I am an admirer of your work! Actually I was searching for Craig Reynolds' Boids and came up with your multiples solution which is awesome you did back in Reas class. I really liked your solution as a way to implement obstacle avoidance. I am so used to using vectors with cartesian coordinates though, I am still working on it! And internship during production of Spore.. that sounds gorgeous!
of course right now I am at the discovering part though :-), will let you the results, until then check this out, nature of code I am a first year from interactive telecommunications program taking this course this semester.
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really sorry to hear that dude!
I am an admirer of your work! Actually I was searching for Craig Reynolds' Boids and came up with your multiples solution which is awesome you did back in Reas class. I really liked your solution as a way to implement obstacle avoidance. I am so used to using vectors with cartesian coordinates though, I am still working on it! And internship during production of Spore.. that sounds gorgeous!
best
Hey, thanks! Let me know what you're doing with code, too, so I can be kept up-to-date on what people are doing nowadays.
Nothing wrong with cartesian. Polar coordinates, anyone?
of course right now I am at the discovering part though :-), will let you the results, until then check this out, nature of code I am a first year from interactive telecommunications program taking this course this semester.
Ah, awesome! It's Dan Shiffman's class :]
yep! do you know him? He is really a genius guy in my book :)
btw I was just checking out the responsive type and saw your name there too! dude, you are all over :)
any availability for the source code yet? Could be nice subject for my final project of programming from a to z. class
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