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The partial precision mode doesn't have quite enough bits of precision
to pass conformance tests.
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It looks like the LOG2 macro only has 8 or 9 bits of precission, but
the ARB_vertex_program spec says "accurate to at least 10 bits".
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Bug #19139.
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glCopyTexSubImage already gets the (correct) clipping for us, so it doesn't
need the path. While moving the clipping out, replace the code with the mesa
path to do the same job.
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Note how if:
x + width == xmax + 0: width -= 0
x + width == xmax + 1: width -= 0
x + width == xmax + 2: width -= 1
So, the function was clipping to [xmin, xmax+1), not [xmin, xmax) like it was
supposed to. Same for ymax.
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The subsequent if/else cases always call _mesa_reference_fragprog() anyway.
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array.length() wasn't working.
Swizzle mask for accessing elements of float arrays was incorrect.
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The noise functions were not glsl-specific.
Also, ran indent on the code to clean it up.
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And update some copyrights.
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exceeded
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Set GLUT_PPM_FILE to the desired filename. The first frame rendered will
be written to that file.
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This allows uniform declarations with scalar/array initializers.
The code is rough though, and will be cleaned up.
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This got flipped around in 7855b2aef6bd9e9c2d73260b5cd166159b2525c6.
Bug #18907. Thanks to idr for pointing me at a nicer testcase than blender.
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Fixes double-frees of some regions, once from the renderbuffer code and
once from the miptree itself.
Bug #19062
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It is possible for applications to specify any texture base level,
including trivially invalid values (i.e., 47000000). When an app
specifies an invalide base level, we should gracefully disable the
texture instead of accessing memory outside the gl_texture_object.
This fixes an occasional segfault in one of our conformance tests.
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A previous commit (2dbc515a669be123a019aeb4aa5aae6b1679f6a9) change
some of the interdependencies between these two header files. Now
glapi.h must be included before glapitable.h.
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Commit db61cbfa2aa241da49589331d8b6875d9a77d826 made modifications to
the protocol generator data and scripts. This commit represents the
changes to the generated files resulting from the previous changes.
This is the client-side part of the fix for bugzilla #11003.
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img_null_flag was being ignored when calculating the size of a request
so a BadLength error gets thrown for glTexImage3D when the pixels
parameter is NULL.
See bug #11003
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The TexSubImage commands do not have the "NULL image" flag that was
introduced with glTexImage3D. However, there is a CARD32 pad element
where that flag would be. Removing the img_null_flag causes the flag
to be removed from the protocol. This changes the protocol and breaks
everything.
In order to prevent needing to hand-code all of the TexSubImage
functions, a new attribute was added to the param element. This new
attribute, called "padding," is a boolean flag that selects whether or
not the parameter is a real parameter (default / false) or is protocol
padding (true) that does not appear in the function's parameter list.
This change resulted in a number of changes to other Python scripts.
In almost all cases parameters with the is_padding flag set should not
be emitted.
This patch only changes the the XML, the DTD, and the generator
scripts. It does NOT include the resulting changes to the generated
code. Generated code in the X server is also changed by the script /
XML changes in this patch.
Signed-off-by: Ian Romanick <ian.d.romanick@intel.com>
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This makes the GLU .pc file a little simpler, too.
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The pkg-config files have been filled in more thoroughly to allow users
to use mesa more effectively. By adding metadata to Requires.private,
Libs.private and Cflags, we can ensure that all the libraries and
headers will be found in all situations. However, the full substitutions
are only done when using the configure script.
This also fixes the glu pkg-config file to account for using GL or
OSMesa.
Fixes bug 18161.
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Added missing OPCODE_NOISE4, and use BRW_REGISTER_TYPE_D (instead of _UD)
in the initial RNDD instructions (which avoids saturating negative inputs
to 0).
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For example, a declaration like
const float[3] xxx = float[3](1.1, 2.2, 3.3);
will place the array in the constant buffer whereas a regular, non-const array
would be placed in the temporary register file.
Next up: do the same thing for uniform arrays.
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For example: float[3] xxx = float[3](1.1, 2.2, 3.3);
Optimizations for const-qualified arrays next.
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