I sawed some mobile game that has infinite damage increasing system,
I remember that after damage 10000 or 1000, it become ‘a’, so 9999 then become 1a.
and then 9999a → 1b. and so on. until 9999z
I forgot what game it was so I don’t know exact how it worked, but have you any link or info about it?
and what about it become up to finish? like 9999z and after that what?
1aa? or?
Why? It’s a pointless feature. Just use numbers in a scope that people can understand rationally instead of having to literally learn a new way to count.
You could just go with a letter increment (just next ascii index):
9999z → 1za … 9999za → 1zb … etc.
I never played clickerHeroes to that extent.
Why wouldn’t you use something that people actually recognize? 1,000 = 1K or 1G, 1,000,000 = 1M, 1,000,000,000 = 1B, 1,000,000,000,000 = 1T
Inventing a new number system sounds clever, but is actually lazy and unintuitive UI design.
… what? why?
That sounds especially confusing when you’re looking at something like 1a. If I saw that my score was 1a, I would intuitively think my score is 26.
How high are your score actually going? A regular 64-bit unsigned int can store a value past 18 quintillion. I couldn’t imagine it possible to score that high in any game. If you scored a million points per second, it’d take you a half a million years to reach that limit (literally, I did the math.)
Scientific notation.
They’re asking about after you run out of M,B,T,Q etc.
Cringe.
That’s why we implement our own data types.
A double precision floating point number can store a great deal higher and once you’re into the quadrillions does it matter how accurate the hundreds are? Combine that with String.Format (and a little math) and you can show the number any way you want.
https://msdn.microsoft.com/en-us/library/system.string.format(v=vs.110).aspx
Because it is not infinite. And also, int value’s maximum value is 2.4 billion.
Because current system is not infinite.
And also, that 18 quintillion is ugly to show at UI. Then it will consume all the space.
scoreValue.ToString(“X”)
A computer cannot support an infinite system. Eventually you run out of memory regardless. So you always have an upper limit, just where you want it to be is what you need to decide.
18,000,000T is how I would represent 18 quintillion. It doesn’t seem that ugly. It is less well known, but standard practice to represent 18 quintillion as 18E or 18,000P.
I wanted to know the best way too, nice question!
Why people care why he needs that? just help…
Because they’re asking in the section of the forums dedicated to the “why” and not the “how”. If they only wanted the “how” then they should have posted in one of the sections appropriate for the “how”. Like Scripting.
That being said the purpose of the forums is not just answers. It’s discussions centered around the question and the answers for it. If you just want an answer with no discussion there are better places like Unity Answers.
Just keep in mind that we’re all volunteers here. If someone is rude about it they’re just as likely to get no answer at all.
Helpful people help, it’s simple. If you are steadfast in your decision-making, be steadfast!
If you are too sensitive to intake suggestions from random people on the internet without letting them get you all defensive, don’t ask. People taking the time to dig deeper into your issues is a positive thing. Just because people question you, doesn’t mean they think they are smarter/better.
Every time you run your decisions through a filter, you get a chance to refine them. Maybe you are a misunderstood arteest and you don’t give a damn about peoples suggestions. Fine. You can kindly ignore them.
Hmm, i understand now. thanks.
I did not try to be rude or something, i just thought it’s a specific question about how to.
Letter base rank system is not new, people understand them just fine, he is not reinventing a number system as letter are ordered too. But I would simply use all system above, a power of ten notation (K, M, G, T, etc …) which might be more confusing past the usual 4, then a rank system to indicate cycles of damage range. Also it’s infinite if you store them in different variable, an unsigned 64 bit int goes to 18 quitillions, if you use another unsigned int to increment cycle, you square that number, and you can use as many unsigned int to count new cycle inside a list, if you ever need them or reach those ridiculous number.
Even if you append hexadecimal notations, it’s still not infinite. You cannot express infinity in an integer, therefore you will have to keep appending more letters.
What you are describing is just a counting system with base 26 instead of base 10.
In your case each time you exceed 9999 you increment the following letter.
9999a → 1000b (b = 0)
1000c = 100,000
Weird.
It’s interested that no one has suggested simply using a number library. GMP allows you to have numbers limited only by your total RAM. A quick search on Google shows that there are multiple C# wrappers for this tool. I’ve used it before in C++ and it’s very easy to use and fast hell.