private GridChain.enumDirectionType CombineDirections(GridChain.enumDirectionType lastDirection, GridChain.enumDirectionType newDirection)
{
if (lastDirection != GridChain.enumDirectionType.Straight)
{
return(lastDirection);
}
else
{
return(newDirection);
}
}
public void GenerateChain(int rowStart, int rowEnd, int nextStart, GridChain.enumDirectionType direction)
{
for (int index = 0; index <= rowEnd - rowStart; index++)
{
int fromSpot = rowStart + index;
int toSpot = nextStart + index;
Chain.AddGridChain(new GridChain()
{
Direction = direction,
StopNumberFrom = fromSpot,
StopNumberTo = toSpot
});
}
}
private bool CanMoveDirection(GridChain.enumDirectionType lastDirection, GridChain.enumDirectionType newDirection)
{
switch (lastDirection)
{
case GridChain.enumDirectionType.Inward:
return(newDirection != GridChain.enumDirectionType.Outward);
case GridChain.enumDirectionType.Outward:
return(newDirection != GridChain.enumDirectionType.Inward);
default:
return(true);
}
}
public void AddRoll(int startSpot, int dieNum, int endSpot, uint overshootTurnCount, uint overshootCount, GridChain.enumDirectionType direction, bool doesCrossFinish)
{
if (!_rollBySpotByDie.ContainsKey(startSpot))
{
_rollBySpotByDie.Add(startSpot, new Dictionary <int, List <Roll> >());
}
if (!_rollBySpotByDie[startSpot].ContainsKey(dieNum))
{
_rollBySpotByDie[startSpot].Add(dieNum, new List <Roll>());
}
Roll roll = new Roll()
{
Direction = direction,
DoesCrossFinish = doesCrossFinish,
EndSpot = endSpot,
OvershootCount = overshootCount,
OvershootTurnCount = overshootTurnCount,
StartSpot = startSpot
};
_rollBySpotByDie[startSpot][dieNum].Add(roll);
_rolls.Add(roll);
}
