private int GetSL_Ranged(int difficulty)
{
DiceList dicesA;
int result;
dicesA = new DiceList(AttackDice, "ranged");
result = dicesA.Result() - difficulty;
// reroll 1
// reroll 2
// reroll 3
result = Math.Max(-1, result);
result = Math.Min(10, result);
return(result);
}
private int GetSL_Melee(Profile Defender)
{
DiceList dicesA, dicesD;
int result;
dicesA = new DiceList(AttackDice, "melee");
dicesD = new DiceList(Defender.DefenceDice, "melee");
// Careful, if you use reroll, the all process must be remade
if (this.Treats.UnbreakableStrike.Has)
{
dicesD.RemoveHighestDice();
}
if (Defender.Treats.ImpenetrableDefence.Has)
{
dicesA.RemoveHighestDice();
}
result = dicesA.Result() - dicesD.Result();
// brutal / parry
if (this.Treats.Brutal.Has)
{
result += this.Treats.Brutal.Value;
}
if (Defender.Treats.Parry.Has)
{
result -= this.Treats.Parry.Value;
}
// reroll 1
// reroll 2
// reroll 3
if (result == 0 && dicesA.DicesList.Count < dicesD.DicesList.Count)
{
result = -1;
}
result = Math.Max(-1, result);
result = Math.Min(10, result);
return(result);
}
private int GetSL_Opposed(Profile Defender)
{
DiceList dicesA, dicesB;
int result;
dicesA = new DiceList(AttackDice, "opposed");
dicesB = new DiceList(Defender.DefenceDice, "opposed");
result = dicesA.Result() - dicesB.Result() + AttackBonus - Defender.DefenceBonus;
if (result == 0 && dicesA.DicesList.Count < dicesB.DicesList.Count)
{
result = -1;
}
result = Math.Max(-1, result);
result = Math.Min(10, result);
return(result);
}
static public bool TestMeleeDice()
{
bool functionnal = true;
DiceList dices = new DiceList(3, "melee");
// 2 ; 1 ; 2-3 ; 2-1 ; 6 - 2 ; 6-6 ; 5-3-2 ; 5-3-1 ; 6-6-2 ; 6-6-6-6
// 2 / 2
if (Test.verbose)
{
Output.Print("Test dices with 2: ");
}
dices.DicesList = new List <int>();
dices.DicesList.Add(2);
dices.TreatList();
functionnal &= Test.TestValue(2, dices.Result());
// 3-2 / 4
if (Test.verbose)
{
Output.Print("Test dices with 3-2: ");
}
dices.DicesList = new List <int>();
dices.DicesList.Add(3);
dices.DicesList.Add(2);
dices.TreatList();
functionnal &= Test.TestValue(4, dices.Result());
// 2-1 / 2
if (Test.verbose)
{
Output.Print("Test dices with 2-1: ");
}
dices.DicesList = new List <int>();
dices.DicesList.Add(2);
dices.DicesList.Add(1);
dices.TreatList();
functionnal &= Test.TestValue(2, dices.Result());
// 6-2 / 7
if (Test.verbose)
{
Output.Print("Test dices with 6-2: ");
}
dices.DicesList = new List <int>();
dices.DicesList.Add(6);
dices.DicesList.Add(2);
dices.TreatList();
functionnal &= Test.TestValue(7, dices.Result());
// 6-6 / 8
if (Test.verbose)
{
Output.Print("Test dices with 6-6: ");
}
dices.DicesList = new List <int>();
dices.DicesList.Add(6);
dices.DicesList.Add(6);
dices.TreatList();
functionnal &= Test.TestValue(8, dices.Result());
// 5-3-2 / 7
if (Test.verbose)
{
Output.Print("Test dices with 5-3-2: ");
}
dices.DicesList = new List <int>();
dices.DicesList.Add(5);
dices.DicesList.Add(3);
dices.DicesList.Add(2);
dices.TreatList();
functionnal &= Test.TestValue(7, dices.Result());
// 5-3-1 / 6
if (Test.verbose)
{
Output.Print("Test dices with 5-3-1: ");
}
dices.DicesList = new List <int>();
dices.DicesList.Add(5);
dices.DicesList.Add(3);
dices.DicesList.Add(1);
dices.TreatList();
functionnal &= Test.TestValue(6, dices.Result());
// 6-6-2 / 8
if (Test.verbose)
{
Output.Print("Test dices with 6-6-2: ");
}
dices.DicesList = new List <int>();
dices.DicesList.Add(6);
dices.DicesList.Add(6);
dices.DicesList.Add(2);
dices.TreatList();
functionnal &= Test.TestValue(9, dices.Result());
// 6-6-6-6 / 11
if (Test.verbose)
{
Output.Print("Test dices with 6-6-6-6: ");
}
dices.DicesList = new List <int>();
dices.DicesList.Add(6);
dices.DicesList.Add(6);
dices.DicesList.Add(6);
dices.DicesList.Add(6);
dices.TreatList();
functionnal &= Test.TestValue(11, dices.Result());
return(functionnal);
}