Includes some small fixes on CMake, such as prettier status messages,
host and target arch detection (taken from PCSX2), and various other
small errors.
This commit reflects mostly changes that happened in upstream since the last sync.
Commit messages in upstream are lacking information. Most important changes are
commented below, the rest of them are either formating or just trivial stuff.
Memory viewer, invalidate dynarec
gui/DebugMemory.c
libpcsxcore/cdrom.c
libpcsxcore/gpu.c
libpcsxcore/misc.c
libpcsxcore/psxdma.c
Load binary files and psx executables
libpcsxcore/misc.c
libpcsxcore/misc.h
libpcsxcore/plugin.c
libpcsxcore/plugin.h
Support for psxida
libpcsxcore/debug.c
libpcsxcore/r3000a.c
plugins/bladesio1/connection.c
disable loading save states with digits
gui/Plugin.c
Fix psxDIV in interpreter
libpcsxcore/psxinterpreter.c
The previous implementation was doing file paths manipulation deep inside sio.c, and it
was hardcoding windows style paths. This was breaking on linux in more than one ways and
it is incompatible with the dynamic apppath handling from codeplex branch. Moreover,
SaveMcd and LoadMcd functions already take memory card file paths as arguments,
making any such logic redundant.
This patch rewrites the global Config.Mcd# variables during game startup, which makes it
more compatible across all platforms. It also has the added benefit that it doesn't update
the configuration file with the each game's memory cards, i.e. at PCSXR startup the default
memory cards will be loaded.
- Fixed frame buffer effects options
- Added frame buffer access options
- Frame limit setting was being ignored
- VSync setting was being ignored
- Texture filtering was being restrained to a 0-2 range instead of 0-6
- Scanline color picker was not being enabled properly
- Dithering is a boolean option so changed it to a checkbox
- Minor layout problem with the windowWidth field on OS X 10.10+
- vertex colour
- new primitive type encoding
Now displays semi-transparent as coloured wireframe to allow them to be visible without corrupting the colour information.
- Remove upper 4-bits of each vertex as they may contain bad data (THPS)
- Check if memory block from DMA is as expected, some primitives are not the first data in the block and preceding data needs to be skipped (HT, A2)
- Change depth visualisation to a colour gradient that makes inconsistencies easier to see
- Add support for visualising low resolution but consistent depth found in the Ordering Table
- Sign extend values read using LH
- Add conversion functions to represent Signed/Unsigned 16-bit ranges
- Add overflow and truncation functions for 16-bit ranges
- Sign extend imm value in ADD(U)
- Add component overflow and truncation to ADD/SUB functions
- Construct new value in logic operators where result using inputs is undefined
- Return a valid W component from logic operators (if either input has one)
- Compare against high value (y), then low value (x) in less than operators
- Use doubles and implement overflow for Multiply operations to try to increase accuracy
- Use unsigned values in both MUL and DIV operations to make output as accurate as possible
- Implement several variants of shift operators. Trying both arithmetically correct and more analytical approaches with varying success.
Debug updates
- Added ability to force all values to be equal to low precision values before operating on them
- Added feature to test output of operations against a tolerance and print only those which fail
GPU updates
- Colour vertices with valid XY coordinates but no W as cyan to make them easier to spot
- Remove cyan colouring for stale vertices (wasn't useful)
- Added ability to skip debug rendering when needed (like seeing the output of offscreen rendering applied to a sprite).
- Added new mode which shows primitive type
Validity of a pgxp value can now be set for any of four components using individual bit flags. This also allows the potential expansion of more flag data for each component.
- Change processor transfer functions to use take both source and destination values
- Add enum values to all debug functions to double check instructions are correct
- Temporarily store instruction codes in interpreter wrappers as these are sometimes changed by branching
- Change recompiler wrapper functions to store register values in global variables in case they're changed by the original function
- Reset CPU on switching between interpret and recompiler
- Call wrapped functions even when tests fail
- Handle retrieved data overwriting address in load operations
Stelios Tsampas