Calculate a user's privileges on CodeGolf.SE The Challenge

Your goal is to write the shortest program possible that will take a list of events (such as upvote, downvote, etc) and return the user's reputation and the privileges that he has earned.

What sort of events?

Here is a chart of the events, listed in order of reputation earned:

-15 answer unaccepted
-10 answer unupvoted
-5  question unupvoted
-2  answer downvoted
-2  question downvoted
-2  unaccept answer
-1  downvote answer
+1  join website
+1  undownvote answer
+2  accept answer
+2  question undownvoted
+2  answer undownvoted
+5  question upvoted
+10 answer upvoted
+15 answer accepted
+100 association bonus


What sort of privileges?

Here is a list of privileges, in order of reputation required.

1 create posts
5 participate in meta
10 remove new user restrictions
10 create wiki posts
15 vote up
15 flag posts
20 talk in chat
50 comment everywhere
75 set bounties
100 edit community wiki
100 create chat rooms
125 vote down
150 create tags
200 retag questions
250 view close votes
500 cast close and reopen votes
750 established user
1000 edit questions and answers
1000 create gallery chat rooms
1250 create tag synonyms
1500 approve tag wiki edits
2000 access to moderator tools
3500 protect questions
4000 trusted user


Input

Input (on STDIN) will be a list of events, one per line, exactly how they appear in the first chart (except for the amount of reputation). A blank line represents the end of input. Here is an example (there should be a blank line at the end):

join website
association bonus
answer upvoted
answer upvoted
question upvoted
answer accepted
answer upvoted
accept answer
unaccept answer
question unupvoted
accept answer
question upvoted


Output

The first line of output (to STDOUT) should name the amount of rep accumulated. Each line after that should list one privilege earned, exactly as they appear and in the same order as the second chart. The expected output for the above input:

153 reputation
1 create posts
5 participate in meta
10 remove new user restrictions
10 create wiki posts
15 vote up
15 flag posts
20 talk in chat
50 comment everywhere
75 set bounties
100 edit community wiki
100 create chat rooms
125 vote down
150 create tags


Rules, Restrictions, and Notes

This is code golf. Standard code golf rules apply. 

(EDIT: Since I have had two entries that access files, I would like to point out that the length of the file needs to be added to code length as part of the standard rules for code golf)
GolfScript (569 568 475 473 chars)

This uses non-printable characters to compress the required strings, so in xxd format:

0000000: 305c 6e2f 7b2e 2775 6e27 2f27 272a 2e2d  0\n/{.'un'/''*.-
0000010: 3162 6173 6527 6e3f 696d 646f 700a 705f  1base'n?imdop.p_
0000020: 6c27 3132 2a3d 3131 302d 4040 3d7b 7e29  l'12*=110-@@={~)
0000030: 7d2a 2b7d 2f3a 5e2e 6e27 7978 0a51 b318  }*+}/:^.n'yx.Q..
0000040: 34fd e3ad 76f0 9f48 a7db efe2 2e06 9a7a  4...v..H.......z
0000050: 0733 c726 2c43 7e1c 4bf6 bbbc dae7 3bd8  .3.&amp;,C~.K.....;.
0000060: 835b d3b5 23ed c195 f733 6257 0741 296e  .[..#....3bW.A)n
0000070: a97c b473 e67b 3f95 5218 0256 8c58 067c  .|.s.{?.R..V.X.|
0000080: 1358 e5a6 0e7a 2894 3f26 9d0f afbc 0697  .X...z(.?&amp;......
0000090: 9048 7845 0041 d335 0c6f e88b 0b97 e9d9  .HxE.A.5.o......
00000a0: d840 6808 c17d c1b2 5e79 f423 2436 dc33  .@h..}..^y.#$6.3
00000b0: 8da5 03d8 f563 f61a 7687 cff9 d489 24de  .....c..v.....$.
00000c0: 5a70 4966 e614 d632 d4ba c9e4 5b1e f561  ZpIf...2....[..a
00000d0: 9308 215f b7bc f475 edc0 1686 a212 d4d0  ..!_...u........
00000e0: 75c6 bab8 c4a0 1c85 d0b8 7f3f 53d1 8920  u..........?S.. 
00000f0: 3923 895f 15d5 6c2e 965e c295 62c7 00cd  9#._..l..^..b...
0000100: 8b46 6e2a 3d7b 9ac3 7f90 e526 b960 dbe5  .Fn*={.....&amp;.`..
0000110: 5242 defa 24cf 5976 8378 f958 34f6 657d  RB..$.Yv.x.X4.e}
0000120: 41da 28a9 cc4f 3930 dd25 d982 3b67 9400  A.(..O90.%..;g..
0000130: 3a19 cf72 6ae9 3c19 ee5a 6fd2 ef52 e29c  :..rj.&lt;..Zo..R..
0000140: 4872 8a86 c243 dcc1 23b1 7958 dcbc 307d  Hr...C..#.yX..0}
0000150: 7c26 67d3 dd6a fbd2 1680 4de3 156b 8a4d  |&amp;g..j....M..k.M
0000160: ad31 d6fa 08ca 92a7 76d4 8e6e 8b71 167f  .1......v..n.q..
0000170: 3582 9d84 8038 d6c1 da9d 8b30 1805 c1aa  5....8.....0....
0000180: b05d dfe2 4474 b26f 14be fc7f ccba c499  .]..Dt.o........
0000190: 856a c31f c361 90f1 8c27 3235 3662 6173  .j...a...'256bas
00001a0: 6520 3134 3962 6173 655b 305d 2f28 3236  e 149base[0]/(26
00001b0: 2c7b 5c5b 3124 295d 2f5c 3224 3d2a 7d2f  ,{\[1$)]/\2$=*}/
00001c0: 5c2c 297b 2d7d 2b25 2b6e 257b 2761 272d  \,){-}+%+n%{'a'-
00001d0: 7e5e 5c3c 217d 2c6e 2a                   ~^\&lt;!},n*


Modulo the string compression, the program is 

0\n/{.'un'/''*.-1base'n?imdop
p_l'12*=110-@@={~)}*+}/:^.'
 reputation
1 create posts
5 participate in meta
10 remove new user restrictions
10 create wiki posts
15 vote up
15 flag posts
20 talk in chat
50 comment everywhere
75 set bounties
100 edit community wiki
100 create chat rooms
125 vote down
150 create tags
200 retag questions
250 view close votes
500 cast close and reopen votes
750 established user
1000 edit questions and answers
1000 create gallery chat rooms
1250 create tag synonyms
1500 approve tag wiki edits
2000 access to moderator tools
3500 protect questions
4000 trusted user'n%{'a'-~^\&lt;!},n*


Pretty trivial in most respects, but there are two points of interest.

The first is the hash function for the input strings. I was astonished by how simple a hash function produces unique results for each of the 9 (once un is removed) different strings, and as a bonus it also produces a different result for the empty string, which saves stripping out the final blank line from the input.

The calculation of rep for an individual line is

.'un'/''*.-1base'n?imdop
p_l'12*=110-@@={~)}*


First, it removes un from the string, and makes a note of whether it was found. Then it applies a super-simple hash function, h(s) = ( sum over i: (-1)^i s[i] ) % 11. (You can see why I was surprised when I found it). The string

'n?imdop
p_l'


is a lookup table which maps the hash value to the change in rep (subtract 110 from the ASCII value), and then if it found un at the start it negates the change.

The second point of interest is the filter for the privileges. I tried a slightly simpler one:

{~^\&lt;!},


which evaluates the line (undefined words do nothing) in order to get its score for comparison with the reputation (stored in ^). It almost works. The thing which breaks it is that and occurs in some of the strings, and is a pre-defined function. Solution: mangle the lines enough that and no longer occurs. (There is a case to be made that removing spaces would be better than removing the letter a, but it doesn't make any difference to the length).