| Age | Commit message (Collapse) | Author |
|---|
|
Drop XMesaSetVisualDisplay(), XMesaReset(), no longer used.
Add XMesaCopyContext() and move the GlxSetRenderTables() call for XGL within
XMesaForceCurrent(). This is to make xserver/GL/mesa/X/xf86glx.c unaware of
Mesa internals.
Also, clean some ifdef's to make it clear that USE_XSHM and XFree86Server are
mutually exclusive.
Lastly,
- move gcstruct.h from glxheader.h up to xmesa_xf86.h since it calls *gc->ops
- drop GL/glxtokens.h from xm_api|dd.c, GLX tokens come from glcore.h and are
used irrelevant of XFree86.
|
|
|
|
|
|
Was removed during glsl-compiler work. Still need to go back and revisit this
because of the interaction with fragment shaders...
|
|
Always call driFlipRenderbuffers() with pfCurrentPage value, in case it's
initially 1 instead of 0. May fix some issues with pageflip, the same fix was
applied to r128, radeon and r200 (6e0e6eff05727ac8833c2b2dffc51c6619427e77).
|
|
dereferences it.
Same fix as for r300 (which fixed https://bugs.freedesktop.org/show_bug.cgi?id=10417),
since it's likely an issue with those drivers too.
|
|
Fixes https://bugs.freedesktop.org/show_bug.cgi?id=10417 .
|
|
mis-count in offset led to mis-rendering and lockups;
units are 4 bytes rather than 1. Noticed by Chris Salch.
fixes bug 7994, possibly others.
|
|
|
|
As far as we know, the hardware prefers outputs packed tightly together
with no holes caused by outputs that are not even read by the fragment
program. Therefore, we slightly rewrite vertex programs in this case.
It would be interesting to test this interaction between vertex programs
and fragment programs further, because some of that rewrite may be
unnecessary. However, play it safe for now and don't change the current
behaviour.
|
|
|
|
|
|
|
|
Since the recent renderbuffer refcounting fixes it's no longer sufficient to
just remove the old renderbuffer from the framebuffer and then add the new one
because the former may decrease the reference count to 0 and delete the old
renderbuffer.
|
|
|
|
|
|
values for nr of entries) should meet the requirement.
|
|
|
|
|
|
The texture_rectangle fix introduced a bug where every texture instruction
caused a new indirection.
|
|
Still crashes out on scissor regs
|
|
R300 hardware takes texcoords in the range 0..1 even for rectangle
textures. Previously, the necessary texcoord conversion was applied
to the texture coordinate during vertex processing in a render stage.
This is obviously wrong when fragment programs are used, which can
calculate arbitrary coordinates for TEX instructions. Therefore,
we now inject an appropriate MUL instruction before a TEX that
reference a rectangle texture.
|
|
There used to be an assertion when a fragment program accesses an incomplete
texture image. Work around this assertion.
Note: I am unsure whether this workaround produces the desired result
(0,0,0,1) on all hardware.
|
|
When no textures were enabled, a KIL instruction triggered an assertion
in r300_setup_rs_unit.
|
|
|
|
Nicolai writes:
When the pixmap pixel format has no alpha channel, the x11 driver
(software rendering) adds a wrapped alpha channel on request.
During SwapBuffers, this alpha channel is not copied from back to
front, which means that the front buffer doesn't really contain the
contents that the back buffer previously contained.
A subsequent glReadPixels from the front buffer will return an
incorrect result. The following patch attempts to fix this.
|
|
|
|
StateFlags has been updated in _mesa_add_state_reference
|
|
|
|
|
|
|
|
|
|
The index is no longer necessary to share constants between multiple
SIN/COS/SCS instructions inside a single fragment program, and storing
a tiny implementation detail like this in the fragment_program structure
itself was just nasty.
|
|
|
|
not sure which brw surface for DXT3 & DXT5, so restore
the previous choice.(changed in commit
84081774e62a8af18e6bf894ea69f63b97dcfe96)
|
|
|
|
|
|
|
|
|
|
The constant/parameter allocation was significantly simplified, removing
one unnecessary copy operation of parameters. The dirty state tracking is
unchanged and far from optimal, since all state is always re-fetched.
Constants and parameters are now emitted only once, which significantly
reduces the resource pressure on larger programs.
|
|
Also, fix a typo in a related comment.
|
|
Make sure that instruction slots are fully initialized with NOPs during
find_and_prepare_slot(). This fixes a bug when a fragment program was
translated more than once (e.g. due to a second call to glProgramStringARB).
This partially fixes glean/fragProg1.
|
|
|
|
|
|
This is a necessary change to emit the right instructions when writing
to result.depth.
However, even with this test, Z-write doesn't work properly, and I don't
fully understand why. In addition to this, we'll at least have to disable
early-Z, but even that doesn't seem to be enough.
|
|
Fix a bug in the LIT implementation (clamp exponent to 128, not 0.5)
and change the implementation around. In theory, the new implementation
needs as little as 5 instruction slots. Unfortunately, the dependency
analysis in find_and_replace_slot is not strong enough to look at
individual components of a register yet.
|
|
Do not move an instruction that writes to a temp forward past an instruction
that reads the same temporary.
|
|
|
|
Dumps of fragment programs were incorrect when the program consisted of multiple
nodes.
Also, improved the formatting a bit.
|
|
There were a number of bugs related to the pairing of vector and scalar
operations where swizzles ended up using the wrong source register,
or an instruction was moved forward and ended up overwriting an aliased
register.
The new algorithm for register allocation is quite conservative and may
run out of registers before necessary. On the plus side, It Just Works.
Pairing is done whenever possible, and in more cases than before, so
in practice this change should be a net win.
|
