Stanley Cohen / Mbed 2 deprecated slider_tone_v1

Tone Demo for PWM library use slider for control on KL46Z

Dependencies:   SLCD TSI mbed

Fork of keyer_test_v3 by Stanley Cohen

slider_tone_v1.cpp@2:7f347d6a6422, 2015-02-14 (annotated)

Committer:
scohennm
Date:
Sat Feb 14 23:03:06 2015 +0000
Revision:
2:7f347d6a6422
Tone Demo for PWM library use slider for control on KL46Z

Who changed what in which revision?

UserRevisionLine numberNew contents of line
scohennm 2:7f347d6a6422 1 #include "mbed.h"
scohennm 2:7f347d6a6422 2 #include "SLCD.h"
scohennm 2:7f347d6a6422 3 #include "TSISensor.h"
scohennm 2:7f347d6a6422 4
scohennm 2:7f347d6a6422 5
scohennm 2:7f347d6a6422 6 #define CHANNELON 0
scohennm 2:7f347d6a6422 7 #define CHANNELOFF 1
scohennm 2:7f347d6a6422 8 #define LCDLEN 10
scohennm 2:7f347d6a6422 9 #define DATATIME 0.1
scohennm 2:7f347d6a6422 10 //LCD messages
scohennm 2:7f347d6a6422 11
scohennm 2:7f347d6a6422 12
scohennm 2:7f347d6a6422 13
scohennm 2:7f347d6a6422 14 // Operating parameters
scohennm 2:7f347d6a6422 15 #define SIDETONE 700.0
scohennm 2:7f347d6a6422 16 #define TONEMIN 200.0
scohennm 2:7f347d6a6422 17 #define TONEINT 800.00 // So tone max is 1000
scohennm 2:7f347d6a6422 18 #define TONEON 0.50
scohennm 2:7f347d6a6422 19 #define TONEOFF 0.0
scohennm 2:7f347d6a6422 20 #define SPEEDAST 0
scohennm 2:7f347d6a6422 21 #define TONEAST 1
scohennm 2:7f347d6a6422 22
scohennm 2:7f347d6a6422 23 SLCD slcd; //define LCD display
scohennm 2:7f347d6a6422 24
scohennm 2:7f347d6a6422 25 TSISensor tsiScaling; // Capacitive sensor/slider
scohennm 2:7f347d6a6422 26
scohennm 2:7f347d6a6422 27 PwmOut led(LED_RED);
scohennm 2:7f347d6a6422 28 DigitalOut outPin(PTC9); //J1-16
scohennm 2:7f347d6a6422 29 PwmOut soundOut(PTA13);
scohennm 2:7f347d6a6422 30 // Global scalars
scohennm 2:7f347d6a6422 31 char lcdData[LCDLEN];
scohennm 2:7f347d6a6422 32
scohennm 2:7f347d6a6422 33 float tonePeriod;
scohennm 2:7f347d6a6422 34 float toneFreq = SIDETONE;
scohennm 2:7f347d6a6422 35
scohennm 2:7f347d6a6422 36
scohennm 2:7f347d6a6422 37
scohennm 2:7f347d6a6422 38 void LCDMessNoDwell(char *lMess){
scohennm 2:7f347d6a6422 39 slcd.Home();
scohennm 2:7f347d6a6422 40 slcd.clear();
scohennm 2:7f347d6a6422 41 slcd.printf(lMess);
scohennm 2:7f347d6a6422 42 }
scohennm 2:7f347d6a6422 43
scohennm 2:7f347d6a6422 44 void toneAdjust( float scaling) {
scohennm 2:7f347d6a6422 45 int tempInt;
scohennm 2:7f347d6a6422 46
scohennm 2:7f347d6a6422 47 toneFreq = TONEMIN + scaling * TONEINT;
scohennm 2:7f347d6a6422 48 tonePeriod = 1.0/toneFreq;
scohennm 2:7f347d6a6422 49 soundOut.period(tonePeriod); // adusting period
scohennm 2:7f347d6a6422 50 tempInt = (int)toneFreq;
scohennm 2:7f347d6a6422 51 sprintf (lcdData,"%4d",tempInt);
scohennm 2:7f347d6a6422 52 LCDMessNoDwell(lcdData);
scohennm 2:7f347d6a6422 53 return;
scohennm 2:7f347d6a6422 54 }
scohennm 2:7f347d6a6422 55 void lightAdjust( float scaling) { // Control brightness of LED
scohennm 2:7f347d6a6422 56 float tempDutyFactor;
scohennm 2:7f347d6a6422 57
scohennm 2:7f347d6a6422 58 tempDutyFactor = 1.0 - scaling; //LED is a sinking connection
scohennm 2:7f347d6a6422 59 // anode is held at 5V
scohennm 2:7f347d6a6422 60 led.write(tempDutyFactor); //sdjusting duty factor
scohennm 2:7f347d6a6422 61 return;
scohennm 2:7f347d6a6422 62 }
scohennm 2:7f347d6a6422 63 int main(){
scohennm 2:7f347d6a6422 64 int tempInt;
scohennm 2:7f347d6a6422 65 float tempValue;
scohennm 2:7f347d6a6422 66 tonePeriod = 1.0/toneFreq;
scohennm 2:7f347d6a6422 67 soundOut.period(tonePeriod);
scohennm 2:7f347d6a6422 68
scohennm 2:7f347d6a6422 69
scohennm 2:7f347d6a6422 70
scohennm 2:7f347d6a6422 71 led.write(CHANNELON);
scohennm 2:7f347d6a6422 72 outPin.write(CHANNELOFF);
scohennm 2:7f347d6a6422 73 tempInt = (int)toneFreq;
scohennm 2:7f347d6a6422 74 sprintf (lcdData,"%4d",tempInt);
scohennm 2:7f347d6a6422 75 LCDMessNoDwell(lcdData);
scohennm 2:7f347d6a6422 76 wait(DATATIME);
scohennm 2:7f347d6a6422 77 while (true) {
scohennm 2:7f347d6a6422 78
scohennm 2:7f347d6a6422 79 tempValue = tsiScaling.readPercentage();
scohennm 2:7f347d6a6422 80 if(tempValue > 0) {
scohennm 2:7f347d6a6422 81 soundOut.write(TONEON); // set duty factor to 505
scohennm 2:7f347d6a6422 82 toneAdjust( tempValue);
scohennm 2:7f347d6a6422 83 lightAdjust(tempValue);
scohennm 2:7f347d6a6422 84 } else {
scohennm 2:7f347d6a6422 85 soundOut.write(TONEOFF); // set dutyfactor to 0%
scohennm 2:7f347d6a6422 86 LCDMessNoDwell("SOFF");
scohennm 2:7f347d6a6422 87 }
scohennm 2:7f347d6a6422 88 wait(DATATIME);
scohennm 2:7f347d6a6422 89 } // while forever
scohennm 2:7f347d6a6422 90 }// end main