* As sw renderer, don't bother to bypass it when it is ATST_ALWAYS
* Don't update the ATE register value
=> It is a really bad idea. Next draw call will be wrong if TEST register isn't written.
The TryAlphaTest context could have been updated
Newer wxWidgets versions call SetThreadUILanguage() on Windows, which
somehow causes our recursive mutex implementation to take ~1ms when
recursive locking occurs. So when a game boots up and the debugger is
loading the symbol map which can easily have 15000+ symbols, the GUI
locks up for 15+ seconds.
Switching to C++11 recursive mutexes seems to work around the issue. It
should be safe here since there's no direct interaction with the GUI.
Note: There is still a 1-2 second GUI lockup when booting a game on
Windows (it has existed for quite a while, and is more noticeable with
fast boot). It doesn't seem to affect Linux (or maybe it's harder to
detect).
GS really uses an invalid texture located at 0.
Improve the rounding for R&C. The idea is to avoid the corner case were only
the corner of the triangle touch the 7/16 edge.
* Always do +1 before the draw call
* Prefix texture name with i (as input) to keep them before the FB
Goal is to ensure that all renderers share the same draw call value.
Game: harley davidson
* write tex0 ctx0
* write tex0 ctx1
* draw ctx 0
Previous GSdx behavior will load the clut every write of TEX0. In the
above case the draw will take the wrong clut.
To be honest, it could be a wrong emulation on the EE core emulation.
The hardware likely got a single clut (1KB cache is quite expensive)
So clut loading must be skipped if the context is wrong.
Next draw will use the ctx1 clut so I apply TEX0 when the context is switched
Please test harley davidson :)
v2: detect context switch from UpdateContext function
V3: always set m_env.CTXT[i].offset.tex, avoid crash (Thanks to FlatOutPS2 that spot the issue)
V4: move bad psm correction code (rebase put it in the wrong place)
Free bt
3 0xe676d194 in ~Source ../plugins/GSdx/GSTextureCache.cpp:1526
4 0xe676d194 in GSTextureCache::SourceMap::RemoveAt(GSTextureCache::Source*) ../plugins/GSdx/GSTextureCache.cpp:1990
5 0xe676f0fe in GSTextureCache::IncAge() ../plugins/GSdx/GSTextureCache.cpp:1022
Use bt
0 0xe6772a83 in GSTextureCache::LookupSource(GIFRegTEX0 const&, GIFRegTEXA const&, GSVector4i const&) ../plugins/GSdx/GSTextureCache.cpp:204
1 0xe66b0c9f in GSRendererHW::Draw() ../plugins/GSdx/GSRendererHW.cpp:579
2 0xe66fb43e in GSState::FlushPrim() ../plugins/GSdx/GSState.cpp:1509
Hypothesis the m_map array of list contains an invalid pointer
It is populated GSTextureCache::SourceMap::Add based on the coverage. The coverage is based on the offset.
So offset is potentially wrong. As mipmap code hack the offset value. It would be a nice culprit.
This commit avoids a potential bad transition between MIPMAP (which
overwrite the "offset") and the base layer (which wrongly keep an old "offset")
Conclusion, pray for my soul as it is very hard to reproduce
PCSX2 rudimentary supports PlayStation 1 games now. Many thanks to user Wisi on the assemblergames.com forums. He researched and wrote the essential missing piece; The PGIF device!
Note: To use this in any form, SPU2-X needs to be fixed. ZeroSPU2 can be used to boot games for now, but without sound.
Ratchet & Clank (the third) uses an address of 0 for invalid mipmap.
It would be very awkward to put the middle layer of texture in start of
memory. So let's use this information to correct the lod.
It make the game more robust on the lod rounding
- include a small game exe detection so pcsx2 doesn't believe it's running the bios
- cdrom.cpp has a hack to account for pcsx2's wrong iop dma timing when mixing mdec and cdrom dmas. This should be properly fixed for the benefit of all ps2 / psx software!
- dmasif2 is disabled since pgpu already handles it
Gregory Hainaut