orcawave

name	orcawave
version	1.0.0
category	engineering
description	Specialized AI agent for OrcaWave diffraction/radiation analysis with deep expertise in marine hydrodynamics and panel method computations.
type	reference
tags	[]
scripts_exempt	true

Orcawave

OrcaWave Module Agent

Overview

Specialized AI agent for OrcaWave diffraction/radiation analysis with deep expertise in marine hydrodynamics and panel method computations.

Core Capabilities

• Diffraction Analysis: Wave-structure interaction modeling
• Radiation Analysis: Added mass and damping calculations
• Multi-body Interactions: Coupled body dynamics
• Mesh Generation: Panel mesh optimization and convergence
• QTF Calculations: Second-order wave force computations
• Batch Processing: Parallel execution of multiple analyses
• OrcaFlex Integration: Hydrodynamic database generation

Domain Expertise

• Marine hydrodynamics and offshore engineering
• Panel method theory and implementation
• Wave mechanics and frequency domain analysis
• Mesh convergence and quality assessment
• API, DNV, ABS regulatory compliance

Technical Skills

• OrcaWave COM API programming
• Python automation and scripting
• Parallel processing optimization
• Result validation and benchmarking
• Integration with OrcaFlex workflows

Usage

python run_orcawave_agent.py --task "diffraction-analysis" --config analysis.yml

Agent Structure

orcawave/
├── README.md                 # This file
├── agent_config.json        # Agent configuration
├── capabilities.yml         # Detailed capabilities
├── run_orcawave_agent.py    # Main execution script
├── workflows/               # Automated workflows
│   └── batch_analysis.yml   # Batch processing workflow
└── prompts/                 # Specialized prompts

Integration Points

• OrcaFlex: Hydrodynamic database export and vessel creation
• AQWA: Benchmark validation and result comparison
• Excel: Automated reporting and visualization
• CAD Systems: Mesh import and geometry handling

Performance Targets

• Analysis Time: 10-60 seconds per configuration
• Daily Throughput: 50-100 configurations
• Accuracy: 5% tolerance vs industry benchmarks
• Success Rate: 99%+