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BEMRosetta hydrodynamic coefficient converter - AQWA to OrcaFlex workflow with QTF and mesh support
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SKILL.md を表示中
Write outbound email and external messages in Vamsee Achanta's voice — a subtle offer to help, never bold or rash claims. Load before drafting ANY email, LinkedIn/Collide reply, proposal note, or outreach sent under his name.
Save/publish analysis or computation results from ANY ecosystem repo to Hugging Face as a queryable, viewer-renderable dataset. Use when the user wants to "save results to hugging face", "publish dataset to HF", "hugging face data saving", "save analysis results", "hf dataset", "make results queryable", or "render via datasets-server API". Reshapes nested results into flat parquet tables, writes a dataset card with a viewer `configs:` block and provenance, applies license/public-vs-private routing, enforces a domain data-quality gate (faithful-to-source != correct), publishes to `aceengineer/<repo>-<projection>`, and verifies via the datasets-server API.
Clone, create, fork, configure, and manage GitHub repositories. Manage remotes, secrets, releases, and workflows. Works with gh CLI or falls back to git + GitHub REST API via curl.
SOC 職業分類に基づく
| name | bemrosetta |
| description | BEMRosetta hydrodynamic coefficient converter - AQWA to OrcaFlex workflow with QTF and mesh support |
| type | reference |
| version | 1.0.0 |
| updated | "2026-01-27T00:00:00.000Z" |
| category | engineering |
| triggers | ["bemrosetta","hydrodynamic conversion","AQWA to OrcaFlex","coefficient converter","QTF conversion","mesh format conversion","GDF to STL","panel mesh","Kramers-Kronig","causality check"] |
| capabilities | [] |
| requires | [] |
| tags | [] |
| scripts_exempt | true |
Use this skill when you need to:
Convert AQWA outputs to OrcaFlex format
Handle QTF (second-order forces) data
Convert mesh formats
Validate hydrodynamic coefficients
# Module is included in digitalmodel package
uv pip install -e .
# Verify installation
bemrosetta status
from digitalmodel.bemrosetta import (
AQWAParser,
OrcaFlexConverter,
validate_coefficients,
)
# Parse AQWA results
parser = AQWAParser()
results = parser.parse("analysis.LIS")
*See sub-skills for full details.*
### QTF Handling
```python
from digitalmodel.bemrosetta import QTFParser, OrcaFlexConverter
# Parse QTF file
qtf_parser = QTFParser()
qtf_data = qtf_parser.parse("analysis.QTF")
print(f"QTF type: {qtf_data.qtf_type}")
print(f"Frequencies: {qtf_data.n_frequencies_1} x {qtf_data.n_frequencies_2}")
# Include QTF in conversion
converter = OrcaFlexConverter(output_dir="./output")
converter.set_qtf_data(qtf_data)
converter.convert(results)
digitalmodel.bemrosetta (
GDFHandler, DATHandler, STLHandler, convert_mesh
)
handler = GDFHandler()
mesh = handler.read()
*See sub-skills full details.*
```python
digitalmodel.bemrosetta (
CoefficientValidator,
CausalityChecker,
)
validator = CoefficientValidator(
check_symmetry=,
check_positive_definite=,
*See sub-skills full details.*
| Class | Purpose |
|-------|---------|
| `AQWAParser` | Parse AQWA .LIS files |
| `QTFParser` | Parse QTF second-order force files |
| `OrcaFlexConverter` | Convert to OrcaFlex |
| `GDFHandler` | WAMIT GDF mesh |
| `DATHandler` | AQWA/NEMOH DAT mesh |
| `STLHandler` | STL mesh |
| `CoefficientValidator` | Validate coefficient matrices |
| `CausalityChecker` | Kramers-Kronig validation |
- **aqwa-analysis** - AQWA .LIS processing RAO extraction
- **orcawave/analysis** - OrcaWave diffraction/radiation analysis
- **orcawave/to-orcaflex** - OrcaWave to OrcaFlex conversion
- **orcaflex/rao-** - Multi- RAO
- **hydrodynamics** - 6x6 matrices wave spectra
- **diffraction-analysis** - Master skill diffraction workflows
- [BEMRosetta GitHub](https://github.com/BEMRosetta/BEMRosetta)
- [Module README](../../../src/digitalmodel/modules/bemrosetta/MODULE_README.md)
- [OrcaFlex Documentation](https://www.orcina.com/webhelp/OrcaFlex/)
- [Best Practices](best-practices/SKILL.md)
- [Error Handling](error-handling/SKILL.md)
- [Version](version/SKILL.md)
- [ (-01-)](--01-/SKILL.md)
- [Parsing (+)](parsing/SKILL.md)
- [CLI Commands](cli-commands/SKILL.md)
- [Data Models](data-models/SKILL.md)
- [With diffraction module (+)](-diffraction-module/SKILL.md)