uBUG

uBUG: Bubble Unik Guillotine delves in sheer electro-magnetic POETRY (small u stand for useless!)

Apr 17, 2018

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Arduino UNO

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Code

uBUG file

arduino

1
2// uBUG Bubble Unik Guillotine
3
4// Helix Fan  : Inverted polarities   since a drone helix is not a fan !
5
6#include <Stepper.h>
7#include <Servo.h>//   Grid gate operation
8
9#define STEPS_PER_MOTOR_REVOLUTION 32 // Number of steps   per revolution of INTERNAL motor in 4-step mode
10#define RevShaft 32 * 64 //2048,   steps NB per 1 revolution of OUTPUT SHAFT (= gear reduction; 2048 steps)
11
12Stepper   small_stepper(STEPS_PER_MOTOR_REVOLUTION, 8, 10, 9, 11);// Declare 'small_stepper'   variable pins
13Servo GridServo;  // create a servo object
14
15//Parameters   ===================================================
16  const float topLevelHatchet   = 2.0; // : this defines Hatchet elevation level around 2.0
17
18  int HelixOnMilliSec   = 900;
19  int MaxMapMtr = 255; //controls Helix speed range. NB MAX = 255
20
21   int OPENGrid = 185;   // Grid Angle
22  int CLOSEGrid = 55;   // Grid Angle
23//Constants   ====================================================
24  const int SwitchPin =   2; //lateral Switch 
25  const int HelixPin = 6; //Helix blower
26  const int   potPin = A0;// analog Potentiometer regulates Helix speed
27  const int DOWN =   1; 
28  const int UP = -1;
29//Variables ====================================================
30   int Steps2Take;
31  int SwitchState = 0;
32  
33//MAIN =========================================================   
34//MAIN =========================================================
35void setup()   {
36    Serial.begin(9600); 
37    
38    GridServo.attach(5); // PWM pin required
39     GridServo.write(CLOSEGrid); 
40    
41// NB NB NB Stepper Library sets pins   as outputs NB NB NB
42    pinMode(SwitchPin, INPUT);
43    pinMode(HelixPin, OUTPUT);
44     digitalWrite (HelixPin,LOW);
45    
46// To bring Hatchet to bottom reference   level with lateral Switch 
47    SwitchState = digitalRead(SwitchPin);
48       while   (SwitchState == LOW){
49Serial.print("SwitchState: ");
50Serial.println(SwitchState);     
51          Steps2Take  =  DOWN * RevShaft * 0.0454;
52          small_stepper.setSpeed(1000);    
53          small_stepper.step(Steps2Take);
54          SwitchState = digitalRead(SwitchPin);
55           delay(2);
56       }//END while
57       
58       delay(200);
59        
60 // Small Up step to clear Switch lever : this defines Hatchet bottom   level
61        Steps2Take  =  UP * RevShaft * 0.1;
62        small_stepper.setSpeed(1000);    
63        small_stepper.step(Steps2Take);
64        delay(200);
65        
66Serial.print("SwitchState   after WHILE: ");
67Serial.println(SwitchState);   
68}//END setup
69
70void   loop() {
71Serial.println("===============================");
72 // Hatchet   emerge from reservoir 
73    Steps2Take  =  UP * RevShaft * topLevelHatchet;  //Up
74     small_stepper.setSpeed(1000);   
75    small_stepper.step(Steps2Take);
76
77   // Grid OPEN
78     GridServo.write(OPENGrid);
79     delay(400);
80
81 //   Helix blows Bubble   
82    analogWrite(HelixPin,(fPotControl())); 
83    delay(HelixOnMilliSec);
84     digitalWrite (HelixPin,LOW);
85
86// Grid CLOSE
87     delay(200);
88     GridServo.write(CLOSEGrid);
89
90      
91 // Hatchet dips into reservoir
92    Steps2Take  =  DOWN * RevShaft *   topLevelHatchet; //Down
93    small_stepper.setSpeed(1000);   
94    small_stepper.step(Steps2Take);
95     delay(500);
96
97    }// END loop
98
99// SUBs &&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
100int   fPotControl(){ // Potentiometer regulates Helix speed
101 int   potVal = analogRead(potPin);
102   int   mtrVal = map(potVal,0, 1023, 0, MaxMapMtr); // motorVal
103    
104Serial.print   (potVal);
105Serial.print (" ; ");
106Serial.println (mtrVal);
107
108    return   mtrVal;
109}//END sPotControl
110
111

// uBUG Bubble Unik Guillotine

// Helix Fan  : Inverted polarities   since a drone helix is not a fan !

#include <Stepper.h>
#include <Servo.h>//   Grid gate operation

#define STEPS_PER_MOTOR_REVOLUTION 32 // Number of steps   per revolution of INTERNAL motor in 4-step mode
#define RevShaft 32 * 64 //2048,   steps NB per 1 revolution of OUTPUT SHAFT (= gear reduction; 2048 steps)

Stepper   small_stepper(STEPS_PER_MOTOR_REVOLUTION, 8, 10, 9, 11);// Declare 'small_stepper'   variable pins
Servo GridServo;  // create a servo object

//Parameters   ===================================================
  const float topLevelHatchet   = 2.0; // : this defines Hatchet elevation level around 2.0

  int HelixOnMilliSec   = 900;
  int MaxMapMtr = 255; //controls Helix speed range. NB MAX = 255

   int OPENGrid = 185;   // Grid Angle
  int CLOSEGrid = 55;   // Grid Angle
//Constants   ====================================================
  const int SwitchPin =   2; //lateral Switch 
  const int HelixPin = 6; //Helix blower
  const int   potPin = A0;// analog Potentiometer regulates Helix speed
  const int DOWN =   1; 
  const int UP = -1;
//Variables ====================================================
   int Steps2Take;
  int SwitchState = 0;
  
//MAIN =========================================================   
//MAIN =========================================================
void setup()   {
    Serial.begin(9600); 
    
    GridServo.attach(5); // PWM pin required
     GridServo.write(CLOSEGrid); 
    
// NB NB NB Stepper Library sets pins   as outputs NB NB NB
    pinMode(SwitchPin, INPUT);
    pinMode(HelixPin, OUTPUT);
     digitalWrite (HelixPin,LOW);
    
// To bring Hatchet to bottom reference   level with lateral Switch 
    SwitchState = digitalRead(SwitchPin);
       while   (SwitchState == LOW){
Serial.print("SwitchState: ");
Serial.println(SwitchState);     
          Steps2Take  =  DOWN * RevShaft * 0.0454;
          small_stepper.setSpeed(1000);    
          small_stepper.step(Steps2Take);
          SwitchState = digitalRead(SwitchPin);
           delay(2);
       }//END while
       
       delay(200);
        
 // Small Up step to clear Switch lever : this defines Hatchet bottom   level
        Steps2Take  =  UP * RevShaft * 0.1;
        small_stepper.setSpeed(1000);    
        small_stepper.step(Steps2Take);
        delay(200);
        
Serial.print("SwitchState   after WHILE: ");
Serial.println(SwitchState);   
}//END setup

void   loop() {
Serial.println("===============================");
 // Hatchet   emerge from reservoir 
    Steps2Take  =  UP * RevShaft * topLevelHatchet;  //Up
     small_stepper.setSpeed(1000);   
    small_stepper.step(Steps2Take);

   // Grid OPEN
     GridServo.write(OPENGrid);
     delay(400);

 //   Helix blows Bubble   
    analogWrite(HelixPin,(fPotControl())); 
    delay(HelixOnMilliSec);
     digitalWrite (HelixPin,LOW);

// Grid CLOSE
     delay(200);
     GridServo.write(CLOSEGrid);

      
 // Hatchet dips into reservoir
    Steps2Take  =  DOWN * RevShaft *   topLevelHatchet; //Down
    small_stepper.setSpeed(1000);   
    small_stepper.step(Steps2Take);
     delay(500);

    }// END loop

// SUBs &&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
int   fPotControl(){ // Potentiometer regulates Helix speed
 int   potVal = analogRead(potPin);
   int   mtrVal = map(potVal,0, 1023, 0, MaxMapMtr); // motorVal
    
Serial.print   (potVal);
Serial.print (" ; ");
Serial.println (mtrVal);

    return   mtrVal;
}//END sPotControl

uBUG file

arduino

1
2// uBUG Bubble Unik Guillotine
3
4// Helix Fan  : Inverted polarities  since a drone helix is not a fan !
5
6#include <Stepper.h>
7#include <Servo.h>//  Grid gate operation
8
9#define STEPS_PER_MOTOR_REVOLUTION 32 // Number of steps  per revolution of INTERNAL motor in 4-step mode
10#define RevShaft 32 * 64 //2048,  steps NB per 1 revolution of OUTPUT SHAFT (= gear reduction; 2048 steps)
11
12Stepper  small_stepper(STEPS_PER_MOTOR_REVOLUTION, 8, 10, 9, 11);// Declare 'small_stepper'  variable pins
13Servo GridServo;  // create a servo object
14
15//Parameters  ===================================================
16  const float topLevelHatchet  = 2.0; // : this defines Hatchet elevation level around 2.0
17
18  int HelixOnMilliSec  = 900;
19  int MaxMapMtr = 255; //controls Helix speed range. NB MAX = 255
20
21  int OPENGrid = 185;   // Grid Angle
22  int CLOSEGrid = 55;   // Grid Angle
23//Constants  ====================================================
24  const int SwitchPin =  2; //lateral Switch 
25  const int HelixPin = 6; //Helix blower
26  const int  potPin = A0;// analog Potentiometer regulates Helix speed
27  const int DOWN =  1; 
28  const int UP = -1;
29//Variables ====================================================
30  int Steps2Take;
31  int SwitchState = 0;
32  
33//MAIN =========================================================  
34//MAIN =========================================================
35void setup()  {
36    Serial.begin(9600); 
37    
38    GridServo.attach(5); // PWM pin required
39    GridServo.write(CLOSEGrid); 
40    
41// NB NB NB Stepper Library sets pins  as outputs NB NB NB
42    pinMode(SwitchPin, INPUT);
43    pinMode(HelixPin, OUTPUT);
44    digitalWrite (HelixPin,LOW);
45    
46// To bring Hatchet to bottom reference  level with lateral Switch 
47    SwitchState = digitalRead(SwitchPin);
48       while  (SwitchState == LOW){
49Serial.print("SwitchState: ");
50Serial.println(SwitchState);    
51          Steps2Take  =  DOWN * RevShaft * 0.0454;
52          small_stepper.setSpeed(1000);   
53          small_stepper.step(Steps2Take);
54          SwitchState = digitalRead(SwitchPin);
55          delay(2);
56       }//END while
57       
58       delay(200);
59       
60 // Small Up step to clear Switch lever : this defines Hatchet bottom  level
61        Steps2Take  =  UP * RevShaft * 0.1;
62        small_stepper.setSpeed(1000);   
63        small_stepper.step(Steps2Take);
64        delay(200);
65        
66Serial.print("SwitchState  after WHILE: ");
67Serial.println(SwitchState);   
68}//END setup
69
70void  loop() {
71Serial.println("===============================");
72 // Hatchet  emerge from reservoir 
73    Steps2Take  =  UP * RevShaft * topLevelHatchet;  //Up
74    small_stepper.setSpeed(1000);   
75    small_stepper.step(Steps2Take);
76
77  // Grid OPEN
78     GridServo.write(OPENGrid);
79     delay(400);
80
81 //  Helix blows Bubble   
82    analogWrite(HelixPin,(fPotControl())); 
83    delay(HelixOnMilliSec);
84    digitalWrite (HelixPin,LOW);
85
86// Grid CLOSE
87     delay(200);
88     GridServo.write(CLOSEGrid);
89
90     
91 // Hatchet dips into reservoir
92    Steps2Take  =  DOWN * RevShaft *  topLevelHatchet; //Down
93    small_stepper.setSpeed(1000);   
94    small_stepper.step(Steps2Take);
95    delay(500);
96
97    }// END loop
98
99// SUBs &&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
100int  fPotControl(){ // Potentiometer regulates Helix speed
101 int   potVal = analogRead(potPin);
102  int   mtrVal = map(potVal,0, 1023, 0, MaxMapMtr); // motorVal
103    
104Serial.print  (potVal);
105Serial.print (" ; ");
106Serial.println (mtrVal);
107
108    return  mtrVal;
109}//END sPotControl
110
111

// uBUG Bubble Unik Guillotine

// Helix Fan  : Inverted polarities  since a drone helix is not a fan !

#include <Stepper.h>
#include <Servo.h>//  Grid gate operation

#define STEPS_PER_MOTOR_REVOLUTION 32 // Number of steps  per revolution of INTERNAL motor in 4-step mode
#define RevShaft 32 * 64 //2048,  steps NB per 1 revolution of OUTPUT SHAFT (= gear reduction; 2048 steps)

Stepper  small_stepper(STEPS_PER_MOTOR_REVOLUTION, 8, 10, 9, 11);// Declare 'small_stepper'  variable pins
Servo GridServo;  // create a servo object

//Parameters  ===================================================
  const float topLevelHatchet  = 2.0; // : this defines Hatchet elevation level around 2.0

  int HelixOnMilliSec  = 900;
  int MaxMapMtr = 255; //controls Helix speed range. NB MAX = 255

  int OPENGrid = 185;   // Grid Angle
  int CLOSEGrid = 55;   // Grid Angle
//Constants  ====================================================
  const int SwitchPin =  2; //lateral Switch 
  const int HelixPin = 6; //Helix blower
  const int  potPin = A0;// analog Potentiometer regulates Helix speed
  const int DOWN =  1; 
  const int UP = -1;
//Variables ====================================================
  int Steps2Take;
  int SwitchState = 0;
  
//MAIN =========================================================  
//MAIN =========================================================
void setup()  {
    Serial.begin(9600); 
    
    GridServo.attach(5); // PWM pin required
    GridServo.write(CLOSEGrid); 
    
// NB NB NB Stepper Library sets pins  as outputs NB NB NB
    pinMode(SwitchPin, INPUT);
    pinMode(HelixPin, OUTPUT);
    digitalWrite (HelixPin,LOW);
    
// To bring Hatchet to bottom reference  level with lateral Switch 
    SwitchState = digitalRead(SwitchPin);
       while  (SwitchState == LOW){
Serial.print("SwitchState: ");
Serial.println(SwitchState);    
          Steps2Take  =  DOWN * RevShaft * 0.0454;
          small_stepper.setSpeed(1000);   
          small_stepper.step(Steps2Take);
          SwitchState = digitalRead(SwitchPin);
          delay(2);
       }//END while
       
       delay(200);
       
 // Small Up step to clear Switch lever : this defines Hatchet bottom  level
        Steps2Take  =  UP * RevShaft * 0.1;
        small_stepper.setSpeed(1000);   
        small_stepper.step(Steps2Take);
        delay(200);
        
Serial.print("SwitchState  after WHILE: ");
Serial.println(SwitchState);   
}//END setup

void  loop() {
Serial.println("===============================");
 // Hatchet  emerge from reservoir 
    Steps2Take  =  UP * RevShaft * topLevelHatchet;  //Up
    small_stepper.setSpeed(1000);   
    small_stepper.step(Steps2Take);

  // Grid OPEN
     GridServo.write(OPENGrid);
     delay(400);

 //  Helix blows Bubble   
    analogWrite(HelixPin,(fPotControl())); 
    delay(HelixOnMilliSec);
    digitalWrite (HelixPin,LOW);

// Grid CLOSE
     delay(200);
     GridServo.write(CLOSEGrid);

     
 // Hatchet dips into reservoir
    Steps2Take  =  DOWN * RevShaft *  topLevelHatchet; //Down
    small_stepper.setSpeed(1000);   
    small_stepper.step(Steps2Take);
    delay(500);

    }// END loop

// SUBs &&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
int  fPotControl(){ // Potentiometer regulates Helix speed
 int   potVal = analogRead(potPin);
  int   mtrVal = map(potVal,0, 1023, 0, MaxMapMtr); // motorVal
    
Serial.print  (potVal);
Serial.print (" ; ");
Serial.println (mtrVal);

    return  mtrVal;
}//END sPotControl

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