Add Math functions Microsoft MSDN link

Author: codingseb

README.md

@@ -166,36 +166,36 @@ The evaluation of functions names is case insensitive.
 
 |Name|Description|Example|Result|
 |---|---|---|---|
-|**Abs**(double number)|Return a double that is the absolute value of number|`Abs(-3.2d)`|`3.2d`|
-|**Acos**(double d)|Return a double value that is the angle in radian whose d is the cosine<br/>d must be betwteen -1 and 1|`Acos(-0.5d)`|`2.0943951023032d`|
+|**[Abs](https://msdn.microsoft.com/en-us/library/f2yzeea2(v=vs.110).aspx)**(double number)|Return a double that is the absolute value of number|`Abs(-3.2d)`|`3.2d`|
+|**[Acos](https://msdn.microsoft.com/en-us/library/system.math.acos(v=vs.110).aspx)**(double d)|Return a double value that is the angle in radian whose d is the cosine<br/>d must be betwteen -1 and 1|`Acos(-0.5d)`|`2.0943951023032d`|
 |**Array**(object obj1, object obj2 ,...)|Return a array (System.Object[]) of all given arguments|`Array(1, "Hello", true)`|`new object[]{1, "Hello", true}`|
-|**Asin**(double d)|Return a double value that is the angle in radian whose d is the sine<br/>d must be betwteen -1 and 1|`Asin(-0.2d)`|`0.304692654015398d`|
-|**Atan**(double d)|Return a double value that is the angle in radian whose d is the tangent|`Atan(2.1)`|`1.1263771168938d`|
-|**Atan2**(double x, double y)|Return a double value that is the angle in radian whose the tangente is the quotient of x and y<br/>|`Atan2(2.1d, 3.4d)`|`0.553294325322293d`|
+|**[Asin](https://msdn.microsoft.com/en-us/library/system.math.asin(v=vs.110).aspx)**(double d)|Return a double value that is the angle in radian whose d is the sine<br/>d must be betwteen -1 and 1|`Asin(-0.2d)`|`0.304692654015398d`|
+|**[Atan](https://msdn.microsoft.com/en-us/library/system.math.atan(v=vs.110).aspx)**(double d)|Return a double value that is the angle in radian whose d is the tangent|`Atan(2.1)`|`1.1263771168938d`|
+|**[Atan2](https://msdn.microsoft.com/en-us/library/system.math.atan2(v=vs.110).aspx)**(double x, double y)|Return a double value that is the angle in radian whose the tangente is the quotient of x and y<br/>|`Atan2(2.1d, 3.4d)`|`0.553294325322293d`|
 |**Avg**(double nb1, double nb2 ,...)|Return a double value that is the average value of all given arguments|`Avg(1, 2.5, -4, 6.2)`|`1.425d`|
-|**Ceiling**(double a)|Return a double value that is the smallest integer greater than or equal to the specified number.|`Ceiling(4.23d)`|`5d`|
-|**Cos**(double angle)|Return a double value that is the cosine of the specified angle in radian|`Cos(2 * Pi)`|`1d`|
-|**Cosh**(double angle)|Return a double value that is the hyperbolic cosine of the specified angle in radian|`Cosh(2d)`|`3.76219569108363d`|
-|**Exp**(double d)|Return a double value that is e raised to the specified d power|`Exp(3d)`|`20.0855369231877d`|
-|**Floor**(double d)|Return a double value that is the largest integer less than or equal to the specified d argument|`Floor(4.23d)`|`4d`|
+|**[Ceiling](https://msdn.microsoft.com/en-us/library/zx4t0t48(v=vs.110).aspx)**(double a)|Return a double value that is the smallest integer greater than or equal to the specified number.|`Ceiling(4.23d)`|`5d`|
+|**[Cos](https://msdn.microsoft.com/en-us/library/system.math.cos(v=vs.110).aspx)**(double angle)|Return a double value that is the cosine of the specified angle in radian|`Cos(2 * Pi)`|`1d`|
+|**[Cosh](https://msdn.microsoft.com/en-us/library/system.math.cosh(v=vs.110).aspx)**(double angle)|Return a double value that is the hyperbolic cosine of the specified angle in radian|`Cosh(2d)`|`3.76219569108363d`|
+|**[Exp](https://msdn.microsoft.com/en-us/library/system.math.exp(v=vs.110).aspx)**(double d)|Return a double value that is e raised to the specified d power|`Exp(3d)`|`20.0855369231877d`|
+|**[Floor](https://msdn.microsoft.com/en-us/library/e0b5f0xb(v=vs.110).aspx)**(double d)|Return a double value that is the largest integer less than or equal to the specified d argument|`Floor(4.23d)`|`4d`|
 |**[IEEERemainder](https://msdn.microsoft.com/en-us/library/system.math.ieeeremainder(v=vs.110).aspx)**(double x, double y)|Return a double value that is the remainder resulting from the division of x by y|`IEEERemainder(9, 8)`|`1d`|
 |**if**(bool condition, object yes, object no)|Return the yes object value if condition is true.<br/>Return the no object if condition is false|`if(1>2, "It is true", "It is false")`|`"It is false"`|
 |**in**(object valueToFind, object obj1, object obj2...)|Return a boolean value that indicate if the first argument is found in the other arguments|`in(8, 4, 2, 8)`|`true`|
 |**List**(object obj1, object obj2 ,...)|Return a List (System.Collections.Generic.List<object>) of all given arguments|`List(1, "Hello", true)`|`new List<object>(){1, "Hello", true}`|
-|**Log**(double a, double base)|Return a double value that is the logarithm of a in the specified base|`Log(64d, 2d)`|`6d`|
-|**Log10**(double a)|Return a double value that is the base 10 logarithm of a specified a|`Log10(1000d)`|`3d`|
+|**[Log](https://msdn.microsoft.com/en-us/library/system.math.log(v=vs.110).aspx)**(double a, double base)|Return a double value that is the logarithm of a in the specified base|`Log(64d, 2d)`|`6d`|
+|**[Log10](https://msdn.microsoft.com/en-us/library/system.math.log10(v=vs.110).aspx)**(double a)|Return a double value that is the base 10 logarithm of a specified a|`Log10(1000d)`|`3d`|
 |**Max**(double nb1, double nb2 ,...)|Return a double value that is the maximum value of all given arguments|`Max(1d, 2.5d, -4d)`|`2.5d`|
 |**Min**(double nb1, double nb2 ,...)|Return a double value that is the minimum value of all given arguments|`Min(1d, 2.5d, -4d)`|`-4d`|
 |**new**(TypeOrClass, constructorArg1, constructorArg2 ...)|Create an instance of the specified class as first argument and return it. A optional list of additional arguments can be passed as constructor arguments|`new(Random).next(0,10)`|`5d // or a random value between 1 and 9`|
-|**Pow**(double x, double y)|Return a double value that is x elevate to the power y|`Pow(2,4)`|`16d`|
-|**Round**(double d, (optional) int digits)|Rounds d to the nearest integer or specified number of decimal places.|`Round(2.432,1)`|`2.4d`|
-|**Sign**(double d)|Return 1,-1 or 0 indicating the sign of d|`Sign(-12)`|`-1d`|
-|**Sin**(double angle)|Return a double value that is the sine of the specified angle in radian|`Sin(Pi/2)`|`1d`|
-|**Sinh**(double angle)|Return a double value that is the hyperbolic sine of the specified angle in radian|`Sinh(2d)`|`3.62686040784702d`|
-|**Sqrt**(double d)|Return a double value that is the square root of the specified d value|`Sqrt(4d)`|`2d`|
-|**Tan**(double angle)|Return a double value that is the tangent of the specified angle in radian|`Tan(Pi / 4)`|`1d`|
-|**Tanh**(double angle)|Return a double value that is the hyperbolic tangent of the specified angle in radian|`Tanh(2d)`|`0.964027580075817d`|
-|**Truncate**(double d)|Return a double value that is the integer part of the specified d value|`Truncate(2.45d)`|`2d`|
+|**[Pow](https://msdn.microsoft.com/en-us/library/system.math.pow(v=vs.110).aspx)**(double x, double y)|Return a double value that is x elevate to the power y|`Pow(2,4)`|`16d`|
+|**[Round](https://msdn.microsoft.com/en-us/library/system.math.round(v=vs.110).aspx)**(double d, (optional) int digits)|Rounds d to the nearest integer or specified number of decimal places.|`Round(2.432,1)`|`2.4d`|
+|**[Sign](https://msdn.microsoft.com/en-us/library/system.math.sign(v=vs.110).aspx)**(double d)|Return 1,-1 or 0 indicating the sign of d|`Sign(-12)`|`-1d`|
+|**[Sin](https://msdn.microsoft.com/en-us/library/system.math.sin(v=vs.110).aspx)**(double angle)|Return a double value that is the sine of the specified angle in radian|`Sin(Pi/2)`|`1d`|
+|**[Sinh](https://msdn.microsoft.com/en-us/library/system.math.sinh(v=vs.110).aspx)**(double angle)|Return a double value that is the hyperbolic sine of the specified angle in radian|`Sinh(2d)`|`3.62686040784702d`|
+|**[Sqrt](https://msdn.microsoft.com/en-us/library/system.math.sqrt(v=vs.110).aspx)**(double d)|Return a double value that is the square root of the specified d value|`Sqrt(4d)`|`2d`|
+|**[Tan](https://msdn.microsoft.com/en-us/library/system.math.tan(v=vs.110).aspx)**(double angle)|Return a double value that is the tangent of the specified angle in radian|`Tan(Pi / 4)`|`1d`|
+|**[Tanh](https://msdn.microsoft.com/en-us/library/system.math.tanh(v=vs.110).aspx)**(double angle)|Return a double value that is the hyperbolic tangent of the specified angle in radian|`Tanh(2d)`|`0.964027580075817d`|
+|**[Truncate](https://msdn.microsoft.com/en-us/library/c2eabd70(v=vs.110).aspx)**(double d)|Return a double value that is the integer part of the specified d value|`Truncate(2.45d)`|`2d`|
 
 ## On the fly variables and functions evaluation
 In addition to custom variables, you can add variables and/or functions with on the fly evaluation.