[2023 HOMEWORK TURN-IN] Post links to "turn in" your homework here.

[williamgilpin]

Please post a link to your completed assignments in this thread. The schedule and syllabus are here

Feel free to either: Link to the assignment in a fork of the full course repo; link to just the completed assignment (preferably still host it on your GitHub); or upload a .ipynb or .py file using GitHub gists.

• To maximize the value of this course to you, I'd recommend attempting the problems on your own first before consulting my solutions.

• Please put your name in your post somewhere, so I know who's who

[ycaophysics]

Attached is the link to my Github gists:
Thank you
Yuxuan Cao
https://gist.github.com/ycaophysics/5e443353606d4ac52d7c7b479aa40fca

[timothyara]

https://github.com/timothyara/test_repo/blob/4df8a5f1316eeab2d8471c8f4438b9d09176e50b/Sandpile%26Percolation.ipynb

^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^Link to code ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^

-Timothy

[williamgilpin]

I'm getting a 404, is your repo private? Check in Incognito

[gpsehr]

Attached is the link to my code:

https://github.com/gpsehr/CompPhysics/blob/main/cellular_automata_complexity.ipynb

Thank you,
Gregory Sehr

[JImmyHCY]

My HW1 is attached, Thanks,

https://github.com/JImmyHCY/CPHY/blob/af58111523daed00b2d1886d3f98c9ed650881cb/HW1-Ching%20Yu%20Huang.ipynb

Ching-Yu Huang (ch52423)

[clobrien-ut]

Chloe O'Brien HW1
https://gist.github.com/clobrien-ut/9b690d079c287a1f1c6bbac92aa29072

[ccyehintx]

Hi,
The link to my HW1 is attached below:
https://gist.github.com/ccyehintx/f48b40863982ca0e8b91fdb865a0d193
Thank you

p.s. I have tried to attempt the river model but the results did not agree with the publication. My work on this is also in the link
Chieh-Chih (George) Yeh

[williamgilpin]

thanks for attempting it, i'll take a look at your code and the PRL paper and see if I can reverse engineer it. In a future year, I'd love to replace the percolation problem with this river CA, which from the PRL paper looks really unique

[abbyperryman]

Abigail Perryman (asp3337):
https://github.com/abbyperryman/cphy/blob/main/actualHW1.py

[shoshanareich]

Shoshi Reich
sar5447

https://github.com/shoshanareich/computational_physics/blob/main/cellular_automata_complexity.ipynb

[laurenlarson]

Lauren Larson
lml3638

https://github.com/laurenlarson/cphy/blob/6850a592ad966f33afa241d4d2e4f084038af0c7/hw/cellular_automata_complexity.ipynb

[bhollo0329]

Bryce Holloway
bh28929
https://github.com/bhollo0329/CompPhys2023/blob/main/HW1.ipynb

[sepstein22]

Sophia Epstein
see873
https://github.com/sepstein22/cphy_23/blob/main/hw/cellular_automata_complexity.ipynb

[abao1999]

Hi Sophia, I got a 404 error when I tried clicking on your link. Maybe it's a private repo? Let me know if any questions come up! Just wanted to check in

[DanUrban000]

Daniel Urbanski
Deu223
https://github.com/DanUrban000/Computational_Physics/blob/main/Urbanski_HW_1.ipynb

[abao1999]

Hi Daniel, I got a 404 error when clicking on your link. Maybe it's a private repo? Lmk if anything comes up or if I can be of assitance :)

[abao1999]

Great! I see it now

[ravikoka]

Ravi Koka (rkk582)

Here's the link to my first homework: https://github.com/ravikoka/comp_phy/blob/main/hw1.ipynb

[MercuryLYC]

Yuchen Lin(yl38994)

https://github.com/MercuryLYC/test_repo/blob/main/HW1%20yl38994.ipynb

[Art-of-FUgue]

Hongming Zhang
hz6835
https://github.com/Art-of-FUgue/HW/blob/main/cellular_automata_complexity.ipynb

[DanUrban000]

Daniel Urbanski
deu223
https://github.com/DanUrban000/Computational_Physics/blob/main/Urbanski_HW_4.ipynb

[ConcreteWang]

Tong Wang
tw28927
https://github.com/ConcreteWang/Test1/blob/main/forecasting_regression_supervised%20(1).ipynb

[DarkQuark26]

Patrick Devaney
pd9552
HW 4
https://github.com/DarkQuark26/cphy/blob/main/patrick_devaney_hw_solutions/forecasting_regression_supervised.ipynb

[ehansen99]

Erik Hansen, eh29649
Homework 4

[htphy]

Han-Ting Chen hc28747
https://github.austin.utexas.edu/hc28747/test_repo/tree/main/hw4

[nlindsellTexas]

Noah Lindsell nl22437
https://github.com/nlindsellTexas/CompPhys

[joseywright]

https://github.com/joseywright/computationalHomework/blob/main/Homework4.ipynb
Homework 4 jrw5288

[ycaophysics]

Yuxuan Cao, yc29393, HW#4
https://gist.github.com/ycaophysics/aaa552bfd40352ee3b36aa982ec690df

[bluejelli]

Anish Pandya, ap53535, HW4

[BryanD-UT]

Bryan Dinh, bvd249
https://utexas.box.com/s/xbtipyh6airf6vnslmse63nol4gmc8y9

[gpsehr]

Gregory Sehr, gps687
https://github.com/gpsehr/CompPhysics/blob/main/Sehr_HW4.ipynb

[Potatoasad]

Asad Hussain
EID: ah54594
Homework 4

[shvnmttl]

Shivan Mittal sm75447 HW4

[clobrien-ut]

Chloe O'Brien
alb5374
https://github.com/clobrien-ut/cphy/blob/main/obrien.forecasting_regression_supervised.ipynb

[Art-of-FUgue]

I am sorry I missed the deadlines, I miss read the syllabus. In case it is still acceptable for grading. Any deduction of points is acceptable.
https://github.com/Art-of-FUgue/HW/blob/main/forecasting_regression_supervised.ipynb
hz6835
Hongming Zhang

[williamgilpin]

no worries, have a great thanksgiving!