.  This makes MIDL happy.
//
#ifndef DDSURFACEDESC
cpp_quote("#if 0")
cpp_quote("// Bogus definition used to make MIDL compiler happy")
typedef void DDSURFACEDESC;
typedef void D3DRMBOX;
typedef void D3DVECTOR;
typedef void D3DRMMATRIX4D;
typedef void* LPSECURITY_ATTRIBUTES;
cpp_quote("#endif")
#endif
//--- Additional includes

//--- Export
cpp_quote( "#ifdef _DXTRANSIMPL")
cpp_quote( "    #define _DXTRANS_IMPL_EXT _declspec(dllexport)")
cpp_quote( "#else")
cpp_quote( "    #define _DXTRANS_IMPL_EXT _declspec(dllimport)")
cpp_quote( "#endif")

//=== Forward References ====================================================
interface IDXTransformFactory;
interface IDXTransform;
interface IDXTaskManager;
interface IDXSurfaceFactory;
interface IDXSurface;
interface IDXARGBSurfaceInit;
interface IDXRawSurface;
interface IDXARGBReadPtr;
interface IDXARGBReadWritePtr;
interface IDXDCLock;
interface IDXTScale;
interface IDXLookupTable;
interface IDXTBindHost;
interface IBindHost;
interface IDXTScaleOutput;
interface IDXGradient;

//=== Constants =============================================================

cpp_quote("//")
cpp_quote("//   All GUIDs for DXTransform are declared in DXTGUID.C in the SDK include directory")
cpp_quote("//")
cpp_quote("EXTERN_C const GUID DDPF_RGB1;") 
cpp_quote("EXTERN_C const GUID DDPF_RGB2;") 
cpp_quote("EXTERN_C const GUID DDPF_RGB4;") 
cpp_quote("EXTERN_C const GUID DDPF_RGB8;") 
cpp_quote("EXTERN_C const GUID DDPF_RGB332;") 
cpp_quote("EXTERN_C const GUID DDPF_ARGB4444;") 
cpp_quote("EXTERN_C const GUID DDPF_RGB565;") 
cpp_quote("EXTERN_C const GUID DDPF_BGR565;") 
cpp_quote("EXTERN_C const GUID DDPF_RGB555;") 
cpp_quote("EXTERN_C const GUID DDPF_ARGB1555;") 
cpp_quote("EXTERN_C const GUID DDPF_RGB24;") 
cpp_quote("EXTERN_C const GUID DDPF_BGR24;") 
cpp_quote("EXTERN_C const GUID DDPF_RGB32;") 
cpp_quote("EXTERN_C const GUID DDPF_BGR32;") 
cpp_quote("EXTERN_C const GUID DDPF_ABGR32;") 
cpp_quote("EXTERN_C const GUID DDPF_ARGB32;") 
cpp_quote("EXTERN_C const GUID DDPF_PMARGB32;") 
cpp_quote("EXTERN_C const GUID DDPF_A1;") 
cpp_quote("EXTERN_C const GUID DDPF_A2;") 
cpp_quote("EXTERN_C const GUID DDPF_A4;") 
cpp_quote("EXTERN_C const GUID DDPF_A8;") 
cpp_quote("EXTERN_C const GUID DDPF_Z8;") 
cpp_quote("EXTERN_C const GUID DDPF_Z16;") 
cpp_quote("EXTERN_C const GUID DDPF_Z24;") 
cpp_quote("EXTERN_C const GUID DDPF_Z32;") 
cpp_quote("//")
cpp_quote("//   Component categories")
cpp_quote("//")
cpp_quote("EXTERN_C const GUID CATID_DXImageTransform;")
cpp_quote("EXTERN_C const GUID CATID_DX3DTransform;")
cpp_quote("EXTERN_C const GUID CATID_DXAuthoringTransform;")
cpp_quote("EXTERN_C const GUID CATID_DXSurface;")
cpp_quote("//")
cpp_quote("//   Service IDs")
cpp_quote("//")
cpp_quote("EXTERN_C const GUID SID_SDirectDraw;")
cpp_quote("EXTERN_C const GUID SID_SDirect3DRM;")
cpp_quote("#define SID_SDXTaskManager CLSID_DXTaskManager")
cpp_quote("#define SID_SDXSurfaceFactory IID_IDXSurfaceFactory")
cpp_quote("#define SID_SDXTransformFactory IID_IDXTransformFactory")
cpp_quote("//")
cpp_quote("//   DXTransforms Core Type Library Version Info")
cpp_quote("//")
cpp_quote("#define DXTRANS_TLB_MAJOR_VER 1")
cpp_quote("#define DXTRANS_TLB_MINOR_VER 1")

//=== Struct & Enum definitions =============================================

//=== Interface definitions =================================================


//+-----------------------------------------------------------------------------
//
//  IDXBaseObject
//
//------------------------------------------------------------------------------

    [
        object,
        uuid(17B59B2B-9CC8-11d1-9053-00C04FD9189D),
        helpstring("IDXBaseObject Interface"),
        pointer_default(unique),
        local
    ]
    interface IDXBaseObject : IUnknown
    {
        HRESULT GetGenerationId( [out]ULONG *pID);
        HRESULT IncrementGenerationId([in] BOOL bRefresh);
        HRESULT GetObjectSize( [out] ULONG *pcbSize);
    };


//+-----------------------------------------------------------------------------
//
//  Bounding rectangle and vector structures.
//
//------------------------------------------------------------------------------

    //--- Dimension identifiers
    typedef enum DXBNDID
    {
        DXB_X = 0,
        DXB_Y = 1,
        DXB_Z = 2,
        DXB_T = 3
    } DXBNDID;

    //--- Bound types
    typedef enum DXBNDTYPE
    {
        DXBT_DISCRETE,
        DXBT_DISCRETE64,
        DXBT_CONTINUOUS,
        DXBT_CONTINUOUS64
    } DXBNDTYPE;

    //--- Discrete bounds (image & sound)
    typedef struct DXDBND
    {
        long  Min;    
        long  Max;
    } DXDBND;
    typedef DXDBND DXDBNDS[4];

    typedef struct DXDBND64
    {
        LONGLONG Min;    
        LONGLONG Max;
    } DXDBND64;
    typedef DXDBND64 DXDBNDS64[4];

    //--- Continuous bounds (geometry)
    typedef struct DXCBND
    {
        float Min;    
        float Max;
    } DXCBND;
    typedef DXCBND DXCBNDS[4];

    typedef struct DXCBND64
    {
        double Min;    
        double Max;
    } DXCBND64;
    typedef DXCBND64 DXCBNDS64[4];

    //--- Combined space
    typedef union DXBNDS switch( DXBNDTYPE eType ) u
    {
      case DXBT_DISCRETE:
        DXDBND D[4];
      case DXBT_DISCRETE64:
        DXDBND64 LD[4];
      case DXBT_CONTINUOUS:
        DXCBND C[4];
      case DXBT_CONTINUOUS64:
        DXCBND64 LC[4];
    } DXBNDS;

    //--- Discrete 4D vector
    typedef long DXDVEC[4];
    typedef LONGLONG DXDVEC64[4];

    //--- Continous 4D vector
    typedef float DXCVEC[4];
    typedef double DXCVEC64[4];

    //--- Combined space vector
    typedef union DXVEC switch( DXBNDTYPE eType ) u
    {
      case DXBT_DISCRETE:
        long D[4];
      case DXBT_DISCRETE64:
        LONGLONG LD[4];
      case DXBT_CONTINUOUS:
        float C[4];
      case DXBT_CONTINUOUS64:
        double LC[4];
    } DXVEC;


//+-----------------------------------------------------------------------------
//
//  IDXTransformFactory
//
//------------------------------------------------------------------------------

    [
        object,
        uuid(6A950B2B-A971-11d1-81C8-0000F87557DB),
        helpstring("IDXTransformFactory Interface"),
        pointer_default(unique),
        local
    ]
    interface IDXTransformFactory : IServiceProvider
    {
        HRESULT SetService( [in]REFGUID guidService, 
                            [in]IUnknown *pUnkService,
                            [in]BOOL bWeakReference);

        HRESULT CreateTransform( [in, size_is(ulNumInputs)]IUnknown** punkInputs,
                                 [in]ULONG ulNumInputs,
                                 [in, size_is(ulNumOutputs)]IUnknown** punkOutputs,
                                 [in]ULONG ulNumOutputs,
                                 [in]IPropertyBag* pInitProps, [in]IErrorLog* pErrLog,
                                 [in]REFCLSID TransCLSID, [in]REFIID TransIID,
                                 [out, iid_is(TransIID)]void** ppTransform );

        HRESULT InitializeTransform( [in]IDXTransform* pTransform,
                                     [in, size_is(ulNumInputs)]IUnknown** punkInputs,
                                     [in]ULONG ulNumInputs,
                                     [in, size_is(ulNumOutputs)]IUnknown** punkOutputs,
                                     [in]ULONG ulNumOutputs,
                                     [in]IPropertyBag* pInitProps, [in]IErrorLog* pErrLog );
    };


//+-----------------------------------------------------------------------------
//
//  IDXTransform
//
//------------------------------------------------------------------------------

    typedef enum DXTMISCFLAGS
    {
        DXTMF_BLEND_WITH_OUTPUT   = ( 1L << 0 ),
        DXTMF_DITHER_OUTPUT       = ( 1L << 1 ),
        DXTMF_OPTION_MASK         = (0x0000FFFF),   // Low word is settable options
        DXTMF_VALID_OPTIONS       = (DXTMF_BLEND_WITH_OUTPUT | DXTMF_DITHER_OUTPUT),
        //
        //  Status flags can not be changed by call to SetMiscFlags
        //
        DXTMF_BLEND_SUPPORTED     = ( 1L << 16 ),
        DXTMF_DITHER_SUPPORTED    = ( 1L << 17 ),
        DXTMF_INPLACE_OPERATION   = ( 1L << 24 ),
        DXTMF_BOUNDS_SUPPORTED    = ( 1L << 25 ),
        DXTMF_PLACEMENT_SUPPORTED = ( 1L << 26 ),
        DXTMF_QUALITY_SUPPORTED   = ( 1L << 27 ),
        DXTMF_OPAQUE_RESULT       = ( 1L << 28 )
    } DXTMISCFLAGS;

    typedef enum DXINOUTINFOFLAGS
    {
        DXINOUTF_OPTIONAL = ( 1L << 0)
    } DXINOUTINFOFLAGS;

    [
        object,
        uuid(30A5FB78-E11F-11d1-9064-00C04FD9189D),
        helpstring("IDXTransform Interface"),
        pointer_default(unique),
        local
    ]
    interface IDXTransform : IDXBaseObject
    {
        HRESULT Setup( [in, size_is(ulNumInputs)] IUnknown * const * punkInputs,
                       [in]ULONG ulNumInputs,
                       [in, size_is(ulNumOutputs)] IUnknown * const * punkOutputs,
                       [in]ULONG ulNumOutputs,
                       [in]DWORD dwFlags );
        HRESULT Execute( [in]const GUID* pRequestID, [in]const DXBNDS *pClipBnds,
                         [in]const DXVEC *pPlacement );
        HRESULT MapBoundsIn2Out( [in] const DXBNDS *pInBounds,
                                 [in]ULONG ulNumInBnds,
                                 [in]ULONG ulOutIndex,
                                 [out]DXBNDS *pOutBounds );
        HRESULT MapBoundsOut2In( [in] ULONG ulOutIndex,
                                 [in] const DXBNDS *pOutBounds,
                                 [in] ULONG ulInIndex,
                                 [out]DXBNDS *pInBounds );
        HRESULT SetMiscFlags( [in] DWORD dwMiscFlags);
        HRESULT GetMiscFlags( [out]DWORD * pdwMiscFlags );
        HRESULT GetInOutInfo( [in]BOOL bIsOutput, [in]ULONG ulIndex,
                              [out]DWORD *pdwFlags, [out, size_is(*pcIDs)] GUID *pIDs,
                              [in, out] ULONG *pcIDs,
                              [out] IUnknown **ppUnkCurrentObject);
        HRESULT SetQuality( [in] float fQuality );
        HRESULT GetQuality( [out] float * fQuality );
    };


//+-----------------------------------------------------------------------------
//
//  IDXSurfacePick
//
//------------------------------------------------------------------------------

    [
        object,
        uuid(30A5FB79-E11F-11d1-9064-00C04FD9189D),
        helpstring("IDXSurfacePick Interface"),
        pointer_default(unique),
        local
    ]
    interface IDXSurfacePick : IUnknown
    {
        HRESULT PointPick([in]const DXVEC *pPoint,
                          [out]ULONG * pulInputSurfaceIndex,
                          [out]DXVEC *pInputPoint);
    };


//+-----------------------------------------------------------------------------
//
//  IDXTBindHost
//
//  Overview:
//      This interface is used to set a site-specific bind host for a transform.
//      Only transforms that need access to a bind host need to implement this 
//      interface.
//
//      For some reason, MIDL does not like IBindHost, so we've declared this
//      interface local.
//
//------------------------------------------------------------------------------

    [
        object,
        uuid(D26BCE55-E9DC-11d1-9066-00C04FD9189D),
        helpstring("IDXTBindHost Interface"),
        pointer_default(unique),
        local
    ]
    interface IDXTBindHost : IUnknown
    {
        HRESULT SetBindHost([in] IBindHost * pBindHost);
    };


//+-----------------------------------------------------------------------------
//
//  IDXTaskManager
//
//  Overview:
//      This interface is used to implement a task managment service provider to
//      optimize thread usage.
//
//------------------------------------------------------------------------------

    typedef void (__stdcall DXTASKPROC)(void *pTaskData, BOOL* pbContinueProcessing );
    typedef DXTASKPROC *PFNDXTASKPROC;

    typedef void (__stdcall DXAPCPROC)(DWORD dwData);
    typedef DXAPCPROC *PFNDXAPCPROC;

cpp_quote("#ifdef __cplusplus")

    cpp_quote("typedef struct DXTMTASKINFO" )
    cpp_quote("{")
    cpp_quote("    PFNDXTASKPROC pfnTaskProc;       // Pointer to function to execute")
    cpp_quote("    PVOID         pTaskData;         // Pointer to argument data")
    cpp_quote("    PFNDXAPCPROC  pfnCompletionAPC;  // Pointer to completion APC proc")
    cpp_quote("    DWORD         dwCompletionData;  // Pointer to APC proc data")
    cpp_quote("    const GUID*   pRequestID;        // Used to identify groups of tasks")
    cpp_quote("} DXTMTASKINFO;")

cpp_quote("#else")

        typedef struct DXTMTASKINFO
        {
            PVOID       pfnTaskProc;       // Pointer to function to execute
            PVOID       pTaskData;         // Pointer to argument data
            PVOID       pfnCompletionAPC;  // Pointer to completion APC proc
            DWORD       dwCompletionData;  // Pointer to APC proc data
            const GUID* pRequestID;        // Used to identify groups of tasks
        } DXTMTASKINFO;

cpp_quote("#endif")

    [
        object,
        uuid(254DBBC1-F922-11d0-883A-3C8B00C10000),
        helpstring("IDXTaskManager Interface"),
        pointer_default(unique),
        local
    ]
    interface IDXTaskManager : IUnknown
    {
        HRESULT QueryNumProcessors( [out]ULONG* pulNumProc );
        HRESULT SetThreadPoolSize( [in]ULONG ulNumThreads );
        HRESULT GetThreadPoolSize( [out]ULONG* pulNumThreads );
        HRESULT SetConcurrencyLimit( [in]ULONG ulNumThreads );
        HRESULT GetConcurrencyLimit( [out]ULONG* pulNumThreads );
        HRESULT ScheduleTasks( [in]DXTMTASKINFO TaskInfo[],
                               [in]HANDLE Events[],
                               [out]DWORD TaskIDs[],
                               [in]ULONG ulNumTasks, [in]ULONG ulWaitPeriod );
        HRESULT TerminateTasks( [in]DWORD TaskIDs[], [in]ULONG ulCount,
                                [in]ULONG ulTimeOut );
        HRESULT TerminateRequest( [in]REFIID RequestID, [in]ULONG ulTimeOut );
    };


//+-----------------------------------------------------------------------------
//
//  Sample structures (C++)
//
//  Overview:
//      We want an operator so that we can cast from a DXSAMPLE to a DWORD, so 
//      for C++ we will define the structure a special way.
//
//------------------------------------------------------------------------------

cpp_quote("#ifdef __cplusplus")

    cpp_quote("/////////////////////////////////////////////////////")
    cpp_quote("")
    cpp_quote("class DXBASESAMPLE;")
    cpp_quote("class DXSAMPLE;")
    cpp_quote("class DXPMSAMPLE;")
    cpp_quote("")
    cpp_quote("/////////////////////////////////////////////////////")
    cpp_quote("")
    cpp_quote("class DXBASESAMPLE")
    cpp_quote("{")
    cpp_quote("public:")
    cpp_quote("    BYTE Blue;")
    cpp_quote("    BYTE Green;")
    cpp_quote("    BYTE Red;")
    cpp_quote("    BYTE Alpha;")
    cpp_quote("    DXBASESAMPLE() {}")
    cpp_quote("    DXBASESAMPLE(const BYTE alpha, const BYTE red, const BYTE green, const BYTE blue) :")
    cpp_quote("        Alpha(alpha),")
    cpp_quote("        Red(red),")
    cpp_quote("        Green(green),")
    cpp_quote("        Blue(blue) {}")
    cpp_quote("    DXBASESAMPLE(const DWORD val) { *this = (*(DXBASESAMPLE *)&val); }")
    cpp_quote("    operator DWORD () const {return *((DWORD *)this); }")
    cpp_quote("    DWORD operator=(const DWORD val) { return *this = *((DXBASESAMPLE *)&val); }")
    cpp_quote("}; // DXBASESAMPLE")
    cpp_quote("")
    cpp_quote("/////////////////////////////////////////////////////")
    cpp_quote("")
    cpp_quote("class DXSAMPLE : public DXBASESAMPLE")
    cpp_quote("{")
    cpp_quote("public:")
    cpp_quote("    DXSAMPLE() {}")
    cpp_quote("    DXSAMPLE(const BYTE alpha, const BYTE red, const BYTE green, const BYTE blue) :")
    cpp_quote("         DXBASESAMPLE(alpha, red, green, blue) {}")
    cpp_quote("    DXSAMPLE(const DWORD val) { *this = (*(DXSAMPLE *)&val); }")
    cpp_quote("    operator DWORD () const {return *((DWORD *)this); }")
    cpp_quote("    DWORD operator=(const DWORD val) { return *this = *((DXSAMPLE *)&val); }")
    cpp_quote("    operator DXPMSAMPLE() const;")
    cpp_quote("}; // DXSAMPLE")
    cpp_quote("")
    cpp_quote("/////////////////////////////////////////////////////")
    cpp_quote("")
    cpp_quote("class DXPMSAMPLE : public DXBASESAMPLE")
    cpp_quote("{")
    cpp_quote("public:")
    cpp_quote("    DXPMSAMPLE() {}")
    cpp_quote("    DXPMSAMPLE(const BYTE alpha, const BYTE red, const BYTE green, const BYTE blue) :")
    cpp_quote("         DXBASESAMPLE(alpha, red, green, blue) {}")
    cpp_quote("    DXPMSAMPLE(const DWORD val) { *this = (*(DXPMSAMPLE *)&val); }")
    cpp_quote("    operator DWORD () const {return *((DWORD *)this); }")
    cpp_quote("    DWORD operator=(const DWORD val) { return *this = *((DXPMSAMPLE *)&val); }")
    cpp_quote("    operator DXSAMPLE() const;")
    cpp_quote("}; // DXPMSAMPLE")
    cpp_quote("")
    cpp_quote("//")
    cpp_quote("// The following cast operators are to prevent a direct assignment of a DXSAMPLE to a DXPMSAMPLE")
    cpp_quote("//")
    cpp_quote("inline DXSAMPLE::operator DXPMSAMPLE() const { return *((DXPMSAMPLE *)this); }")
    cpp_quote("inline DXPMSAMPLE::operator DXSAMPLE() const { return *((DXSAMPLE *)this); }")


//+-----------------------------------------------------------------------------
//
//  Sample structures (IDL, C)
//
//------------------------------------------------------------------------------

cpp_quote("#else // !__cplusplus")

    typedef struct DXBASESAMPLE
    {
        BYTE Blue;
        BYTE Green;
        BYTE Red; 
        BYTE Alpha;
    } DXBASESAMPLE;

    typedef struct DXSAMPLE
    {
        BYTE Blue;
        BYTE Green;
        BYTE Red; 
        BYTE Alpha;
    } DXSAMPLE;

    typedef struct DXPMSAMPLE
    {
        BYTE Blue;
        BYTE Green;
        BYTE Red; 
        BYTE Alpha;
    } DXPMSAMPLE;

cpp_quote("#endif // !__cplusplus")

//+-----------------------------------------------------------------------------
//
//  DXRUNINFO structures.
//
//------------------------------------------------------------------------------

    typedef enum DXRUNTYPE
    {
        DXRUNTYPE_CLEAR  = 0,        // The run is zero Alpha
        DXRUNTYPE_OPAQUE = 1,        // The run is full Alpha (i.e. 255)
        DXRUNTYPE_TRANS  = 2,        // The run is non-zero Alpha
        DXRUNTYPE_UNKNOWN= 3         // The run type is unknown.  Caller must inspect.
    } DXRUNTYPE;

    const ULONG DX_MAX_RUN_INFO_COUNT = 128; // Defines the maximum number of RUNINFOs in a single row


    cpp_quote("// Ignore the definition used by MIDL for TLB generation")
    cpp_quote("#if 0")

    typedef struct DXRUNINFO
    {
        ULONG Bitfields;
    } DXRUNINFO;

    cpp_quote("#endif // 0")

    // Emit the C definition to the H file directly, as bit fields are not
    // supported by MIDL.

    cpp_quote("typedef struct DXRUNINFO")
    cpp_quote("{")
    cpp_quote("    ULONG   Type  : 2;   // Type")
    cpp_quote("    ULONG   Count : 30;  // Number of samples in run")
    cpp_quote("} DXRUNINFO;")


    typedef enum DXSFCREATE
    {
        DXSF_FORMAT_IS_CLSID    = ( 1L << 0 ),
        DXSF_NO_LAZY_DDRAW_LOCK = ( 1L << 1 )
    } DXSFCREATE;

    typedef enum DXBLTOPTIONS
    {
        DXBOF_DO_OVER          = (1L << 0),
        DXBOF_DITHER           = (1L << 1)
    } DXBLTOPTIONS;


//+-----------------------------------------------------------------------------
//
//  IDXSurfaceModifier
//
//------------------------------------------------------------------------------

    [
        object,
        uuid(144946F5-C4D4-11d1-81D1-0000F87557DB),
        helpstring("IDXSurfaceFactory Interface"),
        pointer_default(unique),
        local
    ]
    interface IDXSurfaceFactory : IUnknown
    {
        HRESULT CreateSurface([in] IUnknown *pDirectDraw,
                              [in] const DDSURFACEDESC * pDDSurfaceDesc,
                              [in] const GUID * pFormatID,
                              [in] const DXBNDS *pBounds, 
                              [in] DWORD dwFlags,
                              [in] IUnknown *punkOuter,
                              [in] REFIID riid, 
                              [out, iid_is( riid )] void ** ppDXSurface);

        HRESULT CreateFromDDSurface([in] IUnknown *pDDrawSurface,
                              [in] const GUID *pFormatID,
                              [in] DWORD dwFlags,
                              [in] IUnknown *punkOuter,
                              [in] REFIID riid, 
                              [out, iid_is( riid )] void ** ppDXSurface);

        HRESULT LoadImage(
                          [in] const LPWSTR pszFileName,
                          [in] IUnknown *pDirectDraw,
                          [in] const DDSURFACEDESC * pDDSurfaceDesc,
                          [in] const GUID *pFormatID,
                          [in] REFIID riid, 
                          [out, iid_is( riid )] void ** ppDXSurface);

        HRESULT LoadImageFromStream([in] IStream *pStream,
                                    [in] IUnknown *pDirectDraw,
                                    [in] const DDSURFACEDESC * pDDSurfaceDesc,
                                    [in] const GUID *pFormatID,
                                    [in] REFIID riid, 
                                    [out, iid_is( riid )] void ** ppDXSurface);

        HRESULT CopySurfaceToNewFormat( [in]IDXSurface* pSrc,
                                                [in] IUnknown *pDirectDraw,
                                                [in] const DDSURFACEDESC * pDDSurfaceDesc,
                                                [in] const GUID *pDestFormatID,
                                                [out] IDXSurface** ppNewSurface );

        HRESULT CreateD3DRMTexture([in] IDXSurface *pSrc,
                                           [in] IUnknown *pDirectDraw,
                                           [in] IUnknown *pD3DRM3,
                                           [in] REFIID riid,
                                           [out, iid_is(riid)] void **ppTexture3);

        HRESULT BitBlt([in] IDXSurface *pDest,
                       [in] const DXVEC *pPlacement,
                       [in] IDXSurface *pSrc,
                       [in] const DXBNDS *pClipBounds,
                       [in] DWORD dwFlags);
    };


//+-----------------------------------------------------------------------------
//
//  IDXSurfaceModifier
//
//------------------------------------------------------------------------------

    typedef enum DXSURFMODCOMPOP
    {
        DXSURFMOD_COMP_OVER         = 0,
        DXSURFMOD_COMP_ALPHA_MASK   = 1,
        DXSURFMOD_COMP_MAX_VALID    = 1
    } DXSURFMODCOMPOP;
    
    [
        object,
        uuid(9EA3B637-C37D-11d1-905E-00C04FD9189D),
        helpstring("IDXSurfaceModifier Interface"),
        pointer_default(unique),
        local
    ]
    interface IDXSurfaceModifier : IUnknown
    {
        HRESULT SetFillColor([in] DXSAMPLE Color);
        HRESULT GetFillColor([out] DXSAMPLE *pColor);
        HRESULT SetBounds([in] const DXBNDS *pBounds ); // Get supported though IDXSurface interface
        HRESULT SetBackground([in] IDXSurface *pSurface);
        HRESULT GetBackground([out] IDXSurface **ppSurface);
        HRESULT SetCompositeOperation([in] DXSURFMODCOMPOP CompOp);
        HRESULT GetCompositeOperation([out] DXSURFMODCOMPOP *pCompOp);
        //
        //  The following methods only apply to the FOREGROUND surface
        //
        HRESULT SetForeground([in] IDXSurface *pSurface, [in] BOOL bTile, [in] const POINT * pOrigin);
        HRESULT GetForeground([out] IDXSurface **ppSurface, [out] BOOL *pbTile, [out] POINT * pOrigin);
        HRESULT SetOpacity([in] float Opacity);
        HRESULT GetOpacity([out] float *pOpacity);    
        HRESULT SetLookup( [in]IDXLookupTable * pLookupTable );
        HRESULT GetLookup( [out]IDXLookupTable ** ppLookupTable );
    };


//+-----------------------------------------------------------------------------
//
//  IDXSurface
//
//------------------------------------------------------------------------------

    typedef enum DXSAMPLEFORMATENUM
    {
        DXPF_FLAGSMASK      = (0xFFFF0000), // Top word is flags, low word is enum  
        DXPF_NONPREMULT     = (0x00010000), // Flags to be OR'd with pixel formats
        DXPF_TRANSPARENCY   = (0x00020000), // Color key or one-bit alpha (alpha only 0 or 0xFF)
        DXPF_TRANSLUCENCY   = (0x00040000), // Alpha can be any value from 0->0xFF
        //
        //  This 3-bit field is used to determine what type of dithering to be used
        //  
        DXPF_2BITERROR      = (0x00200000), // 2 bits of error term 
        DXPF_3BITERROR      = (0x00300000), // 3 bits of error term for color (16-bit color)
        DXPF_4BITERROR      = (0x00400000), // 4 bits of error term (ARGB 4444)
        DXPF_5BITERROR      = (0x00500000), // 5 bits of error term for color (8-bit color)
        DXPF_ERRORMASK      = (0x00700000), // Mask of bits used for dithering

        DXPF_NONSTANDARD    = (0),  // To be used for any surface that is not one of the following formats
                                    // This can be combined with DXPFNONPREMULT if the surface can work
                                    // better in non-premultiplied space.
        DXPF_PMARGB32       = (1 | DXPF_TRANSPARENCY | DXPF_TRANSLUCENCY),
        DXPF_ARGB32         = (2 | DXPF_NONPREMULT | DXPF_TRANSPARENCY | DXPF_TRANSLUCENCY),
        DXPF_ARGB4444       = (3 | DXPF_NONPREMULT | DXPF_TRANSPARENCY | DXPF_TRANSLUCENCY | DXPF_4BITERROR),
        DXPF_A8             = (4 | DXPF_TRANSPARENCY | DXPF_TRANSLUCENCY),
        DXPF_RGB32          = (5),
        DXPF_RGB24          = (6),
        DXPF_RGB565         = (7 | DXPF_3BITERROR),
        DXPF_RGB555         = (8 | DXPF_3BITERROR),
        DXPF_RGB8           = (9 | DXPF_5BITERROR),
        DXPF_ARGB1555       = (10 | DXPF_TRANSPARENCY | DXPF_3BITERROR),
        DXPF_RGB32_CK       = (DXPF_RGB32 | DXPF_TRANSPARENCY),
        DXPF_RGB24_CK       = (DXPF_RGB24 | DXPF_TRANSPARENCY),
        DXPF_RGB555_CK      = (DXPF_RGB555 | DXPF_TRANSPARENCY),
        DXPF_RGB565_CK      = (DXPF_RGB565 | DXPF_TRANSPARENCY),
        DXPF_RGB8_CK        = (DXPF_RGB8 | DXPF_TRANSPARENCY)
    } DXSAMPLEFORMATENUM;

    typedef enum DXLOCKSURF
    {
        DXLOCKF_READ        =       0,
        DXLOCKF_READWRITE   =       (1 << 0),
        DXLOCKF_EXISTINGINFOONLY =  (1 << 1),   // If used in conjunction with WANTRUNINFO will prevent creation of a runmap if one does not exist
        DXLOCKF_WANTRUNINFO =       (1 << 2),
        //
        // The flags in the high word should be specific to the type of pointer that
        // is requested.  These flags define ARGB flags.  These flags are advisory and
        // are not required to be set for ARGB locks.
        //
        DXLOCKF_NONPREMULT  =   (1 << 16),    // Caller will request non-premultiplied data
        DXLOCKF_VALIDFLAGS  =   (DXLOCKF_READWRITE | DXLOCKF_EXISTINGINFOONLY | DXLOCKF_WANTRUNINFO | DXLOCKF_NONPREMULT)
    } DXLOCKSURF;

    typedef enum DXSURFSTATUS
    {
        DXSURF_TRANSIENT    =   (1 << 0),   // Data in this surface changes often.    
        DXSURF_READONLY     =   (1 << 1),   // Surface is read-only
        DXSURF_VALIDFLAGS   =   (DXSURF_TRANSIENT | DXSURF_READONLY)    
    } DXSURFSTATUS;

    [
        object,
        uuid(B39FD73F-E139-11d1-9065-00C04FD9189D),
        helpstring("IDXSurface Interface"),
        pointer_default(unique),
        local
    ]
    interface IDXSurface : IDXBaseObject
    {
        HRESULT GetPixelFormat([out] GUID * pFormatID, [out] DXSAMPLEFORMATENUM *pSampleFormatEnum); 
        HRESULT GetBounds( [out]DXBNDS *pBounds );
        HRESULT GetStatusFlags([out] DWORD * pdwStatusFlags);
        HRESULT SetStatusFlags([in] DWORD dwStatusFlags);
        HRESULT LockSurface( [in]const DXBNDS *pBounds, [in]ULONG ulTimeOut, [in]DWORD dwFlags, 
                             [in]REFIID riid, [out, iid_is(riid)] void **ppPointer,
                             [out]ULONG* pulGenerationId );
        HRESULT GetDirectDrawSurface( [in] REFIID riid,
                                      [out, iid_is(riid)] void ** ppSurface);
        HRESULT GetColorKey(DXSAMPLE * pColorKey);  // Can return E_NOTIMPL
        HRESULT SetColorKey(DXSAMPLE ColorKey);     // Set color of 0 to get rid of color key, can return E_NOTIMPL
        HRESULT LockSurfaceDC( [in] const DXBNDS *pBounds, [in]ULONG ulTimeOut, [in] DWORD dwFlags,
                               [out] IDXDCLock **ppDCLock);
        HRESULT SetAppData(DWORD_PTR dwAppData);
        HRESULT GetAppData(DWORD_PTR *pdwAppData);
    };


//+-----------------------------------------------------------------------------
//
//  IDXSurfaceInit
//
//------------------------------------------------------------------------------

    [
        object,
        uuid(9EA3B639-C37D-11d1-905E-00C04FD9189D),
        helpstring("IDXSurfaceInit Interface"),
        pointer_default(unique),
        local
    ]
    interface IDXSurfaceInit : IUnknown
    {
        HRESULT InitSurface([in] IUnknown *pDirectDraw,
                            [in] const DDSURFACEDESC *pDDSurfaceDesc,
                            [in] const GUID * pFormatID,
                            [in] const DXBNDS *pBounds,
                            [in] DWORD dwFlags);
    };


//+-----------------------------------------------------------------------------
//
//  IDXARGBSurfaceInit
//
//------------------------------------------------------------------------------

    [
        object,
        uuid(9EA3B63A-C37D-11d1-905E-00C04FD9189D),
        helpstring("IDXARGBSurfaceInit Interface"),
        pointer_default(unique),
        local
    ]
    interface IDXARGBSurfaceInit : IDXSurfaceInit
    {
        HRESULT InitFromDDSurface( [in] IUnknown *pDDrawSurface,
                                   [in] const GUID * pFormatID,
                                   [in] DWORD dwFlags);
        HRESULT InitFromRawSurface([in] IDXRawSurface *pRawSurface);
    };


//+-----------------------------------------------------------------------------
//
//  IDXARGBReadPtr
//
//------------------------------------------------------------------------------

    typedef struct tagDXNATIVETYPEINFO
    {
        BYTE *          pCurrentData;
        BYTE *          pFirstByte;
        long            lPitch;
        DWORD           dwColorKey;
    } DXNATIVETYPEINFO;

    typedef struct tagDXPACKEDRECTDESC
    {
        DXBASESAMPLE    *pSamples;
        BOOL            bPremult;
        RECT            rect;
        long            lRowPadding;
    } DXPACKEDRECTDESC;

    typedef struct tagDXOVERSAMPLEDESC
    {
        POINT       p;
        DXPMSAMPLE  Color;
    } DXOVERSAMPLEDESC;
        
    [
        object,
        uuid(EAAAC2D6-C290-11d1-905D-00C04FD9189D),
        helpstring("IDXARGBReadPtr Interface"),
        pointer_default(unique),
        local
    ]
    interface IDXARGBReadPtr : IUnknown
    {
        HRESULT GetSurface( [in]REFIID riid, [out, iid_is( riid )]void ** ppSurface);
        DXSAMPLEFORMATENUM GetNativeType( [out]DXNATIVETYPEINFO *pInfo );
        void Move( [in]long cSamples );
        void MoveToRow( [in]ULONG y );
        void MoveToXY( [in]ULONG x, [in]ULONG y);
        ULONG MoveAndGetRunInfo( [in]ULONG Row, [out] const DXRUNINFO** ppInfo );  // Returns count of runs
        DXSAMPLE   * Unpack( [in]DXSAMPLE* pSamples, [in]ULONG cSamples, [in]BOOL bMove );
        DXPMSAMPLE * UnpackPremult( [in]DXPMSAMPLE* pSamples, [in]ULONG cSamples, [in]BOOL bMove );
        void UnpackRect([in] const DXPACKEDRECTDESC * pRectDesc);
    };


//+-----------------------------------------------------------------------------
//
//  IDXARGBReadWritePtr
//
//------------------------------------------------------------------------------

    [
        object,
        uuid(EAAAC2D7-C290-11d1-905D-00C04FD9189D),
        helpstring("IDXARGBReadWritePtr Interface"),
        pointer_default(unique),
        local
    ]
    interface IDXARGBReadWritePtr : IDXARGBReadPtr
    {
        void PackAndMove( [in]const DXSAMPLE *pSamples, [in]ULONG cSamples );
        void PackPremultAndMove( [in]const DXPMSAMPLE *pSamples, [in]ULONG cSamples );
        void PackRect([in]const DXPACKEDRECTDESC *pRectDesc);
        void CopyAndMoveBoth( [in]DXBASESAMPLE *pScratchBuffer, [in]IDXARGBReadPtr *pSrc,
                              [in]ULONG cSamples, [in]BOOL bIsOpaque );
        void CopyRect( [in] DXBASESAMPLE *pScratchBuffer, 
                       [in] const RECT *pDestRect, [in]IDXARGBReadPtr *pSrc,
                       [in] const POINT *pSrcOrigin, [in]BOOL bIsOpaque);
        void FillAndMove( [in]DXBASESAMPLE *pScratchBuffer, [in]DXPMSAMPLE SampVal,
                          [in]ULONG cSamples, [in]BOOL bDoOver );
        void FillRect( [in]const RECT *pRect, [in]DXPMSAMPLE SampVal, [in]BOOL bDoOver );
        void OverSample( [in]const DXOVERSAMPLEDESC * pOverDesc);
        void OverArrayAndMove([in]DXBASESAMPLE *pScratchBuffer, 
                              [in] const DXPMSAMPLE *pSrc,
                              [in] ULONG cSamples);
    };


//+-----------------------------------------------------------------------------
//
//  IDXDCLock
//
//------------------------------------------------------------------------------

    [
        object,
        uuid(0F619456-CF39-11d1-905E-00C04FD9189D),
        helpstring("IDXDCLock Interface"),
        pointer_default(unique),
        local
    ]
    interface IDXDCLock : IUnknown
    {
        HDC GetDC(void);
    };


//+-----------------------------------------------------------------------------
//
//  IDXTScaleOutput
//
//  Overview:
//      Generic interface that any transform can support which allows caller to
//      specify the desired output bounds.
//------------------------------------------------------------------------------

    [
        object,
        uuid(B2024B50-EE77-11d1-9066-00C04FD9189D),
        helpstring("IDXTScaleOutput Interface"),
        pointer_default(unique),
        local
    ]
    interface IDXTScaleOutput : IUnknown
    {
        HRESULT SetOutputSize([in] const SIZE OutSize, [in] BOOL bMaintainAspect);
    };


//+-----------------------------------------------------------------------------
//
//  IDXGradient
//
//------------------------------------------------------------------------------

    [
        object,
        uuid(B2024B51-EE77-11d1-9066-00C04FD9189D),
        helpstring("IDXGradient Interface"),
        pointer_default(unique),
        local
    ]
    interface IDXGradient : IDXTScaleOutput
    {
        HRESULT SetGradient(DXSAMPLE StartColor, DXSAMPLE EndColor, BOOL bHorizontal);
        HRESULT GetOutputSize([out] SIZE *pOutSize);
    };


//+-----------------------------------------------------------------------------
//
//  IDXTScale
//
//  Overview:
//      This is the control interface for the simple scale transform.
//
//------------------------------------------------------------------------------

    [
        object,
        uuid(B39FD742-E139-11d1-9065-00C04FD9189D),
        helpstring("IDXTScale Interface"),
        pointer_default(unique),
        local
    ]
    interface IDXTScale : IUnknown
    {
        HRESULT SetScales( [in]float Scales[2] );
        HRESULT GetScales( [out]float Scales[2] );
        HRESULT ScaleFitToSize( [in,out]DXBNDS* pClipBounds,
                                [in]SIZE FitToSize, [in]BOOL bMaintainAspect );
    };


//+-----------------------------------------------------------------------------
//
//  IDXEffect
//  
//  Overview:
//      This interface is used to generically control transforms that are
//      transition effects.
//
//------------------------------------------------------------------------------

    typedef enum DISPIDDXEFFECT
    {
        DISPID_DXECAPABILITIES = 10000, // Start at 10000 to avoid conflicts with inhereted interfaces
        DISPID_DXEPROGRESS,
        DISPID_DXESTEP,
        DISPID_DXEDURATION,
        DISPID_DXE_NEXT_ID
    } DISPIDDXBOUNDEDEFFECT;

    typedef enum DXEFFECTTYPE
    {
        DXTET_PERIODIC = (1 << 0),  // Result at 1 is same as result at 0
        DXTET_MORPH = (1 << 1)      // Transition between 2 inputs (input 0 to input 1)
    } DXEFFECTTYPE;

    [
        object,
        uuid(E31FB81B-1335-11d1-8189-0000F87557DB),
        helpstring("IDXEffect Interface"),
        pointer_default(unique),
        dual
    ]
    interface IDXEffect : IDispatch
    {
        [propget, id(DISPID_DXECAPABILITIES)]
            HRESULT Capabilities([out, retval] long *pVal);
        [propget, id(DISPID_DXEPROGRESS)]
            HRESULT Progress([out, retval] float *pVal);
        [propput, id(DISPID_DXEPROGRESS)]
            HRESULT Progress([in] float newVal);
        [propget, id(DISPID_DXESTEP)]
            HRESULT StepResolution([out, retval] float *pVal);
        [propget, id(DISPID_DXEDURATION)]
            HRESULT Duration([out, retval] float *pVal);
        [propput, id(DISPID_DXEDURATION)]
            HRESULT Duration([in] float newVal);
    };


//+-----------------------------------------------------------------------------
//
//  IDXLookupTable
//
//------------------------------------------------------------------------------

    [
        object,
        uuid(01BAFC7F-9E63-11d1-9053-00C04FD9189D),
        helpstring("IDXLookupTable Interface"),
        pointer_default(unique),
        local
    ]
    interface IDXLookupTable : IDXBaseObject
    {
        HRESULT GetTables( [out]BYTE RedLUT[256],
                           [out]BYTE GreenLUT[256],
                           [out]BYTE BlueLUT[256],
                           [out]BYTE AlphaLUT[256] );

        HRESULT IsChannelIdentity([out] DXBASESAMPLE * pSampleBools);
        HRESULT GetIndexValues([in] ULONG Index, [out] DXBASESAMPLE *pSample);
        HRESULT ApplyTables([in, out] DXSAMPLE *pSamples, [in] ULONG cSamples);
    };


//+-----------------------------------------------------------------------------
//
//  IDXRawSurface
//
//  Overview:
//      User created objects support IDXRawSurface
//
//------------------------------------------------------------------------------

    typedef struct DXRAWSURFACEINFO
    {
        BYTE *          pFirstByte;
        long            lPitch;
        ULONG           Width;
        ULONG           Height;
        const GUID *    pPixelFormat;
        HDC             hdc;
        DWORD           dwColorKey;     // Note:  High byte must == 0xFF for color keyed surface.  Low 3 bytes are native data type.
        DXBASESAMPLE *  pPalette;
    } DXRAWSURFACEINFO;

    [
        object,
        uuid(09756C8A-D96A-11d1-9062-00C04FD9189D),
        helpstring("IDXRawSurface Interface"),
        pointer_default(unique),
        local
    ]
    interface IDXRawSurface : IUnknown
    {
        HRESULT GetSurfaceInfo(DXRAWSURFACEINFO * pSurfaceInfo);
    };


//+-----------------------------------------------------------------------------
//
//  IHTMLDXTransform
//
//------------------------------------------------------------------------------

    [
        object,
        uuid(30E2AB7D-4FDD-4159-B7EA-DC722BF4ADE5),
        helpstring("IHTMLDXTransform Interface"),
        pointer_default(unique),
        local
    ]
    interface IHTMLDXTransform : IUnknown
    {
        HRESULT SetHostUrl(BSTR bstrHostUrl);
    };


//+-----------------------------------------------------------------------------
//
//  ICSSFilterDispatch
//
//------------------------------------------------------------------------------

    typedef enum DXTFILTER_STATUS
    {
        DXTFILTER_STATUS_Stopped   = 0,
        DXTFILTER_STATUS_Applied,
        DXTFILTER_STATUS_Playing,
        DXTFILTER_STATUS_MAX
    } DXTFILTER_STATUS;

    typedef enum DXTFILTER_DISPID
    {
        DISPID_DXTFilter_Percent = 1,
        DISPID_DXTFilter_Duration,
        DISPID_DXTFilter_Enabled,
        DISPID_DXTFilter_Status,
        DISPID_DXTFilter_Apply,
        DISPID_DXTFilter_Play,
        DISPID_DXTFilter_Stop,
        DISPID_DXTFilter_MAX
    } DXTFILTER_DISPID;

    [
        object,
        uuid(9519152B-9484-4A6C-B6A7-4F25E92D6C6B),
        helpstring("ICSSFilterDispatch Interface"),
        pointer_default(unique),
        dual
    ]
    interface ICSSFilterDispatch : IDispatch
    {
        [propget, id(DISPID_DXTFilter_Percent)]  HRESULT Percent( [out, retval] float *pVal);
        [propput, id(DISPID_DXTFilter_Percent)]  HRESULT Percent( [in]          float newVal);
        [propget, id(DISPID_DXTFilter_Duration)] HRESULT Duration([out, retval] float *pVal);
        [propput, id(DISPID_DXTFilter_Duration)] HRESULT Duration([in]          float newVal);
        [propget, id(DISPID_DXTFilter_Enabled)]  HRESULT Enabled( [out, retval] VARIANT_BOOL *pfVal);
        [propput, id(DISPID_DXTFilter_Enabled)]  HRESULT Enabled( [in]          VARIANT_BOOL fVal);
        [propget, id(DISPID_DXTFilter_Status)]   HRESULT Status(  [out, retval] DXTFILTER_STATUS * peVal);
        [id(DISPID_DXTFilter_Apply)] HRESULT Apply();
        [id(DISPID_DXTFilter_Play)]  HRESULT Play([in, optional] VARIANT varDuration);
        [id(DISPID_DXTFilter_Stop)]  HRESULT Stop();
    };


//=== CoClass definitions =================================================

[
    uuid(54314D1D-35FE-11d1-81A1-0000F87557DB),
    version(1.1),
    helpstring("Microsoft DirectX Transforms Core Type Library")
]
library DXTRANSLib
{
    importlib("stdole2.tlb");

    ///////////////////////////////
    // DXTransformFactory CoClass
    ///////////////////////////////
    [
        uuid(D1FE6762-FC48-11D0-883A-3C8B00C10000),
        helpstring("DXTransformFactory Class")
    ]
    coclass DXTransformFactory
    {
        [default] interface IDXTransformFactory;
        interface IDXSurfaceFactory;
    };


    ///////////////////////////////
    // DXTaskManager CoClass
    ///////////////////////////////
    [
        uuid(4CB26C03-FF93-11d0-817E-0000F87557DB),
        helpstring("DXTaskManager Class")
    ]
    coclass DXTaskManager
    {
        [default] interface IDXTaskManager;
    };


    ///////////////////////////////
    // DXTScale CoClass
    ///////////////////////////////
    [
        uuid(555278E2-05DB-11D1-883A-3C8B00C10000),
        helpstring("DXTScale Class")
    ]
    coclass DXTScale
    {
        [default] interface IDXTScale;
    };


    ///////////////////////////////
    // DXSurface CoClass
    ///////////////////////////////
    [
	uuid(0E890F83-5F79-11D1-9043-00C04FD9189D),
	helpstring("DXSurface Class")
    ]
    coclass DXSurface
    {
	[default] interface IDXSurface;
    };


    ///////////////////////////////
    // DXSurfaceModifier CoClass
    ///////////////////////////////
    [
	uuid(3E669F1D-9C23-11d1-9053-00C04FD9189D),
	helpstring("DXSurfaceModifier Class")
    ]
    coclass DXSurfaceModifier
    {
	[default] interface IDXSurfaceModifier;
    };


    ///////////////////////////////
    // DXGradient CoClass
    ///////////////////////////////
    [
	uuid(C6365470-F667-11d1-9067-00C04FD9189D),
	helpstring("DXGradient Class")
    ]
    coclass DXGradient
    {
        [default] interface IDXGradient;
    };


    ///////////////////////////////
    // DXTFilter CoClass
    ///////////////////////////////
    [
        uuid(385A91BC-1E8A-4e4a-A7A6-F4FC1E6CA1BD),
        helpstring("DXTFilter Class")
    ]
    coclass DXTFilter
    {
        [default] interface ICSSFilterDispatch;
    };
};