#ifndef _MRenderUtil #define _MRenderUtil // // ***************************************************************************** // // Copyright (C) 1997-2003 Alias|Wavefront Inc. // // These coded instructions, statements and computer programs contain // unpublished information proprietary to Alias|Wavefront Inc. and are // protected by Canadian and US federal copyright laws. They may not be // disclosed to third parties or copied or duplicated, in whole or in part, // without prior written consent of Alias|Wavefront Inc. // // Unpublished-rights reserved under the Copyright Laws of the United States. // // ***************************************************************************** // // CLASS: MRenderUtil // // ***************************************************************************** // // CLASS DESCRIPTION (MRenderUtil) // // MRenderUtil is a static class which provides access to Maya's rendering // functionalities // // ***************************************************************************** #if defined __cplusplus // ***************************************************************************** // INCLUDED HEADER FILES #include #include // ***************************************************************************** // DECLARATIONS class MFloat; class MFloatPoint; class MFloatVector; class MFloatVectorArray; class MIntArray; class MFloatPoint; class MFloatArray; class MFloatPointArray; class MFloatMatrix; class MObject; class MString; // ***************************************************************************** // CLASS DECLARATION (MRenderUtil) /// Static class providing common API rendering functions (OpenMayaRender) /** */ class OPENMAYARENDER_EXPORT MRenderUtil { public: /// enum MRenderState { /// Maya is not currently rendering kNotRendering, /// Maya is performing a batch render kBatchRender, /// Maya is performing an interactive render kInteractiveRender, /// Maya is performing an IPR render kIprRender, /// Maya is performing a hardware render kHardwareRender }; /// enum MRenderPass { /// Default case kAll, /// Only the color information is being computed, no shadows kColorOnly, /// Only the shadow information is being computed, no color kShadowOnly, /// Only the specular information is being computed kAmbientOnly, /// Only the specular information is being computed kDiffuseOnly, /// Only the specular information is being computed kSpecularOnly }; /// static MRenderState mayaRenderState(); /// static MStatus raytrace( const MFloatVector& rayOrigin, // in camera space const MFloatVector& rayDirection, const int objectId, const int raySampler, const short rayDepth, // storage for return value MFloatVector& resultColor, MFloatVector& resultTransparency, // true for reflected rays, false for refracted rays const bool isReflectedRays = true ); // vectorized version /// static MStatus raytrace( const MFloatVectorArray& rayOrigins, // in camera space const MFloatVectorArray& rayDirections, const int objectId, const int raySampler, const short rayDepth, // storage for return value MFloatVectorArray& resultColors, MFloatVectorArray& resultTransparencies, // true for reflected rays, false for refracted rays const bool isReflectedRays = true ); /// static MStatus raytraceFirstGeometryIntersections( const MFloatVectorArray& rayOrigins, // in camera space const MFloatVectorArray& rayDirections, const int objectId, const int raySampler, // storage for return value MFloatVectorArray& resultIntersections, MIntArray& resultIntersected ); /// static MStatus sampleShadingNetwork( MString shadingNodeName, int numSamples, bool useShadowMaps, bool reuseMaps, MFloatMatrix &cameraMatrix, // eye to world MFloatPointArray *points, // in world space MFloatArray *uCoords, MFloatArray *vCoords, MFloatVectorArray *normals, // in world space MFloatPointArray *refPoints, // in world space MFloatVectorArray *tangentUs, // in world space MFloatVectorArray *tangentVs, // in world space MFloatArray *filterSizes, MFloatVectorArray &resultColors, MFloatVectorArray &resultTransparencies ); /// static bool generatingIprFile(); /// static bool exactFileTextureName( const MObject& fileNode, MString& texturePath, MStatus *ReturnStatus = NULL ); /// static bool exactImagePlaneFileName( const MObject& imagePlaneNode, MString& texturePath, MStatus *ReturnStatus = NULL ); /// static MRenderPass renderPass( void ); /// static float diffuseReflectance( int lightBlindData, const MFloatVector& lightDirection, const MFloatVector& pointCamera, const MFloatVector& normal, bool lightBackFace, MStatus *ReturnStatus = NULL ); /// static MFloatVector maximumSpecularReflection( int lightBlindData, const MFloatVector& lightDirection, const MFloatVector& pointCamera, const MFloatVector& normal, const MFloatVector& rayDirection, MStatus *ReturnStatus = NULL ); /// static float lightAttenuation( int lightBlindData, const MFloatVector& pointCamera, const MFloatVector& normal, bool lightBackFace, MStatus *ReturnStatus = NULL ); /// static float hemisphereCoverage( int lightBlindData, const MFloatVector& lightDirection, const MFloatVector& pointCamera, const MFloatVector& rayDirection, bool lightBackFace, MStatus *ReturnStatus = NULL ); /// static void sendRenderProgressInfo (MString &pixFile, int percentageDone); protected: static const char* className(); private: ~MRenderUtil(); #ifdef __GNUC__ friend class shutUpAboutPrivateDestructors; #endif }; // ***************************************************************************** #endif /* __cplusplus */ #endif /* _MRenderUtil */