public int GetCostValue(Attack a)
{
Mathos.Parser.MathParser parser = new Mathos.Parser.MathParser();
parser.LocalVariables.Add("LVL", LVL);
parser.LocalVariables.Add("HP", HP);
return((int)parser.Parse(a.costFormula));
}
///////////////////////////////////////////////////////////////////////////////////
#region funcs
private string CalcRes(string s)
{
Mathos.Parser.MathParser parser = new Mathos.Parser.MathParser();
parser.OperatorList = new List <string>()
{
"˄", "˅", "⊕", "→", "←", "↔", "↓", "|", "-"
};
// operators parse
parser.OperatorAction.Add("˄", delegate(decimal x1, decimal x2)
{
return(F1Conjunction(x1, x2));
});
parser.OperatorAction.Add("˅", delegate(decimal x1, decimal x2)
{
return(F7Disjunction(x1, x2));
});
parser.OperatorAction.Add("⊕", delegate(decimal x1, decimal x2)
{
return(F6SumMod2(x1, x2));
});
parser.OperatorAction.Add("→", delegate(decimal x1, decimal x2)
{
return(F13Implication(x1, x2));
});
parser.OperatorAction.Add("←", delegate(decimal x1, decimal x2)
{
return(F11ImplicationInvert(x1, x2));
});
parser.OperatorAction.Add("↔", delegate(decimal x1, decimal x2)
{
return(F9Equivalence(x1, x2));
});
parser.OperatorAction.Add("↓", delegate(decimal x1, decimal x2)
{
return(F8Peirce(x1, x2));
});
parser.OperatorAction.Add("|", delegate(decimal x1, decimal x2)
{
return(F14Sheffer(x1, x2));
});
// function parse (NotX)
parser.LocalFunctions.Add("!", delegate(decimal[] input)
{
return(F12NotX1(input[0]));
});
return(Convert.ToString(parser.Parse(s)));
}
public static double parse(string expr)
{
//try
//{
return(Convert.ToDouble(parser.Parse(expr)));
//}
//catch (Exception e)
//{
// Trace.WriteLine(e.Message + "\n");
// return 0.0;
//}
}
//расчёт точек для построения кривой
private PointF[] GetPoints(double a, double b, int numberOfPoints, string func)
{
double step = Math.Abs(b - a) / numberOfPoints;
PointF[] points = new PointF[numberOfPoints];
for (int i = 0; i <= numberOfPoints; i++)
{
string x = Convert.ToString(a + i * step);
parser.ProgrammaticallyParse("let x = " + x.ToString().Replace(",", "."));
if (i == numberOfPoints)
{
points[i - 1] = new PointF(float.Parse(x), (float)parser.Parse(func.Replace(",", ".")));
}
else
{
points[i] = new PointF(float.Parse(x), (float)parser.Parse(func.Replace(",", ".")));
}
}
return(points);
}
/// <summary>
/// Returns the value from an attack, based on the attack's formula
/// </summary>
/// <param name="attack"> Attack of object </param>
/// <returns> Integer amount </returns>
public int GetAttackValue(Attack a)
{
Mathos.Parser.MathParser parser = new Mathos.Parser.MathParser();
parser.LocalVariables.Add("LVL", LVL);
parser.LocalVariables.Add("HP", HP);
parser.LocalVariables.Add("CHP", CHP);
parser.LocalVariables.Add("MP", MP);
parser.LocalVariables.Add("CMP", CMP);
parser.LocalVariables.Add("STR", STR);
parser.LocalVariables.Add("DEX", DEX);
parser.LocalVariables.Add("INT", INT);
parser.LocalVariables.Add("LUK", LUK);
parser.LocalVariables.Add("PATK", PATK);
parser.LocalVariables.Add("MATK", MATK);
parser.LocalVariables.Add("PDEF", PDEF);
parser.LocalVariables.Add("MDEF", MDEF);
return((int)parser.Parse(a.damageFormula));
}
public void UnaryOperators()
{
var mp = new Mathos.Parser.MathParser();
var result = mp.Parse("-sin(5)");
}
public void UnaryOperators()
{
var mp = new Mathos.Parser.MathParser();
var result = mp.Parse("-sin(5)");
}