public int calculateDice(int totalDiceNum, int dic3, int dic6)
{
if ((dic3 + dic6) > totalDiceNum)
{
return(0);
}
int[] resD3Array = new int[dice3Amount];
int _RollD3resSUM = 0;
int[] resD6Array = new int[dice6Amount];
int _RollD6resSUM = 0;
for (int i = 0; i < dice3Amount; i++)
{
Dice tem = new Dice3();
tem.Roll();
resD3Array[i] = tem.getDiceRes();
Debug.Log(tem.getDiceRes());
_RollD3resSUM += tem.getDiceRes();
}
Debug.Log(dice3Amount + " 颗三面骰子的和 " + _RollD3resSUM);
for (int i = 0; i < dice6Amount; i++)
{
Dice tem = new Dice6();
tem.Roll();
resD6Array[i] = tem.getDiceRes();
Debug.Log(tem.getDiceRes());
_RollD6resSUM += tem.getDiceRes();
}
Debug.Log(dice6Amount + " 颗六面骰子的和 " + _RollD6resSUM);
return(_RollD3resSUM + _RollD6resSUM);
}
public int calculateDice(int dic3, int dic6)
{
resD3Array = new int[dic3];
int _RollD3resSUM = 0;
resD6Array = new int[dic6];
int _RollD6resSUM = 0;
for (int i = 0; i < dic3; i++)
{
Dice tem = new Dice3();
tem.Roll();
resD3Array[i] = tem.getDiceRes();
// Debug.Log(tem.getDiceRes());
_RollD3resSUM += tem.getDiceRes();
}
// Debug.Log(dic3 + " 颗三面骰子的和 " + _RollD3resSUM);
for (int i = 0; i < dic6; i++)
{
Dice tem = new Dice6();
tem.Roll();
resD6Array[i] = tem.getDiceRes();
// Debug.Log(tem.getDiceRes());
_RollD6resSUM += tem.getDiceRes();
}
// Debug.Log(dic6+ " 颗六面骰子的和 " + _RollD6resSUM);
int _sum = _RollD3resSUM + _RollD6resSUM;
// Debug.Log(dic3 + " 颗三面骰子和 " + dic6 + " 颗六面骰子的结果为 " + _sum);
return(_RollD3resSUM + _RollD6resSUM);
}
public void throwSeverald3Test()
{
Dice dice = new Dice3(new VisualStudioRandomGenerator());
for (int i = 0; i < 100; i++)
{
int dvalue = (int)dice.rollADice();
Assert.IsTrue(1 <= dvalue && dvalue <= 3, "value not fit for d3:" + dvalue);
}
}
void ZeroingOut()
{
totalDamage = 0;
HowManyDicesKnown = 0;
Dice1.ChangeAttack(0);
Dice2.ChangeAttack(0);
Dice3.ChangeAttack(0);
Dice4.ChangeAttack(0);
Dice1.whatadice = false;
Dice2.whatadice = false;
Dice3.whatadice = false;
Dice4.whatadice = false;
d1WasAdded = false;
d2WasAdded = false;
d3WasAdded = false;
d4WasAdded = false;
}
//我只想丢dic3个骰子， 不关心是几面的
public int calculateDice(int dic3)
{
if (dic3 > 0)
{
int[] resD3Array = new int[dic3];
int _RollD3resSUM = 0;
for (int i = 0; i < dic3; i++)
{
Dice tem = new Dice3();
tem.Roll();
resD3Array[i] = tem.getDiceRes();
// Debug.Log(tem.getDiceRes());
_RollD3resSUM += tem.getDiceRes();
}
// Debug.Log(dic3 + " 颗三面骰子的和 " + _RollD3resSUM);
return(_RollD3resSUM);
}
return(0);
}
/// <summary>
/// Roll the dices and return their values.
/// </summary>
/// <param name="dice1">First dice. If true, the dice value will be processed again.</param>
/// <param name="dice2">Second dice. If true, the dice value will be processed again.</param>
/// <param name="dice3">Third dice. If true, the dice value will be processed again.</param>
public void RollDices()
{
if (!this.Dice1.Checked)
{
Dice1.Roll();
}
if (!this.Dice2.Checked)
{
Dice2.Roll();
}
if (!this.Dice3.Checked)
{
Dice3.Roll();
}
// Sorts the score so it's shown from the bigger number to the lowest.
char[] arrayTmp = (Dice1.ToString() + Dice2.ToString() + Dice3.ToString()).ToArray();
Array.Sort(arrayTmp);
Array.Reverse(arrayTmp);
GamePlayers.CurrentPlayer.DiceRoll = Convert.ToInt32(new string(arrayTmp));
GamePlayers.CurrentPlayer.PlaysLeft--;
}
/// <summary>
/// Resets the dices.
/// </summary>
private void ResetDices()
{
Dice1.Reset();
Dice2.Reset();
Dice3.Reset();
}
public void throw1d3Test()
{
Dice dice = new Dice3(new FakeRandomGenerator());
Assert.AreEqual(DiceValue.PlusOne, dice.rollADice());
}
