How do I install the Hpc Calculix skill?

Run npx skillmds@latest add scimate-ai/hpc-calculix in your terminal (requires Node.js), paste this page's agent-chat prompt into Claude, Cursor, or any MCP-connected agent, or download the SKILL.md file and copy it into your agent's skills directory.

Is Hpc Calculix safe to use?

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Which AI agents work with Hpc Calculix?

This skill is tagged as working with Claude Code, Claude.ai, OpenAI Codex. SKILL.md is an open format, so most agents that read a skills directory can load it too.

Is Hpc Calculix free to use?

Yes. Installing skills from SkillMD is free, and the skill stays under its author's original license.

Who published Hpc Calculix?

scimate-ai (@scimate-ai) published this skill. Their other Agent Skills are listed on their SkillMD profile.

Hpc Calculix by scimate-ai — Agent Skill

Name: Hpc Calculix
Author: scimate-ai

Hpc Calculix

Build, review, debug, and automate CalculiX finite-element workflows. Use when working with CalculiX `.inp` decks, Abaqus-style keywords, materials, steps, contacts, boundary conditions, static or frequency analyses, or CalculiX solve and post-processing issues.

scimate-ai Updated Sep 17, 2026

File contents

HPC CalculiX

Treat CalculiX as an input-deck-driven FEM workflow centered on .inp keywords.

Start

Read references/input-deck-manual.md before creating or editing a .inp file.
Read references/keyword-and-step-matrix.md when mapping materials, sections, loads, and analysis steps.
Read references/mesh-boundary-and-output.md when working with nodes, elements, sets, boundary conditions, and result output.
Read references/cluster-execution-playbook.md when staging a CalculiX deck for scheduler-backed cluster execution.
Read references/error-recovery.md when parsing, solving, or post-processing fails.

Additional References

Load these on demand:

references/time-control-and-amplitudes.md for step time, amplitude logic, and incremental loading behavior
references/result-files-and-postprocessing.md for .dat, .frd, and eigenmode artifacts
references/thermal-and-coupled-procedures.md for heat transfer and coupled analysis patterns
references/step-load-output-matrix.md for procedure-to-load-to-output compatibility tables
references/element-section-material-matrix.md for element, section, and material assignment lookup tables
references/error-pattern-dictionary.md for structured parse, singularity, and procedure-mismatch failure signatures
references/cluster-execution-playbook.md for launch style, result-artifact planning, and cluster-side deck execution

Reusable Templates

Use assets/templates/ when a concrete .inp scaffold is needed, especially:

static_minimal.inp
frequency_minimal.inp
thermal_minimal.inp
beam_static.inp
calculix-ccx-slurm.sh

Guardrails

Do not invent Abaqus-style keywords that CalculiX does not support.
Do not mix node or element set names inconsistently across sections and steps.
Do not define loads and boundary conditions without checking the active step type.
Do not skip material and section coherence when the deck fails later in the solve.

Outputs

Summarize:

analysis type
materials and sections
sets and boundary assumptions
step sequence
expected result files

---name: hpc-calculixdescription: Build, review, debug, and automate CalculiX finite-element workflows. Use when working with CalculiX `.inp` decks, Abaqus-style keywords, materials, steps, contacts, boundary conditions, static or frequency analyses, or CalculiX solve and post-processing issues.---# HPC CalculiXTreat CalculiX as an input-deck-driven FEM workflow centered on `.inp` keywords.## Start1. Read `references/input-deck-manual.md` before creating or editing a `.inp` file.2. Read `references/keyword-and-step-matrix.md` when mapping materials, sections, loads, and analysis steps.3. Read `references/mesh-boundary-and-output.md` when working with nodes, elements, sets, boundary conditions, and result output.4. Read `references/cluster-execution-playbook.md` when staging a CalculiX deck for scheduler-backed cluster execution.5. Read `references/error-recovery.md` when parsing, solving, or post-processing fails.## Additional ReferencesLoad these on demand:- `references/time-control-and-amplitudes.md` for step time, amplitude logic, and incremental loading behavior- `references/result-files-and-postprocessing.md` for `.dat`, `.frd`, and eigenmode artifacts- `references/thermal-and-coupled-procedures.md` for heat transfer and coupled analysis patterns- `references/step-load-output-matrix.md` for procedure-to-load-to-output compatibility tables- `references/element-section-material-matrix.md` for element, section, and material assignment lookup tables- `references/error-pattern-dictionary.md` for structured parse, singularity, and procedure-mismatch failure signatures- `references/cluster-execution-playbook.md` for launch style, result-artifact planning, and cluster-side deck execution## Reusable TemplatesUse `assets/templates/` when a concrete `.inp` scaffold is needed, especially:- `static_minimal.inp`- `frequency_minimal.inp`- `thermal_minimal.inp`- `beam_static.inp`- `calculix-ccx-slurm.sh`## Guardrails- Do not invent Abaqus-style keywords that CalculiX does not support.- Do not mix node or element set names inconsistently across sections and steps.- Do not define loads and boundary conditions without checking the active step type.- Do not skip material and section coherence when the deck fails later in the solve.## OutputsSummarize:- analysis type- materials and sections- sets and boundary assumptions- step sequence- expected result files

Frequently asked questions