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AQWA output formats (RAO CSV, coefficient JSON), LIS parsing conventions, result validation, benchmark comparison vs OrcaWave, and validation criteria.
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| name | aqwa-output |
| description | AQWA output formats (RAO CSV, coefficient JSON), LIS parsing conventions, result validation, benchmark comparison vs OrcaWave, and validation criteria. |
| type | reference |
| version | 1.0.0 |
| updated | "2026-03-16T00:00:00.000Z" |
| category | engineering |
| triggers | ["AQWA output format","AQWA LIS parsing","AQWA validation","AQWA benchmark","AQWA OrcaWave comparison","AQWA RAO CSV"] |
| capabilities | [] |
| requires | [] |
| see_also | ["aqwa-analysis"] |
| tags | [] |
| scripts_exempt | true |
Output formats, LIS parsing conventions, result validation, and benchmark comparison for ANSYS AQWA. See aqwa for Python API.
frequency_rad_s,direction_deg,surge_amp,surge_phase,sway_amp,sway_phase,heave_amp,heave_phase,roll_amp,roll_phase,pitch_amp,pitch_phase,yaw_amp,yaw_phase
0.100,0.0,0.985,178.2,0.000,0.0,1.023,-2.5,0.000,0.0,0.156,175.8,0.000,0.0
0.100,90.0,0.000,0.0,0.978,175.4,1.015,-3.2,2.345,-8.5,0.000,0.0,0.012,92.1
{
"frequencies_rad_s": [0.1, 0.2, 0.3, 0.5, 0.8],
"added_mass": { "0.1": [[1.2e6, 0, 0, 0, 1.5e7, 0], ...] },
"damping": { "0.1": [[2.5e5, ...
ADDED MASS header has double space — use whitespace normalization for matchingfrom digitalmodel.aqwa.aqwa_postprocess import AqwaPostProcess
from digitalmodel.aqwa.aqwa_validator import AqwaValidator
postprocess = AqwaPostProcess()
postprocess.load("aqwa_results/vessel.LIS")
postprocess.generate_report(
output_file="results/aqwa_report.html",
include=["summary", "rao_plots", "coefficient_tables", "drift_force_plots"]
)
validator = AqwaValidator()
validator.load("aqwa_results/vessel.LIS")
results = validator.validate()
# Check: symmetry_check, low_frequency_check, radiation_check
if not validator.check_positive_definite_damping():
print("Warning: Damping matrix not positive definite")
if not validator.check_symmetric_added_mass():
print("Warning: Added mass matrix not symmetric")
kk_result = validator.kramers_kronig_check()
aqwa_analysis:
benchmark_comparison:
flag: true
aqwa_results: "aqwa_results/vessel.LIS"
orcawave_results: "orcawave_results/vessel.sim"
tolerance: 0.05
peak_threshold: 0.10
output:
comparison_report: "results/aqwa_orcawave_comparison.html"
peak_analysis: "results/peak_values_comparison.html"
# Peak-focused comparison
cd docs/modules/orcawave/L01_aqwa_benchmark
python run_comparison_peaks.py
# Heading-by-heading comparison
python run_proper_comparison.py
from digitalmodel.diffraction.aqwa_converter import AQWAConverter
converter = AQWAConverter(
analysis_folder="docs/modules/orcawave/L01_aqwa_benchmark",
vessel_name="SHIP_RAOS"
)
aqwa_results = converter.convert_to_unified_schema(water_depth=30.0)
# Use with DiffractionComparator for full benchmark analysis
Engineering Standard Practice:
Typical Peak Values by DOF: