doc/EnvironmentAllParams_8xml-example.html

<Contents>

   <OBJECTS>


      <Lib

         LibName = "fhsim_environment"

         SimObject = "Environment"

         Name = "Environment"

         RandomSeed = "123456"

         Bathymetry.Depth = "200"

         Bathymetry.Model = "SumOfSines"

         Bathymetry.NumStructures = "10"

         Bathymetry.StructureLengthMax = "100"

         Bathymetry.StructureLengthMin = "10"

         Bathymetry.StructureMaxHeight = "10"

         Current.Model = "Constant"

         Current.Vector = "1,0,0"

         ScalarField.Names = "SeaTemperature, SeaSalinity, Herring"

         ScalarField.SeaTemperature.Quantity = "Temperature"

         ScalarField.SeaTemperature.Unit = "degC"

         ScalarField.SeaTemperature.Model = "DepthLayered"

         ScalarField.SeaTemperature.Depth = "0, 20, 40, 300"

         ScalarField.SeaTemperature.Values = "13.5, 13.0, 7.0, 6.5"

         ScalarField.SeaSalinity.Quantity = "Salinity"

         ScalarField.SeaSalinity.Unit = "PSU"

         ScalarField.SeaSalinity.Model = "Constant"

         ScalarField.SeaSalinity.Value = "34.0"

         ScalarField.Herring.Quantity = "SpeciesConcentration"

         ScalarField.Herring.Unit = "kg/m^3"

         ScalarField.Herring.Model = "DepthLayered"

         ScalarField.Herring.Depth = "0, 50, 80, 150"

         ScalarField.Herring.Values = "0.0, 0.2, 5.0, 0.0"

         ScalarField.Herring.PropertyNames = "LengthM, TargetStrengthRefDb"

         ScalarField.Herring.PropertyValues = "0.25, -34.6"

         SeafloorForces.Model = "Soil"

         Visual.PhysicalWaves = "True"

         Visual.Quality = "10"

         Visual.Sky = "Cloudy"

         Visual.Vertices = "100,200"

         Visual.WorldRadius="2000"

         Waves.DirectionBinning = "Sequential"

         Waves.DirectionCosinePower = "20"

         Waves.FrequencyBinning = "EqualSqrtEnergy"

         Waves.Hs = "1"

         Waves.MainDirectionDeg = "90"

         Waves.MeanPeriod = "4"

         Waves.Spectrum = "JONSWAP"

         Waves.NumWaves = "12"

         Waves.OmegaNormalizedMax = "3.0"

         Waves.OmegaNormalizedMin = "0.5"

         Waves.Theory = "Gerstner"

         />


      <!-- Waves from a list of components instead of a spectrum: replace the Waves.* lines above with these.

           Periods [s], Amplitudes [m] and DirectionsDeg [deg] have NumWaves entries each. A component goes TO its

           direction, measured from north towards east (90 = to the east). The phases are random (from RandomSeed).

           Waves.Spectrum = "Components"

           Waves.NumWaves = "3"

           Waves.Theory = "Airy"

           Waves.Periods = "8, 6, 4"

           Waves.Amplitudes = "0.8, 0.4, 0.2"

           Waves.DirectionsDeg = "90, 60, 120"

      -->

   </OBJECTS>


   <INTERCONNECTIONS>

   </INTERCONNECTIONS>


   <INITIALIZATION>

      <InitialCondition />

   </INITIALIZATION>


   <SIMULATION>

      <Timing TStart="0.0" TEnd="3000.0"/>

      <Integrator Method="RK45_i">

         <StepControl Step="0" StepMax="0.02" StepMin="0.00000000000000001" AbsTol="1e-6" RelTol="1e-6"/>

      </Integrator>

   </SIMULATION>


</Contents>