public MiMFa_Percent SetValue(MiMFa_Percent percent)
{
None = percent.None;
Positive = percent.Positive;
Negative = percent.Negative;
return(this);
}
public MiMFa_Percent(MiMFa_Percent mp)
{
Positive = mp.Positive;
None = mp.None;
Negative = mp.Negative;
FinalScore = mp.FinalScore;
}
public MiMFa_Percent RemoveValue(MiMFa_Percent percent)
{
None -= percent.None;
Positive -= percent.Positive;
Negative -= percent.Negative;
return(this);
}
public static MiMFa_Percent Min(MiMFa_Percent op1, MiMFa_Percent op2)
{
if (op1 < op2)
{
return(op1);
}
return(op2);
}
public static MiMFa_Percent Max(MiMFa_Percent op1, MiMFa_Percent op2)
{
if (op1 > op2)
{
return(op1);
}
return(op2);
}
public static MiMFa_Percent operator *(MiMFa_Percent op1, decimal op2)
{
var op = new MiMFa_Percent(0, 0, 0);
op.SetValue(op1.Negative * op2);
op.SetValue(op1.Positive * op2);
op.SetValue(op1.None * op2, true);
return(op);
}
public static MiMFa_Percent operator /(MiMFa_Percent op1, MiMFa_Percent op2)
{
var op = new MiMFa_Percent(0, 0, 0);
op.SetValue(op1.Negative / op2.Negative);
op.SetValue(op1.Positive / op2.Positive);
op.SetValue(op1.None / op2.None, true);
return(op);
}
public static decimal GetValue(MiMFa_Percent th)
{
switch (th.FinalScore)
{
case MiMFa_Score.Null:
return(th.None);
case MiMFa_Score.Positive:
return(th.Positive);
case MiMFa_Score.Negative:
return(th.Negative);
case MiMFa_Score.Both:
return(th.Positive + th.Negative + th.None);
default:
return(th.Positive);
}
}