القائمة
Evolutionary flat-directory exploration strategy for HPC optimization. Use when designing directory hierarchies or planning multi-generation parallelization strategies.
التثبيت باستخدام Codex أو Claude انسخ هذا Prompt والصقه في Codex أو Claude أو مساعد آخر ليراجع صفحة Skill ويثبّتها لك.
استنادا إلى تصنيف SOC المهني
Compute budget management with phase-based termination criteria. Use when checking budget, determining project phase, or making stop decisions.
ChangeLog.md format spec for VibeCodeHPC. Use when writing or validating ChangeLog entries with compile/job/test/sota fields.
Compiler warning triage for HPC parallelization. Use when deciding whether to proceed with job execution after compile warnings.
Context window usage monitoring and auto-compact recovery. Use when context is filling up or after auto-compact occurs. Optional for strong models.
CLI and dependency installation guidance. Use when setting up VibeCodeHPC on a new environment — local PC, supercomputer, container, etc.
Hardware spec collection and theoretical peak performance calculation for HPC environments. Prerequisite: skills/ssh-management for remote access.
| name | hpc-strategies |
| description | Evolutionary flat-directory exploration strategy for HPC optimization. Use when designing directory hierarchies or planning multi-generation parallelization strategies. |
/OpenMP/, /MPI/, /CUDA/)/OpenMP_MPI/, /OpenMP_AVX2/)/OpenMP_MPI_AVX2/)_ separator in implementation order (OpenMP_MPI_AVX2)- separator (CUDA-sharedMem)<hardware>/<compiler>/
├── OpenMP/ # Gen 1
├── MPI/ # Gen 1
├── CUDA/ # Gen 1
├── OpenMP_MPI/ # Gen 2
└── OpenMP_MPI_AVX2/ # Gen 3
Nested hierarchies cause duplicate implementations when combining A+B+C. Flat structure with visibility control (via PG_visible_dir.md) prevents this.
Details:
references/evolutionary_flat_dir.md,references/typical_hpc_structure.md