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This is a single script that contains a class creating and using large numbers upto 999.999 Quadragintillion, 10^123 decimal places. Useful is clicker and other casual games. There is a demo scene and documentation provided.
Update V1.2
After updating to V1.1 I noticed a bug in subtracting, I went back and completely rewrote the function and fixed the bug. No further bugs have been noticed.
Update V1.1
I have updated this asset fixing bugs and added a monobehaviour script for ease of use, I also made LargeNumber serialized for unity, this makes it much easier to use from the editor. The new script is called LargeNumberCliclickableObject and it can be dragged onto a gameobject to easily add a LargeNumber object that can increase or decrease by clicking or a built in autoclick feature. Video coming soon!
Documentaition
I made the numbers in increments of 3 digit segments for the large number naming convention of the short scale used by US, Canada and modern British.
The large number class does not derive from monobehaviour so to create one you do it with the new keyword.
LargeNumber largeNumber=new LargeNumber();
There are 3 contructors, one with no arguments, one with 1 argument and one with 2 arguments.
LargeNumber largeNumber = new LargeNumber();
Creates a Lage number that equals 0.
LargeNumber largeNumber = new LargeNumber(x);
Creates a Lage number that equals x, where x equals 0-999, numbers lager than 999 will result in 999.
LargeNumber largeNumberOneHundred = new LargeNumber(100);
Creates a Lage number that equals 100.
LargeNumber largeNumber = new LargeNumber(x,y);
Creates a Lage number where x equals 0-999, values for x lager than 999 will result in 999, with y*3 zeros after it, values for y over 41 is passed it will become 41. Because the numbers are divided into segments of 3 you need to divided the decimal places by 3 if you want to specify a particular number, so the maximum value for the second parameter is 41 which is 1 Quadragintillion or 10^123.
LargeNumber largeNumberTwentyDuodecillion = new LargeNumber(20,13);
20 with 13*3 or 39 zeros after it.
Helper methods
I created methods for assign and equals rather than over load the = and == operators.
public void Assign(LargeNumber p_num) //assigns the value of one large number to another
public int Equals(LargeNumber p_compare) //comapares 2 large numbers returning 0 for equal 1 if p_compare is less, -1 if p_compare is more
public void AddOne()
public void SubOne()
public void AddLargeNumber(LargeNumber p_amount)
public void SubLargeNumber(LargeNumber p_amount)
public string LargeNumberToString() //converts the Large number into a string
public string LargeNumberToShortString() //converts the Large number into a string int the format of 374.473 million.