public override int CompareTo(JavaScriptObject obj)
{
JavaScriptFloat number = (JavaScriptFloat)obj;
return(value.CompareTo(number.value));
}
public JavaScriptFloat Remainder(JavaScriptFloat divisor)
{
return(new JavaScriptFloat(value % divisor.value));
}
public JavaScriptFloat Power(JavaScriptFloat n)
{
return(new JavaScriptFloat(Math.Pow(value, n.value)));
}
public JavaScriptFloat Multiply(JavaScriptFloat multiplicand)
{
return(new JavaScriptFloat(value * multiplicand.value));
}
public JavaScriptFloat Divide(JavaScriptFloat divisor)
{
return(new JavaScriptFloat(value / divisor.value));
}
public JavaScriptFloat Add(JavaScriptFloat augend)
{
return(new JavaScriptFloat(value + augend.value));
}
public JavaScriptFloat Subtract(JavaScriptFloat subtrahend)
{
return(new JavaScriptFloat(value - subtrahend.value));
}
public JavaScriptFloat Power(JavaScriptFloat n)
{
return new JavaScriptFloat(Math.Pow(value, n.value));
}
public FloatNode(SourcePosition sourcePosition, string number)
: base(sourcePosition)
{
this.number = new JavaScriptFloat(number);
}
public JavaScriptFloat Multiply(JavaScriptFloat multiplicand)
{
return new JavaScriptFloat(value * multiplicand.value);
}
public JavaScriptFloat Divide(JavaScriptFloat divisor)
{
return new JavaScriptFloat(value / divisor.value);
}
public JavaScriptFloat Add(JavaScriptFloat augend)
{
return new JavaScriptFloat(value + augend.value);
}
public JavaScriptFloat Subtract(JavaScriptFloat subtrahend)
{
return new JavaScriptFloat(value - subtrahend.value);
}
public JavaScriptFloat Remainder(JavaScriptFloat divisor)
{
return new JavaScriptFloat(value % divisor.value);
}
