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Our TC-0215 led tron dance suit. whatsapp:+86 185 7030 5181 email:[email protected] #ledtrondance #ledtron #ledtroncostume #lightupcostumes #eventidea #circusfit #circusact #teamperformance #fireperformer #specialeventmakeup #specialevententertainment #events #entertainments #ledcostumes #visualstarcostume https://www.instagram.com/p/BySDeluA-Ou/?igshid=1i5pob17wylj1
Do you know what is this? whatsapp:+86 18570305181 email:[email protected] #ledcostumes #ledtroncostume #lightupcostumes #michaeljackson #eventcostume #trondance #tron #ledprogrammablecostume #ledsuit #ledtronsuit #ledoutfit https://www.instagram.com/p/BxtccOTg2_D/?igshid=a598ejkhgoq1
Our led tron dance costume controlled by wireless programmable controller. whatsapp:+86 185 7030 5181 email:[email protected] www.visual-star.com #tron #lightbalanceshow #ledcostumes #leddancesuit #lightupcostumes #luminousclothing #boydance #ledlightshow #eventperformancemalaysia #eventperformer #performancevw #performancedancers #ledperformer #mineweddingsandevents #eventorganize #mainevententertainment #corporateevententertainment https://www.instagram.com/p/BxRJEFDgWK7/?utm_source=ig_tumblr_share&igshid=10h3av3gohgt0
We made the tape light up!
Hayden Harter and I tested the RC4, playground, and code (written by Emily Walker) all together in the theatre for the first time.
It’s gator clips all over, and rather rough, but we got our lighting board (ETC ION) to talk to the RC4 receiver for the go & back signals to trigger the effects stored on the circuit playground.
We were in the dark here because focus for the show was going on, on stage, simultaneously to our test. So much to do, so little time, but this is reassuring progress!
Zod LEDs:
Circuit Diagrams are my next sub-project. Now that we think we have our approach planned out, we document!
Fritzing is a pretty great software for circuit diagrams. I’ve used it once before for the first LED project I did in the theatre department. It’s really easy to download new libraries of parts and creating new parts isn’t too bad either.
One of the diagrams is pictured here.
With so many different hands working on this project, this can, in all hopes, act as a map, come trouble-shooting time. Not all of us will be experts on every part, but we will all have to understand the set-up come tech.
Soldering has started to become a happy task for me rather than a stressful one. Good tools & materials make all the difference. I’ve gotten a lot better with practice, and there will be a lot of practice on this project! Here are the 12 finished and tested boxes, soldered, wire wrapped, and heat shurnk to as close to perfect as 5 novices can make them.
The boxes on the left of the photo will be going in a ballet piece where we plan to use the accelerometer and microphone on the Circuit Playground to make the costumes react to the music and motion on that they sense.
The boxes on the right have an RC4 receiver in them, they will be for a modern dance piece where we want to run the cues off the lighting board.
After our first soldering party for the project we have... A STRIP LIT! We snapped it into a costume to see how the look is coming together, and I think it looks great! The ones partially hidden by the petals looks better to me than the ones where you can see the full pixel, but the whole thing is pretty exciting.
The cases are all assembled too after tonight.
For UB THD’s Zodiaque Dance show we are integrating LED’s into 12 costumes, split into 2 different dance pieces and costume designs. I am part of the special topics class and am taking a leadership role on this project.
For our first sub project, Alex Farley @adfarley and I, designed the case that will hold the electrical components and go into a mic pouches under the dancers’ costumes.
We figured that 3D printing would be a better manufacturing method than buying a case and retrofitting it to suit our needs. Jon Shimon @jonshimon, the professor/mentor on this project, has a Printerbot Simple in his office so the plan was to print them all there.
The Inventor assembly shown has placeholder parts for the rough geometry of the components that need to fit in our case, and we designed the bottom and lid around those constraints.
We had issues with getting our part to adhere to the plate when printing the first time. After a lot of cleaning, z-height, and tension adjustments we switched the filament to one that hadn’t been sitting out for a year. We were able to get a full case printed, but it was un-acceptably warpy. So ... we decided to use the engineering prototyping lab on campus instead.
In the end though, they turned out pretty great!
