Thank you so much for the this! This is literally what I needed for the project, as coding noob, this was mighty helpful, keep on making these solid videos!
This is GREAT!! It really helps explain things when you walk through changing the program step-by-step! I see there are multiple different 'versions' as you progress through this tutorial. Do you have any of the individual sketches posted anywhere online? I'm really interested in how you replaced delay(); with millis(); controlled by reading the potentiometer values. Its hard to copy the program from a screen grab. Thanks!
Thanks for this Anthony, just what I needed to move from loops and delays into millis. I only did the strip projects using a Trinket M0, but I finished the master course!
@@brakthehun I sent you an email with my first couple of 'post grad' sketches. One of the concepts I am breadboarding this week is using 5 resistors to pass 6 unique voltage values to one pin to invoke different functions--resistors coming from Amazon tomorrow. I'm a relative coding toddler, so probably will spend some time diagramming this first, but with the ultimate goal of designing a bike light that can be powered on/off, control brightness and speed and pattern through buttons and also left/right turn and hazard signals.
Thanks so much for doing this Anthony! The two pot thing was just eluding me. If you'd still like to add a step to this project how about one pot controls the animation speed, the other pot controls color, one on/off switch and then maybe a switch between full and half brightness in that last hole? If not I'm in for whatever!
@@brakthehun That's awesome, thanks. I have been working on a project similar to this with the kids and keep hitting a brick wall. You are saving me from myself! 😆
![NeoPixel - WS2812B [German/Deutsch]](/img/1.gif)
Thank you so much for the this! This is literally what I needed for the project, as coding noob, this was mighty helpful, keep on making these solid videos!
This is GREAT!! It really helps explain things when you walk through changing the program step-by-step! I see there are multiple different 'versions' as you progress through this tutorial. Do you have any of the individual sketches posted anywhere online? I'm really interested in how you replaced delay(); with millis(); controlled by reading the potentiometer values. Its hard to copy the program from a screen grab. Thanks!
Thanks for this Anthony, just what I needed to move from loops and delays into millis. I only did the strip projects using a Trinket M0, but I finished the master course!
I'll make a video really soon on that.
@@brakthehun I sent you an email with my first couple of 'post grad' sketches. One of the concepts I am breadboarding this week is using 5 resistors to pass 6 unique voltage values to one pin to invoke different functions--resistors coming from Amazon tomorrow. I'm a relative coding toddler, so probably will spend some time diagramming this first, but with the ultimate goal of designing a bike light that can be powered on/off, control brightness and speed and pattern through buttons and also left/right turn and hazard signals.
I just reread that. Thanks!!
But... I still have about 70 more videos to make for the master class.
Thanks so much for doing this Anthony! The two pot thing was just eluding me. If you'd still like to add a step to this project how about one pot controls the animation speed, the other pot controls color, one on/off switch and then maybe a switch between full and half brightness in that last hole? If not I'm in for whatever!
I'll set that up!!
@@brakthehun That's awesome, thanks. I have been working on a project similar to this with the kids and keep hitting a brick wall. You are saving me from myself! 😆
@@brakthehun Did you ever have time to program for those additional functions?