public void Successfully_ApplyDisadvantage()
{
var node = new KeepNode(KeepType.Disadvantage, null)
{
Expression = _1d20
};
EvaluateNode(node, Data(AdvantageConf), 2, "1d20.disadvantage() => 2 + 19* => 2");
}
public void ThrowNegativeDice_WhenKeepingNegativeDice()
{
var node = new KeepNode(KeepType.KeepHigh, MinusOne)
{
Expression = _4d6
};
EvaluateNode(node, Data(StatConf), DiceErrorCode.NegativeDice);
}
public void Successfully_KeepLowest()
{
var node = new KeepNode(KeepType.KeepLow, One)
{
Expression = _4d6
};
EvaluateNode(node, Data(StatConf), 4, "4d6.keepLowest(1) => 5* + 3* + 6!* + 1! => 1");
}
public void Successfully_ApplyAdvantage()
{
var node = new KeepNode(KeepType.Advantage, null)
{
Expression = _1d20
};
EvaluateNode(node, Data(AdvantageConf), 2, "1d20.advantage() => 2* + 19 => 19");
}
public void Successfully_DropLowest()
{
var node = new KeepNode(KeepType.DropLow, One)
{
Expression = _4d6
};
EvaluateNode(node, Data(StatConf), 4, "4d6.dropLowest(1) => 5 + 3 + 6! + 1!* => 14");
}
public void Successfully_DropHighest()
{
var node = new KeepNode(KeepType.DropHigh, One)
{
Expression = _4d6
};
EvaluateNode(node, Data(StatConf), 4, "4d6.dropHighest(1) => 5 + 3 + 6!* + 1! => 9");
}
public void Successfully_AllowKeepingZeroDice()
{
var node = new KeepNode(KeepType.KeepHigh, Zero)
{
Expression = _4d6
};
EvaluateNode(node, Data(StatConf), 4, "4d6.keepHighest(0) => 5* + 3* + 6!* + 1!* => 0");
}
public void Successfully_AllowDroppingMoreDiceThanExist()
{
var node = new KeepNode(KeepType.DropHigh, Five)
{
Expression = _4d6
};
EvaluateNode(node, Data(StatConf), 4, "4d6.dropHighest(5) => 5* + 3* + 6!* + 1!* => 0");
}
public void CountSuccesses_WhenKeepingSuccessDice()
{
var success = new SuccessNode(greaterEqual5, equal1)
{
Expression = _4d6
};
var node = new KeepNode(KeepType.DropLow, One)
{
Expression = success
};
EvaluateNode(node, Data(StatConf), 4, "4d6.success(>=5).failure(=1).dropLowest(1) => $5 + 3 + $6 + 1* => 2 successes");
}
public void Successfully_IgnoreDroppedDice()
{
var drop = new KeepNode(KeepType.DropLow, One)
{
Expression = _4d6
};
var node = new SuccessNode(greaterEqual5, equal1)
{
Expression = drop
};
EvaluateNode(node, Data(SuccessConf), 4, "4d6.dropLowest(1).success(>=5).failure(=1) => 4 + $5 + 1* + $6 => 2 successes");
}
