public JsonResult SimulationStart()
{
var solverData = GetSolverData();
var job = new Job
{
Id = Guid.NewGuid(),
Started = DateTime.UtcNow,
Owner = User.Identity.Name,
Name = StandardCases.CfdCase,
State = JobState.Started,
};
var jobZip = CreateJobPath(job.Owner, job.Id);
var jobPath = jobZip.Replace(".zip", "");
solverData.MakeJobFS(jobPath);
SharpZipUtils.CompressFolder(jobPath, jobZip, null);
new JobsController().AddJobManually(job);
_procTime =
(solverData.ControlDict.endTime - solverData.ControlDict.startTime).ToString(
CultureInfo.InvariantCulture);
SetCaseJob(job.Id);
return(Json(new object[] { job.Id, _procTime }));
}
public FileResult SimulationPreview()
{
var dCase = GetCase();
var jobZip = CreateJobPath(User.Identity.Name, dCase.Id);
var jobPath = jobZip.Replace(".zip", "");
var solverData = GetSolverData();
solverData.MakeJobFS(jobPath);
SharpZipUtils.CompressFolder(jobPath, jobZip, null);
return(File(jobZip, "application/octet-stream", "preview.zip"));
}
public JsonResult Run()
{
var randomDir = Guid.NewGuid().ToString();
Session["WakeSimDir"] = randomDir;
var modelGeneral = GetModelGeneral();
var modelTurbines = GetModelTurbines();
string dir = WebConfigurationManager.AppSettings["WakeSimulationDir"];
dir = Path.Combine(dir, randomDir); // root temp dir
Directory.CreateDirectory(dir);
var resultDir = Path.Combine(dir, "output");
Directory.CreateDirectory(resultDir);
var calcData = new CalcData();
var generalData = new GeneralData();
var dataWriter = new DataWriter();
var calc = new WakeCalc();
generalData.GridPointsX = modelGeneral.GridPointsX;
generalData.GridPointsY = modelGeneral.GridPointsY;
generalData.TurbinesAmount = modelTurbines.Turbines.Count;
generalData.RotationAngle = (double)modelGeneral.RotationAngle;
generalData.x_turb = new double[modelTurbines.Turbines.Count];
generalData.y_turb = new double[modelTurbines.Turbines.Count];
for (var i = 0; i < modelTurbines.Turbines.Count; i++)
{
var t = modelTurbines.Turbines[i];
generalData.x_turb[i] = (double)t.X;
generalData.y_turb[i] = (double)t.Y;
}
generalData.TurbineDiameter = (double)modelGeneral.TurbineDiameter;
generalData.TurbineHeight = (double)modelGeneral.TurbineHeight;
generalData.TurbineThrust = (double)modelGeneral.TurbineThrust;
generalData.WakeDecay = (double)modelGeneral.WakeDecay;
generalData.VelocityAtHub = (double)modelGeneral.VelocityAtHub;
generalData.AirDensity = (double)modelGeneral.AirDensity;
generalData.PowerDistance = (double)modelGeneral.PowerDistance;
calc.Initialize(generalData, calcData);
calc.Run(generalData, calcData);
dataWriter.Write(generalData, calcData, resultDir);
dataWriter.WritePower(generalData, calcData, resultDir);
SharpZipUtils.CompressFolder(resultDir, Path.Combine(dir, "output.zip"), null);
return(Json("OK", JsonRequestBehavior.AllowGet));
}