private List <Card> GetCards(FlopBoard flopBoard, HoldingHoles heroHoles)
{
return(new List <Card>()
{
flopBoard.Flop1, flopBoard.Flop2, flopBoard.Flop3, heroHoles.Hole1, heroHoles.Hole2
});
}
private GridStatusInBoardRange TestGrid(FlopBoard flopBoard, RangeGrid grid)
{
var result = new GridStatusInBoardRange(grid.Category);
var rankTester = GetGridRankTester(flopBoard);
var rankResult = rankTester.Invoke(grid);
result.RankWiseStatus = rankResult;
switch (result.Category)
{
case GridCategoryEnum.Suited:
result.SuitedStatus = GetSuitedTester(flopBoard).Invoke(grid);
break;
case GridCategoryEnum.Paired:
result.PairedStatus = GetPairedTester(flopBoard).Invoke(grid);
break;
case GridCategoryEnum.Offsuit:
result.OffsuitStatus = GetOffsuitTester(flopBoard).Invoke(grid);
break;
}
return(result);
}
public bool ShouldAGridFoldToBoardByRank(RangeGrid grid, FlopBoard flopBoard)
{
switch (flopBoard.RankTexture)
{
case FlopBoardRankTextureEnum.ThreeSome:
return(new ThreeSomeRankTexture(flopBoard).ShouldAGridFoldToBet(grid));
case FlopBoardRankTextureEnum.HighPair:
return(new HighPairRankTexture(flopBoard).ShouldAGridFoldToBet(grid));
case FlopBoardRankTextureEnum.LowPair:
return(new LowPairRankTexture(flopBoard).ShouldAGridFoldToBet(grid));
case FlopBoardRankTextureEnum.Singles:
return(new SinglesRankTexture(flopBoard).ShouldAGridFoldToBet(grid));
}
throw new NotImplementedException();
}
private BoardRangeGridStatusEnum TestGrid(FlopBoard flopBoard, RangeGrid grid)
{
switch (flopBoard.RankTexture)
{
case FlopBoardRankTextureEnum.ThreeSome:
return(new ThreeSomeRankTexture(flopBoard).TestGridAgainstFlopBoard(grid));
case FlopBoardRankTextureEnum.HighPair:
return(new HighPairRankTexture(flopBoard).TestGridAgainstFlopBoard(grid));
case FlopBoardRankTextureEnum.LowPair:
return(new LowPairRankTexture(flopBoard).TestGridAgainstFlopBoard(grid));
case FlopBoardRankTextureEnum.Singles:
return(new SinglesRankTexture(flopBoard).TestGridAgainstFlopBoard(grid));
}
throw new NotImplementedException();
}
private Func <RangeGrid, BoardRangeGridStatusEnum> GetGridRankTester(FlopBoard flopBoard)
{
switch (flopBoard.RankTexture)
{
case FlopBoardRankTextureEnum.ThreeSome:
return(new ThreeSomeRankTexture(flopBoard).TestGridAgainstFlopBoard);
case FlopBoardRankTextureEnum.HighPair:
return(new HighPairRankTexture(flopBoard).TestGridAgainstFlopBoard);
case FlopBoardRankTextureEnum.LowPair:
return(new LowPairRankTexture(flopBoard).TestGridAgainstFlopBoard);
case FlopBoardRankTextureEnum.Singles:
return(new SinglesRankTexture(flopBoard).TestGridAgainstFlopBoard);
default:
throw new NotImplementedException();
}
}
public Dictionary <Tuple <SuitEnum, SuitEnum>, bool> ShouldAGridFoldToBoardBySuit(RangeGrid grid,
FlopBoard flopBoard, HoldingHoles heroHoles)
{
var conflictCards = new List <Card>()
{
heroHoles.Hole1, heroHoles.Hole2, flopBoard.Flop1, flopBoard.Flop2, flopBoard.Flop3
};
grid.EliminateConflicts(conflictCards);
switch (flopBoard.SuitTexture)
{
case FlopBoardSuitTextureEnum.SuitedThree:
return(new SuitedThreeSuitTexture(flopBoard).ShouldAGridFoldToBet(grid));
case FlopBoardSuitTextureEnum.SuitedTwo:
return(new SuitedTwoSuitTexture(flopBoard).ShouldAGridFoldToBet(grid));
case FlopBoardSuitTextureEnum.Rainbow:
return(new RainbowSuitTexture().ShouldAGridFoldToBet(grid));
default:
throw new InvalidOperationException();
}
}
private PlayerRange SqueezeOnCheck(PlayerRange previousRange, Move lastMove, int bigBlindSize, FlopBoard flopBoard, HoldingHoles heroHoles)
{
return(_playerRangeSqueezer.Squeeze(previousRange, grid => TestGrid(flopBoard, grid), TestOutcomeOnCheck, GetCards(flopBoard, heroHoles)));
}
private Func <RangeGrid, OffsuitStatus <BoardRangeGridStatusEnum> > GetOffsuitTester(FlopBoard flopBoard)
{
switch (flopBoard.SuitTexture)
{
case FlopBoardSuitTextureEnum.SuitedThree:
return(new SuitedThreeSuitTexture(flopBoard).TestOffsuitGrid);
case FlopBoardSuitTextureEnum.SuitedTwo:
return(new SuitedTwoSuitTexture(flopBoard).TestOffsuitGrid);
case FlopBoardSuitTextureEnum.Rainbow:
return(new RainbowSuitTexture().TestOffsuitGrid);
default:
throw new NotImplementedException();
}
}
public PlayerRange Squeeze(PlayerRange previousRange, Move lastMove, int bigBlindSize, FlopBoard flopBoard, HoldingHoles heroHoles)
{
Logger.Instance.Log($"Squeezing {lastMove.Player.Name}'s range based on his {lastMove.Decision.DecisionType} with {lastMove.Decision.ChipsAdded} chips");
switch (lastMove.Decision.DecisionType)
{
case DecisionType.AllIn:
case DecisionType.AllInRaise:
case DecisionType.Raise:
case DecisionType.Reraise:
return(SqueezeOnRaise(previousRange, lastMove, bigBlindSize, flopBoard, heroHoles));
case DecisionType.Ante:
return(previousRange);
case DecisionType.Call:
return(SqueezeOnCall(previousRange, lastMove, bigBlindSize, flopBoard, heroHoles));
case DecisionType.Check:
return(SqueezeOnCheck(previousRange, lastMove, bigBlindSize, flopBoard, heroHoles));
default:
throw new InvalidOperationException($"{lastMove.Decision.DecisionType} should not show in Preflop Squeeze");
}
}
public FlopFiveCardsEnumerator(FlopBoard flopBoard, HoldingHoles heroHoles)
{
FlopBoard = flopBoard;
HeroHoles = heroHoles;
}