Ensea / Mbed 2 deprecated TurboPoparcAlex

Pour Marc la mignonne

Dependencies:   BSP_DISCO_F429ZI LCD_DISCO_F429ZI TS_DISCO_F429ZI mbed

Touchescreen.cpp@0:fcce18d01987, 2018-05-31 (annotated)

Committer:
Alex_mln
Date:
Thu May 31 06:11:25 2018 +0000
Revision:
0:fcce18d01987
Tiens pd

Who changed what in which revision?

UserRevisionLine numberNew contents of line
Alex_mln 0:fcce18d01987 1 #include "mbed.h"
Alex_mln 0:fcce18d01987 2 #include "screen.h"
Alex_mln 0:fcce18d01987 3 #include "LCD_DISCO_F429ZI.h"
Alex_mln 0:fcce18d01987 4 #include "Touchescreen.h"
Alex_mln 0:fcce18d01987 5
Alex_mln 0:fcce18d01987 6 LCD_DISCO_F429ZI lcdt;
Alex_mln 0:fcce18d01987 7 //DigitalOut led1(LED1);
Alex_mln 0:fcce18d01987 8
Alex_mln 0:fcce18d01987 9
Alex_mln 0:fcce18d01987 10 // marchent : PF9 PF7 PF8 PC4 PC0 PC1 PC2 PC3 PA7 PC5
Alex_mln 0:fcce18d01987 11
Alex_mln 0:fcce18d01987 12 /*
Alex_mln 0:fcce18d01987 13
Alex_mln 0:fcce18d01987 14 //Premiere rangée de capteur
Alex_mln 0:fcce18d01987 15 AnalogIn capt11(PF_7);
Alex_mln 0:fcce18d01987 16 AnalogIn capt12(PF_8);
Alex_mln 0:fcce18d01987 17 AnalogIn capt13(PF_9);
Alex_mln 0:fcce18d01987 18
Alex_mln 0:fcce18d01987 19 //Deuxieme rangée de capteur
Alex_mln 0:fcce18d01987 20 AnalogIn capt21(PC_4);
Alex_mln 0:fcce18d01987 21 AnalogIn capt22(PC_1);
Alex_mln 0:fcce18d01987 22 AnalogIn capt23(PC_2);
Alex_mln 0:fcce18d01987 23
Alex_mln 0:fcce18d01987 24 //Troisième rangée de capteur
Alex_mln 0:fcce18d01987 25 AnalogIn capt31(PC_3);
Alex_mln 0:fcce18d01987 26 AnalogIn capt32(PA_7);
Alex_mln 0:fcce18d01987 27 AnalogIn capt33(PC_5);
Alex_mln 0:fcce18d01987 28
Alex_mln 0:fcce18d01987 29
Alex_mln 0:fcce18d01987 30
Alex_mln 0:fcce18d01987 31
Alex_mln 0:fcce18d01987 32
Alex_mln 0:fcce18d01987 33 */
Alex_mln 0:fcce18d01987 34
Alex_mln 0:fcce18d01987 35
Alex_mln 0:fcce18d01987 36
Alex_mln 0:fcce18d01987 37
Alex_mln 0:fcce18d01987 38
Alex_mln 0:fcce18d01987 39 /*
Alex_mln 0:fcce18d01987 40
Alex_mln 0:fcce18d01987 41 DigitalOut led(LED1);
Alex_mln 0:fcce18d01987 42 DigitalOut test(PA_0);
Alex_mln 0:fcce18d01987 43 DigitalOut mot1(PE_12);
Alex_mln 0:fcce18d01987 44 DigitalOut mot2(PE_14);
Alex_mln 0:fcce18d01987 45 int valeur_neg;
Alex_mln 0:fcce18d01987 46
Alex_mln 0:fcce18d01987 47 void init_neg(){
Alex_mln 0:fcce18d01987 48 valeur_neg=(capt11.read()*10000+capt12.read()*10000+capt13.read()*10000)/3;
Alex_mln 0:fcce18d01987 49 wait(0.001);}
Alex_mln 0:fcce18d01987 50
Alex_mln 0:fcce18d01987 51 */
Alex_mln 0:fcce18d01987 52
Alex_mln 0:fcce18d01987 53
Alex_mln 0:fcce18d01987 54
Alex_mln 0:fcce18d01987 55
Alex_mln 0:fcce18d01987 56 void affichage(int valeur,int place){
Alex_mln 0:fcce18d01987 57 /* float value=0;
Alex_mln 0:fcce18d01987 58 float value1=0;
Alex_mln 0:fcce18d01987 59 float value2=0;
Alex_mln 0:fcce18d01987 60 float value3=0;
Alex_mln 0:fcce18d01987 61 screen_init();
Alex_mln 0:fcce18d01987 62 lcd.Clear(LCD_COLOR_GREEN);
Alex_mln 0:fcce18d01987 63 init_neg();
Alex_mln 0:fcce18d01987 64 while(1){
Alex_mln 0:fcce18d01987 65 value1 = capt11.read()*10000;
Alex_mln 0:fcce18d01987 66 value2 = capt12.read()*10000;
Alex_mln 0:fcce18d01987 67 value3 = capt13.read()*10000;*/
Alex_mln 0:fcce18d01987 68 showIntegerScreen((int)(valeur),place,0,CENTER_MODE);
Alex_mln 0:fcce18d01987 69 /* showIntegerScreen((int)(value2),3,0,CENTER_MODE);
Alex_mln 0:fcce18d01987 70 showIntegerScreen((int)(value3),4,0,CENTER_MODE);
Alex_mln 0:fcce18d01987 71 showIntegerScreen(valeur_neg,0,0,LEFT_MODE);
Alex_mln 0:fcce18d01987 72 value=(value1+value2+value3)/3;
Alex_mln 0:fcce18d01987 73
Alex_mln 0:fcce18d01987 74 value1 = capt21.read()*10000;
Alex_mln 0:fcce18d01987 75 value2 = capt22.read()*10000;
Alex_mln 0:fcce18d01987 76 value3 = capt23.read()*10000;
Alex_mln 0:fcce18d01987 77 showIntegerScreen((int)(value1),5,0,CENTER_MODE);
Alex_mln 0:fcce18d01987 78 showIntegerScreen((int)(value2),6,0,CENTER_MODE);
Alex_mln 0:fcce18d01987 79 showIntegerScreen((int)(value3),7,0,CENTER_MODE);
Alex_mln 0:fcce18d01987 80
Alex_mln 0:fcce18d01987 81 value1 = capt31.read()*10000;
Alex_mln 0:fcce18d01987 82 value2 = capt32.read()*10000;
Alex_mln 0:fcce18d01987 83 value3 = capt33.read()*10000;
Alex_mln 0:fcce18d01987 84 showIntegerScreen((int)(value1),8,0,CENTER_MODE);
Alex_mln 0:fcce18d01987 85 showIntegerScreen((int)(value2),9,0,CENTER_MODE);
Alex_mln 0:fcce18d01987 86 showIntegerScreen((int)(value3),10,0,CENTER_MODE);
Alex_mln 0:fcce18d01987 87 if(value>valeur_neg){
Alex_mln 0:fcce18d01987 88 test=1;}
Alex_mln 0:fcce18d01987 89 else{
Alex_mln 0:fcce18d01987 90 test=0;}
Alex_mln 0:fcce18d01987 91 mot1=1;
Alex_mln 0:fcce18d01987 92 mot2=0;
Alex_mln 0:fcce18d01987 93 wait(2);
Alex_mln 0:fcce18d01987 94 mot1=1;
Alex_mln 0:fcce18d01987 95 mot2=1;
Alex_mln 0:fcce18d01987 96 wait(0.5);
Alex_mln 0:fcce18d01987 97 mot1=0;
Alex_mln 0:fcce18d01987 98 mot2=1;
Alex_mln 0:fcce18d01987 99 wait(2);
Alex_mln 0:fcce18d01987 100 mot1=0;
Alex_mln 0:fcce18d01987 101 mot2=0;
Alex_mln 0:fcce18d01987 102 wait(1);
Alex_mln 0:fcce18d01987 103
Alex_mln 0:fcce18d01987 104 */
Alex_mln 0:fcce18d01987 105
Alex_mln 0:fcce18d01987 106 wait(0.1);
Alex_mln 0:fcce18d01987 107 }