public static T[] NumericArrayFromInterval(StepInterval <T> stepInt)
{
return(NumericArrayFromInterval(stepInt.min, stepInt.max, stepInt.step));
}
public override void SetDefaultConstants()
{
base.SetDefaultConstants();
//directories and files config
this.BaseFilePath = "./";
this.EnvBaseFilePath = "../../../../bin/config";
this.CondorServerBaseEnvPath = "../config/";
this.CondorScriptPath = "./submit";
this.DestinationTestsDir = Path.GetFullPath("Tests/");
this.PreviousPhaseID = "Optim";
this.TestMeasuresName = "TestMeasures";
this.TestIDPrefix = "IM"; //"IMGP"; //"IM";
//test-related constants
var stepInterval = new StepInterval <double>(-1, 1, .1); //(-1, 1, .2); //.1m; //.25m; //1m; //.2m
this.ParamsStepIntervals = StepInterval <double> .CreateArray(stepInterval, 5);
this.NumTimeSteps = 100000;
this.NumSimulations = 10; //208; //1; //4; //16; //208; //104; //48;
this.NumSamples = 100; //100; // this.NumTimeSteps;
//environment-related constants
this.NumStepsPerSeason = 5000; //10000;
this.MaxMoveActionsRequired = 30;
this.RandStart = true; //true; //false;
//learning-related constants
this.Temperature = 3.0f; // this.NumTimeSteps;
this.Epsilon = 1.0f;
this.Discount = 0.9f;
this.LearningRate = 0.3f;
this.MaximalChangeThreshold = 0.0001f; //0; //
this.ExploratoryDecay = 1.0001f; //1.0001f; //1.00004f;
// n gr c v er
this.SingleTestParameters = new ArrayParameter(new[] { -.1, .10, -.1, .10, .60 }); //persistence
//this.SingleTestParameters = new ArrayParameter(new[] { .00, .00, -.7, 0.1, 0.2 }); //persistence gp
//this.SingleTestParameters = new ArrayParameter(new[] { .00, .10, .60, .00, .30 }); //diff prey season
//this.SingleTestParameters = new ArrayParameter(new[] { .00, .20, -.5, .10, .20 }); //diff prey season gp
//this.SingleTestParameters = new ArrayParameter(new[] { .10, -.2, .10, .00, .60 }); //poisoned prey season
//this.SingleTestParameters = new ArrayParameter(new[] { .00, -.1, .40, -.1, .40 }); //poisoned prey season gp
//this.SingleTestParameters = new ArrayParameter(new[] { .10, .00, -.2, .00, .70 }); //lairs
//this.SingleTestParameters = new ArrayParameter(new[] { .10, .00, -.3, .40, .20 }); //lairs gp
//this.SingleTestParameters = new ArrayParameter(new[] { -.4, .00, .00, .50, .10 }); //hunger-thirst
//this.SingleTestParameters = new ArrayParameter(new[] { .00, .00, -.2, .50, .30 }); //hunger-thirst gp
//this.SingleTestParameters = new ArrayParameter(new[] { .40, .00, -.1, .20, -.3 }); //moving preys
//this.SingleTestParameters = new ArrayParameter(new[] { 1.0, .00, .00, .00, .00 }); //moving preys gp
//this.SingleTestParameters = new ArrayParameter(new[] { .10, .10, .10, .60, .10 }); //eat all dots gp
//this.SingleTestParameters = new ArrayParameter(new[] { .20, .10, .20, .20, .30 }); //pacman gp
//this.SingleTestParameters = new ArrayParameter(new[] { -.2, .20, .10, .50, .00 }); //power pellets gp
//this.SingleTestParameters = new ArrayParameter(new[] { .50, .00, .10, .20, .20 }); //rewarding dots gp
//this.SingleTestParameters = new ArrayParameter(new[] { .00, .00, -.3, .00, .70 }); //universal
//this.SingleTestParameters = new ArrayParameter(new[] { .00, .00, .00, .00, 1.0 }); //extrinsic only
//this.SingleTestParameters = new ArrayParameter(new[] { .20, .20, .20, .20, .20 }); //equal-weights
//this.SingleTestParameters = new ArrayParameter(new[] { .00, .00, .00, .00, .00 }); //random
//this.SingleTestParameters = new ArrayParameter(new[] { .00, .00, .00, 1.00, .00 }); //one feature
((ArrayParameter)this.SingleTestParameters).Header = this.ParamIDNames;
this.GraphicsEnabled = true;
this.SingleTestType = (uint)TestType.Persistence;
this.CellSize = 50;
this.MaxCPUsUsed = ProcessUtil.GetCPUCount(); //3;
this.MultipleTestTypes = new []
{
(uint)TestType.Lairs,
(uint)TestType.HungerThirst,
(uint)TestType.MovingPreys,
(uint)TestType.Persistence,
(uint)TestType.PoisonedSeason,
(uint)TestType.DifferentPreySeason,
(uint)TestType.PowerPellets,
(uint)TestType.RewardingDots,
(uint)TestType.EatAllDots,
(uint)TestType.Pacman,
//(uint) TestType.AllForagingTests
};
}
public override void SetDefaultConstants()
{
base.SetDefaultConstants();
this.SimpleTests = true;
this.DestinationTestsDir = Path.GetFullPath("../../../../../../experiments/2014-SOCIAL");
this.PreviousPhaseID = "Top5"; //ParallelOptimizationTest.OPTIM_TESTS_ID;
this.TestIDPrefix = "";
var envBasePath = string.Format("multiagent{0}", (this.SimpleTests ? "-medium/" : "/"));
//"-simple/" : "/");
this.EnvBaseFilePath += envBasePath;
this.CondorServerBaseEnvPath += envBasePath;
this.TestListFilePath = Path.GetFullPath("../../../../bin/config/testsconfig.csv");
//IMRL-related constants
var socInt = new StepInterval <double>(.0, .8, .1); // .2m; //.25m;
var fitInt = new StepInterval <double>(.2, 1, .2); // .2m; //.25m;
this.ParamsStepIntervals = new[] { socInt, socInt, socInt, socInt, socInt, socInt, fitInt };
this.SameAgentParameters = true; // false; // true;
this.ParamIDNames = new[] { "Worse", "Hunger", "Pres", "Ext Echo", "Int Echo", "Perf", "Fit" };
this.ParamIDLetters = new[] { 'w', 'h', 'p', 'e', 'i', 'o', 'f' };
//test-related constants
this.NumTimeSteps = this.SimpleTests ? 10000u : 50000u; //5000u : 50000u; // 100000;
this.NumSimulations = 16; //1; //8; //16; //208; //104; //48;
this.NumSamples = 100; // this.NumTimeSteps;
this.RandStart = true;
//learning-related constants
this.Epsilon = 1.0;
this.Discount = 0.9;
this.LearningRate = 0.3; //0.9; // 0.3;
this.MaximalChangeThreshold = 0.0001; //0; //
this.ExploratoryDecay = this.SimpleTests ? 1.001 : 1.0002; //1.001 : 1.0002; // 1.0001; //1.00005;
this.CellSize = this.SimpleTests ? 100 : 50;
this.MaxCPUsUsed = ProcessUtil.GetCPUCount(); //3; //ProcessUtil.GetCPUCount();
// 'w', 'h', 'p', 'e', 'i', 'o', 'f'
//this.DefaultTestParameters = new SocialArrayParameter(3, new[] { -.2, 0, .8 }); // 212
//this.DefaultTestParameters = new SocialArrayParameter(3, new[] {0, .8, .2}); // 211
//this.DefaultTestParameters = new SocialArrayParameter(3, new[] { -.4, -.2, .4 }); // S211ElectricLever
this.SingleTestParameters = new SocialArrayParameter(3, new[] { .14, .14, .14, .14, .14, .15, .15 });
//equal weights
//this.DefaultTestParameters = new SocialArrayParameter(3, new[] {0, 0, 1d}); //extrinsic only
//this.DefaultTestParameters = new SocialArrayParameter(3, new[] { 0, 0, 0d }); //random agents
this.SingleTestType = (uint)TestType.S212;
//creates list of tests types to run
this.MultipleTestTypes = new[]
{
//(uint) TestType.S222,
(uint)TestType.S211
//(uint) TestType.S212,
//(uint) TestType.S211ElectricLever,
//(uint) TestType.S211Lever,
//(uint) TestType.S211HeavyLever,
//(uint) TestType.S2112Levers,
//(uint) TestType.S2122Levers,
//(uint) TestType.S2222Levers
//(uint)TestType.S313,
//(uint)TestType.S311,
//(uint)TestType.S323,
};
}
/// <summary>
/// This function will adjust the startDate by the number of intervals specified.
/// If the new date is not a trade date, the date will be corrected to the nearest trading date in the direction specified.
/// </summary>
/// <param name="interval">The steps size</param>
/// <param name="steps">The signed number of steps to move</param>
/// <param name="startDate">The initial starting date</param>
/// <param name="correction">The direction to move if the result is not a trading date</param>
/// <param name="cal"></param>
/// <returns></returns>
//
// Modified Following: A Business Day Convention whereby payment days that fall on a Holiday or Saturday or a Sunday roll forward to the next TARGET Business Day,
// unless that day falls in the next calendar month, in which case the payment day rolls backward to the immediately preceding TARGET Business Day.
//
public static DateTime DateAdd(StepInterval interval, int steps, DateTime startDate, Direction correction, Calendar cal)
{
List<int> dts = GetTradeDates(cal);
DateTime newDate = startDate;
switch (interval)
{
case StepInterval.Day:
newDate = startDate.AddDays(steps);
break;
case StepInterval.Week:
newDate = startDate.AddDays(steps * 7);
break;
case StepInterval.Month:
newDate = startDate.AddMonths(steps);
break;
case StepInterval.Year:
newDate = startDate.AddYears(steps);
break;
// ReSharper disable RedundantEmptyDefaultSwitchBranch
default:
break;
// ReSharper restore RedundantEmptyDefaultSwitchBranch
}
if (correction == Direction.modifiedForward)
{
var adjDate = DateAdd(interval, steps, startDate, Direction.forward, cal);
if (adjDate.Month == newDate.Month)
return adjDate;
return DateAdd(interval, steps, startDate, Direction.backward, cal);
}
int i = dts.BinarySearch(DateUtility.IntDate(newDate));
if (i < 0)
{
i = ~i - 1;
if (correction == Direction.forward)
i++;
}
return DateUtility.NetDate(dts[i]);
}
