Values + Algorithms + Timing?
So Basically , On my cookie clicker like game, I can buy an upgrade which automatically gives you cookies, but I want the cookies to go up appropriate to the amount of cookies/second . So when I buy it , I get 1 cookie a second , but I don't want this :
while wait(1) do
integer.Value = integer.Value + auto.Value -- auto.Value being the amount per second.
end
so for example , if I have 2 cookies per second, it adds 1 every 0.5 seconds, and if I have 4 cookies/second, then it adds 1 every 0.25 a second.
My Problem ( and what I have got so far)
tim = auto.Value/1
while wait(tim) do
integer.Value = integer.Value + 1
end
the problem is that 'tim' is not updating, so when I get the upgrade, it adds 20 individually , and not 1
If you understood my explanation then well done :)) And thanks
1 answer
tim won't update on its own -- you only told it to be set at the beginning, so that's all it's doing.
You could update it in the loop:
while true do
tim = 1 / auto.Value
wait(tim)
integer.Value = integer.Value + 1
end
which is of course equivalent to
while wait(1 / auto.Value) do
integer.Value = integer.Value + 1
end
You did have written auto.Value / 1. You almost surely meant 1 / auto.Value (just be careful that auto.Value isn't ever 0).
You'll also have to be careful that auto.Value doesn't get bigger than 30, because wait will always wait for at least 1/30th of a second.
To combat all these issues, it's probably better to do something like this:
cache = 0
while true do
increase = wait() * auto.Value
-- wait() returns number of seconds waited
-- auto.Value is number of cookies / second
-- (delta seconds) * (cookies / second) = delta cookies
cache = cache + increase -- Increase by fractional cookies
floor = math.floor(cache) -- Get the whole number of cookies made so far
integer.Value = integer.Value + floor -- As soon as possible, move
cache = cache - floor -- cookies FROM cache TO `integer`
end
We work as quickly as possible, keeping track of "fractional" cookies (according to the rate) and whenever one whole "finishes", we give it to the player -- but we're allowed to give more than one at any moment in case the rate gets much larger.
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