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This didn't work for quad/quadstrips at all, and for all other primitive types
it only worked when they were unclipped.
Fix up the former in gs stage (could probably do without these changes and
instead set QuadsFollowProvokingVertexConvention to false), and the rest in
clip stage.
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Previously, we'd load linearly from ParameterValues[0] for the constants,
though ParameterValues[1] may not equal ParameterValues[0] + 4. Additionally,
the STATE_VAL type paramters didn't get updated.
Fixes piglit vp-constant-array-huge.vpfp and ET:QW object locations.
Bug #23226.
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Fixes piglit vp-sge-alias test, and the googleearth ground shader. \o/
Bug #22228
(cherry picked from commit 56ab92bad8f1d05bc22b8a8471d5aeb663f220de)
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Fixes piglit arl.vp.
(cherry picked from commit d52d78b4bcd6d4c0578f972c0b8ebac09e632196)
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Before, we weren't aggressive enough in checking for the start or end
of render-to-texture. In particular, if only the ctx->ReadBuffer had
texture attachments, we were treating that as a render-to-texture case.
This fixes a regression from commit 75bdbdd90b15c8704d87ca195a364ff6a42edbb1
"intel: Don't validate in a texture image used as a render target."
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For an app that's blowing out the state cache, like sauerbraten, the
memset of the giant arrays ended up taking 11% of the CPU even when only a
"few" of the entries got used. With this, the WM program compile drops back
down to 1% of CPU time.
Bug #24981 (bisected to BRW_WM_MAX_INSN increase).
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Fixes piglit vp-sge-alias test, and the googleearth ground shader. \o/
Bug #22228
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Fixes piglit arl.vp.
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These are needed for HiZ which is not currently used and
the _BASE reg requires a reloc which is not currently supported
in the drm.
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- consolidate DB render setup
- only enable perfect ZPASS counts and cull disable
when OQ is active
- enable early Z
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These are needed for HiZ which is not currently used and
the _BASE reg requires a reloc which is not currently supported
in the drm.
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Handle both NV vertex programs and NV vertex state programs passed to
glProgramStringARB.
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Fixes bug 24967.
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No statistically significant performance difference at n=3 with either
openarena or my GL demo, but cutting program size seems like a good
thing to be doing for the hypothetical app that has a working set near
icache size.
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This should fix issues with antialiased lines in GLSL.
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The PINTERP code should be faster for brw_wm_glsl.c now since brw_wm_emit.c's
had been improved, and pixel_w should no longer stomp on a neighbor to dst.
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This drops support for get_src_reg_imm in these, but the prospect of getting
brw_wm_pass*.c onto our GLSL path is well worth some temporary pain.
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This matches brw_wm_emit.c, which we'll be using shortly. There's a
possible penalty here in that we'll allocate registers for unused channels,
since we aren't doing ref tracking like brw_wm_pass*.c does. However, my
measurements on GM965 don't show any for either OA or UT2004 with the GLSL
path forced.
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Depending on the writemask or the opcode, we can often trim the source
channels considered used for dead code elimination. This saves actual
instructions on 965 in the non-GLSL path for glean glsl1, and cleans up
the writemasks of programs even further.
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This fixes the dead code elimination to work on the particular code
mentioned in the previous commit.
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GLSL code such as:
vec4 result = {0, 1, 0, 0};
gl_FragColor = result;
emits code like:
0: MOV TEMP[0], CONST[0];
1: MOV OUTPUT[1], TEMP[0];
and this replaces it with:
0: MOV TEMP[0], CONST[0];
1: MOV OUTPUT[1], CONST[0];
Even when the dead code eliminator fails to clean up a now-useless MOV
instruction (since it doesn't do live/dead ranges), this should at reduce
dependencies.
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This cleans up a bunch of instructions in GLSL programs to have limited
writemasks, which would translate to wins in shaders that hit the i965
brw_wm_glsl.c path by depending less on in-driver optimizations. It will
also help hit other optimization passes I'm looking at.
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This keeps the individual state files from having to export their
structures for brw_state_cache initialization.
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