//============================
// CONSTRUCTOR
//============================
public Simulation(AxiCodend Codend, int[] catches, double towing_speed, ICodendSaver result_saver)
{
this.Codend = Codend;
this.catches = catches;
this.towing_speed = towing_speed;
this.ResultSaver = result_saver;
SolverSettings = new SolverSettings(); // go with default settingst
precalcX = new double[Codend.dof];
previousX = new double[Codend.dof];
}
static void Run(InputArguments args)
{
var cfg = ParseYaml <JobConfig>(args.jobFile);
var codendMaterial = cfg.material;
var solverSettings = cfg.solver;
var codendGeometry = cfg.geometry;
AxiCodend codend = new AxiCodend();
if (codendMaterial.MeshOrientation == MeshOrientation.T0)
{
codend = new AxiModelT0(codendGeometry, codendMaterial); // initialize T0 model
}
else if (codendMaterial.MeshOrientation == MeshOrientation.T90)
{
codend = new AxiModelT90(codendGeometry, codendMaterial);
}
else
{
throw new ArgumentException(
"Incorrect mesh orientation. Value should be 0 or 90.");
}
var output = cfg.output;
ICodendSaver resultSaver;
if (output.Format == OutputFormats.json)
{
resultSaver = new JSONResultSaver(output.GetPath());
}
else if (output.Format == OutputFormats.txt)
{
resultSaver = new CSVResultSaver(output.GetPath());
}
else
{
throw new ArgumentException(
"Incorrect file format. Value should \"json\" or \"txt\".");
}
var TowingSimulation = new Simulation(
codend, cfg.catches, cfg.towing_speed, resultSaver)
{
SolverSettings = solverSettings,
};
TowingSimulation.Simulate();
}
