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"gl_" to match other structs.
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and demos are also added.
Adding basic support to drivers should be as easy as just enabling the
extension, though thorough test would also be required.
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be needed (it's set in texenvprogram.c) and is a memory leak according to
valgrind.
Disable with #if 0 / #endif
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Update a lot of loops, conditionals to use the _TNL_FIRST/LAST_* values
instead of specific vertex attributes.
Remove the EdgeFlagv function from the GLvertexformat struct.
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- use macros to access and modify render inputs bit-field;
- un-alias generic vertex attributes for ARB vertex calls;
- use MAX_VERTEX_PROGRAM_ATTRIBS (NV code) or MAX_VERTEX_ATTRIBS
(ARB code) in place of VERT_ATTRIB_MAX;
- define VERT_ATTRIB_GENERIC0..15 for un-aliased vertex
attributes for ARB_vertex_shader;
- fix generic attribute index range check in arbprogparse.c;
- interface GLSL varyings between vertex and fragment shader;
- use 64-bit optimised bitset (bitset.h) for render inputs;
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function since the matrix depends on the viewport params and the framebuffer's
depth buffer resolution.
Fixes some renderbuffer / depth range issues.
This simplifies the _mesa_set_viewport() and _mesa_DepthRange() functions too.
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done with fragment programs nowadays.
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restores the ability to run the software driver with program TNL but
tradtional swrast.
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New GLint64EXT and GLuint64EXT types (use C99's long long types).
New glGetQueryObject[u]i64vEXT() functions.
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program->Id and program->RefCount fields were used and ATI fragment shaders
didn't have too much in common with ARB/NV vertex/fragment programs anyway.
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Instructions, InputsRead, OutputsWritten, and Parameters.
Also, added debug functions: _mesa_print_instruction(),
_mesa_print_program_parameters() and revamp _mesa_print_program().
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Move size clamping into the rasterization function.
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See comment near top of stencil.c for info about OpenGL 2.0 vs.
GL_EXT_stencil_two_side.
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generated file, called src/mesa/glapi/dispatch.h, is added. This file
contains three macros for each API function. It contains a GET, a SET, and
a CALL. Each of the macros take a pointer to the context and a pointer to
the dispatch table.
In several threads on mesa3d-dev we discussed replacing _glapi_add_entrypoint
with a new function called _glapi_add_dispatch. For this discussion, the
important difference between the two is that the caller of _glapi_add_dispatch
does *not* know what the dispatch offset will be at compile time. Because of
this callers need to track the dispatch offset returned by
_glapi_add_dispatch.
http://marc.theaimsgroup.com/?t=111947074700001&r=1&w=2
The downside is that driver code then has to access the dispatch table two
different ways. It accesses it using structure tags (e.g., exec->Begin) for
functions with fixed offsets and via a remap table (e.g., exec[
remap->NewExtensionFunction ]) for functions without fixed offsets. Yuck!
Using the macros allows both types of functions to be accessed
identically. If a driver needs to set a pointer for Begin, it does
'SET_Begin(ctx, exec, my_begin_function)'. If it needs to set a pointer
for NewExtensionFunction, it does 'SET_NewExtensionFunction(ctx, exec,
my_NewExtensionFunction_function)'. Furthermore, if at some point in
the future a static offset is assigned for NewExtensionFunction, only
the macros need to change (instead of every single place that accesses a
table for that function).
This code differs slightly from the originally posted patches in that the
CALL, GET, and SET marcos no longer take a context pointer as a parameter.
Brian Paul had suggested that the remap table could be stored as a global
since it would be set at CreateScreen time and would be constant for all
contexts. This change reflects that feedback.
http://marc.theaimsgroup.com/?t=112087194700001&r=1&w=2
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Main driver impacts:
- new code for creating the Mesa GLframebuffer
- new span/pixel read/write code
Some drivers not yet updated/tested.
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which is automatically generated to match the current texture environment
state. Introduces a new value ctx->FragmentProgram._Active which is
true when either _Enabled is true or there is such a fragment program
ready to run.
To test out on a driver running the software rasterizer, set
MESA_TEX_PROG=t in the environment. It goes without saying that performance
is lower for the software rasterizer in this mode.
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additional checks.
Replace _mesa_init_buffers() with _mesa_init_scissor() and _mesa_init_multisample().
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no error detection, slow, may not be 100% correct but a good start
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alias with the corresponding ARB functions.
GL_ARB_vertex_shader (and OpenGL 2.0's) VertexAttrib functions don't alias
with conventional vertex attributes, as GL_NV_vertex_program does.
So, the ARB and NV version of VertexAttrib need to be distinct.
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1015696)
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program is enabled AND the currently bound program is valid.
Check _Enable instead of Enable to prevent things from blowing up
when someone calls glEnable(GL_VERTEX_PROGRAM_ARB) without actually
defining a program.
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The internal driver interface was also changed to use
BlendEquationSeparate instead of BlendEquation.
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Now, compute ctx->Array._MaxElement as the min of enabled array's max element.
Test against ctx->Array._MaxElement in glDrawArrays/Elements.
Note: testing in glArrayElement not done yet.
Only do element checking if ctx->Const.CheckArrayBounds is set.
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Implemented new program_parameter_list type and functions for dealing with
named program parameters, constants and GL state references.
New state_index enum for describing GL state referenced within ARB vertex/
fragment programs. Plus, functions for fetching named GL state.
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Added non-static entrypoints and the name string for
GL_SUN_multi_draw_arrays (identical to GL_EXT_multi_draw_arrays).
Made add_newer_entrypoints (in src/mesa/main/context.c) table driven.
This reduced the size of context.o by about 3KB.
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Removed VertexAttrib*ARB() stubs.
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Misc vertex array / vertex program changes.
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