/bug-free-fiesta

Primary LanguageMATLAB

General

The simulation and model configuration is done via json. An example is provided in test/basic.json.

The complexity of the simulation is reasonably limited so that no option should require extensive elaboration. The structure of the config file is

  • gravitymodel [optional] select the gravity model in use radial or constant
  • model
    • drag
      • xyz override the parameter of xyz in the active drag model
    • gravity
      • xyz override the parameter of xyz in the active gravitational model.
  • solver Select one of the available integrators from matlab, see docs for available options
  • solverOptions override matlab's default sovler configuration for active solver
  • exeperiment
    • StartTime, StopTime control the integration time

The one additional note maybe required: Everything under model mimics the internal model component hierachy. I.e. if we had a third model such as a gas model for altitude dependent density, we might call it fluid and then its parameters would automatically be available for overriding under model.fluid. Therefore, the names of available overrides for the model can be inferred from the model properties. However, they are identical to the notation in the supplied pdf document.

Running the simulation

The simulation takes the path to the described json and saves a csv with the solution next to the config json to be examined in the tool of choice.

simulation('path/to/json')

Any falsely set configs should produce warnings and overrides should print their override.