public void TrainDictionary(Round[] xnyn, string xn, string yn, int generalMaxSubStringLen)
{
charFrequency = new Dictionary <int, Dictionary <string, Dictionary <char, int> > >();
for (int i = 0; i < xnyn.Count(); i++)
{
int maxSubStringLen = new List <int> {
xnyn.Count() - i, generalMaxSubStringLen
}.Min();
for (int j = 2; j < maxSubStringLen; j++)
{
string xListPreceding = xn.Substring(i, j);
char yOutput = yn[i + j];
charFrequency = FormattingClass.FormatDictionary(charFrequency, j, xListPreceding, yOutput);
charFrequency[j][xListPreceding][yOutput] += 1;
}
}
}
private static Move F(Round[] xnyn)
{
const int generalMaxSubStringLen = 4;
const int generalEnemyMaxSubStringLen = 4;
var xn = FormattingClass.FormatXNYN(xnyn)[0];
var yn = FormattingClass.FormatXNYN(xnyn)[1];
UpdateStratSuccess(xnyn);
ChooseStrategy();
switch (trailingStrategy)
{
case 1:
{
// RESPOND ACCORDING TO THEIR RESPONSE
var modelEnemy = new Model1();
modelEnemy.TrainDictionary(xnyn, xn, yn, generalMaxSubStringLen);
modelEnemy.PredictDictionary(xn, generalMaxSubStringLen);
var response = new Response();
bool isMyDynamiteFinished = xnyn.Count(xiyi => xiyi.GetP1() == Move.D) == 100;
response.GetBestMoveFromPredictionDictionary(modelEnemy.predictionDictionary, isMyDynamiteFinished);
response.GetMoveFromString();
return(response.move);
}
case 2:
{
// RESPOND ACCORDING TO THEIR RESPONSE
var modelEnemy = new Model1();
modelEnemy.TrainDictionary(xnyn, xn, yn, generalMaxSubStringLen);
modelEnemy.PredictDictionary(xn, generalMaxSubStringLen);
var response = new Response();
bool isMyDynamiteFinished = xnyn.Count(xiyi => xiyi.GetP1() == Move.D) == 100;
response.GetBestMoveFromPredictionDictionary(modelEnemy.predictionDictionary, isMyDynamiteFinished);
response.GetMoveFromString();
return(response.move);
}
case 3:
{
// RESPOND ACCORDING TO THEIR RESPONSE
var modelEnemy = new Model1();
modelEnemy.TrainDictionary(xnyn, xn, yn, generalMaxSubStringLen);
modelEnemy.PredictDictionary(xn, generalMaxSubStringLen);
var response = new Response();
bool isMyDynamiteFinished = xnyn.Count(xiyi => xiyi.GetP1() == Move.D) == 100;
response.GetBestMoveFromPredictionDictionary(modelEnemy.predictionDictionary, isMyDynamiteFinished);
response.GetMoveFromString();
return(response.move);
}
case 4:
{
// RESPOND ACCORDING TO THEIR PATTERN
var modelEnemy = new Model1();
modelEnemy.TrainDictionary(xnyn, yn, yn, generalMaxSubStringLen);
modelEnemy.PredictDictionary(yn, generalMaxSubStringLen);
var response = new Response();
bool isMyDynamiteFinished = xnyn.Count(xiyi => xiyi.GetP1() == Move.D) == 100;
response.GetBestMoveFromPredictionDictionary(modelEnemy.predictionDictionary, isMyDynamiteFinished);
response.GetMoveFromString();
return(response.move);
}
case 5:
{
// RESPOND ACCORDING TO THEIR PATTERN
var modelEnemy = new Model1();
modelEnemy.TrainDictionary(xnyn, yn, yn, generalMaxSubStringLen);
modelEnemy.PredictDictionary(yn, generalMaxSubStringLen);
var response = new Response();
bool isMyDynamiteFinished = xnyn.Count(xiyi => xiyi.GetP1() == Move.D) == 100;
response.GetBestMoveFromPredictionDictionary(modelEnemy.predictionDictionary, isMyDynamiteFinished);
response.GetMoveFromString();
return(response.move);
}
case 6:
{
// RESPOND ACCORDING TO THEIR PATTERN
var modelEnemy = new Model1();
modelEnemy.TrainDictionary(xnyn, yn, yn, generalMaxSubStringLen);
modelEnemy.PredictDictionary(yn, generalMaxSubStringLen);
var response = new Response();
bool isMyDynamiteFinished = xnyn.Count(xiyi => xiyi.GetP1() == Move.D) == 100;
response.GetBestMoveFromPredictionDictionary(modelEnemy.predictionDictionary, isMyDynamiteFinished);
response.GetMoveFromString();
return(response.move);
}
case 7:
{
// RESPOND ACCORDING TO HOW I WOULD RESPOND TO MYSELF
var modelMe = new Model1();
modelMe.TrainDictionary(xnyn, yn, xn, generalEnemyMaxSubStringLen);
modelMe.PredictDictionary(yn, generalEnemyMaxSubStringLen);
var enemyResponse = new Response();
bool isEnemyDynamiteFinished = xnyn.Count(xiyi => xiyi.GetP2() == Move.D) == 100;
enemyResponse.GetBestMoveFromPredictionDictionary(modelMe.predictionDictionary, isEnemyDynamiteFinished);
var myResponse = new Response();
bool isMyDynamiteFinished = xnyn.Count(xiyi => xiyi.GetP1() == Move.D) == 100;
myResponse.GetBestMoveFromPrediction(enemyResponse.moveString, isMyDynamiteFinished);
myResponse.GetMoveFromString();
return(myResponse.move);
}
case 8:
{
// RESPOND ACCORDING TO HOW I WOULD RESPOND TO MYSELF
var modelMe = new Model1();
modelMe.TrainDictionary(xnyn, yn, xn, generalEnemyMaxSubStringLen);
modelMe.PredictDictionary(yn, generalEnemyMaxSubStringLen);
var enemyResponse = new Response();
bool isEnemyDynamiteFinished = xnyn.Count(xiyi => xiyi.GetP2() == Move.D) == 100;
enemyResponse.GetBestMoveFromPredictionDictionary(modelMe.predictionDictionary, isEnemyDynamiteFinished);
var myResponse = new Response();
bool isMyDynamiteFinished = xnyn.Count(xiyi => xiyi.GetP1() == Move.D) == 100;
myResponse.GetBestMoveFromPrediction(enemyResponse.moveString, isMyDynamiteFinished);
myResponse.GetMoveFromString();
return(myResponse.move);
}
case 9:
{
// RESPOND ACCORDING TO HOW I WOULD RESPOND TO MYSELF
var modelMe = new Model1();
modelMe.TrainDictionary(xnyn, yn, xn, generalEnemyMaxSubStringLen);
modelMe.PredictDictionary(yn, generalEnemyMaxSubStringLen);
var enemyResponse = new Response();
bool isEnemyDynamiteFinished = xnyn.Count(xiyi => xiyi.GetP2() == Move.D) == 100;
enemyResponse.GetBestMoveFromPredictionDictionary(modelMe.predictionDictionary, isEnemyDynamiteFinished);
var myResponse = new Response();
bool isMyDynamiteFinished = xnyn.Count(xiyi => xiyi.GetP1() == Move.D) == 100;
myResponse.GetBestMoveFromPrediction(enemyResponse.moveString, isMyDynamiteFinished);
myResponse.GetMoveFromString();
return(myResponse.move);
}
case 10:
{
return(PseudoRandomMove.GetPseudoRandomMove(xnyn));
}
default:
return(Move.D);
}
}
