orcawave-analysis-core-capabilities
Sub-skill of orcawave-analysis: Core Capabilities (+2).
Sub-skill of orcawave-analysis: Core Capabilities (+2).
Sub-skill of orcawave-analysis: Best Practices.
Sub-skill of orcawave-analysis: [1.0.0] - 2026-01-07.
Sub-skill of python-gis-ecosystem: 2.1 Coordinate Reference System Transforms (pyproj + GeoPandas) (+5).
Sub-skill of google-earth-engine: 3.1 Parse getInfo() Results (+2).
Sub-skill of sphinx: Related Resources.
Sub-skill of sphinx: 3. Index and Table of Contents.
Sub-skill of marp: 8. Math Equations.
Sub-skill of docusaurus: Related Resources.
Sub-skill of python-scientific-computing: CSV Data Processing (+1).
Sub-skill of python-scientific-computing: 1. Use Vectorization (+4).
Sub-skill of python-scientific-computing: 1. NumPy - Numerical Arrays and Linear Algebra (+2).
Sub-skill of numpy-numerical-analysis: 5. Linear Algebra Operations.
Sub-skill of polars: Polars with Plotly Visualization (+1).
Sub-skill of polars: 6. Joins and Concatenation.
Ocean wave theory including wave spectra, statistics, irregular seas, and wave transformation for offshore engineering
6DOF ship dynamics, equations of motion, seakeeping analysis, and natural frequency calculations
Python for engineering analysis, numerical computing, and scientific workflows using NumPy, SciPy, SymPy
Pandas for time series analysis, OrcaFlex results processing, and marine engineering data workflows
NumPy for matrix operations, FFT, linear algebra, and numerical computations in marine engineering
Extract and process energy data from BSEE (Gulf of Mexico) and SODIR (Norway) regulatory databases
Sub-skill of orcawave-analysis: OrcFxAPI Result Extraction (+3).
Analyze datasets, generate insights, and create visualizations