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hpc-foundations

Navigate foundational HPC knowledge across concepts, architectures, schedulers, Linux usage, storage and RDMA, containers, cloud basics, and cluster administration patterns distilled from hpclib.com. Use when the task is about understanding or explaining HPC basics, Slurm or PBS or LSF concepts, Linux-on-cluster workflows, software environment setup, storage or network fundamentals, or when turning general HPC knowledge into future skills.

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Installationsbefehl

npx skills add https://github.com/SciMate-AI/HPC-Skills --skill hpc-foundations

Kopieren Sie diesen Befehl und fügen Sie ihn in Claude Code ein, um den Skill zu installieren

Quelle

SciMate-AI/HPC-Skills

Sterne45

Forks6

Aktualisiert1. April 2026 um 17:42

Datei-Explorer

10 Dateien

SKILL.md

readonly

name

hpc-foundations

description

HPC Foundations

Use this skill as the general HPC knowledge hub that sits below solver-specific skills and beside hpc-orchestration.

Start

Read references/index-map.md first for the knowledge graph and the shortest route to the right topic.
Read references/foundations-architecture-and-programming.md when the task starts from HPC concepts, system design, programming models, application development, or performance basics.
Read references/schedulers-and-execution.md when the task is about Slurm, PBS Pro, LSF, queue semantics, batch scripts, arrays, or accounting commands.
Read references/linux-and-os.md when the task is about Linux usage, login patterns, package management, glibc compatibility, or Linux versus Windows tradeoffs on clusters.
Read references/software-environments.md when the task is about Conda, containers, Singularity or Apptainer-style execution, or picking common HPC tools.
Read references/storage-network-cloud-and-admin.md when the task is about storage tiers, RDMA, hardware, cloud deployment, SSL, Hyper-V maintenance, or site-level administration topics.
Read references/source-catalog.md when a page-level lookup of the hpclib.com crawl is needed.
Read references/skillization-roadmap.md when splitting this index into narrower reusable skills.

Positioning

Prefer this skill for orientation, taxonomy, and first-pass explanation.
Prefer hpc-orchestration once the question becomes an execution workflow on a real cluster.
Prefer solver-specific skills once the question becomes input-deck or application specific.

Guardrails

Treat hpclib.com as a practical knowledge index, not as the final authority for production commands.
Re-check scheduler flags, MPI launch syntax, package names, and admin procedures against official upstream documentation before applying them on a live cluster.
Do not assume cluster policies, filesystem layouts, or security rules are portable across sites.

Mehr aus diesem Repository

gleiches Repository

hpc-ls-dyna

SciMate-AI/HPC-Skills

Create, review, debug, and recover LS-DYNA keyword decks and simulation workflows. Use when working with LS-DYNA `*.k` or `*.key` input files, include trees, explicit crash or impact models, implicit static or quasi-static solves, contact definitions, section and material selection, timestep or mass-scaling control, hourglass stabilization, thermal or coupled workflows, ALE/SPH/ICFD/EM/DEM/CESE/IGA cases, or LS-DYNA runtime instability and model-quality issues.

2026-04-0645

hpc-gmsh

SciMate-AI/HPC-Skills

Build, review, debug, and automate Gmsh geometry and meshing workflows. Use when working with `.geo` scripts, the Gmsh Python API, GEO versus OpenCASCADE modeling, physical groups, mesh-size fields, transfinite or recombine options, boundary layers, structured/unstructured algorithm selection, mesh partitioning, periodic meshes, high-order elements, mesh export and solver handoff (FEniCS, OpenFOAM, Elmer, SU2, etc.), CAD/STL import, or Gmsh CLI and meshing failures.

2026-04-0445

hpc-openfoam

SciMate-AI/HPC-Skills

Generate, review, debug, and recover OpenFOAM case files for CFD workflows. Use when working with OpenFOAM dictionaries, case structure, turbulence fields, boundary conditions, decomposition, numerics, or OpenFOAM runtime errors. Also covers RANS/LES turbulence setup, wall functions, y+ targeting, conjugate heat transfer, compressible flows, VOF multiphase, mesh quality, and scheme tuning.

2026-04-0445

hpc-vasp

SciMate-AI/HPC-Skills

Build, review, debug, and automate VASP first-principles workflows. Use when working with VASP input sets such as INCAR, POSCAR, KPOINTS, and POTCAR; when choosing SCF, relaxation, static, DOS, or band-structure stages; or when fixing convergence, symmetry, cutoff, and k-point issues. Also covers magnetic calculations, spin-orbit coupling, hybrid functionals, surface slabs, DFT+U, van der Waals, phonons, molecular dynamics, NEB, and defect calculations.

2026-04-0445

hpc-gpu-stack

SciMate-AI/HPC-Skills

Build, review, debug, and launch CUDA- and GPU-accelerated HPC workflows. Use when working with `nvcc`, host-compiler compatibility, CUDA-aware MPI, rank-to-GPU mapping, `CUDA_VISIBLE_DEVICES`, Slurm GPU scheduling, GPU memory or stream behavior, or CUDA build and runtime failures.

2026-04-0145

hpc-hypre

SciMate-AI/HPC-Skills

Build, review, debug, and tune hypre-based sparse solver workflows. Use when working with hypre `IJ`, `Struct`, or `SStruct` interfaces, `BoomerAMG`, Krylov solvers, MPI-distributed sparse systems, PETSc integration, or hypre build and runtime failures.

2026-04-0145

Quelle

SciMate-AI

SciMate-AI/HPC-Skills

GitHub-Repository öffnen Creator-Repositorys ansehen

Installationsbefehl

Download

In Manus ausführen

Nützlich fürSOC

Netzwerk- und ComputersystemadministratorenInformatik- und Mathematikberufe15-1244L4

name

hpc-foundations

description

HPC Foundations

Use this skill as the general HPC knowledge hub that sits below solver-specific skills and beside hpc-orchestration.

Start

Read references/index-map.md first for the knowledge graph and the shortest route to the right topic.
Read references/foundations-architecture-and-programming.md when the task starts from HPC concepts, system design, programming models, application development, or performance basics.
Read references/schedulers-and-execution.md when the task is about Slurm, PBS Pro, LSF, queue semantics, batch scripts, arrays, or accounting commands.
Read references/linux-and-os.md when the task is about Linux usage, login patterns, package management, glibc compatibility, or Linux versus Windows tradeoffs on clusters.
Read references/software-environments.md when the task is about Conda, containers, Singularity or Apptainer-style execution, or picking common HPC tools.
Read references/storage-network-cloud-and-admin.md when the task is about storage tiers, RDMA, hardware, cloud deployment, SSL, Hyper-V maintenance, or site-level administration topics.
Read references/source-catalog.md when a page-level lookup of the hpclib.com crawl is needed.
Read references/skillization-roadmap.md when splitting this index into narrower reusable skills.

Positioning

Prefer this skill for orientation, taxonomy, and first-pass explanation.
Prefer hpc-orchestration once the question becomes an execution workflow on a real cluster.
Prefer solver-specific skills once the question becomes input-deck or application specific.

Guardrails

Treat hpclib.com as a practical knowledge index, not as the final authority for production commands.
Re-check scheduler flags, MPI launch syntax, package names, and admin procedures against official upstream documentation before applying them on a live cluster.
Do not assume cluster policies, filesystem layouts, or security rules are portable across sites.