public void FullStrategy_InRangeLucky()
{
var totalResults = new GameResults();
var numGames = 10000;
for (int i = 0; i < numGames; ++i)
{
var results = RunStandardGame(new LuckyWhenInRangeOfLucky());
totalResults.TotalNumberOfSpacesMoved += results.TotalNumberOfSpacesMoved;
totalResults.NumLuckyDieUsed += results.NumLuckyDieUsed;
totalResults.NumSpacesGainedFromLuckyDie += results.NumSpacesGainedFromLuckyDie;
totalResults.NumRegularDieUsed += results.NumRegularDieUsed;
}
Console.WriteLine($"Always Lucky Averages || NumSpaces: " +
$"{totalResults.TotalNumberOfSpacesMoved / (float)numGames} " +
$"| D: {totalResults.NumRegularDieUsed / (float)numGames} " +
$", LD: {totalResults.NumLuckyDieUsed / (float)numGames} " +
$"- {totalResults.NumSpacesGainedFromLuckyDie / (float)numGames} ");
}
public void FullStrategy_IntelligentLuckyWithin2()
{
var totalResults = new GameResults();
var numGames = 10000;
for (int i = 0; i < numGames; ++i)
{
var results = RunStandardGame(new IntelligentLucky()
{
MinimumLuckyRoll = 3
});
totalResults.TotalNumberOfSpacesMoved += results.TotalNumberOfSpacesMoved;
totalResults.NumLuckyDieUsed += results.NumLuckyDieUsed;
totalResults.NumSpacesGainedFromLuckyDie += results.NumSpacesGainedFromLuckyDie;
totalResults.NumRegularDieUsed += results.NumRegularDieUsed;
}
Console.WriteLine($"Roll Lucky, Unless within 2|| NumSpaces: " +
$"{totalResults.TotalNumberOfSpacesMoved / (float)numGames} " +
$"| D: {totalResults.NumRegularDieUsed / (float)numGames} " +
$", LD: {totalResults.NumLuckyDieUsed / (float)numGames} " +
$"- {totalResults.NumSpacesGainedFromLuckyDie / (float)numGames} ");
}
