mirror of https://github.com/PCSX2/pcsx2.git
a3efc77255
ICO uses a depth of field effect for the fog. Depth is extracted into the alpha channel of a texture. And then used as blending factor. You need a 1:1 texture/pixel mapping otherwise you will line at boundaries. In order to extract the DoF, ICO moves the depth buffer around the GS memory. Memory moves are implemented in the not-scaled world. It means that we can't have the above 1:1 ratio. And we don't know anymore that data are coming from the current depth buffer. The solution: I reused an HLE channel shader to read the depth buffer directly. This way I have the guarantee that pixel/depth are aligned. Close #1816 |
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| CDVDnull | ||
| CDVDpeops | ||
| FWnull | ||
| GSdx | ||
| GSdx_legacy | ||
| GSnull | ||
| LilyPad | ||
| PadNull | ||
| PeopsSPU2 | ||
| SPU2null | ||
| SSSPSXPAD | ||
| USBnull | ||
| USBqemu | ||
| cdvdGigaherz/src | ||
| dev9ghzdrk | ||
| dev9null | ||
| onepad | ||
| spu2-x | ||
| xpad | ||
| zerogs | ||
| zerospu2 | ||
| zzogl-pg/opengl | ||
| CMakeLists.txt | ||