De Bucking Bullfrog (11 / 13 stap)

Stap 11:

Dit is de software voor de Arduino:

#include < Servo.h >

Servo roteren;

Servo lift;

void setup)

{

Rotate.attach(5);

Lift.attach(6);

Rotate.write(100);

Lift.write(90);

delay(2000);

}

void loop

{

Rotate.write(100);

Lift.write(80);

delay(1000);

Rotate.write(130);

Lift.write(90);

delay(300);

Lift.write(110);

delay(300);

Rotate.write(130);

delay(300);

Rotate.write(130);

delay(300);

Rotate.write(120);

Lift.write(90);

delay(300);

Rotate.write(100);

delay(300);

Rotate.write(130);

delay(300);

Rotate.write(40);

Lift.write(90);

delay(300);

Rotate.write(90);

Lift.write(90);

delay(300);

Rotate.write(40);

Lift.write(110);

delay(300);

Rotate.write(100);

Lift.write(90);

delay(300);

Rotate.write(40);

delay(300);

Lift.write(90);

delay(300);

Lift.write(110);

delay(200);

Lift.write(90);

delay(300);

Lift.write(110);

delay(300);

Lift.write(90);

delay(200);

Rotate.write(130);

Lift.write(90);

delay(300);

Lift.write(110);

delay(300);

Rotate.write(130);

delay(300);

Rotate.write(130);

delay(300);

Rotate.write(120);

Lift.write(90);

delay(300);

Rotate.write(100);

delay(300);

Rotate.write(130);

delay(300);

Rotate.write(40);

Lift.write(90);

delay(300);

Rotate.write(80);

Lift.write(90);

delay(300);

Rotate.write(40);

Lift.write(110);

delay(300);

Rotate.write(100);

Lift.write(90);

delay(300);

Rotate.write(40);

delay(300);

Lift.write(90);

delay(300);

Lift.write(110);

delay(200);

Lift.write(90);

delay(300);

Lift.write(110);

delay(300);

Lift.write(90);

delay(200);

Lift.write(90);

delay(300);

Rotate.write(100);

Lift.write(90);

Rotate.write(130);

delay(300);

Rotate.write(30);

delay(300);

Rotate.write(135);

delay(300);

Rotate.write(40);

delay(300);

Rotate.write(100);

delay(300);

Lift.write(90);

delay(200);

Lift.write(100);

delay(1000);

Lift.write(80);

delay(10000);

}