add(double... values) |
Adds a list of values |
values: Doubles (required) Variable number of number to add together. |
#{numericFunctions.add(3,2,6)} results in 3 + 2 + 6 = 11 |
subtract(double... values) |
Subtracts a list of values from the first value. |
1. values: Doubles (required) Variable number of number to subtract. |
#{numericFunctions.subtract(10,2,3)} results in 10 - 2 - 3 = 5 |
mod(int value, int modulo) |
Performs a modulo operation, or the whole remainder of a division operation. |
1. value: Integer (required) The number ot modulo. 2. modulo: Integer (required). |
#{numericFunctions.mod(5,4)} results in 5 % 4 = 1 |
randomPositiveWhole(int length) |
Gets a random positive integer value. |
length: Integer (required) The number of digits in the whole amount. |
#{numericFunctions.randomPositiveWhole(3)} produces a random value between 100 and 999 |
randomNegativeWhole(int length) |
Gets a random negative integer value. |
length: Integer (required) The number of digits in the whole amount. |
#{numericFunctions.randomNegativeWhole(3)} produces a random value between -100 and -999 |
randomPositiveFloat(int length, int decimalPlaces) |
Gets a random positive float value. |
1.length: Integer (required) The number of digits in the whole amount. 2. decimalPlaces: Integer (required) The number of digits after the decimal. |
#{numericFunctionS.randompPositiveFloat(3,2)} produces a random value between 100.00 and 999.99 |
randomNegativeFloat(int length, int decimalPlaces) |
Gets a random negative float value. |
1.length: Integer (required) The number of digits in the whole amount. 2. decimalPlaces: Integer (required) The number of digits after the decimal. |
#{numericFunctions.randomNegativeFloat(3,2)} produces a random value between -100.00 and -999.00 |
random(int min, int max) |
Gets a random negative float value. |
1.min: Integer (optional) The minimum value to return. default 0. 2. max: Integer (required) maximum value to return. |
#{numericFunctions.random(4,10)} produces a random value between 4 and 10 |