==== SPMPS ROUND 2 CODE HACKING COMPETITION ====
created by Zandra V.

Your Mission: Your goal is to hack as many as you can of the codes below, designed by other Stanford Math Circle students. The code in each category that is hacked least by our class on Tuesday, will win a prize!

There will also be some prizes for hackers, for hacking particularly tricky codes, or for hacking impressively many of the codes below. Note that, in order for me to count your successes at hacking, you have to click the SUBMIT button and then fill out the googleform. You may hack on multiple separate occasions and submit the form multiple times, but this website WILL NOT SAVE YOUR PROGRESS. You can, however, jump to begin at a latter passage of the Sherlock Holmes story:



This is your PROOF OF SOLUTIONS code.
Copy the ENTIRE line of text below onto your clipboard and then paste it into the googleform at the link below:


[BERKELEY2015

Use this Google Form to submit your code: http://goo.gl/forms/pWMtylPUdf
If something seems wrong, email me a list of the codes you successfully hacked: ch3cooh@alum.mit.edu

SJ RAUL C. BIANCA C. CHRIS M. AMERIE C.

You are currently working on Code 0.0 -- created by END229

What you've spent so far hacking this code: $0

Original Message: .qamo dgek zebg ftsui qyea xedtf ef pzm kifdeta fuauh m gek kmb ef qinm qn iimta U fmtf kiqwui kdqh au fu fmtf wzutf U pzm ,adqbmb qaqtf qy qhmqi iiux gek qiutxzmqY .exf de kmp m zu gek tfux zdgfqd ef qinm zqqn qhmt kinuaaeb ftsuy U pqbbefa qhmt pigeo gek ru fgN .ftsud qdm gek kma qdmp U .womn qyeo ef qy pqssqn pzm agehdqz kdqh au qtA .szutfkzm der ftsuz iim qzeim qrux ky qhmqi fez pigex U .kmp-ef womn es fagy U ?zepzeI zu kmfa gek zmo szei xeT .aqyieT puma ,aqupqyqd qibyua toga der qamo m bqqp eef au fu dmqr U .qdgfgr qtf der qomqb zu ag qhmqi iiux qt fmtf szuput m toga yut qhus ef zumsm aqyeo xeiiqr autf zqtx pzm ,kdqnngdta qtf zu apmi ydmr ky re zqlep-m-rimt fgb ef au zeufmzuiozu zxe kY .ep ef ftsge U fmtx ef am qouhpm dgek fzmx U xez pzm ,qamo qietx qtf a'qdqtF

This code was made as a combination of the operations below and can be broken with a sequence of the same kinds of operations.
$1:
$1:
$1:
$1:
$1:

$5:
$10:
$15:

$2:
$1:



You've decoded 0/55 passages so far: