Love your project. Did you printed the light difusor? And can you explain How the DI and D0 jumpers Works? Because the modularity of the nanoleaf its something dificult tô make. How did you do that?
i did print the light diffuser with eSUN ePLA-Gloss White, made it 0,4 mm thick so it's two layers. the solder jumpers i used to determine what was the beginning, where you connect the link you follow the path put all the solder jumpers straight except for the last one (the one before the in signal comes.) this redirects the route to the out signal. so when the signal comes in first all the 18 led's from that triangle light up and then it becomes the out signal. if you place only one out on the triangle it just adds 18 more. if you put two triangles on the out signal wled recognizes them as one. i have some ideas on how to bypass this but it will be a tricky one. maybe for a next project ;)
Love your project. Did you printed the light difusor? And can you explain How the DI and D0 jumpers Works? Because the modularity of the nanoleaf its something dificult tô make. How did you do that?
i did print the light diffuser with eSUN ePLA-Gloss White, made it 0,4 mm thick so it's two layers.
the solder jumpers i used to determine what was the beginning, where you connect the link you follow the path put all the solder jumpers straight except for the last one (the one before the in signal comes.) this redirects the route to the out signal. so when the signal comes in first all the 18 led's from that triangle light up and then it becomes the out signal. if you place only one out on the triangle it just adds 18 more. if you put two triangles on the out signal wled recognizes them as one. i have some ideas on how to bypass this but it will be a tricky one. maybe for a next project ;)