Active swimmer particles: jiggly boyitellyahwat 2020-11-26 | Video of active swimmer particles modelled after S. Nilsson and G. Volpe, “Metastable clusters and channels formed by activeparticles with aligning interactions,”New Journal of Physics,vol.19,no.11,p. 115008, 2017.as part of FFR120: Simulation of Complex Systems at Chalmers University.Super high rotational randomnessgithub.com/cunov/Simulation-Of-Complex-Systems
Active swimmer particles: medium clump boyitellyahwat 2020-11-26 | Video of active swimmer particles modelled after S. Nilsson and G. Volpe, “Metastable clusters and channels formed by activeparticles with aligning interactions,”New Journal of Physics,vol.19,no.11,p. 115008, 2017.as part of FFR120: Simulation of Complex Systems at Chalmers University.Low-ish rotational randomness, medium torque, medium radius of interactiongithub.com/cunov/Simulation-Of-Complex-Systems
Active swimmer particles: big clumpy boyitellyahwat 2020-11-26 | Video of active swimmer particles modelled after S. Nilsson and G. Volpe, “Metastable clusters and channels formed by activeparticles with aligning interactions,”New Journal of Physics,vol.19,no.11,p. 115008, 2017.as part of FFR120: Simulation of Complex Systems at Chalmers University.Low rotational randomness, high torque, high radius of interactiongithub.com/cunov/Simulation-Of-Complex-Systems
Channeling behavior of active swimmer particles: big clumpy boyitellyahwat 2020-11-26 | Video of active swimmer particles modelled after S. Nilsson and G. Volpe, “Metastable clusters and channels formed by activeparticles with aligning interactions,”New Journal of Physics,vol.19,no.11,p. 115008, 2017.as part of FFR120: Simulation of Complex Systems at Chalmers University.Low rotational randomness and medium torquegithub.com/cunov/Simulation-Of-Complex-Systems
Channeling behavior of active swimmer particles: very low clumpiness boyitellyahwat 2020-11-26 | Video of active swimmer particles modelled after S. Nilsson and G. Volpe, “Metastable clusters and channels formed by activeparticles with aligning interactions,”New Journal of Physics,vol.19,no.11,p. 115008, 2017.as part of FFR120: Simulation of Complex Systems at Chalmers University.High rotational randomness and low torquegithub.com/cunov/Simulation-Of-Complex-Systems
Channeling behavior of active swimmer particles: medium clumpiness boyitellyahwat 2020-11-26 | Video of active swimmer particles modelled after S. Nilsson and G. Volpe, “Metastable clusters and channels formed by activeparticles with aligning interactions,”New Journal of Physics,vol.19,no.11,p. 115008, 2017.as part of FFR120: Simulation of Complex Systems at Chalmers University.Low rotational randomness and medium torquegithub.com/cunov/Simulation-Of-Complex-Systems
Halo Reach MCC: Driving a ghost with my feet glitch boyitellyahwat 2020-05-02 | I could fire the DMR but couldn't throw stickies :(
Biker hands out flowers to moms on Mothers Day boyitellyahwat 2019-05-13 | I live in a different state from my mom, so instead of buying her some nonsense chocolates on Amazon I decided to make this video. I feel bad for ruining the first lady's day, woops hahaGo hug your mom :)
ISEN 230 Review: Exam 3 - Spring17 boyitellyahwat 2017-04-24 | I made a change on the initialization of the frmCustomer. The reason I said the ranges should start at A2 was because I had .Range("B2").Offset(i,0) when matching the gender, but .Range("A1").Offset(i,0) when adding to the list. I should have changed B2 to B1, instead of A1 to A2.
ISEN 230: Spring 17 - Exam 2 Review boyitellyahwat 2017-03-27 | I left out one of the elements of .Offset( , ) on problem #1. Not sure why it worked then, but below is the correct formula.Range("F1").Offset(i + nWts, 0).FormulaR1C1 = "=SUMPRODUCT(R2C1:R" & nWts + 1 & "C1 , R[-1]C[-2]:R[" & -nWts & "]C[-2])"
ISEN 230 - Spring 17 Exam 1 Review Session boyitellyahwat 2017-02-13 | Study tips: re-do all your homeworks, top to bottom, before doing the practice exam on your own. Once you're confident on the homeworks, set a timer for 75 minutes and work the practice exam. Repeat until you're relatively confident you can finish a similar exam in ~50 minutes.
ISEN 230 Exam 2 Review Session 10/31/16 boyitellyahwat 2016-11-01 | Here's what we covered on Monday, 10/31. I must have hit F10 at some point (which plays/pauses the recording) because all of Problem 4 was cut out. However, you can find tonight's Excel file in the e-mail I sent out, which I imagine will be enough for you to fully comprehend the problem.
