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Dependencies:   HP206C mbed HMC5883L DHT DS1820

main.cpp@55:887edb961698, 2018-10-09 (annotated)

Committer:
MathieuM
Date:
Tue Oct 09 11:37:37 2018 +0000
Revision:
55:887edb961698
Parent:
53:a0752606d02c
Child:
56:d9557c842d5d
HP206C changes

Who changed what in which revision?

UserRevisionLine numberNew contents of line
MathieuM 0:fa6e7dd26ef2 1 #include "mbed.h"
MathieuM 45:60f602ecd59b 2 #include "config.h"
MathieuM 45:60f602ecd59b 3 #include "communication.h"
MathieuM 46:40b6bbf6167e 4 #include "T_H_air.h"
MathieuM 49:b1ac7ebb715f 5 #include "altitude.h"
MathieuM 52:d49b6f468b97 6 #include "HMC5883L.h"
MathieuM 49:b1ac7ebb715f 7
MathieuM 0:fa6e7dd26ef2 8
MathieuM 45:60f602ecd59b 9 Serial wisol(SERIAL_PORT);
MathieuM 49:b1ac7ebb715f 10 Serial pc(USBTX, USBRX);
MathieuM 46:40b6bbf6167e 11 DHT sensor(PIN_NAME, DHTtype);
MathieuM 55:887edb961698 12 HP20x_dev hp206c(HP20X_I2C_PORT);
MathieuM 52:d49b6f468b97 13 HMC5883L hmc5883(HMC5883_I2C_PORT);
MathieuM 0:fa6e7dd26ef2 14
MathieuM 0:fa6e7dd26ef2 15 int main() {
MathieuM 0:fa6e7dd26ef2 16 while(1) {
MathieuM 55:887edb961698 17 float airH = 0, tmpH, tmpT, airT = 0;
MathieuM 46:40b6bbf6167e 18 char *message;
MathieuM 52:d49b6f468b97 19 int16_t magXYZ[3];
MathieuM 52:d49b6f468b97 20 unsigned long alt;
MathieuM 33:2a6476c33e74 21 /*
MathieuM 33:2a6476c33e74 22 read T&H air
MathieuM 33:2a6476c33e74 23 read T sol
MathieuM 33:2a6476c33e74 24 read H sol
MathieuM 33:2a6476c33e74 25 read Pressure
MathieuM 33:2a6476c33e74 26 read Magnetic
MathieuM 33:2a6476c33e74 27
MathieuM 33:2a6476c33e74 28 m = genMessage(T_air, H_air, T_sol, H_sol, Pressure, Mag)
MathieuM 33:2a6476c33e74 29 sendMessage(m)
MathieuM 33:2a6476c33e74 30 */
MathieuM 53:a0752606d02c 31 //airH = airHumidity(sensor);
MathieuM 53:a0752606d02c 32 //airT = airTemperature(sensor);
MathieuM 48:824fda6804f1 33 //message = genMessage(airT, airH);
MathieuM 48:824fda6804f1 34 //wisol.printf("AT$SF=%s\r\n", message);
MathieuM 52:d49b6f468b97 35 alt = readAltitude(&hp206c);
MathieuM 52:d49b6f468b97 36 hmc5883.getXYZ(magXYZ);
MathieuM 53:a0752606d02c 37 tmpH = airHumidity(sensor);
MathieuM 53:a0752606d02c 38 if( tmpH!=0){
MathieuM 53:a0752606d02c 39 airH = tmpH;
MathieuM 53:a0752606d02c 40 }
MathieuM 53:a0752606d02c 41 wait(2);
MathieuM 53:a0752606d02c 42 tmpT = airTemperature(sensor);
MathieuM 53:a0752606d02c 43 if( tmpT!=0 ){
MathieuM 53:a0752606d02c 44 airT=tmpT;
MathieuM 53:a0752606d02c 45 }
MathieuM 55:887edb961698 46
MathieuM 55:887edb961698 47 // Display
MathieuM 55:887edb961698 48 pc.printf("\n=====| Data |=====\n");
MathieuM 53:a0752606d02c 49 pc.printf("H air : %.2f \%\n", airH);
MathieuM 53:a0752606d02c 50 pc.printf("T air : %.2f °C\n", airT);
MathieuM 53:a0752606d02c 51 pc.printf("altitude : %lu m\n", alt);
MathieuM 52:d49b6f468b97 52 pc.printf("Mag : X:%d ; Y:%d ; Z:%d\n", magXYZ[0], magXYZ[1], magXYZ[2]);
MathieuM 53:a0752606d02c 53 wait(5);
MathieuM 0:fa6e7dd26ef2 54 }
MathieuM 0:fa6e7dd26ef2 55 }