//[TestCase(1023, 10, 100, new int[] { 2, 4, 5, 7, 9, 11, 13, 15, 16, 18})]
//[TestCase(859, 10, 100, new int[] { 3, 5, 0, 11, 13, 0, 18, 0, 24, 26 })]
public void TestTargetCastlesProportionally(int seed, int numCastles, int numTroops, int[] expectedResults)
{
var castleTargeter = new CastleTargeter();
var strategy = new TargetCastlesStrategy(numCastles, numTroops, castleTargeter);
var castlesToTarget = castleTargeter.GetCastlesToTargetForPermuation(numCastles, seed);
var actualTroopPlacements = strategy.GenerateSingleTroopPlacement(
castlesToTarget,
0,
TroopAllocationStrategy.ProportionalDistribution,
TroopAllocationStrategy.EvenDistribution).ToArray();
Assert.AreEqual(expectedResults.Length, actualTroopPlacements.Length);
for (int i = 0; i < expectedResults.Length; i++)
{
Assert.AreEqual(expectedResults[i], actualTroopPlacements[i]);
}
}
//// only assigning points to targeted castles
//[TestCase(1, new int[] {100, 0, 0, 0, 0, 0, 0, 0, 0, 0 }, 1, 10, 100, 0)]
//[TestCase(560, new int[] { 0, 0, 0, 0, 33, 33, 0, 0, 0, 34 }, 21, 10, 100, 0)]
//[TestCase(452, new int[] { 0, 0, 25, 0, 0, 0, 25, 25, 25, 0}, 27, 10, 100, 0)]
//[TestCase(1023, new int[] { 10, 10, 10, 10, 10, 10, 10, 10, 10, 10 }, 55, 10, 100, 0)]
//// assigning points to non-targeted castles
//[TestCase(560, new int[] { 1, 1, 1, 1, 31, 31, 1, 1, 1, 31 }, 21, 10, 100, 1)]
public void TestTargetCastlesEvenlyStrategy(int seed, int[] expectedTroopPlacement, int expectedNumPointsTargeted, int numCastles, int numTroops,
int valueToAssignPerNonTargetedCastle)
{
var castleTargeter = new CastleTargeter();
var strategy = new TargetCastlesStrategy(numCastles, numTroops, castleTargeter);
var castlesToTarget = castleTargeter.GetCastlesToTargetForPermuation(numCastles, seed);
var troopPlacements = strategy.GenerateSingleTroopPlacement(
castlesToTarget,
valueToAssignPerNonTargetedCastle,
TroopAllocationStrategy.EvenDistribution,
TroopAllocationStrategy.EvenDistribution);
for (int i = 0; i < troopPlacements.Count; i++)
{
Assert.AreEqual(expectedTroopPlacement[i], troopPlacements[i]);
}
}
//[TestCase(10, 100, false, 0)]
//[TestCase(10, 100, true, 0)]
//[TestCase(10, 100, false, 1)]
//[TestCase(10, 100, false, 2)]
public void GenerateTrainingDataTargetAllCastlesEvenlyStrategy(int numCastles, int numTroops, bool restrictToStrategiesTargetingMajorityOfPoints,
int valueToAssignPerNonTargetedCastle)
{
var castleTargeter = new CastleTargeter();
var strategy = new TargetCastlesStrategy(numCastles, numTroops, castleTargeter);
var trainingData = strategy.GenerateTroopPlacements(
restrictToStrategiesTargetingMajorityOfPoints,
valueToAssignPerNonTargetedCastle,
TroopAllocationStrategy.EvenDistribution,
TroopAllocationStrategy.EvenDistribution
);
var warSimulator = new WarSimulator(numCastles, numTroops);
var results = warSimulator.SimulateWars(trainingData).ToArray();
var winningStrategyInTrainingSet = results[0];
var secondBestStrategyInTrainingSet = results[1];
}
//// passed in parameters that would generate something similar to winner's strategy
//[TestCase(@"C:\Users\djt74_000\Projects\riddles\Riddles\Riddles\Riddles.Tests\RiddlerNationWar\Data\submissions-1.txt",
// new int[] { 3, 6, 9, 13, 16, 2, 22, 25, 2, 2 })]
//// came in first, naive version
//[TestCase(@"C:\Users\djt74_000\Projects\riddles\Riddles\Riddles\Riddles.Tests\RiddlerNationWar\Data\submissions-1.txt",
// new int[] { 0, 0, 0, 0, 18, 21, 0, 29, 32, 0 })]
//// came in second, naive version
//[TestCase(@"C:\Users\djt74_000\Projects\riddles\Riddles\Riddles\Riddles.Tests\RiddlerNationWar\Data\submissions-1.txt",
// new int[] { 1, 1, 1, 1, 17, 20, 1, 27, 30, 1 })]
//// came in third, naive version
//[TestCase(@"C:\Users\djt74_000\Projects\riddles\Riddles\Riddles\Riddles.Tests\RiddlerNationWar\Data\submissions-1.txt",
// new int[] { 1, 1, 1, 1, 17, 20, 23, 1, 1, 34 })]
public void TestAgainstTrainingData(string filename, int[] testSubmission)
{
List <WarSimulator.SimulationEntry> testData = new List <WarSimulator.SimulationEntry>();
using (StreamReader sr = new StreamReader(filename))
{
// ignore the header line
var submission = sr.ReadLine();
while (sr.Peek() >= 0)
{
submission = sr.ReadLine();
var troopDeployment = submission.Split(',');
troopDeployment = troopDeployment.Where((t, index) => index < 10).ToArray();
int n;
if (troopDeployment.Any(t => !int.TryParse(t, out n)))
{
continue;
}
var troopDeploymentSanitized = troopDeployment.Select(c => int.Parse(c)).ToList();
if (troopDeploymentSanitized.Count != 10 || troopDeploymentSanitized.Sum() != 100)
{
continue;
}
testData.Add(new WarSimulator.SimulationEntry {
Id = null,
IsTestSubmission = false,
TroopAllocation = troopDeploymentSanitized
});
}
}
var castleTargeter = new CastleTargeter();
var castlesToTarget = castleTargeter.GetCastlesToTargetForPermuation(10, 223);
var strategyGenerator = new TargetCastlesStrategy(10, 100, castleTargeter);
testData.Add(new WarSimulator.SimulationEntry {
Id = 1, IsTestSubmission = true, TroopAllocation = testSubmission.ToList()
});
var warSimulator = new WarSimulator(10, 100);
var results = warSimulator.SimulateWars(testData);
var resultsWithRank = results.Select((r, index) => new { Id = r.Id, TroopAllocation = r.Submission, NumWins = r.NumWins, Rank = index + 1 });
var submissionResult = resultsWithRank.Single(r => r.Id == 1);
}
//[TestCase(10, 100)]
public void GenerateDataSetForOptimization(int numCastles, int numTroops)
{
var castleTargeter = new CastleTargeter();
var strategyGenerator = new TargetCastlesStrategy(numCastles, numTroops, castleTargeter);
var strategy1 = strategyGenerator.GenerateTroopPlacements(false, 0, TroopAllocationStrategy.EvenDistribution, TroopAllocationStrategy.EvenDistribution);
var strategy2 = strategyGenerator.GenerateTroopPlacements(false, 1, TroopAllocationStrategy.EvenDistribution, TroopAllocationStrategy.EvenDistribution);
var strategy3 = strategyGenerator.GenerateTroopPlacements(false, 2, TroopAllocationStrategy.EvenDistribution, TroopAllocationStrategy.EvenDistribution);
var strategy4 = strategyGenerator.GenerateTroopPlacements(true, 0, TroopAllocationStrategy.EvenDistribution, TroopAllocationStrategy.EvenDistribution);
var strategy5 = strategyGenerator.GenerateTroopPlacements(true, 1, TroopAllocationStrategy.EvenDistribution, TroopAllocationStrategy.EvenDistribution);
var strategy6 = strategyGenerator.GenerateTroopPlacements(true, 2, TroopAllocationStrategy.EvenDistribution, TroopAllocationStrategy.EvenDistribution);
var strategy7 = strategyGenerator.GenerateTroopPlacements(false, 0, TroopAllocationStrategy.ProportionalDistribution, TroopAllocationStrategy.EvenDistribution);
var strategy8 = strategyGenerator.GenerateTroopPlacements(false, 1, TroopAllocationStrategy.ProportionalDistribution, TroopAllocationStrategy.EvenDistribution);
var strategy9 = strategyGenerator.GenerateTroopPlacements(false, 2, TroopAllocationStrategy.ProportionalDistribution, TroopAllocationStrategy.EvenDistribution);
var strategy10 = strategyGenerator.GenerateTroopPlacements(true, 0, TroopAllocationStrategy.ProportionalDistribution, TroopAllocationStrategy.EvenDistribution);
var strategy11 = strategyGenerator.GenerateTroopPlacements(true, 1, TroopAllocationStrategy.ProportionalDistribution, TroopAllocationStrategy.EvenDistribution);
var strategy12 = strategyGenerator.GenerateTroopPlacements(true, 2, TroopAllocationStrategy.ProportionalDistribution, TroopAllocationStrategy.EvenDistribution);
var trainingData = new List <List <int> >();
trainingData.AddRange(strategy1);
trainingData.AddRange(strategy2);
trainingData.AddRange(strategy3);
trainingData.AddRange(strategy4);
trainingData.AddRange(strategy5);
trainingData.AddRange(strategy6);
trainingData.AddRange(strategy7);
trainingData.AddRange(strategy8);
trainingData.AddRange(strategy9);
trainingData.AddRange(strategy10);
trainingData.AddRange(strategy11);
trainingData.AddRange(strategy12);
trainingData = trainingData.ToList();
var warSimulator = new WarSimulator(numCastles, numTroops);
var results = warSimulator.SimulateWars(trainingData);
}