In this guide, we will walk you through setting up and running SWASH using the Inductiva API.
We will cover:
Configuring SWASH simulations using the Inductiva API, and all supported versions of the simulator.
Example code to help you get started with simulations.
Available benchmarks to test SWASH’s capabilities.
SWASH (Simulating WAves and Surf Hydrodynamics)#
SWASH is a simulator designed to solve shallow water equations, used for simulating waves, currents, and tidal flows in coastal waters, harbors, and around coastal structures. SWASH is ideal for modeling long waves, tidal inlets, and rapidly varied flows in nearshore regions.
SWASH simulations are configured using a .sws
file, with additional files
such as bathymetry (with a .bot
extension) to define the ocean floor and
domain. These files should be placed in an input directory for the
simulation.
Example Code#
Below is an example of running a SWASH simulation via the Inductiva API:
"""SWASH example."""
import inductiva
# Instantiate machine group
machine_group = inductiva.resources.MachineGroup("c2-standard-4")
machine_group.start()
# Set simulation input directory
input_dir = inductiva.utils.download_from_url(
"https://storage.googleapis.com/inductiva-api-demo-files/"
"swash-input-example.zip",
unzip=True)
# Initialize the Simulator
swash = inductiva.simulators.SWASH()
# or alternatively, to use a specific version of SWASH:
# swash = inductiva.simulators.SWASH(version="10.05")
# Run simulation with config files in the input directory
task = swash.run(input_dir=input_dir,
sim_config_filename="input.sws",
on=machine_group)
task.wait()
task.download_outputs()
machine_group.terminate()
Supported Versions#
We currently support the following versions of SWASH:
9.01A (Apr, 2023)
10.01A (Apr, 2024)
10.05 (May, 2024)
To list all available versions of SWASH (or other simulators), you can
use the inductiva simulators list
CLI command.
Available Benchmarks for SWASH#
The following benchmark is available for SWASH:
Three-Dimensional Currents: This benchmark replicates the S1 simulation from the paper “Modeled Three-Dimensional Currents and Eddies on an Alongshore-Variable Barred Beach”, authored by Christine M. Baker et al. (2021).
What to Read Next#
You may also want to check the following blog post, where we illustrate a practical use of SWASH: