# Orcaflex Vessel Setup

> Configure 6-DOF vessels in OrcaFlex with hydrodynamic properties, RAO import from AQWA, and vessel type creation. Covers initial position, orientation, calculation settings, and motion options.

- Skill: `vamseeachanta/orcaflex-vessel-setup-2` (Agent Skill)
- Install (CLI): `npx skillmds@latest add vamseeachanta/orcaflex-vessel-setup-2`
- Raw SKILL.md: https://api.skillmd.com/api/skills/vamseeachanta/orcaflex-vessel-setup-2/raw
- Safety review: pending
- Works with: Claude Code, Claude.ai, OpenAI Codex
- Category: Coding & Dev Tools
- Author: vamseeachanta (https://skillmd.com/u/vamseeachanta)
- Updated: 2026-09-17
- Page: https://skillmd.com/skills/vamseeachanta/orcaflex-vessel-setup-2

---


<!-- ace:api-missing-warning -->
> [!WARNING]
> **Part of the Python API documented below does not exist in
> `digitalmodel`.** These snippets are a *specification* of intended
> capability, not runnable code. Do not import them, and do not report
> a result obtained by pretending they ran.
>
> Absent as of this revision:
>   - `digitalmodel.solvers.fea_model.preprocess.load_vessel`
>   - `digitalmodel.solvers.fea_model.preprocess.load_vessel.LoadVessel`
>
> The surrounding engineering content — method, conventions, what to
> watch for — is unaffected and remains usable. Tracked in
> aceengineer-strategy#267.

<!-- ace:known-missing: digitalmodel.solvers.fea_model.preprocess.load_vessel, digitalmodel.solvers.fea_model.preprocess.load_vessel.LoadVessel -->

# Orcaflex Vessel Setup

## When to Use

- Creating new vessels in OrcaFlex models
- Configuring 6-DOF motion properties
- Importing vessel hydrodynamics from AQWA
- Setting up vessel calculation options
- Defining vessel types with RAO data
- Configuring drift, damping, and wave loads

## Python API

### Basic Vessel Creation

```python
from digitalmodel.solvers.fea_model.Vessel_components import Vessel
from digitalmodel.solvers.fea_model.VesselType_components import VesselType

def create_vessel(config: dict) -> dict:
    """
    Create OrcaFlex vessel configuration.

    Args:
        config: Vessel configuration dictionary

*See sub-skills for full details.*
### AQWA Vessel Import

```python
from digitalmodel.solvers.fea_model.preprocess.load_vessel import LoadVessel
import OrcFxAPI

def import_vessel_from_aqwa(
    model: OrcFxAPI.Model,
    aqwa_file: str,
    vessel_name: str,
    import_config: dict = None
) -> OrcFxAPI.OrcaFlexObject:

*See sub-skills for full details.*
### Vessel Calculation Settings

```python
import OrcFxAPI

def configure_vessel_calculations(
    vessel: OrcFxAPI.OrcaFlexObject,
    settings: dict
) -> None:
    """
    Configure vessel calculation options.


*See sub-skills for full details.*
### Multi-Body Import

```python
import OrcFxAPI

def import_multi_body_system(
    model: OrcFxAPI.Model,
    aqwa_file: str,
    body_mapping: list
) -> dict:
    """
    Import multi-body system from AQWA.

*See sub-skills for full details.*

## Related Skills

- [orcaflex-modeling](../orcaflex-modeling/SKILL.md) - Run OrcaFlex simulations
- [orcaflex-rao-import](../orcaflex-rao-import/SKILL.md) - RAO data import
- [aqwa-analysis](../aqwa-analysis/SKILL.md) - AQWA analysis
- [hydrodynamics](../hydrodynamics/SKILL.md) - Hydrodynamic coefficients

## References

- OrcaFlex: Vessel Type Data
- OrcaFlex: Importing Hydrodynamic Data
- ANSYS AQWA: Output File Format
- Source: `src/digitalmodel/solvers/fea_model/Vessel_components.py`
- Source: `src/digitalmodel/solvers/fea_model/VesselType_components.py`
- Source: `src/digitalmodel/solvers/orcaflex/preprocess/load_vessel.py`

## Sub-Skills

- [Basic Vessel Configuration (+1)](basic-vessel-configuration/SKILL.md)
- [Data Import (+2)](data-import/SKILL.md)

## Sub-Skills

- [Error Handling](error-handling/SKILL.md)

## Sub-Skills

- [Version Metadata](version-metadata/SKILL.md)
- [[1.0.0] - 2026-01-17](100-2026-01-17/SKILL.md)
- [Vessel Object (+1)](vessel-object/SKILL.md)
- [Vessel Properties YAML](vessel-properties-yaml/SKILL.md)
- [1. FPSO with AQWA Hydrodynamics (+2)](1-fpso-with-aqwa-hydrodynamics/SKILL.md)