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MacRib.tm
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MacRib.tm
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//
// MacRib.tm
// MathLink template file for RenderMan interface
//
// Copyright 2004 skidmore ebv labs. All rights reserved.
//
// $Id: MacRib.tm 20 2007-06-02 16:34:39Z flip $
//
:Evaluate: BeginPackage["RenderMan`"]
:Evaluate: RenderMan::usage = "The RenderMan package is a mostly complete implementation of the RenderMan Interface standard."
:Evaluate: $RenderManVersion::usage = "Package version"
:Evaluate: RtContextHandle::usage = "RtContextHandle represents a RenderMan context structure pointer."
:Evaluate: RtLightHandle::usage = "RtLightHandle represents a RenderMan light structure pointer."
:Evaluate: RtObjectHandle::usage = "RtObjectHandle represents a RenderMan object structure pointer."
:Evaluate: RiLastError::usage = "RiLastError is the most recent error reported by RenderMan."
:Evaluate: RiGaussianFilter::usage = "RiGaussianFilter[x,y,xwidth,ywidth]."
:Evaluate: RiBoxFilter::usage = "RiBoxFilter[x,y,xwidth,ywidth]."
:Evaluate: RiTriangleFilter::usage = "RiTriangleFilter[x,y,xwidth,ywidth]."
:Evaluate: RiCatmullRomFilter::usage = "RiCatmullRomFilter[x,y,xwidth,ywidth]."
:Evaluate: RiSeparableCatmullRomFilter::usage = "RiSeparableCatmullRomFilter[x,y,xwidth,ywidth]."
:Evaluate: RiBlackmanHarrisFilter::usage = "RiBlackmanHarrisFilter[x,y,xwidth,ywidth]."
:Evaluate: RiLanczosFilter::usage = "RiLanczosFilter[x,y,xwidth,ywidth]."
:Evaluate: RiMitchellFilter::usage = "RiMitchellFilter[x,y,xwidth,ywidth]."
:Evaluate: RiSincFilter::usage = "RiSincFilter[x,y,xwidth,ywidth]."
:Evaluate: RiBesselFilter::usage = "RiBesselFilter[x,y,xwidth,ywidth]."
:Evaluate: RiDiskFilter::usage = "RiDiskFilter[x,y,xwidth,ywidth]."
:Evaluate: RiErrorIgnore::usage = "RiErrorIgnore[code,severity,msg]."
:Evaluate: RiErrorPrint::usage = "RiErrorPrint[code,severity,msg]."
:Evaluate: RiErrorPrintOnce::usage = "RiErrorPrintOnce[code,severity,msg]."
:Evaluate: RiErrorCondAbort::usage = "RiErrorCondAbort[code,severity,msg]."
:Evaluate: RiErrorAbort::usage = "RiErrorAbort[code,severity,msg]."
:Evaluate: RiErrorCleanup::usage = "RiErrorCleanup[]."
// NEEDS IMPLEMENTATION
// RtVoid RiProcDelayedReadArchive(RtPointer data, RtFloat detail);
// RtVoid RiProcRunProgram(RtPointer data, RtFloat detail);
// RtVoid RiProcDynamicLoad(RtPointer data, RtFloat detail);
:Evaluate: RiGetContext::usage = "RiGetContext[]."
:Evaluate: RiContext::usage = "RiContext[context]."
:Evaluate: RiDeclare::usage = "RiDeclare[name,declaration]."
:Evaluate: RiBegin::usage = "RiBegin[name] begins RenderMan."
:Evaluate: RiEnd::usage = "RiEnd[] ends RenderMan output."
:Evaluate: RiFrameBegin::usage = "RiFrameBegin[frame] begins a frame."
:Evaluate: RiFrameEnd::usage = "RiFrameEnd[] ends a frame."
:Evaluate: RiWorldBegin::usage = "RiWorldBegin[] does a Genisis sort of thing."
:Evaluate: RiWorldEnd::usage = "RiWorldEnd[] pulls a Strangelove on the whole deal."
:Evaluate: RiFormat::usage = "RiFormat[xres,yres,aspect]."
:Evaluate: RiFrameAspectRatio::usage = "RiFrameAspectRatio[aspect]."
:Evaluate: RiScreenWindow::usage = "RiScreenWindow[left,right,bot,top]."
:Evaluate: RiCropWindow::usage = "RiCropWindow[xmin,xmax,ymin,ymax]."
:Evaluate: RiProjection::usage = "RiProjection[name,...]."
:Evaluate: RiClipping::usage = "RiClipping[hither,yon]."
:Evaluate: RiClippingPlane::usage = "RiClippingPlane[Nx,Ny,Nz,Px,Py,Pz]."
:Evaluate: RiDepthOfField::usage = "RiDepthOfField[fstop,focallength,focaldistance]."
:Evaluate: RiShutter::usage = "RiShutter[min,max]."
:Evaluate: RiPixelVariance::usage = "RiPixelVariance[variation]."
:Evaluate: RiPixelFidelity::usage = "RiPixelFidelity[variation]."
:Evaluate: RiPixelSamples::usage = "RiPixelSamples[xsamples,ysamples]."
/// RiPixelFilter(RtFilterFunc filterfunc, RtFloat xwidth, RtFloat ywidth),
:Evaluate: RiExposure::usage = "RiExposure[gain,gamma]."
:Evaluate: RiImager::usage = "RiImager[name,...]."
:Evaluate: RiQuantize::usage = "RiQuantize[type,one,min,max,dither]."
:Evaluate: RiDisplay::usage = "RiDisplay[name,type,mode,...]."
:Evaluate: RiHider::usage = "RiHider[type,...]."
:Evaluate: RiColorSamples::usage = "RiColorSamples[n,nRGB,RGBn]."
:Evaluate: RiRelativeDetail::usage = "RiRelativeDetail[relativedetail]."
:Evaluate: RiOption::usage = "RiOption[type,...]."
:Evaluate: RiAttributeBegin::usage = "RiAttributeBegin[]"
:Evaluate: RiAttributeEnd::usage = "RiAttributeEnd[]"
:Evaluate: RiColor::usage = "RiColor[r,g,b]"
:Evaluate: RiOpacity::usage = "RiOpacity[r,g,b]"
:Evaluate: RiTextureCoordinates::usage = "RiTextureCoordinates[s1,t1,s2,t2,s3,t3,s4,t4]"
:Evaluate: RiLightSource::usage = "RiLightSource[name,...]."
:Evaluate: RiAreaLightSource::usage = "RiAreaLightSource[name,...]."
:Evaluate: RiIlluminate::usage = "RiIlluminate[light,onoff]."
:Evaluate: RiSurface::usage = "RiSurface[name,...]."
:Evaluate: RiAtmosphere::usage = "RiAtmosphere[name,...]."
:Evaluate: RiInterior::usage = "RiInterior[name,...]."
:Evaluate: RiExterior::usage = "RiExterior[name,...]."
:Evaluate: RiShadingRate::usage = "RiShadingRate[size]."
:Evaluate: RiShadingInterpolation::usage = "RiShadingInterpolation[type]."
:Evaluate: RiMatte::usage = "RiMatte[onoff]."
:Evaluate: RiBound::usage = "RiBound[xmin, xmax, ymin, ymax, zmin, zmax]"
:Evaluate: RiDetail::usage = "RiDetail[xmin, xmax, ymin, ymax, zmin, zmax]"
:Evaluate: RiDetailRange::usage = "RiDetailRange[minvis, lowtran, uptran, maxvis]"
:Evaluate: RiGeometricApproximation::usage = "RiGeometricApproximation[type, value]"
:Evaluate: RiOrientation::usage = "RiOrientation[orientation]"
:Evaluate: RiReverseOrientation::usage = "RiReverseOrientation[]"
:Evaluate: RiSides::usage = "RiSides[sides]"
:Evaluate: RiIdentity::usage = "RiIdentity[]"
:Evaluate: RiTransform::usage = "RiTransform[matrix]"
:Evaluate: RiConcatTransform::usage = "RiConcatTransform[matrix]"
:Evaluate: RiPerspective::usage = "RiPerspective[fov]"
:Evaluate: RiTranslate::usage = "RiTranslate[dx,dy,dz]"
:Evaluate: RiRotate::usage = "RiRotate[angle,dx,dy,dz]"
:Evaluate: RiScale::usage = "RiScale[sx,sy,sz]"
:Evaluate: RiSkew::usage = "RiSkew[angle,dx1,dy1,dz1,dx2,dy2,dz2]"
:Evaluate: RiDeformation::usage = "RiDeformation[name,...]."
:Evaluate: RiDisplacement::usage = "RiDisplacement[name,...]."
:Evaluate: RiCoordinateSystem::usage = "RiCoordinateSystem[space]."
:Evaluate: RiCoordSysTransform::usage = "RiCoordSysTransform[space]."
:Evaluate: RiScopedCoordinateSystem::usage = "RiScopedCoordinateSystem[space]."
// :Evaluate: RiTransformPoints::usage = "RiTransformPoints[fromspace,tospace,points]."
:Evaluate: RiTransformBegin::usage = "RiTransformBegin[]."
:Evaluate: RiTransformEnd::usage = "RiTransformEnd[]."
:Evaluate: RiAttribute::usage = "RiAttribute[name,...]."
:Evaluate: RiPolygon::usage = "RiPolygon[points,normals,colors]."
:Evaluate: RiPointsPolygons::usage = "RiPointsPolygons[npolys,nverts,verts,...]"
:Evaluate: RiPatch::usage = "RiPatch[type,...]."
:Evaluate: RiSphere::usage = "RiSphere[radius,zmin,zmax,tmax,...]."
:Evaluate: RiCone::usage = "RiCone[height,radius,tmax,...]."
:Evaluate: RiCylinder::usage = "RiCylinder[radius,zmin,zmax,tmax,...]."
:Evaluate: RiHyperboloid::usage = "RiHyperboloid[point1,point2,tmax,...]."
:Evaluate: RiParaboloid::usage = "RiParaboloid[rmax,zmin,zmax,tmax,...]."
:Evaluate: RiDisk::usage = "RiDisk[height,radius,tmax,...]."
:Evaluate: RiTorus::usage = "RiTorus[majrad,minrad,phimin,phimax,tmax,...]."
:Evaluate: RiCurves::usage = "RiCurves[type,ncurves,nverts,wrap,...]."
:Evaluate: RiPoints::usage = "RiPoints[nverts,...]."
:Evaluate: RiGeometry::usage = "RiGeometry[type,...]."
:Evaluate: RiSolidBegin::usage = "RiSolidBegin[operation]."
:Evaluate: RiSolidEnd::usage = "RiSolidEnd[]."
:Evaluate: RiObjectBegin::usage = "RiObjectBegin[]."
:Evaluate: RiObjectEnd::usage = "RiObjectEnd[]."
:Evaluate: RiObjectInstance::usage = "RiObjectInstance[objecthandle]."
:Evaluate: RiMotionBegin::usage = "RiMotionBegin[times]."
:Evaluate: RiMotionEnd::usage = "RiMotionEnd[]."
:Evaluate: RiArchiveRecord::usage = "RiArchiveRecord[type,string]."
:Evaluate: RiReadArchive::usage = "RiReadArchive[name,...]."
:Evaluate: RiArchiveBegin::usage = "RiArchiveBegin[name,...]."
:Evaluate: RiArchiveEnd::usage = "RiArchiveEnd[]."
:Evaluate: Begin["`Private`"]
////
// globals
////
:Evaluate: $RenderManVersion = "$Id: MacRib.tm 20 2007-06-02 16:34:39Z flip $"
//RtInt RiLastError;
:Begin:
:Function: gRiLastError
:Pattern: RiLastError
:Arguments: {}
:ArgumentTypes: {}
:ReturnType: Integer
:End:
////
// filters
////
//RtFloat RiGaussianFilter(RtFloat x, RtFloat y, RtFloat xwidth, RtFloat ywidth);
:Begin:
:Function: RiGaussianFilter
:Pattern: RiGaussianFilter[x_Real,y_Real,xwidth_Real,ywidth_Real]
:Arguments: { x,y,xwidth,ywidth }
:ArgumentTypes: { Real,Real,Real,Real }
:ReturnType: Real
:End:
//RtFloat RiBoxFilter(RtFloat x, RtFloat y, RtFloat xwidth, RtFloat ywidth);
:Begin:
:Function: RiBoxFilter
:Pattern: RiBoxFilter[x_Real,y_Real,xwidth_Real,ywidth_Real]
:Arguments: { x,y,xwidth,ywidth }
:ArgumentTypes: { Real,Real,Real,Real }
:ReturnType: Real
:End:
//RtFloat RiTriangleFilter(RtFloat x, RtFloat y, RtFloat xwidth, RtFloat ywidth);
:Begin:
:Function: RiTriangleFilter
:Pattern: RiTriangleFilter[x_Real,y_Real,xwidth_Real,ywidth_Real]
:Arguments: { x,y,xwidth,ywidth }
:ArgumentTypes: { Real,Real,Real,Real }
:ReturnType: Real
:End:
//RtFloat RiCatmullRomFilter(RtFloat x, RtFloat y, RtFloat xwidth, RtFloat ywidth);
:Begin:
:Function: RiCatmullRomFilter
:Pattern: RiCatmullRomFilter[x_Real,y_Real,xwidth_Real,ywidth_Real]
:Arguments: { x,y,xwidth,ywidth }
:ArgumentTypes: { Real,Real,Real,Real }
:ReturnType: Real
:End:
//RtFloat RiSeparableCatmullRomFilter(RtFloat x, RtFloat y, RtFloat xwidth, RtFloat ywidth);
:Begin:
:Function: RiSeparableCatmullRomFilter
:Pattern: RiSeparableCatmullRomFilter[x_Real,y_Real,xwidth_Real,ywidth_Real]
:Arguments: { x,y,xwidth,ywidth }
:ArgumentTypes: { Real,Real,Real,Real }
:ReturnType: Real
:End:
//RtFloat RiBlackmanHarrisFilter(RtFloat x, RtFloat y, RtFloat xwidth, RtFloat ywidth);
:Begin:
:Function: RiBlackmanHarrisFilter
:Pattern: RiBlackmanHarrisFilter[x_Real,y_Real,xwidth_Real,ywidth_Real]
:Arguments: { x,y,xwidth,ywidth }
:ArgumentTypes: { Real,Real,Real,Real }
:ReturnType: Real
:End:
//RtFloat RiLanczosFilter(RtFloat x, RtFloat y, RtFloat xwidth, RtFloat ywidth);
:Begin:
:Function: RiLanczosFilter
:Pattern: RiLanczosFilter[x_Real,y_Real,xwidth_Real,ywidth_Real]
:Arguments: { x,y,xwidth,ywidth }
:ArgumentTypes: { Real,Real,Real,Real }
:ReturnType: Real
:End:
//RtFloat RiMitchellFilter(RtFloat x, RtFloat y, RtFloat xwidth, RtFloat ywidth);
:Begin:
:Function: RiMitchellFilter
:Pattern: RiMitchellFilter[x_Real,y_Real,xwidth_Real,ywidth_Real]
:Arguments: { x,y,xwidth,ywidth }
:ArgumentTypes: { Real,Real,Real,Real }
:ReturnType: Real
:End:
//RtFloat RiSincFilter(RtFloat x, RtFloat y, RtFloat xwidth, RtFloat ywidth);
:Begin:
:Function: RiSincFilter
:Pattern: RiSincFilter[x_Real,y_Real,xwidth_Real,ywidth_Real]
:Arguments: { x,y,xwidth,ywidth }
:ArgumentTypes: { Real,Real,Real,Real }
:ReturnType: Real
:End:
//RtFloat RiBesselFilter(RtFloat x, RtFloat y, RtFloat xwidth, RtFloat ywidth);
:Begin:
:Function: RiBesselFilter
:Pattern: RiBesselFilter[x_Real,y_Real,xwidth_Real,ywidth_Real]
:Arguments: { x,y,xwidth,ywidth }
:ArgumentTypes: { Real,Real,Real,Real }
:ReturnType: Real
:End:
//RtFloat RiDiskFilter(RtFloat x, RtFloat y, RtFloat xwidth, RtFloat ywidth);
:Begin:
:Function: RiDiskFilter
:Pattern: RiDiskFilter[x_Real,y_Real,xwidth_Real,ywidth_Real]
:Arguments: { x,y,xwidth,ywidth }
:ArgumentTypes: { Real,Real,Real,Real }
:ReturnType: Real
:End:
////
// error stuff
////
// RtVoid RiErrorIgnore(RtInt code, RtInt severity, char *msg);
:Begin:
:Function: gRiErrorIgnore
:Pattern: RiErrorIgnore[code_Integer,severity_Integer,msg_String]
:Arguments: {code,severity,msg }
:ArgumentTypes: { Integer,Integer,String }
:ReturnType: Integer
:End:
// RtVoid RiErrorPrint(RtInt code, RtInt severity, char *msg);
:Begin:
:Function: gRiErrorPrint
:Pattern: RiErrorPrint[code_Integer,severity_Integer,msg_String]
:Arguments: {code,severity,msg }
:ArgumentTypes: { Integer,Integer,String }
:ReturnType: Integer
:End:
// RtVoid RiErrorPrintOnce(RtInt code, RtInt severity, char *msg);
:Begin:
:Function: gRiErrorPrintOnce
:Pattern: RiErrorPrintOnce[code_Integer,severity_Integer,msg_String]
:Arguments: {code,severity,msg }
:ArgumentTypes: { Integer,Integer,String }
:ReturnType: Integer
:End:
// RtVoid RiErrorCondAbort(RtInt code, RtInt severity, char *msg);
:Begin:
:Function: gRiErrorCondAbort
:Pattern: RiErrorCondAbort[code_Integer,severity_Integer,msg_String]
:Arguments: {code,severity,msg }
:ArgumentTypes: { Integer,Integer,String }
:ReturnType: Integer
:End:
// RtVoid RiErrorAbort(RtInt code, RtInt severity, char *msg);
:Begin:
:Function: gRiErrorAbort
:Pattern: RiErrorAbort[code_Integer,severity_Integer,msg_String]
:Arguments: {code,severity,msg }
:ArgumentTypes: { Integer,Integer,String }
:ReturnType: Integer
:End:
// RtVoid RiErrorCleanup(void);
:Begin:
:Function: gRiErrorCleanup
:Pattern: RiErrorCleanup[]
:Arguments: {}
:ArgumentTypes: {}
:ReturnType: Integer
:End:
////
// procs
////
// NEEDS IMPLEMENTATION
// RtVoid RiProcDelayedReadArchive(RtPointer data, RtFloat detail);
// RtVoid RiProcRunProgram(RtPointer data, RtFloat detail);
// RtVoid RiProcDynamicLoad(RtPointer data, RtFloat detail);
////
// context
//
//RtContextHandle RiGetContext(void);
:Begin:
:Function: gRiGetContext
:Pattern: RiGetContext[]
:Arguments: {}
:ArgumentTypes: {}
:ReturnType: Manual
:End:
//RtVoid RiContext(RtContextHandle);
:Begin:
:Function: gRiContext
:Pattern: RiContext[RtContextHandle[context_Integer]]
:Arguments: {context}
:ArgumentTypes: {Integer}
:ReturnType: Integer
:End:
////
// declare me
////
// RtToken RiDeclare(char *name, char *declaration);
:Begin:
:Function: gRiDeclare
:Pattern: RiDeclare[name_String,declaration_String]
:Arguments: {name,declaration}
:ArgumentTypes: {String,String}
:ReturnType: Manual
:End:
////
// main state stuff
////
// RtVoid RiBegin(RtToken name)
:Begin:
:Function: gRiBegin
:Pattern: RiBegin[name_String]
:Arguments: { name }
:ArgumentTypes: { String }
:ReturnType: Integer
:End:
// RtVoid RiEnd(void)
:Begin:
:Function: gRiEnd
:Pattern: RiEnd[]
:Arguments: { }
:ArgumentTypes: { }
:ReturnType: Integer
:End:
// RtVoid RiFrameBegin(RtInt frame)
:Begin:
:Function: gRiFrameBegin
:Pattern: RiFrameBegin[frame_Integer]
:Arguments: { frame }
:ArgumentTypes: { Integer }
:ReturnType: Integer
:End:
// RtVoid RiFrameEnd(void)
:Begin:
:Function: gRiFrameEnd
:Pattern: RiFrameEnd[]
:Arguments: { }
:ArgumentTypes: { }
:ReturnType: Integer
:End:
// RtVoid RiWorldBegin(void)
:Begin:
:Function: gRiWorldBegin
:Pattern: RiWorldBegin[]
:Arguments: { }
:ArgumentTypes: { }
:ReturnType: Integer
:End:
// RtVoid RiWorldEnd(void)
:Begin:
:Function: gRiWorldEnd
:Pattern: RiWorldEnd[]
:Arguments: {}
:ArgumentTypes: {}
:ReturnType: Integer
:End:
////
// formatting
////
// RiFormat(RtInt xres, RtInt yres, RtFloat aspect),
:Begin:
:Function: gRiFormat
:Pattern: RiFormat[xres_Integer,yres_Integer,aspect_Real]
:Arguments: {xres,yres,aspect}
:ArgumentTypes: {Integer,Integer,Real}
:ReturnType: Integer
:End:
// RiFrameAspectRatio(RtFloat aspect),
:Begin:
:Function: gRiFrameAspectRatio
:Pattern: RiFrameAspectRatio[aspect_Real]
:Arguments: {aspect}
:ArgumentTypes: {Real}
:ReturnType: Integer
:End:
// RiScreenWindow(RtFloat left, RtFloat right, RtFloat bot, RtFloat top),
:Begin:
:Function: gRiScreenWindow
:Pattern: RiScreenWindow[left_Real,right_Real,bot_Real,top_Real]
:Arguments: {left,right,bot,top}
:ArgumentTypes: {Real,Real,Real,Real}
:ReturnType: Integer
:End:
// RiCropWindow(RtFloat xmin, RtFloat xmax, RtFloat ymin, RtFloat ymax),
:Begin:
:Function: gRiCropWindow
:Pattern: RiCropWindow[xmin_Real,xmax_Real,ymin_Real,ymax_Real]
:Arguments: {xmin,xmax,ymin,ymax}
:ArgumentTypes: {Real,Real,Real,Real}
:ReturnType: Integer
:End:
// RiProjection(RtToken name, ...),
:Begin:
:Function: gRiProjection
:Pattern: RiProjection[name_String,rest_:{}]
:Arguments: {name,rest}
:ArgumentTypes: {String,Manual}
:ReturnType: Integer
:End:
// RiClipping(RtFloat hither, RtFloat yon),
:Begin:
:Function: gRiClipping
:Pattern: RiClipping[hither_Real,yon_Real]
:Arguments: {hither,yon}
:ArgumentTypes: {Real,Real}
:ReturnType: Integer
:End:
// RiClippingPlane(RtFloat Nx, RtFloat Ny, RtFloat Nz, RtFloat Px, RtFloat Py, RtFloat Pz),
:Begin:
:Function: gRiClippingPlane
:Pattern: RiClippingPlane[Nx_Real,Ny_Real,Nz_Real,Px_Real,Py_Real,Pz_Real]
:Arguments: {Nx,Ny,Nz,Px,Py,Pz}
:ArgumentTypes: {Real,Real,Real,Real,Real,Real}
:ReturnType: Integer
:End:
// RiDepthOfField(RtFloat fstop, RtFloat focallength, RtFloat focaldistance),
:Begin:
:Function: gRiDepthOfField
:Pattern: RiDepthOfField[fstop_Real,focallength_Real,focaldistance_Real]
:Arguments: {fstop,focallength,focaldistance}
:ArgumentTypes: {Real,Real,Real}
:ReturnType: Integer
:End:
// RiShutter(RtFloat min, RtFloat max);
:Begin:
:Function: gRiShutter
:Pattern: RiShutter[min_Real,max_Real]
:Arguments: {min,max}
:ArgumentTypes: {Real,Real}
:ReturnType: Integer
:End:
// RiPixelVariance(RtFloat variation),
:Begin:
:Function: gRiPixelVariance
:Pattern: RiPixelVariance[variation_Real]
:Arguments: {variation}
:ArgumentTypes: {Real}
:ReturnType: Integer
:End:
// RiPixelFidelity(RtFloat variation),
:Begin:
:Function: gRiPixelFidelity
:Pattern: RiPixelFidelity[variation_Real]
:Arguments: {variation}
:ArgumentTypes: {Real}
:ReturnType: Integer
:End:
// RiPixelSamples(RtFloat xsamples, RtFloat ysamples),
:Begin:
:Function: gRiPixelSamples
:Pattern: RiPixelSamples[xsamples_Real,ysamples_Real]
:Arguments: {xsamples,ysamples}
:ArgumentTypes: {Real,Real}
:ReturnType: Integer
:End:
/// RiPixelFilter(RtFilterFunc filterfunc, RtFloat xwidth, RtFloat ywidth),
/// Needs Implementation
// RiExposure(RtFloat gain, RtFloat gamma),
:Begin:
:Function: gRiExposure
:Pattern: RiExposure[gain_Real,gamma_Real]
:Arguments: {gain,gamma}
:ArgumentTypes: {Real,Real}
:ReturnType: Integer
:End:
// RiImager(RtToken name, ...),
// RiImagerV(RtToken name, RtInt n, RtToken tokens[], RtPointer parms[]),
:Begin:
:Function: gRiImager
:Pattern: RiImager[name_String,rest_:{}]
:Arguments: {name,rest}
:ArgumentTypes: {String,Manual}
:ReturnType: Integer
:End:
// RiQuantize(RtToken type, RtInt one, RtInt min, RtInt max, RtFloat ampl),
:Begin:
:Function: gRiQuantize
:Pattern: RiQuantize[type_String,one_Integer,min_Integer,max_Integer,dither_Real]
:Arguments: {type,one,min,max,dither}
:ArgumentTypes: {String,Integer,Integer,Integer,Real}
:ReturnType: Integer
:End:
// RiDisplay(char *name, RtToken type, RtToken mode, ...),
// RiDisplayV(char *name, RtToken type, RtToken mode,RtInt n, RtToken tokens[], RtPointer parms[]);
:Begin:
:Function: gRiDisplay
:Pattern: RiDisplay[name_String,type_String,mode_String,rest_:{}]
:Arguments: {name,type,mode,rest}
:ArgumentTypes: {String,String,String,Manual}
:ReturnType: Integer
:End:
// RiHider(RtToken type, ...),
// RiHiderV(RtToken type, RtInt n, RtToken tokens[], RtPointer parms[]),
:Begin:
:Function: gRiHider
:Pattern: RiHider[type_String,rest_:{}]
:Arguments: {type,rest}
:ArgumentTypes: {String,Manual}
:ReturnType: Integer
:End:
// RiColorSamples(RtInt n, RtFloat nRGB[], RtFloat RGBn[]),
:Begin:
:Function: gRiColorSamples
:Pattern: RiColorSamples[n_Integer,nRGB_List,RGBn_List]
:Arguments: {n,nRGB,RGBn}
:ArgumentTypes: {Integer,RealList,RealList}
:ReturnType: Integer
:End:
// RiRelativeDetail(RtFloat relativedetail),
:Begin:
:Function: gRiRelativeDetail
:Pattern: RiRelativeDetail[relativedetail_Real]
:Arguments: {relativedetail}
:ArgumentTypes: {Real}
:ReturnType: Integer
:End:
// RiOption(RtToken name, ...),
// RiOptionV(RtToken name, RtInt n, RtToken tokens[], RtPointer parms[]);
:Begin:
:Function: gRiOption
:Pattern: RiOption[name_String,rest_:{}]
:Arguments: {name,rest}
:ArgumentTypes: {String,Manual}
:ReturnType: Integer
:End:
// RiAttributeBegin(void),
:Begin:
:Function: gRiAttributeBegin
:Pattern: RiAttributeBegin[]
:Arguments: {}
:ArgumentTypes: {}
:ReturnType: Integer
:End:
// RiAttributeEnd(void),
:Begin:
:Function: gRiAttributeEnd
:Pattern: RiAttributeEnd[]
:Arguments: {}
:ArgumentTypes: {}
:ReturnType: Integer
:End:
// RiColor(RtColor color),
:Begin:
:Function: gRiColor
:Pattern: RiColor[r_Real,g_Real,b_Real]
:Arguments: {r,g,b}
:ArgumentTypes: {Real,Real,Real}
:ReturnType: Integer
:End:
// RiOpacity(RtColor color),
:Begin:
:Function: gRiOpacity
:Pattern: RiOpacity[r_Real,g_Real,b_Real]
:Arguments: {r,g,b}
:ArgumentTypes: {Real,Real,Real}
:ReturnType: Integer
:End:
// RiTextureCoordinates(RtFloat s1, RtFloat t1, RtFloat s2, RtFloat t2, RtFloat s3, RtFloat t3, RtFloat s4, RtFloat t4);
:Begin:
:Function: gRiTextureCoordinates
:Pattern: RiTextureCoordinates[s1_Real,t1_Real,s2_Real,t2_Real,s3_Real,t3_Real,s4_Real,t4_Real]
:Arguments: {s1,t1,s2,t2,s3,t3,s4,t4}
:ArgumentTypes: {Real,Real,Real,Real,Real,Real,Real,Real}
:ReturnType: Integer
:End:
////
// lighting
////
// RiLightSource(RtToken name, ...),
// RiLightSourceV(RtToken name, RtInt n, RtToken tokens[], RtPointer parms[]),
:Begin:
:Function: gRiLightSource
:Pattern: RiLightSource[name_String,rest_:{}]
:Arguments: {name,rest}
:ArgumentTypes: {String,Manual}
:ReturnType: Manual
:End:
// RiAreaLightSource(RtToken name, ...),
// RiAreaLightSourceV(RtToken name, RtInt n, RtToken tokens[], RtPointer parms[]);
:Begin:
:Function: gRiAreaLightSource
:Pattern: RiAreaLightSource[name_String,rest_:{}]
:Arguments: {name,rest}
:ArgumentTypes: {String,Manual}
:ReturnType: Manual
:End:
// RiIlluminate(RtLightHandle light, RtBoolean onoff),
:Begin:
:Function: gRiIlluminate
:Pattern: RiIlluminate[RtLightHandle[handle_Integer],onoff_?(Function[m,TrueQ[m]||TrueQ[Not[m]]])]
:Arguments: {handle,onoff}
:ArgumentTypes: {Integer,Symbol}
:ReturnType: Integer
:End:
// RiSurface(RtToken name, ...),
// RiSurfaceV(RtToken name, RtInt n, RtToken tokens[], RtPointer parms[]),
:Begin:
:Function: gRiSurface
:Pattern: RiSurface[name_String,rest_:{}]
:Arguments: {name,rest}
:ArgumentTypes: {String,Manual}
:ReturnType: Integer
:End:
// RiAtmosphere(RtToken name, ...),
// RiAtmosphereV(RtToken name, RtInt n, RtToken tokens[], RtPointer parms[]),
:Begin:
:Function: gRiAtmosphere
:Pattern: RiAtmosphere[name_String,rest_:{}]
:Arguments: {name,rest}
:ArgumentTypes: {String,Manual}
:ReturnType: Integer
:End:
// RiInterior(RtToken name, ...),
// RiInteriorV(RtToken name, RtInt n, RtToken tokens[], RtPointer parms[]),
:Begin:
:Function: gRiInterior
:Pattern: RiInterior[name_String,rest_:{}]
:Arguments: {name,rest}
:ArgumentTypes: {String,Manual}
:ReturnType: Integer
:End:
// RiExterior(RtToken name, ...),
// RiExteriorV(RtToken name, RtInt n, RtToken tokens[], RtPointer parms[]),
:Begin:
:Function: gRiExterior
:Pattern: RiExterior[name_String,rest_:{}]
:Arguments: {name,rest}
:ArgumentTypes: {String,Manual}
:ReturnType: Integer
:End:
// RiShadingRate(RtFloat size),
:Begin:
:Function: gRiShadingRate
:Pattern: RiShadingRate[size_Real]
:Arguments: {size}
:ArgumentTypes: {Real}
:ReturnType: Integer
:End:
// RiShadingInterpolation(RtToken type),
:Begin:
:Function: gRiShadingInterpolation
:Pattern: RiShadingInterpolation[type_String]
:Arguments: {type}
:ArgumentTypes: {String}
:ReturnType: Integer
:End:
// RiMatte(RtBoolean onoff);
:Begin:
:Function: gRiMatte
:Pattern: RiMatte[onoff_?(Function[m,TrueQ[m]||TrueQ[Not[m]]])]
:Arguments: {onoff}
:ArgumentTypes: {Symbol}
:ReturnType: Integer
:End:
////
// Geometry
////
// RiBound(RtBound bound),
:Begin:
:Function: gRiBound
:Pattern: RiBound[xmin_Real,xmax_Real,ymin_Real,ymax_Real,zmin_Real,zmax_Real]
:Arguments: {xmin, xmax, ymin, ymax, zmin, zmax}
:ArgumentTypes: {Real,Real,Real,Real,Real,Real}
:ReturnType: Integer
:End:
// RiDetail(RtBound bound),
:Begin:
:Function: gRiDetail
:Pattern: RiDetail[xmin_Real,xmax_Real,ymin_Real,ymax_Real,zmin_Real,zmax_Real]
:Arguments: {xmin, xmax, ymin, ymax, zmin, zmax}
:ArgumentTypes: {Real,Real,Real,Real,Real,Real}
:ReturnType: Integer
:End:
// RiDetailRange(RtFloat minvis, RtFloat lowtran, RtFloat uptran, RtFloat maxvis),
:Begin:
:Function: gRiDetailRange
:Pattern: RiDetailRange[minvis_Real, lowtran_Real, uptran_Real, maxvis_Real]
:Arguments: {minvis, lowtran, uptran, maxvis}
:ArgumentTypes: {Real,Real,Real,Real}
:ReturnType: Integer
:End:
// RiGeometricApproximation(RtToken type, RtFloat value),
:Begin:
:Function: gRiGeometricApproximation
:Pattern: RiGeometricApproximation[type_String, value_Real]
:Arguments: {type, value}
:ArgumentTypes: {String,Real}
:ReturnType: Integer
:End:
// RiOrientation(RtToken orientation),
:Begin:
:Function: gRiOrientation
:Pattern: RiOrientation[orientation_String]
:Arguments: {orientation}
:ArgumentTypes: {String}
:ReturnType: Integer
:End:
// RiReverseOrientation(void),
:Begin:
:Function: gRiReverseOrientation
:Pattern: RiReverseOrientation[]
:Arguments: {}
:ArgumentTypes: {}
:ReturnType: Integer
:End:
// RiSides(RtInt sides);
:Begin:
:Function: gRiSides
:Pattern: RiSides[sides_Integer]
:Arguments: {sides}
:ArgumentTypes: {Integer}
:ReturnType: Integer
:End:
////
// Transformations
////
// RiIdentity(void),
:Begin:
:Function: gRiIdentity
:Pattern: RiIdentity[]
:Arguments: {}
:ArgumentTypes: {}
:ReturnType: Integer
:End:
// RiTransform(RtMatrix transform),
:Begin:
:Function: gRiTransform
:Pattern: RiTransform[m_List]
:Arguments: {m}
:ArgumentTypes: {Manual}
:ReturnType: Integer
:End:
// RiConcatTransform(RtMatrix transform),
:Begin:
:Function: gRiConcatTransform
:Pattern: RiConcatTransform[m_List]
:Arguments: {m}
:ArgumentTypes: {Manual}
:ReturnType: Integer
:End:
// RiPerspective(RtFloat fov),
:Begin:
:Function: gRiPerspective
:Pattern: RiPerspective[fov_Real]
:Arguments: {sides}
:ArgumentTypes: {Real}
:ReturnType: Integer
:End:
// RiTranslate(RtFloat dx, RtFloat dy, RtFloat dz),
:Begin:
:Function: gRiTranslate
:Pattern: RiTranslate[dx_Real,dy_Real,dz_Real]
:Arguments: {dx,dy,dz}
:ArgumentTypes: {Real,Real,Real}
:ReturnType: Integer
:End:
// RiRotate(RtFloat angle, RtFloat dx, RtFloat dy, RtFloat dz),
:Begin:
:Function: gRiRotate
:Pattern: RiRotate[angle_Real,dx_Real,dy_Real,dz_Real]
:Arguments: {angle,dx,dy,dz}
:ArgumentTypes: {Real,Real,Real,Real}
:ReturnType: Integer
:End:
// RiScale(RtFloat sx, RtFloat sy, RtFloat sz),
:Begin:
:Function: gRiScale
:Pattern: RiScale[sx_Real,sy_Real,sz_Real]
:Arguments: {sx,sy,sz}
:ArgumentTypes: {Real,Real,Real}
:ReturnType: Integer
:End:
// RiSkew(RtFloat angle, RtFloat dx1, RtFloat dy1, RtFloat dz1,
// RtFloat dx2, RtFloat dy2, RtFloat dz2),
:Begin:
:Function: gRiSkew
:Pattern: RiSkew[angle_Real,dx1_Real,dy1_Real,dz1_Real,dx2_Real,dy2_Real,dz2_Real]
:Arguments: {angle,dx1,dy1,dz1,dx2,dy2,dz2}
:ArgumentTypes: {Real,Real,Real,Real,Real,Real,Real}
:ReturnType: Integer
:End:
////
// shaders
//////
// RiDeformation(RtToken name, ...),
// RiDeformationV(RtToken name, RtInt n, RtToken tokens[], RtPointer parms[]),
:Begin:
:Function: gRiDeformation
:Pattern: RiDeformation[name_String,rest_:{}]
:Arguments: {name,rest}
:ArgumentTypes: {String,Manual}
:ReturnType: Integer
:End:
// RiDisplacement(RtToken name, ...),
// RiDisplacementV(RtToken name, RtInt n, RtToken tokens[], RtPointer parms[]),
:Begin:
:Function: gRiDisplacement
:Pattern: RiDisplacement[name_String,rest_:{}]
:Arguments: {name,rest}
:ArgumentTypes: {String,Manual}
:ReturnType: Integer
:End:
// RiCoordinateSystem(RtToken space),
:Begin:
:Function: gRiCoordinateSystem
:Pattern: RiCoordinateSystem[space_String]
:Arguments: { space }
:ArgumentTypes: { String }
:ReturnType: Integer
:End:
// RiScopedCoordinateSystem(RtToken space),
:Begin:
:Function: gRiScopedCoordinateSystem
:Pattern: RiScopedCoordinateSystem[space_String]
:Arguments: { space }
:ArgumentTypes: { String }
:ReturnType: Integer
:End:
// RiCoordSysTransform(RtToken space);
:Begin:
:Function: gRiCoordSysTransform
:Pattern: RiCoordSysTransform[space_String]
:Arguments: { space }
:ArgumentTypes: { String }
:ReturnType: Integer
:End:
// not available...
// RtPoint *RiTransformPoints(RtToken fromspace, RtToken tospace, RtInt n, RtPoint points[]);
//:Begin:
//:Function: gRiTransformPoints
//:Pattern: RiTransformPoints[fromspace_String,tospace_String,points_List]
//:Arguments: {fromspace,tospace,points}
//:ArgumentTypes: {String,String,Manual}
//:ReturnType: Manual
//:End:
//////
// xfm state
/////
// RiTransformBegin(void),
:Begin:
:Function: gRiTransformBegin
:Pattern: RiTransformBegin[]
:Arguments: {}
:ArgumentTypes: {}
:ReturnType: Integer
:End:
// RiTransformEnd(void);
:Begin:
:Function: gRiTransformEnd
:Pattern: RiTransformEnd[]
:Arguments: {}
:ArgumentTypes: {}
:ReturnType: Integer
:End:
// RiAttribute(RtToken name, ...),