TypedMath 1.0.3

Typed Math

Sometimes when working with calculations I tend to get a touch of Dyscalculia. To avoid this from happening I created this project. At first it seemed like a pretty meaningless project, but soon I realized this could be useful. So I made it a nuget. It's all extensions to number types.

Instead of writing

var x = 10 * 32 + y;

you can write

var x = 10.MultipliedWith(32).Add(y);

The package contains namespaces for each of the data types in Visual Studio.

To use the extensions use any of the namespaces

using MarcusMedinaPro.TypedMath.ByteExtension; // Bytes
using MarcusMedinaPro.TypedMath.CharExtension; // Char
using MarcusMedinaPro.TypedMath.DecimalExtension; // Decimal
using MarcusMedinaPro.TypedMath.DoubleExtension; // Double
using MarcusMedinaPro.TypedMath.IntExtension; // Int
using MarcusMedinaPro.TypedMath.LongExtension; // Long
using MarcusMedinaPro.TypedMath.SByteExtension; // SByte
using MarcusMedinaPro.TypedMath.ShortExtension; // Short
using MarcusMedinaPro.TypedMath.UintExtension; // Uint
using MarcusMedinaPro.TypedMath.UlongExtension; //Ulong
using MarcusMedinaPro.TypedMath.UshorttExtension; //Ushort

Examples

Here is the list of functions available for most of the types. In this example I'm using double

using MarcusMedinaPro.TypedMath.DoubleExtension; // Double

Compares the current double to a value of almost any type.

    // bool GreaterThan(...);
    int x=10;
    double y=15.2;
    if (y.GreaterThan(x))
    { 
        // Do something
    }

    // bool LessThan(...);
    if (y.LessThan(x))
    { 
        // Do something
    }

Compare if the numbers are equal or not (this can be tricky when using decimals though)

    // bool IsEqual(...);
    int x=10;
    double y=15.2;
    if (x.IsEqual(y))
    { 
        // Do something
    }

    // bool IsNotEqual(...);
    if (x.IsNotEqual(y))
    { 
        // Do something
    }

Check if the value is positive or negative

    // bool IsNegative();

    double y=-2;
    if (y.IsNegative())
    { 
        // Do something
    }

    // bool IsPositive();
    if (y.Positive())
    { 
        // Do something
    }

Add and Substract can also be done in typed form.

    // double Add(...);
    double y = 12;
    int x=14;
    var res = y.add(x);

    // double Substract(...);
    res = y.Substract(x);

Divide, Multiply and Modulus are also available

    // double DividedBy(...);
    int x = 10;
    int y = 12;
    var res = y.DividedBy(x);

    // double MultipliedWith(...);
    res = y.MultipliedWith(x);

    // double Modulus(...);
    res = y.Modulus(x);

Cast to another type if you don't like using var x=(int)myDouble;

    // byte CastDoubleToByte();
    double y = 13.37;
    var b= y.CastDoubleToByte()

    // char CastDoubleToChar();
    var c = y.CastDoubleToChar();

    // decimal CastDoubleToDecimal();
    var d = y.CastDoubleToDecimal()    

    // int CastDoubleToInt();
    var i = y.CastDoubleToInt();

    // long CastDoubleToLong(...);
    var l =  = y.CastDoubleToLong();

    // sbyte CastDoubleToSbyte(...);
    var sb= = y.CastDoubleToSbyte(); 

    // short CastDoubleToShort(...);
    var sh= y.CastDoubleToShort()
    
    // uint CastDoubleToUint(...);
    var ui = y.CastDoubleToUint();
    
    // ulong CastDoubleToUlong(...);
    var ul = y.CastDoubleToLong();

    // ushort CastDoubleToUshort(...);
    var usr= = y.CastDoubleToUShort();

Source code

You can find the code at https://github.com/MarcusMedina/TypedMath

Nuget

The nuget is available at https://www.nuget.org/packages/TypedMath/

Collaboration

Feel free to add suggest or send a pull request to my github.

Thanks

• The icon is GPL from http://www.iconarchive.com/show/ios7-icons-by-icons8/Science-Math-icon.html.

Cheers. Marcus