private void LoadSetupFiles(CovidScenario scenario)
{
Wards = WardRecord.LoadFromCsv(scenario.GeographyFile);
AgeDistributions = AgeDistributionCollection.LoadFromCsv(scenario.AgeDistributionsFile);
HouseHoldSizeDistributions = HouseSizeDistributionCollection.LoadFromCsv(scenario.HouseHoldSizesFile);
HomeContactMatrix = ContactMatrix.LoadFromCsv(scenario.HomeContactMatrixFile);
OtherContactMatrix = ContactMatrix.LoadFromCsv(scenario.OtherContactMatrixFile);
TravelMatrix = TravelMatrix.LoadFromCsv(scenario.TravelMatrixFile);
}
private static int Main(string[] args)
{
SetupLogging();
CheckGcStatus();
if (!CheckArgumentParserVersion())
{
return(-1);
}
var runSettings = new RunSettings();
if (!ParseArguments(args, runSettings))
{
Log.Error("Execution stopped because command line parameters did not parse successfully.");
return(-1);
}
var iterations = runSettings.Iterations;
const int seed = 879375928;
var noOfThreads = Environment.ProcessorCount; // by default use everything that is available
if (runSettings.Threads != 0)
{
noOfThreads = runSettings.Threads;
}
Log.Information($"Processing on {noOfThreads} threads");
var maximumQueueSize = Math.Min(noOfThreads, 3);
var controller = new Controller()
{
SaveContactGraphs = runSettings.SaveContactGraphs,
OutputDetail = (GeoLevel)Enum.Parse(typeof(GeoLevel), runSettings.OutputDetail)
};
var startTime = DateTime.Now;
var scenario = CovidScenario.LoadFromFile(runSettings.ScenarioFile);
controller.RunAllIterations(scenario, iterations, noOfThreads, seed, maximumQueueSize, runSettings.SaveDate);
var endTime = DateTime.Now;
var timePassed = endTime - startTime;
Log.Information($"Total processing time: {timePassed:g}");
Log.CloseAndFlush();
return(0);
}
