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No, it shouldn't, because some file systems are, you know, case-sensitive.Exactly. Sounds like a recipe for disaster if it's just guessing the image format from the extension, anyway. Maybe there's a reason.
one million torque units and then stuff starts to forget up, so i'd say that's the limit.I am pretty sure that Torque has forgeted up that far away for ages. Definitely happened in Vanilla.
I forgot how you can show 1 million torque units in a scale for this, so i'm not much help on that part.
How do you have no processor...For anyone wondering, it's an Intel® Atom N450.
%quarter = mFloatLength(%dayLength / 4, 0);
%part = mFloor(%timeIntoDay / %quarter);
%timeUntilCycle = (%part + 1) * %quarter - %timeIntoDay;
Windows is a "SPECIAL", cuboid bricks are simply "BRICK" in the .blb at the second line. That would be a way to tell.You can't access that information with out Badspot linking to it in the engine code. Shaders are compiled and sent to the GPU, they're not script files.
Port mentioned that using shaders to create the illusion of a 3D stud should work but I'm not so sure. Last I checked GLSL bump mapping was rather low resolution. I might be wrong though.It can be done using vertex shaders. Not sure how you would tell whether a brick is a cuboid though (and not for, e.g. a window).
Intel Integrated Graphics is simply too weak for shaders. The game will work like before (and maybe even better) if you disable shaders but it's not optimized for shaders because it's weakNope, not true at all, sorry. Intel chips are built for shaders otherwise they wouldn't pass shader tests or support anywhere from GLSL 2.0 - 4.0 (depending on the chip). Most of the latest chips can run up to version 4.0 shaders fast. Any laptops running Ivy Bridge will be especially fast (the Intel HD3000 actually runs faster than most other laptop graphics cards, from NVIDIA and co.). The 3000 can run Skyrim anywhere from medium to high (depending on processor and RAM), for example.
What does this mean? \dev\Blockland\trunk\engine\bricks\octShadows.cpp:150 - GL Error: 1281 - GL_INVALID_VALUEI'm getting exactly this except all fields say yes (and it uses the native GLSL 1.2 compiler) and then it complains about shadowCoef not being resolved when compiling the shaders (yet it is declared as a prototype function in common.glsl and defined in renderVsm_frag.glsl).
Checking for shader shadow support:
- Enabled via $Shader::Enabled? YES
- ARB_shader_objects present? YES
- ARB_shading_language_100 present? YES
- GLSL Language Version? 1.20 NVIDIA via Cg compiler
- EXT_texture_array present? NO
- EXT_texture3D present? YES
- EXT_framebuffer_object present? YES
- ARB_shadow? YES
- ARB_texture_rg? YES
o Shaders are INACTIVE
There are a lot of people trying to help but not really helping because what they're saying is wrong.This is not true at all. Intel cards are built for accelerated 3D and support shaders. Most of the latest integrated chips can run shader expensive games fine (even my stuffty card can do moderately well on shader expensive games). The issue here is whatever Blockland is doing is too expensive for the Intel cards. I would take a guess that it's the shadow passes.
Intel processors are fine. Intel graphics cards can run blockland fine. Shaders do not work on Intel cards and there's a bunch of OpenGL errors in the console. This is the problem. Even though Intel cards are all integrated, you could probably run shaders on minimum or low on Intel cards like other integrated cards, if it worked.
i = -1.Except the results are clearly not negative.
Loving the scroll bars, where'd you get them?The RTB lawyers won't be happy with this. Didn't you file a patent for those scrollbars earlier this year? I guess the lawyers are busy with Furling at the moment, though.