public void Evaluate_Should_ReturnFalseIfMoveOneIsOne()
{
var inaccuracyRule = new InaccuracyRule();
var boardState = new BoardState();
boardState.Initialize(new List <TreeMove>
{
new TreeMove()
}, ColorEnum.White);
var result = inaccuracyRule.Evaluate(boardState);
Assert.False(result);
}
public void Evaluate_Should_ReturnTrueIfInaccuracyThresholdIsMetAndMistakeThresholdIsNotMet()
{
var inaccuracyRule = new InaccuracyRule();
var boardState = new BoardState();
boardState.Initialize(new List <TreeMove>
{
new TreeMove
{
FullPath = "1 2 3 4 5 6 7 8 9 10",
EngineEvaluations = new List <EngineEvaluation>
{
new EngineEvaluation {
EvaluationCentipawns = 0
}
},
Move = "d2d4"
},
new TreeMove
{
FullPath = "1 2 3 4 5 6 7 8 9 10 11",
EngineEvaluations = new List <EngineEvaluation>
{
new EngineEvaluation {
EvaluationCentipawns = RuleConsts.inaccuracyThreshold
}
},
Move = "f8e7"
}
}, ColorEnum.White);
boardState.SetNextTreeMove();
var result = inaccuracyRule.Evaluate(boardState);
Assert.True(result);
}