seedds 1822616144 Intel Macs (GitHub issue #54): the shader translator's launcher dm/gfx/tools/dmsh_xlate_bin/dmsh_xlate is a universal binary (arm64 and x86_64, the same .NET 10.0.13 host joined with lipo); it was arm64 only, and the NSP script stopped at dmsh_build with Bad CPU type in executable. The lock does not cover the launcher, so the chain version is unchanged. The x86_64 translator under Rosetta gives byte-identical output (Raging Loop, 452 shaders; Ryujinx's constant folding uses only exactly rounded arithmetic). The Mac host runs the game's own arm64 code, so on an Intel Mac a step that boots the game there (a run-time shader capture, a decode with the game's own Oodle or LZ5) stops with a plain error, and a provisional profile's heap check is skipped (build_ipa_from_nsp.py apple_silicon)

2026-10-23 14:42:50 +08:00

..

build_ipa_from_nsp.py

Intel Macs (GitHub issue #54): the shader translator's launcher dm/gfx/tools/dmsh_xlate_bin/dmsh_xlate is a universal binary (arm64 and x86_64, the same .NET 10.0.13 host joined with lipo); it was arm64 only, and the NSP script stopped at dmsh_build with Bad CPU type in executable. The lock does not cover the launcher, so the chain version is unchanged. The x86_64 translator under Rosetta gives byte-identical output (Raging Loop, 452 shaders; Ryujinx's constant folding uses only exactly rounded arithmetic). The Mac host runs the game's own arm64 code, so on an Intel Mac a step that boots the game there (a run-time shader capture, a decode with the game's own Oodle or LZ5) stops with a plain error, and a provisional profile's heap check is skipped (build_ipa_from_nsp.py apple_silicon)

2026-10-23 14:42:50 +08:00