cwlVersion: v1.2 $namespaces: s: https://schema.org/ edam: http://edamontology.org/ $graph: - class: CommandLineTool id: openoil_booms baseCommand: - python - /opt/headless.py inputs: latitude: type: double doc: Spill center latitude (WGS-84) inputBinding: prefix: --lat longitude: type: double doc: Spill center longitude (WGS-84) inputBinding: prefix: --lon radius: type: int doc: Initial radius of the oil spill on the sea surface inputBinding: prefix: --radius start_time: type: string doc: Calendar date and time when the spill begins (UTC) inputBinding: prefix: --start_time duration: type: int doc: Total number of hours to simulate inputBinding: prefix: --duration_hours particles: type: int? doc: >- Number of particles used to represent the oil slick. More particles provide higher detail, require more computation time inputBinding: prefix: --number mass: type: int? doc: Total mass of oil spilled in kilograms inputBinding: prefix: --total_mass_kg reader_ocean: type: string? doc: THREDDS or OPeNDAP URL for ocean currents data inputBinding: prefix: --reader_ocean reader_wave: type: string? doc: THREDDS or OPeNDAP URL for wave data inputBinding: prefix: --reader_wave reader_wind: type: string? doc: THREDDS or OPeNDAP URL for wind data inputBinding: prefix: --reader_wind time_step: type: int? doc: Model's internal calculation interval inputBinding: prefix: --time_step time_step_output: type: int? doc: Result interval. Must be greater than time_step inputBinding: prefix: --time_step_output oil_type: type: string? doc: Type of oil spilled. This determines its physical and chemical properties inputBinding: prefix: --oil_type density: type: double? doc: Mass per unit volume of the oil inputBinding: prefix: --density viscosity: type: double? doc: Oil's resistance to flow inputBinding: prefix: --viscosity booms: type: string? doc: List of containment booms inputBinding: prefix: --boom position: 1 outputs: map: type: File format: edam:format_3603 doc: Map of particles outputBinding: glob: map.png result: type: File format: edam:format_3650 doc: Result NetCDF file outputBinding: glob: results.nc simulation: type: File format: edam:format_3997 doc: Video of particle simulation outputBinding: glob: simulation.mp4 simulation_currents: type: File? format: edam:format_3997 doc: Video of particle simulation with currents data outputBinding: glob: initial_simulation_with_currents.mp4 statistics: type: File format: edam:format_3464 doc: Extra process data outputBinding: glob: statistics.json requirements: NetworkAccess: networkAccess: true ResourceRequirement: {} InlineJavascriptRequirement: {} DockerRequirement: dockerPull: iliad-repository.inesctec.pt/openoil-booms:0.4.0 s:name: openoil_booms s:description: OpenOil with Booms s:keywords: - opendrift - openoil - booms s:programmingLanguage: python s:softwareVersion: "0.4.0" s:producer: class: s:Organization s:name: INESCTEC s:url: https://inesctec.pt s:address: class: s:PostalAddress s:addressCountry: PT s:sourceOrganization: - class: s:Organization s:name: INESCTEC s:url: https://inesctec.pt s:address: class: s:PostalAddress s:addressCountry: PT s:author: - class: s:Person s:name: Joao Campos s:email: joao.campos@inesctec.pt s:dateCreated: "2025-12-04T09:02:27Z"