static void Main(String[] args)
{
Stopwatch Global = new Stopwatch();
Global.Start();
Console.WriteLine("Start");
//do not check the distributions.
Control.CheckDistributionParameters = false;
String ParamPath = "D:/Documents/ECK";
String OutputPath = "D:/Documents/ECK";
String[] ParamFiles = Utils.GetValidParams(ParamPath);
//Prepare naming Scheme
string Tag = Utils.GetTag(ParamFiles[0]);
SimParams Par = new SimParams(reload: true, path: ParamFiles[0]);
//int x = 1000000;
//float[] sampler = new float[6]{.8f,.8f,.9f,.5f,.4f,.2f};
//int[] lol = Par.RandomSampleUnequal(sampler,x,true);
WriteData Full = Simulations.Basic(Par);
/* WriteData Temp;
* WriteData Full = Simulations.Interval(Par, 200, false);
* for(int j=1;j<2;j++){
* Temp = Simulations.Interval(Par, 200, false);
* Full.ConCat(Temp, Par);
* }*/
Full.Output(Par, OutputPath, Tag, true);
Console.WriteLine(Global.ElapsedMilliseconds);
Console.WriteLine("All simulations completed.");
}
static void Main(String[] args)
{
Stopwatch Global = new Stopwatch();
Global.Start();
Console.WriteLine("Start");
//do not check the distributions.
Control.CheckDistributionParameters = false;
String ParamPath = "D:/Documents/R/AgentBasedModel/Comparison/";
String OutputPath = "C:/Users/Karar/Desktop/Output";
String[] ParamFiles = Utils.GetValidParams(ParamPath);
//Prepare naming Scheme
string Tag = Utils.GetTag(ParamFiles[0]);
SimParams Par = new SimParams(localBreeding: true);
WriteData Full = Simulations.Basic(Par);
/* WriteData Temp;
* WriteData Full = Simulations.Interval(Par, 200, false);
* for(int j=1;j<2;j++){
* Temp = Simulations.Interval(Par, 200, false);
* Full.ConCat(Temp, Par);
* }*/
Full.Output(Par, OutputPath, Tag, true);
Console.WriteLine(Global.ElapsedMilliseconds);
Console.WriteLine("All simulations completed.");
}
static void Run(string fileName, int repeats, int frequency, string outputPath,
bool repAll, bool matchAll, bool ageAll, bool lrnThrshAll, bool accAll,
bool chanForAll, bool chanInvAll)
{
Stopwatch Local = new Stopwatch();
Local.Start();
//Get Parameters and run appropriate Simulation
SimParams Par = new SimParams(reload: true, path: fileName);
WriteData Temp;
WriteData Full = Simulations.Interval(Par, frequency, repAll,
matchAll, ageAll, lrnThrshAll, accAll, chanForAll, chanInvAll);
for (int j = 1; j < repeats; j++)
{
Temp = Simulations.Interval(Par, frequency, repAll,
matchAll, ageAll, lrnThrshAll, accAll, chanForAll, chanInvAll);
Full.ConCat(Par, Temp);
}
//Save data
string Tag = Utils.GetTag(fileName);
Full.Output(Par, outputPath, Tag, true);
Console.WriteLine("{0}-{1}", fileName, Local.ElapsedMilliseconds);
}
static void Main(String[] args) //do not change this line!
//Starts a timer. You can omit this.
{
Stopwatch Global = new Stopwatch();
Global.Start();
//warns that the simulation has started. You can omit this.
Console.WriteLine("Start");
//prevents checks on the distributions; delete if you are changing the library, otherwise leave it alone.
//I have internal checks to ensure distributions have appropriate boundaries, so this just wastes time.
Control.CheckDistributionParameters = false;
//assign arguments that are passed in the console into the right data types.
//Add more arguments and assignments or deleted unwanted ones as needed.
String ParamPath = args[0]; //Required argument!
String OutputPath = args[1]; //Required argument!
int Optional = args.Length > 2 ? System.Convert.ToInt32(args[2]) : 4; //optional argument with a default!
//get the .SEMP files
//Use the next two lines if you want to change the params here rather than load .SEMPs,
//and comment out the following three lines.
//SimParams Par = new SimParams();
//string Tag = 'new';
String[] ParamFiles = Utils.GetValidParams(ParamPath);
//for(int i = 0; i < ParamFiles.length; i++){
SimParams Par = new SimParams(reload: true, path: ParamFiles[0]); //i instead of 0
string Tag = Utils.GetTag(ParamFiles[0]); //i instead of 0
//Basic is not the only simulation option, but should cover most of your needs
WriteData Full = Simulations.Basic(Par);
//Writes the data files (.SEMP and .csvs)
Full.Output(Par, OutputPath, Tag, true);
//}
//Note that this code will only run one parameter file. To do all .SEMPS in a folder,
//uncomment the for loop and its end bracket and change marked the 0's to i.
//Also notice that parallelization is absent. See the IntervalSim program an example of code that parallelizes.
//Warns how much time has ellasped and that the simulation is over. you can omit this.
Console.WriteLine(Global.ElapsedMilliseconds);
Console.WriteLine("All simulations completed.");
}
static void Run(string fileName, int repeats, int frequency, string outputPath,
bool repAll, bool matchAll, bool ageAll, bool lrnThrshAll, bool accAll,
bool chanForAll, bool chanInvAll)
{
Stopwatch Local = new Stopwatch();
Local.Start();
Console.WriteLine("Begin-{0}", fileName);
//Get Parameters and run appropriate Simulation
SimParams Par = new SimParams(reload: true, path: fileName);
WriteData Full = new WriteData();
WriteData Temp;
int Success = 0;
while (Success == 0)
{
try{
Full = Simulations.Interval(Par, frequency, repAll,
matchAll, ageAll, lrnThrshAll, accAll, chanForAll, chanInvAll);
Success += 1;
}catch { Console.WriteLine("Fail-{0}, {1}", fileName, Success); }
}
while (Success < repeats)
{
try{
Temp = Simulations.Interval(Par, frequency, repAll,
matchAll, ageAll, lrnThrshAll, accAll, chanForAll, chanInvAll);
Full.ConCat(Par, Temp);
Success += 1;
}catch { Console.WriteLine("Fail-{0}, {1}", fileName, Success); }
}
//Save data
string Tag = Utils.GetTag(fileName);
Full.Output(Par, outputPath, Tag, true);
Console.WriteLine("{0}-{1}", fileName, Local.ElapsedMilliseconds);
}