Hey, wait a minute!
That's not how you translate binary!
every digit is 2^x:
2^0=1
2^1=2=10
2^2=4=100
2^3=8=1000
2^4=16=10000
2^5=32=100000
...
Ex.
I'm 15: 15-(2^3)=7-(2^2)=3-(2)=(1)
1111
Please try again.
Hey, wait a minute!
That's not how you translate binary!
every digit is 2^x:
2^0=1
2^1=2=10
2^2=4=100
2^3=8=1000
2^4=16=10000
2^5=32=100000
...
Ex.
I'm 15: 15-(2^3)=7-(2^2)=3-(2)=(1)
1111
Please try again.
You have it wrong Eltro...
I know that is how you would translate decimal to binary. But if you read the description carefully you will see it is text to binary (not decimal values to binary).
So:
Lets take 15 (as in your example)...
It takes the 1 which has a ASCII value of 49
It then calculates the binary of that value (represented as a byte):
49 = 32 + 16 + 1 = 00110001
It then gets ASCII of 5 which is 53:
53 = 32 + 16 + 4 + 1= 00110101
Together this forms the binary string 0011000100110101.
Cool little gadget
The trees visual dipiction was a good idea and it is interesting to see it form, this is a cool gadget, and could be useful also for certain people depending on its application, very interesting man, well done, hopefully people won't down grade this out lack of being a game, but either way nice job man.
Thanx man... I appreciate the nice comment.
cool
0110011101110010011001010110000101110 1000010000001100111011000010110010001 100111011001010111010000100001
(hope you can translate it back, too!)
-jenno1
Yes it can :)...
"Great gadGet"
Thank you...