Thomas Harte 23f3ccd77a Made a further attempt to prevent overwrites.

2017-02-05 17:47:34 -05:00

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Shaders

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ArrayBuilder.cpp

This needs to be a memmove as the areas may overlap.

2017-01-29 16:12:48 -05:00

ArrayBuilder.hpp

Reduced Oric video to single nibble constants. Removed attempt at asynchronous flush as no longer required.

2016-12-10 14:17:46 -05:00

CRTConstants.hpp

Restored proper colour separation, but somewhere a massive hit in horizontal resolution is happening — much greater than one would expect from the sample size picked. So investigation to come.

2017-01-03 22:32:07 -05:00

CRTOpenGL.cpp

Ensured logic for whether composite output is in use is consistent.

2017-01-25 21:25:03 -05:00

CRTOpenGL.hpp

Ensured logic for whether composite output is in use is consistent.

2017-01-25 21:25:03 -05:00

Flywheel.hpp

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OpenGL.hpp

Started taking steps towards using a texture barrier where possible to reduce all of my framebuffer binds. Some output appears, but it's not correct.

2017-01-08 11:13:20 -05:00

TextureBuilder.cpp

Made a further attempt to prevent overwrites.

2017-02-05 17:47:34 -05:00

TextureBuilder.hpp

Added an extra flag to avoid potential race condition on is_full_, being reset from the background despite a write area not having been allocated.

2017-01-29 16:11:29 -05:00

TextureTarget.cpp

Reduced precision of input phase, but I'm not necessarily persuaded by it as a move. However it's clear that something is off in that whole area. But if phase is locked by output position, do I need to retain this level of complexity? Also ensured that intermediate buffers prior to the final are sampled using the nearest sampling mode, also to reduce precision errors.

2017-01-10 22:08:07 -05:00

TextureTarget.hpp

Reduced precision of input phase, but I'm not necessarily persuaded by it as a move. However it's clear that something is off in that whole area. But if phase is locked by output position, do I need to retain this level of complexity? Also ensured that intermediate buffers prior to the final are sampled using the nearest sampling mode, also to reduce precision errors.

2017-01-10 22:08:07 -05:00