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593 lines
23 KiB
593 lines
23 KiB
#ifndef __glprocs_h_
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#define __glprocs_h_
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/*
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** Copyright 1991-1993, Silicon Graphics, Inc.
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** All Rights Reserved.
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**
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** This is UNPUBLISHED PROPRIETARY SOURCE CODE of Silicon Graphics, Inc.;
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** the contents of this file may not be disclosed to third parties, copied or
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** duplicated in any form, in whole or in part, without the prior written
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** permission of Silicon Graphics, Inc.
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**
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** RESTRICTED RIGHTS LEGEND:
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** Use, duplication or disclosure by the Government is subject to restrictions
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** as set forth in subdivision (c)(1)(ii) of the Rights in Technical Data
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** and Computer Software clause at DFARS 252.227-7013, and/or in similar or
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** successor clauses in the FAR, DOD or NASA FAR Supplement. Unpublished -
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** rights reserved under the Copyright Laws of the United States.
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*/
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#include "types.h"
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/*
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** These typedefs are used to normalize the calling conventions
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** for the span procs. Some of the arguments are not used by
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** many of the span procs, but the arguments are present so that
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** the function pointers in the spanProcsRec can be interchanged.
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** The idea is to move up in the calling sequence as high as possible
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** the final "store" span proc.
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**
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** The type __GLspanFunc returns GL_TRUE if it stippled the span while
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** processing it. If it also stippled the span all black, it sets
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** gc->polygon.shader.done to GL_TRUE.
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**
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** The type __GLstippledSpanFunc return GL_TRUE if it stippled the span
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** to all black, and GL_FALSE otherwise.
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*/
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typedef GLboolean (FASTCALL *__GLspanFunc)(__GLcontext *gc);
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typedef GLboolean (FASTCALL *__GLstippledSpanFunc)(__GLcontext *gc);
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#define __GL_MAX_SPAN_FUNCS 15
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#define __GL_MAX_LINE_FUNCS 16
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typedef struct __GLspanProcsRec {
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/*
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** First phase of span processing. Clip the span so that it won't
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** render outside of the intersection of the window box and the
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** scissor box. Then call the stipple proc to replicate the stipple
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** (and rotate it) sufficient for rendering w pixels. If there is no
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** active polygon stipple then the stipple proc is skipped, and the
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** unstippled form of the next phase of procs is used until stippling
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** becomes necessary.
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**
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** Second phase of span processing. Apply the various test functions
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** producing at the end a final stipple for the span.
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** Each test procedure outputs a new stipple as
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** needed, calling the stippled form of the next proc only if the
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** test failed somewhere in the span.
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**
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** Next phase of span processing. This phase is responsible for
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** generating the final colors to be stored. The operations are
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** applied in order as shown below, producing at the end the final
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** color values. draw is used to replicate the span so that it
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** properly renders to the correct number of destination buffers
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** (e.g., when drawBuffer is FRONT_AND_BACK).
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**
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** Final phase of span rendering. Apply blend function, dither
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** operation, logic-op and writemask before calling the store
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** proc. When blending, logic-oping, or writemasking is being done,
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** the fetch proc will be used to read in the span (from the draw
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** buffer) before proceeding furthur.
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*/
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/*
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** The 15 layers of the span procs are:
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**
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** scissor, poly stipple, alpha test, stencil test, depth test, shading,
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** texturing, fogging, FRONT_AND_BACK drawing, fetching, blending,
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** dithering, logic op, masking, storing.
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*/
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__GLspanFunc spanFuncs[__GL_MAX_SPAN_FUNCS];
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__GLstippledSpanFunc stippledSpanFuncs[__GL_MAX_SPAN_FUNCS];
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/*
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** The number of procs stored in the span function arrays. n is
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** the number applied prior to span replication (for drawing to both
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** FRONT_AND_BACK buffers), and m is the total number applied.
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*/
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GLint n, m;
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/*
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** This is the root span function. It is called when a span needs
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** processing.
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*/
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__GLspanFunc processSpan;
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/*
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** Assembly routine to depth test a single pixel. There is no prototype,
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** since variables are passed in registers.
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*/
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void (*depthTestPixel)(void);
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} __GLspanProcs;
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typedef struct __GLlineProcsRec {
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/*
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** The line procs are very similar to the span procs. The biggest
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** difference is that they iterate along a line instead of a span.
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**
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** The prototypes for the line procs are identical to the prototypes
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** to the poly span paths so that some of the leaves can be shared.
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**
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** The layers of the line procs are as follows:
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**
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** scissor, line stipple, alpha test, stencil test, depth test, shading,
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** texturing, fogging, wide line duplication, FRONT_AND_BACK drawing,
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** fetching, blending, dithering, logic op, masking, storing.
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*/
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__GLspanFunc lineFuncs[__GL_MAX_LINE_FUNCS];
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__GLstippledSpanFunc stippledLineFuncs[__GL_MAX_LINE_FUNCS];
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/*
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** The number of procs stored in the line function arrays. n is
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** the number applied prior to wide line replication (for lines of
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** width greater than 1), m is the total number applied prior to
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** FRONT_AND_BACK line replication, and l is the total number applied
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** altogether (l > m > n).
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*/
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GLint n, m, l;
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/*
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** This is the root line function. It is called when a line needs
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** processing.
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*/
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__GLspanFunc processLine;
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/*
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** One of these procs is called after the first n procs have been
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** completed. This proc is responsible for replicating a wide line
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** numerous times.
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*/
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__GLspanFunc wideLineRep;
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__GLstippledSpanFunc wideStippledLineRep;
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/*
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** One of these procs is called after the first m procs have been
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** completed. This proc is responsible for replication a line to
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** be drawn to both the FRONT and BACK buffers.
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*/
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__GLspanFunc drawLine;
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__GLstippledSpanFunc drawStippledLine;
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/*
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** Assembly routine to depth test a single pixel. There is no prototype,
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** since variables are passed in registers.
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**
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** depthTestPixel is for unstippled lines,
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** depthTestSPixel is for stippled lines,
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** depthTestPixelSF is for unstippled lines with stenciling enabled
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** depthTestSPixelSF is for stippled lines with stenciling enabled.
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*/
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void (*depthTestPixel)(void);
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void (*depthTestSPixel)(void);
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void (*depthTestPixelSF)(void);
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void (*depthTestSPixelSF)(void);
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} __GLlineProcs;
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typedef struct __GLpixelSpanProcsRec {
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/*
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** Pixel span reading routines. For examples of each, see pixel/px_read.c.
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**
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** These routines read pixel spans for CI, RGBA, Stencil and Depth. The
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** base versions perform pixel skipping, and the '2' versions simply read
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** the span straight. The RGBA routines should produce outgoing scaled
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** colors.
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*/
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void (FASTCALL *spanReadCI)(__GLcontext *gc, __GLpixelSpanInfo *spanInfo,
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GLvoid *span);
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void (FASTCALL *spanReadCI2)(__GLcontext *gc, __GLpixelSpanInfo *spanInfo,
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GLvoid *span);
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void (FASTCALL *spanReadRGBA)(__GLcontext *gc, __GLpixelSpanInfo *spanInfo,
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GLvoid *span);
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void (FASTCALL *spanReadRGBA2)(__GLcontext *gc, __GLpixelSpanInfo *spanInfo,
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GLvoid *span);
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void (FASTCALL *spanReadDepth)(__GLcontext *gc, __GLpixelSpanInfo *spanInfo,
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GLvoid *span);
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void (FASTCALL *spanReadDepth2)(__GLcontext *gc, __GLpixelSpanInfo *spanInfo,
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GLvoid *span);
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void (FASTCALL *spanReadStencil)(__GLcontext *gc, __GLpixelSpanInfo *spanInfo,
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GLvoid *span);
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void (FASTCALL *spanReadStencil2)(__GLcontext *gc, __GLpixelSpanInfo *spanInfo,
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GLvoid *span);
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/*
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** Pixel span rendering routines. For examples of each, see
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** pixel/px_render.c.
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**
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** These routines render pixel spans for CI, RGBA, Stencil and Depth. The
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** base versions perform pixel replication, and the '2' versions simply
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** render the span straight. The RGBA routines should take incoming
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** scaled colors.
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*/
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void (FASTCALL *spanRenderCI)(__GLcontext *gc, __GLpixelSpanInfo *spanInfo,
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GLvoid *span);
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void (FASTCALL *spanRenderCI2)(__GLcontext *gc, __GLpixelSpanInfo *spanInfo,
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GLvoid *span);
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void (FASTCALL *spanRenderRGBA)(__GLcontext *gc, __GLpixelSpanInfo *spanInfo,
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GLvoid *span);
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void (FASTCALL *spanRenderRGBA2)(__GLcontext *gc, __GLpixelSpanInfo *spanInfo,
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GLvoid *span);
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void (FASTCALL *spanRenderDepth)(__GLcontext *gc, __GLpixelSpanInfo *spanInfo,
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GLvoid *span);
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void (FASTCALL *spanRenderDepth2)(__GLcontext *gc, __GLpixelSpanInfo *spanInfo,
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GLvoid *span);
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void (FASTCALL *spanRenderStencil)(__GLcontext *gc, __GLpixelSpanInfo *spanInfo,
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GLvoid *span);
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void (FASTCALL *spanRenderStencil2)(__GLcontext *gc, __GLpixelSpanInfo *spanInfo,
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GLvoid *span);
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} __GLpixelSpanProcs;
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/************************************************************************/
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/*
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** Procedures required for phong shading.
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*/
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#ifdef GL_WIN_phong_shading
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typedef struct __GLphongProcsRec {
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void (*InitSpanInterpolation) (__GLcontext *gc);
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void (*UpdateAlongSpan) (__GLcontext *gc);
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void (*ComputeRGBColor) (__GLcontext *gc, __GLcolor *outColor);
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void (*ComputeCIColor) (__GLcontext *gc, __GLcolor *outColor);
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void (*InitLineParams) (__GLcontext *gc, __GLvertex *v0, __GLvertex *v1,
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__GLfloat invDelta);
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#ifdef __JUNKED_CODE
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void (*InitInterpolation) (__GLcontext *gc, __GLvertex *v);
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void (*SetInitParams) (__GLcontext *gc, __GLvertex *a,
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__GLcoord *an, __GLfloat dx,
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__GLfloat dy);
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void (*UpdateAlongEdge) (__GLcontext *gc, __GLfloat dxLeft,
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GLboolean useBigStep);
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#endif //__JUNKED_CODE
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} __GLphongProcs;
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#endif //GL_WIN_phong_shading
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/************************************************************************/
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#ifdef unix
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typedef struct _XDisplay __GLdisplay;
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typedef unsigned long __GLdrawable;
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typedef unsigned long __GLfont;
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#endif
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#ifdef NT
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typedef void (FASTCALL *PFN_RENDER_LINE)(__GLcontext *gc, __GLvertex *v0,
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__GLvertex *v1, GLuint flags);
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typedef void (FASTCALL *PFN_VERTEX_CLIP_PROC)(__GLvertex*, const __GLvertex*,
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const __GLvertex*, __GLfloat);
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typedef void (FASTCALL *PFN_RENDER_TRIANGLE)(__GLcontext *gc, __GLvertex *v0,
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__GLvertex *v1, __GLvertex *v2);
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typedef void (FASTCALL *PFN_FILL_TRIANGLE)(__GLcontext *gc, __GLvertex *v0,
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__GLvertex *v1,
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__GLvertex *v2, GLboolean ccw);
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#endif
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typedef struct __GLprocsRec __GLprocs;
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struct __GLprocsRec {
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/**************************************************************/
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/*
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** Context function pointer management procs.
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*/
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/* Validate the context derived state */
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void (FASTCALL *validate)(__GLcontext *gc);
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/*
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** Pick procs to choose the other procs in this structure. These
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** default to procedures in pick.c (and elsewhere) but can be
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** overriden by the machine dependent context code.
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*/
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void (FASTCALL *pickBlendProcs)(__GLcontext *gc);
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void (FASTCALL *pickColorMaterialProcs)(__GLcontext *gc);
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void (FASTCALL *pickTextureProcs)(__GLcontext *gc);
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void (FASTCALL *pickFogProcs)(__GLcontext *gc);
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void (FASTCALL *pickPointProcs)(__GLcontext *gc);
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void (FASTCALL *pickLineProcs)(__GLcontext *gc);
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void (FASTCALL *pickTriangleProcs)(__GLcontext *gc);
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void (FASTCALL *pickRenderBitmapProcs)(__GLcontext *gc);
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void (FASTCALL *pickPixelProcs)(__GLcontext *gc);
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void (FASTCALL *pickClipProcs)(__GLcontext *gc);
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void (FASTCALL *pickParameterClipProcs)(__GLcontext *gc);
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void (FASTCALL *pickBufferProcs)(__GLcontext *gc);
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void (FASTCALL *pickStoreProcs)(__GLcontext *gc);
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void (FASTCALL *pickSpanProcs)(__GLcontext *gc);
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void (FASTCALL *pickVertexProcs)(__GLcontext *gc);
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int (FASTCALL *pickDepthProcs)(__GLcontext *gc);
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void (FASTCALL *pickAllProcs)(__GLcontext *gc);
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/**************************************************************/
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/*
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** Function pointers used for transformation, viewport and normal
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** processing.
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*/
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/* Called when the viewport changes */
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void (FASTCALL *applyViewport)(__GLcontext *gc);
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/**************************************************************/
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#ifdef NT
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GLuint (FASTCALL *paClipCheck)(__GLcontext *gc, POLYARRAY *pa,
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POLYDATA *pdLast);
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#endif
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#ifdef NT
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void (FASTCALL *paCalcTexture)(__GLcontext *gc, POLYARRAY *pa);
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#endif
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/**************************************************************/
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/*
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** Function pointers used for coloring
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*/
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/*
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** applyColor processes a color from the user that has been loaded
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** into the gc->state.current.color. If color material is enabled
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** then the color will be applied the appropriate material(s).
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** Otherwise, the color will be either scaled or scaled and clamped.
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*/
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void (FASTCALL *applyColor)(__GLcontext *gc);
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#ifdef NT
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PFN_POLYARRAYCALCCOLORSKIP paCalcColorSkip;
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PFN_POLYARRAYCALCCOLOR paCalcColor;
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PFN_POLYARRAYAPPLYCHEAPFOG paApplyCheapFog;
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#endif
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/*
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** Apply a color change to a material.
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*/
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void (FASTCALL *changeMaterial)(__GLcontext *gc, __GLmaterialState *ms,
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__GLmaterialMachine *msm);
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/**************************************************************/
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/*
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** Z buffer test procs
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*/
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/*
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** assembly routines to depth test a single pixel. These are
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** highly optimized C-callable routines...
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*/
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GLboolean (FASTCALL *DTPixel)( __GLzValue z, __GLzValue *zfb );
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/**************************************************************/
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/*
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** Function pointers used for polygon, triangle, quad and rect
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** rendering.
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*/
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/* Rendering */
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PFN_RENDER_TRIANGLE renderTriangle;
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PFN_FILL_TRIANGLE fillTriangle;
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PFN_FILL_TRIANGLE fillTriangle2;
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/* Clipping */
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void (FASTCALL *clipTriangle)(__GLcontext *gc, __GLvertex *v0,
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__GLvertex *v1,
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__GLvertex *v2, GLuint orCodes);
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void (FASTCALL *clipPolygon)(__GLcontext *gc, __GLvertex *v0, GLint nv);
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PFN_VERTEX_CLIP_PROC polyClipParam;
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/* Function pointers specific to span level rendering */
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__GLspanProcs span;
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/* Function pointers specific to line level rendering */
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__GLlineProcs line;
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/* Function pointers specific to pixel routines (DrawPixels, CopyPixels,
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** ReadPixels).
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*/
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__GLpixelSpanProcs pixel;
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/**************************************************************/
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/*
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** Function pointers used for lines.
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*/
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#ifdef NT
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void (FASTCALL *lineBegin)(__GLcontext *gc);
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void (FASTCALL *lineEnd)(__GLcontext *gc);
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PFN_RENDER_LINE renderLine;
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PFN_RENDER_LINE renderLine2;
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#else
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void (FASTCALL *renderLine)(__GLcontext *gc, __GLvertex *v0, __GLvertex *v1);
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void (FASTCALL *renderLine2)(__GLcontext *gc, __GLvertex *v0, __GLvertex *v1);
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#endif
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/* Line specific parameter clip proc */
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PFN_VERTEX_CLIP_PROC lineClipParam;
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/*
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** The default slow path renderLine proc simply initializes some line
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** data, and then calls this proc.
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*/
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void (FASTCALL *rasterizeLine)(__GLcontext *gc);
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/**************************************************************/
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/*
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** Point procs.
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*/
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void (FASTCALL *renderPoint)(__GLcontext *gc, __GLvertex *v);
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#ifdef __BUGGY_RENDER_POINT
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void (FASTCALL *renderPoint2)(__GLcontext *gc, __GLvertex *v);
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#endif //__BUGGY_RENDER_POINT
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/**************************************************************/
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/*
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** Bitmap procs.
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*/
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void (*bitmap)(__GLcontext *gc, GLint width, GLint height,
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GLfloat xOrig, GLfloat yOrig,
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GLfloat xMove, GLfloat yMove, const GLubyte bits[]);
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void (FASTCALL *renderBitmap)(__GLcontext *gc, const __GLbitmap *bitmap,
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const GLubyte *bits);
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/**************************************************************/
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/*
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** Texturing procs. The rho procs compute the next rho value
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** for mipmap selection. They might be simple procedures if
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** mipmapping is not being done.
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*/
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__GLfloat (*calcLineRho)(__GLcontext *gc, __GLfloat s,
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__GLfloat t, __GLfloat winv);
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__GLfloat (*calcPolygonRho)(__GLcontext *gc, const __GLshade *sh,
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__GLfloat s, __GLfloat t, __GLfloat winv);
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void (*texture)(__GLcontext *gc, __GLcolor *color, __GLfloat s,
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__GLfloat t, __GLfloat rho);
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/**************************************************************/
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/*
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** Fogging procs. Vertex fogging computes the fog factor at the
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** vertex and then interpolates that. High quality fogging
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** (GL_FOG_HINT set to GL_NICEST) interpolates the eyeZ at then
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** evaluates the fog function for each fragment.
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*/
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void (*fogPoint)(__GLcontext *gc, __GLfragment *frag, __GLfloat eyeZ);
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void (*fogColor)(__GLcontext *gc, __GLcolor *out, __GLcolor *in,
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__GLfloat eyeZ);
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__GLfloat (FASTCALL *fogVertex)(__GLcontext *gc, __GLvertex *vx);
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/**************************************************************/
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/*
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** Blend an incoming fragment according to the current blending
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** mode and return a pointer to the new fragment which contains
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** the updated colors.
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*/
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void (*blend)(__GLcontext *gc, __GLcolorBuffer *cfb,
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const __GLfragment *frag, __GLcolor *result);
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void (*blendColor)(__GLcontext *gc, const __GLcolor *source,
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const __GLcolor *dest, __GLcolor *result);
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void (*blendSrc)(__GLcontext *gc, const __GLcolor *source,
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const __GLcolor *dest, __GLcolor *result);
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void (*blendDst)(__GLcontext *gc, const __GLcolor *frag,
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const __GLcolor *dest, __GLcolor *result);
|
|
void (FASTCALL *blendSpan)(__GLcontext *gc);
|
|
|
|
/**************************************************************/
|
|
|
|
/* Pixel proc pointers */
|
|
void (*drawPixels)(__GLcontext *gc, GLint width, GLint height,
|
|
GLenum format, GLenum type, const GLvoid *pixels,
|
|
GLboolean packed);
|
|
void (*copyPixels)(__GLcontext *gc, GLint x, GLint y,
|
|
GLsizei width, GLsizei height, GLenum type);
|
|
void (*readPixels)(__GLcontext *gc, GLint x, GLint y,
|
|
GLsizei width, GLsizei height,
|
|
GLenum format, GLenum type, const GLvoid *pixels);
|
|
void (FASTCALL *copyImage)(__GLcontext *gc, __GLpixelSpanInfo *spanInfo,
|
|
GLboolean applyPixelTransfer);
|
|
void (FASTCALL *pxStore)(__GLcolorBuffer *cfb, const __GLfragment *frag);
|
|
|
|
/**************************************************************/
|
|
|
|
/*
|
|
** Store a fragment into the given frame buffer, applying any
|
|
** currently active rasterization modes properly.
|
|
*/
|
|
void (FASTCALL *store)(__GLcolorBuffer *cfb, const __GLfragment *frag);
|
|
|
|
/*
|
|
** Store a fragment into the given frame buffer.
|
|
*/
|
|
void (FASTCALL *cfbStore)(__GLcolorBuffer *cfb, const __GLfragment *frag);
|
|
|
|
/**************************************************************/
|
|
|
|
/*
|
|
** Function pointers used for attribute processing.
|
|
*/
|
|
|
|
/* called when the polygon stipple changes */
|
|
void (FASTCALL *convertPolygonStipple)(__GLcontext *gc);
|
|
|
|
#ifdef GL_WIN_phong_shading
|
|
/**************************************************************/
|
|
|
|
/*
|
|
** Function pointers used for Phong shading.
|
|
*/
|
|
__GLphongProcs phong;
|
|
|
|
/**************************************************************/
|
|
#endif //GL_WIN_phong_shading
|
|
};
|
|
|
|
extern void FASTCALL __glGenericValidate(__GLcontext *gc);
|
|
|
|
/* Generic (portable) implementations of the pick procs */
|
|
extern void FASTCALL __glGenericPickBlendProcs(__GLcontext *gc);
|
|
extern void FASTCALL __glGenericPickColorMaterialProcs(__GLcontext *gc);
|
|
extern void FASTCALL __glGenericPickTextureProcs(__GLcontext *gc);
|
|
extern void FASTCALL __glGenericPickFogProcs(__GLcontext *gc);
|
|
extern void FASTCALL __glGenericPickParameterClipProcs(__GLcontext *gc);
|
|
extern void FASTCALL __glGenericPickPointProcs(__GLcontext *gc);
|
|
extern void FASTCALL __glGenericPickTriangleProcs(__GLcontext *gc);
|
|
extern void FASTCALL __glGenericPickLineProcs(__GLcontext *gc);
|
|
extern void FASTCALL __glGenericPickRenderBitmapProcs(__GLcontext *gc);
|
|
extern void FASTCALL __glGenericPickClipProcs(__GLcontext *gc);
|
|
extern void FASTCALL __glGenericPickBufferProcs(__GLcontext *gc);
|
|
extern void FASTCALL __glGenericPickStoreProcs(__GLcontext *gc);
|
|
extern void FASTCALL __glGenericPickSpanProcs(__GLcontext *gc);
|
|
extern void FASTCALL __glGenericPickVertexProcs(__GLcontext *gc);
|
|
extern void FASTCALL __glGenericPickPixelProcs(__GLcontext *gc);
|
|
extern int FASTCALL __glGenericPickDepthProcs(__GLcontext *gc);
|
|
extern void FASTCALL __glGenericPickAllProcs(__GLcontext *gc);
|
|
|
|
/* some useful store procs */
|
|
extern void FASTCALL __glDoStore_ASD(__GLcolorBuffer *, const __GLfragment *);
|
|
extern void FASTCALL __glDoStore_AS(__GLcolorBuffer *, const __GLfragment *);
|
|
extern void FASTCALL __glDoStore_AD(__GLcolorBuffer *, const __GLfragment *);
|
|
extern void FASTCALL __glDoStore_SD(__GLcolorBuffer *, const __GLfragment *);
|
|
extern void FASTCALL __glDoStore_A(__GLcolorBuffer *, const __GLfragment *);
|
|
extern void FASTCALL __glDoStore_S(__GLcolorBuffer *, const __GLfragment *);
|
|
extern void FASTCALL __glDoStore_D(__GLcolorBuffer *, const __GLfragment *);
|
|
extern void FASTCALL __glDoStore(__GLcolorBuffer *, const __GLfragment *);
|
|
extern void FASTCALL __glDoNullStore(__GLcolorBuffer *, const __GLfragment *);
|
|
extern void FASTCALL __glDoDoubleStore(__GLcolorBuffer *, const __GLfragment *);
|
|
|
|
/* Some predicates for pick procs to use */
|
|
extern GLboolean FASTCALL __glFastRGBA(__GLcontext *gc);
|
|
extern GLboolean FASTCALL __glNeedAlpha(__GLcontext *gc);
|
|
|
|
/* Save routines */
|
|
void FASTCALL FASTCALL __glSaveN(__GLcontext *gc, __GLvertex *vx);
|
|
void FASTCALL FASTCALL __glSaveC(__GLcontext *gc, __GLvertex *vx);
|
|
void FASTCALL FASTCALL __glSaveCI(__GLcontext *gc, __GLvertex *vx);
|
|
void FASTCALL FASTCALL __glSaveT(__GLcontext *gc, __GLvertex *vx);
|
|
void FASTCALL FASTCALL __glSaveCT(__GLcontext *gc, __GLvertex *vx);
|
|
void FASTCALL FASTCALL __glSaveNT(__GLcontext *gc, __GLvertex *vx);
|
|
void FASTCALL FASTCALL __glSaveCAll(__GLcontext *gc, __GLvertex *vx);
|
|
void FASTCALL FASTCALL __glSaveCIAll(__GLcontext *gc, __GLvertex *vx);
|
|
|
|
#ifdef NT
|
|
void FASTCALL PolyArrayCalcTexture(__GLcontext *gc, POLYARRAY *pa);
|
|
void FASTCALL PolyArrayCalcObjectLinearSameST(__GLcontext *gc, POLYARRAY *pa);
|
|
void FASTCALL PolyArrayCalcObjectLinear(__GLcontext *gc, POLYARRAY *pa);
|
|
void FASTCALL PolyArrayCalcEyeLinearSameST(__GLcontext *gc, POLYARRAY *pa);
|
|
void FASTCALL PolyArrayCalcEyeLinear(__GLcontext *gc, POLYARRAY *pa);
|
|
void FASTCALL PolyArrayCalcSphereMap(__GLcontext *gc, POLYARRAY *pa);
|
|
void FASTCALL PolyArrayCalcMixedTexture(__GLcontext *gc, POLYARRAY *pa);
|
|
#endif
|
|
|
|
#ifdef _X86_
|
|
|
|
void initClipCodesTable(); // Defined in so_prim.c
|
|
void initInvSqrtTable(); // Defined in so_prim.c
|
|
|
|
#endif // _X86_
|
|
|
|
#endif /* __glprocs_h_ */
|