Environmental model reference

Environmental model

Interface:

• abstract type UnderwaterEnvironment
• altimetry()
• bathymetry()
• ssp()
• salinity()
• seasurface()
• seabed()
• noise()

Standard models:

• UnderwaterEnvironment

Sound speed profiles

Interface:

• abstract type SoundSpeedProfile
• soundspeed()

Standard models:

• IsoSSP
• MunkSSP
• SampledSSP

Bathymetry

Interface:

• abstract type Bathymetry
• depth()
• maxdepth()

Standard models:

• ConstantDepth
• SampledDepth

Altimetry

Interface:

• abstract type Altimetry
• altitude()

Standard models:

• FlatSurface
• SampledAltitude

Sea surface

Interface:

• abstract type ReflectionModel
• reflectioncoef()

Standard models:

• ReflectionCoef
• RayleighReflectionCoef
• SurfaceLoss
• const Vacuum
• const SeaState0
• const SeaState1
• const SeaState2
• const SeaState3
• const SeaState4
• const SeaState5
• const SeaState6
• const SeaState7
• const SeaState8
• const SeaState9

Seabed

Interface:

• abstract type ReflectionModel
• reflectioncoef()

Standard models:

• ReflectionCoef
• RayleighReflectionCoef
• const Rock
• const Pebbles
• const SandyGravel
• const CoarseSand
• const MediumSand
• const FineSand
• const VeryFineSand
• const ClayeySand
• const CoarseSilt
• const SandySilt
• const Silt
• const FineSilt
• const SandyClay
• const SiltyClay
• const Clay

Acoustic sources

Interface:

• AcousticSource
• location()
• nominalfrequency()
• phasor()
• record()
• recorder()

Standard models:

• NarrowbandAcousticSource
• Pinger
• SampledAcousticSource

Acoustic receivers

Interface:

• AcousticReceiver
• location()

Standard models:

• AcousticReceiver
• AcousticReceiverGrid2D
• AcousticReceiverGrid3D

Ambient noise

Interface:

• abstact type NoiseModel
• record()

Standard models:

• RedGaussianNoise
• any other distribution that works with rand()