darkSpyro

The following is Python code. It was part of homework that took me more than 2 hours to complete.

Code:

def next_bunny(bpop,fpop):
    bpop_next = (10*bpop)/(1+0.1*bpop) - 0.05*bpop*fpop
    return max(int(bpop_next), 0)

def next_fox(bpop,fpop):    
    fpop_next = 0.4 * fpop + 0.02 * fpop * bpop
    return max(int(fpop_next), 0)
    
bPOP = float(raw_input("Number of bunnies ==> "))
fPOP = float(raw_input("Number of foxes ==> "))

print "Year 1 : %d,%d " %(bPOP,fPOP)
print "Year 2 : %d,%d " %(next_bunny(bPOP,fPOP),next_fox(bPOP,fPOP))
print "Year 3 : %d,%d " %(next_bunny(next_bunny(bPOP,fPOP), next_fox(bPOP,fPOP)),        next_fox(next_bunny(bPOP,fPOP),next_fox(bPOP,fPOP)))
print "Year 4 : %d,%d " %(next_bunny(next_bunny(next_bunny(bPOP,fPOP), next_fox(bPOP,fPOP)),next_fox(next_bunny(bPOP,fPOP),next_fox(bPOP,fPOP))),        next_fox(next_bunny(next_bunny(bPOP,fPOP), next_fox(bPOP,fPOP)),next_fox(next_bunny(bPOP,fPOP),next_fox(bPOP,fPOP))))
print "Year 5 : %d,%d " %(next_bunny(next_bunny(next_bunny(next_bunny(bPOP,fPOP), next_fox(bPOP,fPOP)),next_fox(next_bunny(bPOP,fPOP),next_fox(bPOP,fPOP))),        next_fox(next_bunny(next_bunny(bPOP,fPOP), next_fox(bPOP,fPOP)),next_fox(next_bunny(bPOP,fPOP),next_fox(bPOP,fPOP)))),                                next_fox(next_bunny(next_bunny(next_bunny(bPOP,fPOP), next_fox(bPOP,fPOP)),next_fox(next_bunny(bPOP,fPOP),next_fox(bPOP,fPOP))),        next_fox(next_bunny(next_bunny(bPOP,fPOP), next_fox(bPOP,fPOP)),next_fox(next_bunny(bPOP,fPOP),next_fox(bPOP,fPOP)))))

If you can read it and tell what it's supposed to do, then I'll go to your house and fistbump you on the shoulder, and I'll raise my hands in the air and say "HELL YEAH, MAN! YOU DID IT!"

Right, my guess is...

I'm seeing Bunny in lots of places and Year 1-5. Next_fox and next_bunny.

Is it something to do with the more bunny per year the more foxes increase? Then because of the extra foxes, the bunnys decrease but bunnys being able to breed quickly, increases in amount and thus the number of hungry foxes.

Get your wizards magic out of here! You sorcerers and your strange ways have no place amongst us muggles.

Code is not magic. It's complicated logic.

Logic? What is that? 2+2=829!

Quote: Camo22

Code is not magic. It's complicated logic.

*Splashes Camo with holy water*

Camo can do code. In a way he's like me. I can read a 30 chapter book in an hour.

this is black magic and i think thats against the forum rules

Quote: Rin

Camo can do code. In a way he's like me. I can read a 30 chapter book in an hour.

Thanks for the complement. I can't read code but I'm good at thinking logically and looking outside the box. Hell, I've figured out SonAmy hints that even the biggest SonAmy fans haven't found out yet.

To post this comment is code. When ever you press any button on the top of the comment section, that's code. To load this comment requires code. Code is the lifeblood of cyberspace. Without it, there is no cyberspace. Internet, social media, , all run on code.

I still don't know if i'm right yet but I have a hunch.

Quote: Camo22

Thanks for the complement. I can't read code but I'm good at thinking logically and looking outside the box. Hell, I've figured out SonAmy hints that even the biggest SonAmy fans haven't found out yet.

wow that's incredible

Quote: Camo22

Thanks for the complement. I can't read code but I'm good at thinking logically and looking outside the box. Hell, I've figured out SonAmy hints that even the biggest SonAmy fans haven't found out yet.

what.

Quote: CommanderGame

Quote: Camo22

Thanks for the complement. I can't read code but I'm good at thinking logically and looking outside the box. Hell, I've figured out SonAmy hints that even the biggest SonAmy fans haven't found out yet.

what.

>can think outside the box and think very logically
>is proud of himself for figuring things out about rodent relationships
>can't spell compliment correctly

Quote: xXBeavcoonXx

Quote: CommanderGame

Quote: Camo22

Thanks for the complement. I can't read code but I'm good at thinking logically and looking outside the box. Hell, I've figured out SonAmy hints that even the biggest SonAmy fans haven't found out yet.

what.

>can think outside the box and think very logically
>is proud of himself for figuring things out about rodent relationships
>can't spell compliment correctly

Look* outside the box

Quote: Big Green

Quote: Camo22

Thanks for the complement. I can't read code but I'm good at thinking logically and looking outside the box. Hell, I've figured out SonAmy hints that even the biggest SonAmy fans haven't found out yet.

wow that's incredible

Quote: CommanderGame

Quote: Camo22

Thanks for the complement. I can't read code but I'm good at thinking logically and looking outside the box. Hell, I've figured out SonAmy hints that even the biggest SonAmy fans haven't found out yet.

what.

Quote: xXBeavcoonXx

Quote: CommanderGame

Quote: Camo22

Thanks for the complement. I can't read code but I'm good at thinking logically and looking outside the box. Hell, I've figured out SonAmy hints that even the biggest SonAmy fans haven't found out yet.

what.

>can think outside the box and think very logically
>is proud of himself for figuring things out about rodent relationships
>can't spell compliment correctly

-----

i'm dead serious, please tell me the things you picked up on regarding sonamy because i ship it super hard and i want to gush over how cute desu they are together

Quote: Big Green

i'm dead serious, please tell me the things you picked up on regarding sonamy because i ship it super hard and i want to gush over how cute desu they are together

I'll PM you.

Quote: Camo22

Right, my guess is...

I'm seeing Bunny in lots of places and Year 1-5. Next_fox and next_bunny.

Is it something to do with the more bunny per year the more foxes increase? Then because of the extra foxes, the bunnys decrease but bunnys being able to breed quickly, increases in amount and thus the number of hungry foxes.

Well, at least you're getting some idea out of it. The code is input into an IDE, and then it first prints out the things in "raw_input()" that ask you to enter the population of the bunnies and foxes in a particular area. As soon as you enter both, the code uses those named functions, the things nesting inside the "def [whatever]():". The output values depend on what you decide to put for the initial bunny and fox populations. If you make the bunny count much lower than the fox count, for instance, there might be a case in which the bunny population would be completely wiped out by or even before year 5, which would definitely decrease the fox population in the coming years. But then if you make the bunny population high, the bunny population would surely decrease the first year, but the foxes won't reign over the bunnies.

Also, there will be cases that the bunny population will increase during the 2-3 year interval. Like I said, results vary on your input.

Uhhhhh
21?

Quote: DS D

Quote: Camo22

Right, my guess is...

I'm seeing Bunny in lots of places and Year 1-5. Next_fox and next_bunny.

Is it something to do with the more bunny per year the more foxes increase? Then because of the extra foxes, the bunnys decrease but bunnys being able to breed quickly, increases in amount and thus the number of hungry foxes.

Well, at least you're getting some idea out of it. The code is input into an IDE, and then it first prints out the things in "raw_input()" that ask you to enter the population of the bunnies and foxes in a particular area. As soon as you enter both, the code uses those named functions, the things nesting inside the "def [whatever]():". The output values depend on what you decide to put for the initial bunny and fox populations. If you make the bunny count much lower than the fox count, for instance, there might be a case in which the bunny population would be completely wiped out by or even before year 5, which would definitely decrease the fox population in the coming years. But then if you make the bunny population high, the bunny population would surely decrease the first year, but the foxes won't reign over the bunnies.

Also, there will be cases that the bunny population will increase during the 2-3 year interval. Like I said, results vary on your input.

Ahh, now I see it. I don't type code, but apparently in my IT class, I can read bits of it.