| public static valueOf ( decimal m ) : BigDecimal | ||
| m | decimal | |
| return | BigDecimal | |
public static BigDecimal toDecimal(Number self)
{
if (self is BigDecimal)
{
return((BigDecimal)self);
}
//if (self is Long) return BigDecimal.valueOf(self.longValue());
return(BigDecimal.valueOf(self.doubleValue()));
}
public static BigDecimal fromStr(string s, bool check)
{
try
{
return(BigDecimal.valueOf(s));
}
catch (System.FormatException)
{
if (!check)
{
return(null);
}
throw ParseErr.make("BigDecimal", s).val;
}
}
public static BigDecimal multInt(BigDecimal self, long x)
{
return(self.multiply(BigDecimal.valueOf(x)));
}
public static BigDecimal divInt(BigDecimal self, long x)
{
return(self.divide(BigDecimal.valueOf(x)));
}
public static BigDecimal plusDecimal(double self, BigDecimal x)
{
return(BigDecimal.valueOf(self).add(x));
}
public static BigDecimal divDecimal(double self, BigDecimal x)
{
return(BigDecimal.valueOf(self).divide(x));
}
public BigDecimal subtract(BigDecimal that)
{
return(BigDecimal.valueOf(val - that.val));
}
public BigDecimal remainder(BigDecimal that)
{
return(BigDecimal.valueOf(val % that.val));
}
public static BigDecimal minusInt(BigDecimal self, long x)
{
return(self.subtract(BigDecimal.valueOf(x)));
}
public static BigDecimal plusFloat(BigDecimal self, double x)
{
return(self.add(BigDecimal.valueOf(x)));
}
public static BigDecimal plusInt(BigDecimal self, long x)
{
return(self.add(BigDecimal.valueOf(x)));
}
public static BigDecimal modFloat(BigDecimal self, double x)
{
return(self.remainder(BigDecimal.valueOf(x)));
}
public static BigDecimal modInt(BigDecimal self, long x)
{
return(self.remainder(BigDecimal.valueOf(x)));
}
public static BigDecimal divFloat(BigDecimal self, double x)
{
return(self.divide(BigDecimal.valueOf(x)));
}
public BigDecimal multiply(BigDecimal that)
{
return(BigDecimal.valueOf(val * that.val));
}
public BigDecimal divide(BigDecimal that)
{
return(BigDecimal.valueOf(val / that.val));
}
public static BigDecimal minusFloat(BigDecimal self, double x)
{
return(self.subtract(BigDecimal.valueOf(x)));
}
public BigDecimal add(BigDecimal that)
{
return(BigDecimal.valueOf(val + that.val));
}
//////////////////////////////////////////////////////////////////////////
// Math
//////////////////////////////////////////////////////////////////////////
public static BigDecimal abs(BigDecimal self)
{
return((self.decimalValue() >= 0) ? self : BigDecimal.valueOf(-self.decimalValue()));
}
public static BigDecimal multDecimal(double self, BigDecimal x)
{
return(BigDecimal.valueOf(self).multiply(x));
}
//////////////////////////////////////////////////////////////////////////
// Operators
//////////////////////////////////////////////////////////////////////////
public static BigDecimal negate(BigDecimal self)
{
return(BigDecimal.valueOf(-self.decimalValue()));
}
public static BigDecimal modDecimal(double self, BigDecimal x)
{
return(BigDecimal.valueOf(self).remainder(x));
}
public static BigDecimal decrement(BigDecimal self)
{
return(BigDecimal.valueOf(self.decimalValue() - 1));
}
public static BigDecimal minusDecimal(double self, BigDecimal x)
{
return(BigDecimal.valueOf(self).subtract(x));
}
public static BigDecimal multFloat(BigDecimal self, double x)
{
return(self.multiply(BigDecimal.valueOf(x)));
}
