My anti backlash ball screws, rails and linear bearings arrived! This CNC table is going to be massive!
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30W RGB Led Test - Before I pack all this up tomorrow I decided to test out one of the 30W RGB LEDs I got to do accent lighting for my new office. It is powered by 3 individual drivers that accept PWM input to drive the output. Each LED
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Packing my components for our upcoming move! It’s nice to be a little organized for once…
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Another refactor to have object based callbacks defined, with {success: , error:} etc.
Finished implementing the initialization process. Everything returns data as expected, which is great!
Go check out the source: https://github.com/dchote/jsSTK500
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jsSTK500 update! Initialization is now working! I refactored the code to better work the way you would expect it (with callbacks etc).
Go check out the source: https://github.com/dchote/jsSTK500
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After a bit of haxing tonight I have the skeleton object layed out, and the initial serial->protocol logic defined.
I am now basing this entirely off the avrdude implementation for simplicity sake (its a lot easier to read).
The jsSTK500 project is hosted on github here.
NOTE: This
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30W RGB LED. A few weeks ago i ordered 4 30W RGB LEDS and drivers. They arrived today, and they are HUGE! Here is a size comparison against a Pinoccio Scout and my business card.
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I am in the process of writing an arduino programmer entirely in javascript using google chrome’s serial API. I am fairly sure this is going to work, as I am implementing stk500 from a java implementation I found as an example, referencing the avrdude code along the way.
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I am trying to find a good way to print out a part design and transfer it somewhat permanently on to sheet aluminum. This is until I can afford a desktop cnc, and would allow me to be a lot more precise in my hand fabrication of parts. Any ideas?
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