Orkuncakilkaya
a674c9b372
Three things the first Vulkan frames on the RTX 3070 Ti showed against OpenGL on the same PC: - Exposure: the adaptation pass reads the HDR scene's smallest mip, and a render target made without pixels had one level, so exposure came from a single texel. A target asked for mipmaps now grows a full chain (level 0 kept), and passes draw through level-0 views keyed by the image's generation. - Foliage: the depth prepass and the lit pass (depth EQUAL) are different variants. Vulkan vertex stages now declare an invariant gl_Position so both land on the same depth. - Alpha to coverage is enabled only on a multisampled pass. OpenGL ignores it without MSAA; Vulkan with one sample dropped every fragment under half alpha. vk_resources also checks a big-endian 16-bit RGB upload (a normal map). VKRES OK; ludic-dev test 140 passed; the PC's Vulkan frame is validation-clean; OpenGL frames byte-identical at the five viewpoints with 59 self-tests passing. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> |
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| .. | ||
| draw_prims.ludic | ||
| gl_triangle.ludic | ||
| reload.ludic | ||
| smooth.ludic | ||
| vk_compute.ludic | ||
| vk_compute.slang | ||
| vk_device.ludic | ||
| vk_manifest.ludic | ||
| vk_probe.ludic | ||
| vk_resources.ludic | ||
| vk_triangle.ludic | ||
| vk_triangle.slang | ||