Greg Folker / Mbed OS Hexi_Sensor_System

Code for the Hexiwear sensor system. Requires an Air Quality Click, Carbon Monoxide Click, and Buzzer Click for full functionality. Currently only reads values and displays to the OLED while testing and alerting the user of present threats. Future goals are to incorporate button presses with separate screens to display the data as well as using the KW40 drivers to transmit the data. Still in early stages of development, many unnecessary files will be removed and cleaned up once final product is completed within the next month. Driver.cpp is the main driver for the program and was written for purposes of this project. All other headers and functions were found on mbed.org from other developers repositories or provided by NXP Semiconductors for purposes of this project.

Dependencies:   Hexi_KW40Z images

pwm_tone.h@3:24b332b8e41d, 2017-04-28 (annotated)

Committer:
Gfolker
Date:
Fri Apr 28 07:26:16 2017 +0000
Revision:
3:24b332b8e41d
Parent:
0:f70b1d60f794 
Final version of the project - BLE integrated, code cleaned up, ARC calculation implemented, all user interface screens/button presses implemented, alert states tested and verified

Who changed what in which revision?

UserRevisionLine numberNew contents of line
Gfolker 0:f70b1d60f794 1 /* Includes ------------------------------------------------------------------*/
Gfolker 0:f70b1d60f794 2 #include "mbed.h"
Gfolker 0:f70b1d60f794 3
Gfolker 0:f70b1d60f794 4 /* Private typedef -----------------------------------------------------------*/
Gfolker 0:f70b1d60f794 5 /* Private define ------------------------------------------------------------*/
Gfolker 0:f70b1d60f794 6 #define Do3 131 //C octave3
Gfolker 0:f70b1d60f794 7 #define Do3s 139 //C#
Gfolker 0:f70b1d60f794 8 #define Re3 147 //D
Gfolker 0:f70b1d60f794 9 #define Re3s 156 //D#
Gfolker 0:f70b1d60f794 10 #define Mi3 165 //E
Gfolker 0:f70b1d60f794 11 #define Fa3 175 //F
Gfolker 0:f70b1d60f794 12 #define Fa3s 185 //F#
Gfolker 0:f70b1d60f794 13 #define So3 196 //G
Gfolker 0:f70b1d60f794 14 #define So3s 208 //G#
Gfolker 0:f70b1d60f794 15 #define La3 220 //A
Gfolker 0:f70b1d60f794 16 #define La3s 233 //A#
Gfolker 0:f70b1d60f794 17 #define Ti3 247 //B
Gfolker 0:f70b1d60f794 18 #define Do4 262 //C octave4
Gfolker 0:f70b1d60f794 19 #define Do4s 277 //C#
Gfolker 0:f70b1d60f794 20 #define Re4 294 //D
Gfolker 0:f70b1d60f794 21 #define Re4s 311 //D#
Gfolker 0:f70b1d60f794 22 #define Mi4 330 //E
Gfolker 0:f70b1d60f794 23 #define Fa4 349 //F
Gfolker 0:f70b1d60f794 24 #define Fa4s 370 //F#
Gfolker 0:f70b1d60f794 25 #define So4 392 //G
Gfolker 0:f70b1d60f794 26 #define So4s 415 //G#
Gfolker 0:f70b1d60f794 27 #define La4 440 //A
Gfolker 0:f70b1d60f794 28 #define La4s 466 //A#
Gfolker 0:f70b1d60f794 29 #define Ti4 494 //B
Gfolker 0:f70b1d60f794 30 #define Do5 523 //C octave5
Gfolker 0:f70b1d60f794 31 #define Do5s 554 //C#
Gfolker 0:f70b1d60f794 32 #define Re5 587 //D
Gfolker 0:f70b1d60f794 33 #define Re5s 622 //D#
Gfolker 0:f70b1d60f794 34 #define Mi5 659 //E
Gfolker 0:f70b1d60f794 35 #define Fa5 699 //F
Gfolker 0:f70b1d60f794 36 #define Fa5s 740 //F#
Gfolker 0:f70b1d60f794 37 #define So5 784 //G
Gfolker 0:f70b1d60f794 38 #define So5s 831 //G#
Gfolker 0:f70b1d60f794 39 #define La5 880 //A
Gfolker 0:f70b1d60f794 40 #define La5s 932 //A#
Gfolker 0:f70b1d60f794 41 #define Ti5 988 //B
Gfolker 0:f70b1d60f794 42
Gfolker 0:f70b1d60f794 43 /* Private variables ---------------------------------------------------------*/
Gfolker 0:f70b1d60f794 44 /* Private function prototypes -----------------------------------------------*/
Gfolker 0:f70b1d60f794 45 void Tune(PwmOut name, int period, int beat);
Gfolker 0:f70b1d60f794 46 void Auto_tunes(PwmOut name, int period, int beat);
Gfolker 0:f70b1d60f794 47 void Stop_tunes(PwmOut name);
Gfolker 0:f70b1d60f794 48 //void buzzer(PwmOut name, int ppm, float B_4, float B_5);
Gfolker 0:f70b1d60f794 49
Gfolker 0:f70b1d60f794 50 /* Private functions ---------------------------------------------------------*/