Momo-Medical / Mbed 2 deprecated BCT_automated

voor lennart

Dependencies:   mbed ADS1015 USBDevice

main.cpp@1:45df6a3a9a2c, 2019-01-16 (annotated)

Committer:
lennartreij
Date:
Wed Jan 16 15:57:31 2019 +0000
Revision:
1:45df6a3a9a2c
Parent:
0:ce39f1aa5d6e 
stable version 1

Who changed what in which revision?

UserRevisionLine numberNew contents of line
RoelvdPlas 0:ce39f1aa5d6e 1 //Including the needed libraries
RoelvdPlas 0:ce39f1aa5d6e 2 #include "mbed.h"
RoelvdPlas 0:ce39f1aa5d6e 3 #include "Adafruit_ADS1015.h"
RoelvdPlas 0:ce39f1aa5d6e 4 #include "USBSerial.h"
lennartreij 1:45df6a3a9a2c 5 #include "stdio.h"
RoelvdPlas 0:ce39f1aa5d6e 6
RoelvdPlas 0:ce39f1aa5d6e 7 //Not sure if we need those?
RoelvdPlas 0:ce39f1aa5d6e 8 #define SERIAL_BAUD_RATE 115200
RoelvdPlas 0:ce39f1aa5d6e 9 #define ADC_MAX_VALUE 2048
RoelvdPlas 0:ce39f1aa5d6e 10
RoelvdPlas 0:ce39f1aa5d6e 11 //Defining the I2C and Serial port connections
RoelvdPlas 0:ce39f1aa5d6e 12 I2C i2c(p28,p27);
RoelvdPlas 0:ce39f1aa5d6e 13 Serial pc(USBTX, USBRX);
RoelvdPlas 0:ce39f1aa5d6e 14
RoelvdPlas 0:ce39f1aa5d6e 15 //Defining the goto adress for the ADC
RoelvdPlas 0:ce39f1aa5d6e 16 Adafruit_ADS1115 adc(&i2c, 0x48);
RoelvdPlas 0:ce39f1aa5d6e 17 Adafruit_ADS1115 adc2(&i2c, 0x49);
RoelvdPlas 0:ce39f1aa5d6e 18
RoelvdPlas 0:ce39f1aa5d6e 19 //Setting i2c frequency and baudrate
RoelvdPlas 0:ce39f1aa5d6e 20 int i2c__frequency = 100000;
RoelvdPlas 0:ce39f1aa5d6e 21 int baud_rate = 115200;
RoelvdPlas 0:ce39f1aa5d6e 22
RoelvdPlas 0:ce39f1aa5d6e 23 //Declair var
lennartreij 1:45df6a3a9a2c 24 int ledPin = 0;
lennartreij 1:45df6a3a9a2c 25 int listFSR[10] [10]; //column 0 t/m 7 - FSR data, column 8 - lap number, column 9 - posture lable
lennartreij 1:45df6a3a9a2c 26 int listPE[10] [8]; //column 0 t/m 5 - PE data, column 6 - lap number, column 7 - posture lable
RoelvdPlas 0:ce39f1aa5d6e 27
RoelvdPlas 0:ce39f1aa5d6e 28 void setupLED(){
lennartreij 1:45df6a3a9a2c 29 DigitalOut ledPin(LED1);
RoelvdPlas 0:ce39f1aa5d6e 30 }
RoelvdPlas 0:ce39f1aa5d6e 31
lennartreij 1:45df6a3a9a2c 32 void introTekst(){
lennartreij 1:45df6a3a9a2c 33 int c;
lennartreij 1:45df6a3a9a2c 34 pc.printf("\nTo start test press ENTER... \n \n");
lennartreij 1:45df6a3a9a2c 35 pc.printf("When you have pressed enter, a 5 second countdown will begin. After this countdown, the test will begin. \n \n");
lennartreij 1:45df6a3a9a2c 36 pc.printf("You have to follow the pattern listed below 10 times: \n");
lennartreij 1:45df6a3a9a2c 37 pc.printf("1. Right side \n");
lennartreij 1:45df6a3a9a2c 38 pc.printf("2. Back \n");
lennartreij 1:45df6a3a9a2c 39 pc.printf("3. Left side \n");
lennartreij 1:45df6a3a9a2c 40 pc.printf("4. Out of bed \n \n");
lennartreij 1:45df6a3a9a2c 41 pc.printf("A long PIEEP indicates you to switch to the next position on the list, you have 5 seconds to switch. \n");
lennartreij 1:45df6a3a9a2c 42 pc.printf("Two short PIEP's indicates you that the measurement has begun. Do not move during this period of 15 seconds. \n");
lennartreij 1:45df6a3a9a2c 43 pc.printf("Three long PIEEEEP's will indicate you that the test has finished. \n \n");
lennartreij 1:45df6a3a9a2c 44 pc.printf("Good luck!\n");
lennartreij 1:45df6a3a9a2c 45 fflush(stdout);
lennartreij 1:45df6a3a9a2c 46 do c = getchar(); while((c != '\n') && (c != EOF)); //Press enter to continue
lennartreij 1:45df6a3a9a2c 47 pc.printf("\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n");
RoelvdPlas 0:ce39f1aa5d6e 48 }
lennartreij 1:45df6a3a9a2c 49
lennartreij 1:45df6a3a9a2c 50 void piepLong(){ //create long piep sound one time
lennartreij 1:45df6a3a9a2c 51 ledPin = 1;
lennartreij 1:45df6a3a9a2c 52 pc.printf("PIEEEEEEEP");
lennartreij 1:45df6a3a9a2c 53 wait_ms(1000);
lennartreij 1:45df6a3a9a2c 54 ledPin = 0;
lennartreij 1:45df6a3a9a2c 55 pc.printf("\n");
RoelvdPlas 0:ce39f1aa5d6e 56 }
RoelvdPlas 0:ce39f1aa5d6e 57
lennartreij 1:45df6a3a9a2c 58 void piepShort(int x){ //create short piep sound for x times
lennartreij 1:45df6a3a9a2c 59 for(int i=1; i<=x; i++){
lennartreij 1:45df6a3a9a2c 60 ledPin = 1;
lennartreij 1:45df6a3a9a2c 61 pc.printf("PIEP ");
lennartreij 1:45df6a3a9a2c 62 wait_ms(200);
lennartreij 1:45df6a3a9a2c 63 ledPin = 0;
lennartreij 1:45df6a3a9a2c 64 }
lennartreij 1:45df6a3a9a2c 65 pc.printf("\n");
lennartreij 1:45df6a3a9a2c 66 }
lennartreij 1:45df6a3a9a2c 67
lennartreij 1:45df6a3a9a2c 68 void countDown(){ //countdown from 5. makes short piep sound every second
lennartreij 1:45df6a3a9a2c 69 for(int i=5; i>=1; i--){
lennartreij 1:45df6a3a9a2c 70 ledPin = 1;
lennartreij 1:45df6a3a9a2c 71 pc.printf("%d", i);
lennartreij 1:45df6a3a9a2c 72 pc.printf("\n");
lennartreij 1:45df6a3a9a2c 73 wait_ms(500);
lennartreij 1:45df6a3a9a2c 74 ledPin = 0;
lennartreij 1:45df6a3a9a2c 75 wait_ms(500);
lennartreij 1:45df6a3a9a2c 76 }
lennartreij 1:45df6a3a9a2c 77 }
lennartreij 1:45df6a3a9a2c 78
RoelvdPlas 0:ce39f1aa5d6e 79 int main() {
lennartreij 1:45df6a3a9a2c 80 pc.baud(baud_rate);
lennartreij 1:45df6a3a9a2c 81 introTekst(); //explaination screen about the test
lennartreij 1:45df6a3a9a2c 82 countDown(); //5 seconds countdown
RoelvdPlas 0:ce39f1aa5d6e 83
lennartreij 1:45df6a3a9a2c 84 for(int i=1; i<=10; i++){ //10 times loop
lennartreij 1:45df6a3a9a2c 85 pc.printf("Lap "); //print lap number
lennartreij 1:45df6a3a9a2c 86 pc.printf("%d", i); //print lap number
lennartreij 1:45df6a3a9a2c 87 pc.printf("\n"); //print lap number
lennartreij 1:45df6a3a9a2c 88
lennartreij 1:45df6a3a9a2c 89 piepLong(); //right side signal
lennartreij 1:45df6a3a9a2c 90 wait_ms(5000); //time for turning
lennartreij 1:45df6a3a9a2c 91 piepShort(2); //create short piep sound two times
lennartreij 1:45df6a3a9a2c 92 pc.printf("collect data right side\n"); //extra information for testing
lennartreij 1:45df6a3a9a2c 93 //code collect data
lennartreij 1:45df6a3a9a2c 94 wait_ms(5000); //time for collecting data
lennartreij 1:45df6a3a9a2c 95 // end of placeholder collect data code
lennartreij 1:45df6a3a9a2c 96
lennartreij 1:45df6a3a9a2c 97 piepLong(); //back side signal
lennartreij 1:45df6a3a9a2c 98 wait_ms(5000); //time for turning
lennartreij 1:45df6a3a9a2c 99 piepShort(2); //creat short piep sound two times
lennartreij 1:45df6a3a9a2c 100 pc.printf("collect data back side\n"); //extra information for testing
lennartreij 1:45df6a3a9a2c 101 //code collect data
lennartreij 1:45df6a3a9a2c 102 wait_ms(5000); //time for collecting data
lennartreij 1:45df6a3a9a2c 103 // end of placeholder collect data code
RoelvdPlas 0:ce39f1aa5d6e 104
lennartreij 1:45df6a3a9a2c 105 piepLong(); //left side signal
lennartreij 1:45df6a3a9a2c 106 wait_ms(5000); //time for turning
lennartreij 1:45df6a3a9a2c 107 piepShort(2); //creat short piep sound two times
lennartreij 1:45df6a3a9a2c 108 pc.printf("collect data left side\n"); //extra information for testing
lennartreij 1:45df6a3a9a2c 109 //code collect data
lennartreij 1:45df6a3a9a2c 110 wait_ms(5000); //time for collecting data
lennartreij 1:45df6a3a9a2c 111 // end of placeholder collect data code
lennartreij 1:45df6a3a9a2c 112
lennartreij 1:45df6a3a9a2c 113 piepLong(); //out of bed signal
lennartreij 1:45df6a3a9a2c 114 wait_ms(5000); //time for turning
lennartreij 1:45df6a3a9a2c 115 piepShort(2); //creat short piep sound two times
lennartreij 1:45df6a3a9a2c 116 pc.printf("collect data out of bed\n"); //extra information for testing
lennartreij 1:45df6a3a9a2c 117 //code collect data
lennartreij 1:45df6a3a9a2c 118 wait_ms(5000); //time for collecting data
lennartreij 1:45df6a3a9a2c 119 // end of placeholder collect data code
lennartreij 1:45df6a3a9a2c 120 }
lennartreij 1:45df6a3a9a2c 121
lennartreij 1:45df6a3a9a2c 122 piepLong(); //final piep sounds, signal that test has finished
lennartreij 1:45df6a3a9a2c 123 piepLong(); //final piep sounds
lennartreij 1:45df6a3a9a2c 124 piepLong(); //final piep sounds
lennartreij 1:45df6a3a9a2c 125
RoelvdPlas 0:ce39f1aa5d6e 126 return 0;
RoelvdPlas 0:ce39f1aa5d6e 127 }