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creation classe courant

This commit is contained in:
Adrien Van 2017-02-15 19:48:31 +01:00
parent f9677d2a74
commit e416ac79d5
3 changed files with 165 additions and 98 deletions
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100
RegulationIntensite.ino
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#include "RegulationIntensite.h"
#include "mesure.h"
#define __RESISTOR_VALUE__ 10000
#define __ANALOGIN_BR__ A0
#define __ANALOGIN_AR__ A1
#define __PWM_OUT__ 3
float target_curent = 0.05;//ma
PontDiviseur sourceU;
PontDiviseur colecteurU;
CurentFromR baseI;
Reg regIBase;
courant collecteur(3,A0,A1,820);
void setup()
{
pinMode(__ANALOGIN_AR__,0);
pinMode(__ANALOGIN_BR__,0);
pinMode(__PWM_OUT__,1);
digitalWrite(__PWM_OUT__, 122);
sourceU.rapportR = 0;
sourceU.pinU = A2;
colecteurU.rapportR = 0;
colecteurU.pinU = A3;
baseI.pinU1 = A0;
baseI.pinU2 = A1;
baseI.r = 10000;
regIBase.curI = &(baseI.i);
regIBase.pinPWM = 3;
regIBase.targetI = 0.05;
Serial.begin(9600);
}
void loop()
{
static float curent;
static int pwm_value = 0;
// curent = get_curent();
Serial.println(curent);
if(curent<target_curent*0.95)
{
pwm_value++;
analogWrite(__PWM_OUT__, pwm_value);
}
else if(curent>target_curent)
{
pwm_value--;
analogWrite(__PWM_OUT__, pwm_value);
}
delay(10);
}
/*float get_curent()
{
int b = analogRead(__ANALOGIN_BR__);
int a = analogRead(__ANALOGIN_AR__);
float dv = (b-a)*(5.0/1023.0) ; //Tension réel
float curent = (dv/(float)__RESISTOR_VALUE__)*1000;
//Serial.print(a);Serial.print(";");Serial.print(b);Serial.print(";");Serial.print(dv);Serial.print(";");Serial.print(curent);Serial.print(";");
return curent;
}
*/
float readCurentFromR(CurentFromR * data)
{
data->u1 = analogRead(data->pinU1);
data->u2 = analogRead(data->pinU2);
float dv = (data->u1-data->u2)*(5.0/1023.0) ; //Tension réel
data->i = (dv/(float)data->r)*1000;
return data->i;
}
float readUFromPontDiviseur(PontDiviseur * data)
{
data->uMesure = analogRead(data->pinU);
data->uReel = data->uMesure*data->rapportR;
return data->uReel;
}
void regulationI(Reg * reg)
{
uint16_t *ocr;
switch (reg->pinPWM) {
case 3:
ocr = &OCR2B;
break;
case 5:
ocr = &OCR0B;
break;
case 6:
ocr = &OCR0A;
break;
case 9:
ocr = &OCR1A
break;
case 10:
ocr = &OCR1B;
break;
case 11:
ocr = &OCR2A;
break;
}
if(*(reg->curI)<(reg->targetI)*0.9)
(*ocr)++
else if(*(reg->curI)>(reg->targetI))
(*ocr)--
else{
Serial.print((sourceU.uReel-colecteurU.uReel)/100);Serial.print(";");Serial.println(colecteurU);
Serial.println(collecteur.lireCourant());
delay(500);
}
}

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mesure.cpp Normal file
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#include <stdarg.h>
#include "arduino.h"
#include "mesure.h"
courant::courant(uint8_t pinPWM, uint8_t pinU1, uint8_t pinU2, int r)
{
this->pinPWM = pinPWM;
this->pinU1 = pinU1;
this->pinU2 = pinU2;
this->r = r;
pinMode(pinPWM, 1);
pinMode(pinU1, 0);
pinMode(pinU2, 0);
bridgeU1Enable = 0;
bridgeU2Enable = 0;
bridgeU1RapportR = 1;
bridgeU2RapportR = 1;
}
courant::courant(uint8_t pinPWM, uint8_t pinU1, uint8_t pinU2, int r, uint8_t bridgeU1Enable, uint8_t bridgeU2Enable, ...)
{
this->pinPWM = pinPWM;
this->pinU1 = pinU1;
this->pinU2 = pinU2;
this->r = r;
pinMode(pinPWM, 1);
pinMode(pinU1, 0);
pinMode(pinU2, 0);
this->bridgeU1Enable = bridgeU1Enable;
this->bridgeU2Enable = bridgeU2Enable;
va_list ap;
va_start(ap, bridgeU2Enable);
if(bridgeU1Enable)
{
this->bridgeU1Enable = bridgeU1Enable;
this->bridgeU2Enable = bridgeU2Enable;
bridgeU1RapportR = va_arg(ap, float);
if(bridgeU2Enable)
bridgeU2RapportR = va_arg(ap, float);
else
bridgeU2RapportR = 1;
}
else
{
this->bridgeU1Enable = 0;
this->bridgeU2Enable = bridgeU2Enable;
bridgeU1RapportR = 1;
if(bridgeU2Enable)
bridgeU2RapportR = va_arg(ap, float);
else
bridgeU2RapportR = 1;
}
va_end(ap);
}
void courant::config(uint8_t pinPWM, uint8_t pinU1, uint8_t pinU2, int r)
{
this->pinPWM = pinPWM;
this->pinU1 = pinU1;
this->pinU2 = pinU2;
this->r = r;
pinMode(pinPWM, 1);
pinMode(pinU1, 0);
pinMode(pinU2, 0);
bridgeU1Enable = 0;
bridgeU2Enable = 0;
bridgeU1RapportR = 1;
bridgeU2RapportR = 1;
}
void courant::config(uint8_t pinPWM, uint8_t pinU1, uint8_t pinU2, int r, uint8_t bridgeU1Enable, uint8_t bridgeU2Enable, ...)
{
this->pinPWM = pinPWM;
this->pinU1 = pinU1;
this->pinU2 = pinU2;
this->r = r;
pinMode(pinPWM, 1);
pinMode(pinU1, 0);
pinMode(pinU2, 0);
this->bridgeU1Enable = bridgeU1Enable;
this->bridgeU2Enable = bridgeU2Enable;
va_list ap;
va_start(ap, bridgeU2Enable);
if(bridgeU1Enable)
{
this->bridgeU1Enable = bridgeU1Enable;
this->bridgeU2Enable = bridgeU2Enable;
bridgeU1RapportR = va_arg(ap, float);
if(bridgeU2Enable)
bridgeU2RapportR = va_arg(ap, float);
else
bridgeU2RapportR = 1;
}
else
{
this->bridgeU1Enable = 0;
this->bridgeU2Enable = bridgeU2Enable;
bridgeU1RapportR = 1;
if(bridgeU2Enable)
bridgeU2RapportR = va_arg(ap, float);
else
bridgeU2RapportR = 1;
}
va_end(ap);
}
void courant::lireTension()
{
u1RAW = analogRead(pinU1);
u2RAW = analogRead(pinU2);
u1 = (u1RAW*(5.0/1024.0))*bridgeU1RapportR;
u2 = (u2RAW*(5.0/1024.0))*bridgeU2RapportR;
}
float courant::lireCourant()
{
lireTension();
float i = ((u1-u2)/820.0)*1000;
return i;
}
float courant::lireTensionU1()
{
return u1;
}
float courant::lireTensionU2()
{
return u2;
}

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mesure.h Normal file
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#ifndef MESURE_H
#define MESURE_H
#include <stdarg.h>
class courant
{
private:
int u1RAW;
int u2RAW;
int r;
uint8_t pinPWM;
uint8_t pinU1;
uint8_t pinU2;
float u1;
float u2;
uint8_t bridgeU1Enable;
uint8_t bridgeU2Enable;
float bridgeU1RapportR;
float bridgeU2RapportR;
void lireTension();
public:
courant(uint8_t pinPWM, uint8_t pinU1, uint8_t pinU2, int r);
courant(uint8_t pinPWM, uint8_t pinU1, uint8_t pinU2, int r, uint8_t bridgeU1Enable, uint8_t bridgeU2Enable, ...);
void config(uint8_t pinPWM, uint8_t pinU1, uint8_t pinU2, int r);
void config(uint8_t pinPWM, uint8_t pinU1, uint8_t pinU2, int r, uint8_t bridgeU1, uint8_t bridgeU2, ...);
float lireCourant();
float lireTensionU1();
float lireTensionU2();
;};
#endif