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TinyTV & Tiny Video Player / Re: TinyTV2 Auto Power On
« Last post by FRam on December 27, 2024, 01:51:10 PM »I am doing the same thing, did you figure it out? How are you powering it from the Pinball?
The title pretty much says it all: trying out my new TinyTV 2. It's wonderful, as long as you like it to start each video at a random point when you change channels. There is a setting for this, but not only does the setting not do anything, the device changes the settings file to its preferred setting of "true" every time.
If I set the randStartTime option in the settings.txt to false, it resets itself to true and I always get the random start behaviour. The first time I look at the settings.txt file after turning it on to view, the file has changed back to its original randStartTime=true. I edit the settings.txt on the device directly, it resets itself. I edit it on my PC and copy the settings file to the device, it resets itself. I try a power cycle between, no difference. I try ejecting, power cycle, re-insertion, still reset. The device itself seems to be opening the settings.txt file and writing randStartTime=true to its own configuration file, before starting to play, so I always get random start times.
What am I missing? The specific little videos I'm using need to be seen from the start.
I just thought I'd add my idea for Rotary Encoders and Potentiometer shields.The suggestion to create a clip-on design for those who prefer not to solder is excellent. It makes the technology more accessible to a wider range of users.
Hopefully you will like the idea Ken, I'll get one for free.
Cookie Clicker
As you mentioned, it may only be feasible to make one with only encodeing chips. I can see that and that would be fine for me.
For those who wish to do no soldering, it might be good to be able to just clip in on top.
My first idea is a handgrip, with encoder as a remote follow focus control .. probably wireless.
This is for when I have to mount a camera on a crane or jib arm, or up on a pole.
Recently I've discovered this design for a 0.4" x 0.4" arduino compatible board:Using a small battery cell is a great idea, but make sure to consider power management to maximize battery life, especially with neopixels, which can draw significant current.
https://hackaday.io/project/3117-a-even-smaller-nanite-temple run 2 online
My proposal:
- a similarily sized Tinyduino, possibly powered by a small battery cell
- a neopixel addon board which can be soldered to the bottom side of the board (using spacers)