Algodoo_Riemen_32L2:

Globale Variable:
scene.my.Rad_angle = 0;		// Winkel des Rades
scene.my.M1start = 0;		// Start-Winkel (Motor 1 on)
scene.my.M1stop = -0.6;		// Stop-Winkel (Motor 1 off)
scene.my.M2start = -3.14;	// Start-Winkel (Motor 2 on)
scene.my.M2stop = 2.54;		// Stop-Winkel (Motor 2 off)
scene.my.motor1 = false;	// Übergabevariable an den Satelliten 1
scene.my.motor2 = false;	// Übergabevariable an den Satelliten 2
scene.my.motorSpeed = 3.5;	// 2.62 = 25 U/min (25/60 x 2pi)
scene.my.motorTorque = 10;	// Drehmoment in Newtonmeter


Definitionen in den Lagern der Satelliten:

motor = {scene.my.motor1};
motorSpeed = {scene.my.motorSpeed};
motorTorque = {scene.my.motorTorque};

motor = {scene.my.motor2};
motorSpeed = {scene.my.motorSpeed};
motorTorque = {scene.my.motorTorque};


Definitionen im Rad:

update = (e) => {
  scene.my.Rad_angle = (readable(owner)).angle;
  {scene.my.Rad_angle < scene.my.M1start && scene.my.Rad_angle > scene.my.M1stop}
  ? {scene.my.motor1 = true} : {scene.my.motor1 = false};
  {scene.my.Rad_angle < scene.my.M2start || scene.my.Rad_angle > scene.my.M2stop}
  ? {scene.my.motor2 = true} : {scene.my.motor2 = false};
  };


Definitionen im Anzeigefeld:

textColor = [0,0,0,1];
textScale = 0.1;
text = {
   "Winkel Rad:     " + math.toint(180 * scene.my.Rad_angle / math.pi) +
"°\nMotor1-start:    " + math.toint(180 * scene.my.M1start / math.pi) +
"°\nMotor1-stop:     " + math.toint(180 * scene.my.M1stop / math.pi) +
"°\nmotorspeed:     " + scene.my.motorSpeed +
"\nmotorTorque:    " + scene.my.motorTorque
		};