Either one/some/all of you have a version of Zero Hour that is not an unmodded v1.04 or one/some/all of you has a no-CD crack different to that of the one provided by TFD 1.03 r4 (which is compatible with other players online through GenTool).SOLUTION:
Zero Hour No Cd Crack
Download Zip: https://acmockpepe.blogspot.com/?file=2vG9tg
Either one/some/all of you have a version of Zero Hour that is not an unmodded v1.04 or one/some/all of you has a no-CD crack different to that of the one provided by TFD 1.03 r4 (which is compatible with other players online through GenTool).
You need to ensure the two settings are the local IP address of the computer they are running on. For instance, on one computer, that may be 192.168.1.3 (for both settings) and on the other, it may be 192.168.1.4 (again, for both settings). When yiou open the Options.ini file, you may find that they are both set to 0.0.0.0. We found that by changing the zeroes to the local IP (for both of these settings), it fixed the problem. The boys have since played the game dozens of times and have never seen that error again.
Alas! I have data. Unfortunately, the part of the cracked plastic Iscanned did not deviate enough. When I put the plastic in theinterferometer, the area of the crack that did form the vortex was not atthe very beginning of the slit. So, now I have to go back and collect moredata. At least I have numbers for what the plastic looks like where thereis no vortex forming. Why do I keep doing these stupid things so close todeadlines?
It has only been a week since I last came to the lab, but it feels like much longersince school has started. Because of this dreaded school, I can only come to the lab onSaturdays and holidays. Unfortunately. Progress has been very slow for me, in fact, I'vetaken many steps back today; my data is not good and I have to redo my surface scan. I'vekept most of the setup, so all I need to do is recalibrate and make a new crackedplastic. The new one, cracked plastic L is much cleaner than B [the one I used before]. Ialso have a software problem: my Mathematica CD does not work and Tech Support was closedtoday. Alack!
Once again, I've been neglecting this poor journal. For the pastweek, or rather, the past 3 days, I have been preparing and constructingand aligning my surface scanner setup. Although it sounds simple inconcept, and I have the happy fortune of following what other students inthe LTC have done, it's still tedious to use a laser beam to "scan" over acracked plastic surface. From this, I can analyze the topology and thenthe phase of the plastic.
For the past weekish, I've been assessing the usefulness of thecracked plastic pieces I made. I posted the photos of the ensuing vortices[or non-vortices: cracked plastic F showed no forks in its interferogram] on my webpage under the "Pictures" section. I'm only announcing thisbecause I did it all by myself without any disaster.
Because I didn't update earlier in the week, I suppose I should turnthis entry into a week's worth. Tuesday, Hamsa showed me a bit ofMathematica where I spent far too much time trying to graph something withpolar coordinates. [It didn't work...even the example plots wouldn'tgraph. I have no idea what is going on [or what I'm doing wrong.]]Wednesday was spent cracking pieces of plastic. Yay. It was too hard ttoget a controlled crack in the plexiglass, so Dr. Noe and I ended upcracking a CD cover. The optical quality is not so high [things aredistorted when looked through], but we can bend it enough to offset thetwo edges of the piece so that a vortex will result.
Yay. My abstract is finished with very many thanks to Dr. Noe, and itshould be posted soon [I actually know how to do it now]. Dr. Noe tookHamsa and me out to lunch to discuss what I should write in myabstract. Several hours later [and a discussion on radially polarizedlight], the finished product was on its merry way to Ms. Kernan.
Yesterday and today have been such a flurry of activity; we werepreparing for the visit of the Simons students to the LTC. Not only werewe cleaning, organizing [and pseudo-organizing: stacking those papers in aneat pile], setting up demonstrations but we were completing ourpowerpoint presentations for the visitors. After a series of inconvenientand even cruelly humorous computer glitches ["computer is disconnectedfrom internet - click link below for more information"] I finallycompleted my powerpoint an hour before the talks. The presentations wentwell; the two other physics-but-not-LTC-kids talked about their reallyneat projects [perhaps I'm partial to physics in general]. While showingthe studens around the lab, Dr. Noe gave a light show by placing a mirror[a broken CD shard] on a speaker connected to a CD player. The musicvibrated the mirror so that the laser beam incident on it moved in allsorts of strange squiggles on the wall when projected.
Today was the REUs last day. They each presented their projects at theREU symposium and they were really well done. It was interesting to seehow much their talks evolved just from their practice run-throughs [andlots of hard work, I heard] last night. Additionally, I've been grapplingwith how orbital angular momentum [OAM] is conserved in fractionalvortices. I feel as if I'm missing some information. If the topologicalcharge, l, is fractional, how then can a vortex of charge 6.3 then appearas a vortex of charge 6? The OAM per photon is l*h-bar. So what happenedto that0.3*h-bar? Once again, more thinking is necessary. And some fiddlingaround with cracked plastic and optical vortices of unknown fractionalcharge. Hamsa and I, yesterday, noticed some order 1 vortices along theradius of a cracked plastic vortex. Perhaps the forks we observed from theinterferogram are an example of what that fractional vortex business isall about. Perhaps I'm just hopelessly confused.
It turns out that the method I was using woked. It also turns out thatit is based on some distance that is apparent on the diagram but is nearimpossible to measure in real life. So, I've gone back to using Dr. Noe'sidea [I think I understand it better now]. I did way too much algebra butit seems to be working. I now have to"move" mirror 2 some angle to get d2[the distance from the beam to pinhole 2] to equal zero. Then, it's backto moving mirror 1 to see if there is a recursive relationship amongst mymath.
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