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Add a new page about other modelling software (#18)
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# Other software | ||
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Other software that provides acoustic scattering models of relevance to fisheries and plankton acoustics include: | ||
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- [acousticTS](https://github.com/brandynlucca/acousticTS): R code for calculating scattering using the DCM, DWBA, SDWBA, SDWBA_curved, KRM, MSS model, as well as that of calibration spheres. | ||
- [Coupled BEM acoustic](https://github.com/elavia/coupled_bem_acoustic): Julia code that calculates the TS of three-dimensional shapes with an included object (e.g., a swimbladder). | ||
- [scatmod](https://github.com/SvenGastauer/scatmod): Open source acoustic scattering models for fisheries acoustics. Python and R code for fluid spheres and calibration spheres. | ||
- [FishAcoustics](https://github.com/gavinmacaulay/FishAcoustics): Contains a Python module that implements the phase-tracking DWBA model. | ||
- [KRM Model](https://www.fisheries.noaa.gov/data-tools/krm-model): A web page that uses the KRM model to estimate the TS of predefined or user-supplied shapes over a range of input parameters. | ||
- [SDWBA Model](https://www.fisheries.noaa.gov/data-tools/sdwba-model): A web page that uses the SDWBA model to estimate the TS of predefined shapes over a range of input parameters. | ||
- [SDWBA_TS](https://github.com/ccamlr/SDWBA_TS): Matlab code that implements the SDWBA model for Antarctic krill. | ||
- [sphereTS](https://github.com/gavinmacaulay/SphereTS): Python code to calculate the TS of calibration spheres. | ||
- [Standard sphere target strength calculator](https://www.fisheries.noaa.gov/data-tools/standard-sphere-target-strength-calculator): A web page that calculates the TS of calibration spheres. | ||
- [ZooScatR](https://github.com/AustralianAntarcticDivision/ZooScatR): R code that implements the DWBA model. |
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