Version 1.0. Generates step and direction signals, which can be sent to stepper motor drivers.Ĭontrol up to four axes with an Uno or Duemilanove board.Ĭontrol up to eight axes with a Mega or Mega 2560 board. Ive been looking everywhere but cannot finad any information in how to solve this (apart from buying 2 easydriver boards).Ĭode: Select all #define DFMOCO_VERSION 1įor use with the Arc motion control system in Dragonframe 3. The code just allows for step and direction calls, and I dont know if this is possible at all using the adafruit motorshield. from the computer.įor this to work they use their own sketch called "DFMoco" and suggest you to use a stepper driver like "easydriver". The software also recognize digital cameras allow you to control, focus, exposure, shuter speed etc. This software is used for motion control, time lapses and other VIDEO shooting process, being able to control the movement of up to 8 axis trough an arduino. Im building a Camera Motion control for a friend, using two stepper motor, the hardware is properly built & tested and have been working ok with our simple sketches, but we decided to adapt the system so it can run with DRAGONFRAME software which allows for an incredible accurate motion control. I bought some time ago an Adafruit Motor shield to use in some projects, I have to say I had no problem at all untill now. The camera is centerred in the nodal point of the lense in the rotary axis.Hello Im new over here so thanks in advance! On the first try there is no lag at all, at the second try there is something like a pulsing on the sheeps and the flowers (CROP). Try 2: Slider & Pan Crop one the bird house I have done some sample shots and facing some lagging / parallaxe issues. There is also the source code for an Android App available, still Beta As the controller is based on DFMoCo, you can also use it with Dragonframe. I've migrated this one for the ESP32, added Bluetooth support and a Timelapse / Panorama function. The software itself is based on the library "DFMoCo". Software is running on an ESP32 in a housing together with the stepper drivers. We can drive motors up to 25 times faster than the DF moco interface that most 3rd party motion control relies on (greater than 500,000 steps per second). The Pan & Tilt module is based on a steel plate, that I've let lasered on a local store. The hardware is done with material from "OpenBuilds". 3 months ago, I've started to build my own slider + Pan&Tilt module
0 kommentar(er)
