Your build definitely got my brain going. I used your fundamental work to create the same thing you did but without any coding. Thank you. I wanted to give you credit.
Hello I would like to know is he obliged to make a donation to watch vau tuto, because his tells me The content cannot be displayed for several tutorials
will not compile no such lib named HCPCA9685 C:\Users\F_Bar\OneDrive\Documents\Arduino\sketch_may8a\sketch_may8a.ino: In function 'void loop()': C:\Users\F_Bar\OneDrive\Documents\Arduino\sketch_may8a\sketch_may8a.ino:44:9: error: 'class PCA9685' has no member named 'servo' PCA9685.servo(0, ServoXforward); // Move Servo 0 ^~~~~ C:\Users\F_Bar\OneDrive\Documents\Arduino\sketch_may8a\sketch_may8a.ino:45:9: error: 'class PCA9685' has no member named 'servo' PCA9685.servo(12, ServoXbackward); // Move Servo 12 ^~~~~ C:\Users\F_Bar\OneDrive\Documents\Arduino\sketch_may8a\sketch_may8a.ino:46:9: error: 'class PCA9685' has no member named 'servo' PCA9685.servo(4, ServoYforward); // Move Servo 4 ^~~~~ C:\Users\F_Bar\OneDrive\Documents\Arduino\sketch_may8a\sketch_may8a.ino:47:9: error: 'class PCA9685' has no member named 'servo' PCA9685.servo(8, ServoYbackward); // Move Servo 8 ^~~~~ exit status 1 Compilation error: 'class PCA9685' has no member named 'servo'
Hi thanks for this code, Its the first actually working. However I need to have the code to move to different positioned in the clocks and anti-clocks positions. Would you mind sharing that mod?
Hi thanks for this. This is also the first code actually working. However I need to have different stepper targets in the clocks and anti-clocks directions, would you mind to share it?,
Thanks for this. I've been looking for a solution on how to use an arduino to trigger my camera's shutter and this would be the answer. Is there a version that only has 1 input signal/output switch? and/or is there a version that the input signal triggers all 4 output switches? I know I could just run the signal line in parallel for that, but I'm curious on if there's a specific chip for a more size efficient design.