public override int ComputeHash()
{
int result = 1;
result = 31 * result + NumberValues.hash(_crs.Code);
result = 31 * result + NumberValues.hash(_coordinate);
return(result);
}
public override bool Equals(Value other)
{
if (other is IntegralValue)
{
IntegralValue that = ( IntegralValue )other;
return(this.LongValue() == that.LongValue());
}
else if (other is FloatingPointValue)
{
FloatingPointValue that = ( FloatingPointValue )other;
return(NumberValues.NumbersEqual(that.DoubleValue(), this.LongValue()));
}
else
{
return(false);
}
}
public override int CompareTo(FloatingPointArray other)
{
return(NumberValues.CompareIntegerVsFloatArrays(this, other));
}
public override int CompareTo(IntegralArray other)
{
return(NumberValues.CompareIntegerArrays(this, other));
}
public override int ComputeHash()
{
return(NumberValues.hash(_value));
}
internal override int UnsafeCompareTo(Value otherValue)
{
return(NumberValues.CompareBooleanArrays(this, ( BooleanArray )otherValue));
}
public override int CompareTo(FloatingPointValue other)
{
return(NumberValues.CompareLongAgainstDouble(LongValue(), other.DoubleValue()));
}
public override int ComputeHash()
{
return(NumberValues.Hash(LongValue()));
}
public override bool Equals(double x)
{
return(NumberValues.NumbersEqual(x, LongValue()));
}
public override int CompareTo(IntegralValue other)
{
return(NumberValues.CompareDoubleAgainstLong(DoubleValue(), other.LongValue()));
}
public override bool Equals(long x)
{
return(NumberValues.NumbersEqual(DoubleValue(), x));
}
public override int CompareTo(IntegralArray other)
{
return(-NumberValues.CompareIntegerVsFloatArrays(other, this));
}