CEB Control Source Code/v5.15.10: Difference between revisions

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(Created page with '//Notes: Orientation is defined by machine user //facing the control panel. 3 magnets (sensor actuators) are used //for main cylinder, 3 magnets for soil drawer, and 2 magnets a…')
 
 
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//Notes: Orientation is defined by machine user
#REDIRECT [[CEB Press/Manufacturing Instructions/Controller Box/Source Code/v5.15.10]]
//facing the control panel. 3 magnets (sensor actuators) are used
//for main cylinder, 3 magnets for soil drawer, and 2 magnets are
//are used for soil grate shaker. Copyright April 2010, Creative
//Commons CC-BY-SA-compatible Open Source Ecology (OSE) License,
//by Marcin Jakubowski, Ph.D., for OSE. This code and other
//documentation is available at the Open+Pario project management
//site under the CEB Project, under Documents - Liberator Beta 2.0
//Control Code, http://openpario.net/projects/OSE
 
//Complete code including simultaneous motion of 2 cylinders:
 
int val; //main cylinder
int val2; //secondary cylinder
int val3; //shaker
int toggle1;//main cylinder toggle
int toggle2;//secondary cylinder toggle
unsigned long startcounter1;
unsigned long counter1;
unsigned long startcounter2;
unsigned long counter2;
unsigned long counter;
 
//0. Initialization.
 
void setup(){
  Serial.begin(9600);
  pinMode(19,INPUT);//Digital 19 is Analog 5.
  pinMode(18,INPUT);//Digital 18 is Analog 4.
  pinMode(17,INPUT);//Digital 17 is Analog 3.
  pinMode(3,OUTPUT);//Pins 3 and 6 are up and down motion,
  pinMode(6,OUTPUT);//respectively.
  pinMode(9,OUTPUT);//Pins 9 and 10 are right and left,
  pinMode(10,OUTPUT);//respectively.
  pinMode(11,OUTPUT);//Hopper shaker motor.
  counter1=0;
  counter2=0;
  counter=0;
  val=analogRead(5);//Read the sensor.\
  val2=analogRead(4);
  Serial.println("Main cylinder state:");
  Serial.println(val);
  Serial.println("Drawer cylinder state:");
  Serial.println(val2);
 
//3=up
//6=down
//9=right
//10=left
//analog5=main cylinder
//analog4=secondary cylinder
 
//1. Move main cylinder down 1/2 sec.
digitalWrite(6,HIGH);
delay(500);
digitalWrite(6,LOW);
//2. Move secondary cylinder left 1/2 sec.
digitalWrite(10,HIGH);
delay(500);
digitalWrite(10,LOW);
//3. Zero main cylinder.
while (analogRead(5) < 500){
  digitalWrite(6, HIGH);
}
digitalWrite(6, LOW);
//4. Zero secondary cylinder.
while(analogRead(4) < 500){
  digitalWrite(10, HIGH);
}
digitalWrite(10, LOW);
//5. Eject soil from chamber with main cylinder. (Go up to mid,
//then go up to top.)
while (analogRead(5) > 500){
  digitalWrite(3, HIGH);
}
while (analogRead(5) < 500){
}
digitalWrite(3, LOW);
//6. Push soil out of way with secondary cylinder and stop in closed
//compression chamber position.
while(analogRead(4)>500){
  digitalWrite(9, HIGH);
}
digitalWrite(9, LOW);
//7. Initialize secondary cylinder.
while(analogRead(4)<500){
  digitalWrite(10, HIGH);
}
digitalWrite(10, LOW);
//8. Calibrate main cylinder (move from top to bottom and measure t)
//Move down to -, measuring down motion time T1
startcounter1=millis();
digitalWrite(6, HIGH);
while (analogRead(5)>500){}
counter1=millis()-startcounter1;
//7. Move down to +, measuring T2
startcounter2=millis();
while (analogRead(5)<500){}
counter2=millis()-startcounter2;
digitalWrite(6, LOW);
//8. Add T1 and T2 to get total time of down travel.
counter=counter1+counter2;
//9. Move main cylinder to terminal position.
while (analogRead(5)>500){
  digitalWrite(3, HIGH);
}
while (analogRead(5)<500){}
digitalWrite(3, LOW);
 
//3. Wait 5 seconds. If stopped and not zeroed, cycle controller.
delay(5000);
 
//At this point, secondary cylinder is in initial position and main
//cylinder is in terminal position.
 
}//**************************** END OF INITIALIZATION
 
void loop(){
 
digitalWrite(9, HIGH);
delay(200);
digitalWrite(6, HIGH);
toggle1=0;
toggle2=0;
while(analogRead(4)>500){
  if (analogRead(5)<500){
    toggle1=1;
  }
  if (toggle1=1 && analogRead(5)>500){
    digitalWrite(6, LOW);
  }
}
 
 
 
 
 
}//final loop closure.

Latest revision as of 23:23, 19 August 2017

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