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Fix SwitchMote PIR sketch

This commit is contained in:
LowPowerLab 2017-05-19 18:49:07 -04:00
parent 2537b745f7
commit be3ffaa516
1 changed files with 13 additions and 15 deletions
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28
Examples/SwitchMote/SwitchMote_withPIR.ino
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@ -65,11 +65,15 @@
#define PIR_LED_ON 3000 #define PIR_LED_ON 3000
#endif #endif
// ********************************************************************************** // **********************************************************************************
#define LED_RM 15 //digital pin for MIDDLE RED LED #define BTNCOUNT 2 //1 or 3 (2 also possible)
#define LED_GM 18 //digital pin for MIDDLE GREEN LED #define BTNT 6 //digital pin of top button
#define BTNB 4 //digital pin of bottom button
#define LED_RT 16 //digital pin for TOP RED LED #define LED_RT 16 //digital pin for TOP RED LED
#define LED_GT 19 //digital pin for TOP GREEN LED #define LED_GT 19 //digital pin for TOP GREEN LED
#define LED_RM 15 //digital pin for MIDDLE RED LED #define LED_RM 15 //digital pin for MIDDLE RED LED
//#define LED_GM 18 //digital pin for MIDDLE GREEN LED
#define LED_RM 15 //digital pin for MIDDLE RED LED
#define LED_RB 14 //digital pin for BOTTOM RED LED #define LED_RB 14 //digital pin for BOTTOM RED LED
#define LED_GB 17 //digital pin for BOTTOM GREEN LE #define LED_GB 17 //digital pin for BOTTOM GREEN LE
@ -78,11 +82,6 @@
#define RELAY1_INDEX 0 //index in btn[] array which is associated with the MAIN relay #define RELAY1_INDEX 0 //index in btn[] array which is associated with the MAIN relay
#define RELAY2_INDEX 1 //index in btn[] array which is associated with the secondary relay (SwitchMote 2x10A only) #define RELAY2_INDEX 1 //index in btn[] array which is associated with the secondary relay (SwitchMote 2x10A only)
#define BTNCOUNT 2 //1 or 3 (2 also possible)
#define BTNM 5 //digital pin of middle button
#define BTNT 6 //digital pin of top button
#define BTNB 4 //digital pin of bottom button
#define BUTTON_BOUNCE_MS 200 //timespan before another button change can occur #define BUTTON_BOUNCE_MS 200 //timespan before another button change can occur
#define SYNC_ENTER 3000 //time required to hold a button before SwitchMote enters [SYNC mode] #define SYNC_ENTER 3000 //time required to hold a button before SwitchMote enters [SYNC mode]
#define SYNC_TIME 20000 //max time spent in SYNC mode before returning to normal operation (you got this much time to SYNC 2 SMs, increase if need more time to walk) #define SYNC_TIME 20000 //max time spent in SYNC mode before returning to normal operation (you got this much time to SYNC 2 SMs, increase if need more time to walk)
@ -154,11 +153,11 @@ unsigned long syncStart=0;
unsigned long now=0; unsigned long now=0;
byte btnIndex=0; // as the sketch loops this index will loop through the available physical buttons byte btnIndex=0; // as the sketch loops this index will loop through the available physical buttons
byte mode[] = {ON,ON,ON}; //could use single bytes for efficiency but keeping it separate for clarity byte mode[] = {ON,ON,ON}; //could use single bytes for efficiency but keeping it separate for clarity
byte btn[] = {BTNT, BTNM, BTNB}; byte btn[] = {BTNT, BTNB};
byte btnLastState[]={RELEASED,RELEASED,RELEASED}; byte btnLastState[]={RELEASED,RELEASED,RELEASED};
unsigned long btnLastPress[]={0,0,0}; unsigned long btnLastPress[]={0,0,0};
byte btnLEDRED[] = {LED_RT, LED_RM, LED_RB}; byte btnLEDRED[] = {LED_RT, LED_RB};
byte btnLEDGRN[] = {LED_GT, LED_GM, LED_GB}; byte btnLEDGRN[] = {LED_GT, LED_GB};
uint32_t lastSYNC=0; //remember last status change - used to detect & stop loop conditions in circular SYNC scenarios uint32_t lastSYNC=0; //remember last status change - used to detect & stop loop conditions in circular SYNC scenarios
char * buff="justAnEmptyString"; char * buff="justAnEmptyString";
@ -193,16 +192,14 @@ void setup(void)
radio.enableAutoPower(ATC_RSSI); radio.enableAutoPower(ATC_RSSI);
DEBUGln(F("\r\nRFM69_ATC Enabled (Auto Transmission Control)")); DEBUGln(F("\r\nRFM69_ATC Enabled (Auto Transmission Control)"));
#endif #endif
pinMode(LED_RM, OUTPUT);//pinMode(LED_GM, OUTPUT);
pinMode(LED_RM, OUTPUT);pinMode(LED_GM, OUTPUT);
pinMode(LED_RT, OUTPUT);pinMode(LED_GT, OUTPUT); pinMode(LED_RT, OUTPUT);pinMode(LED_GT, OUTPUT);
pinMode(LED_RB, OUTPUT);pinMode(LED_GB, OUTPUT); pinMode(LED_RB, OUTPUT);pinMode(LED_GB, OUTPUT);
// by writing HIGH while in INPUT mode, the internal pullup is activated // by writing HIGH while in INPUT mode, the internal pullup is activated
// the button will read 1 when RELEASED (because of the pullup) // the button will read 1 when RELEASED (because of the pullup)
// the button will read 0 when PRESSED (because it's shorted to GND) // the button will read 0 when PRESSED (because it's shorted to GND)
pinMode(BTNM, INPUT);digitalWrite(BTNM, HIGH); //activate pullup //pinMode(BTNM, INPUT);digitalWrite(BTNM, HIGH); //activate pullup
pinMode(BTNT, INPUT);digitalWrite(BTNT, HIGH); //activate pullup pinMode(BTNT, INPUT);digitalWrite(BTNT, HIGH); //activate pullup
pinMode(BTNB, INPUT);digitalWrite(BTNB, HIGH); //activate pullup pinMode(BTNB, INPUT);digitalWrite(BTNB, HIGH); //activate pullup
pinMode(RELAY1, OUTPUT); pinMode(RELAY1, OUTPUT);
@ -441,7 +438,8 @@ void action(byte whichButtonIndex, byte whatMode, boolean notifyGateway)
DEBUG(F("]:D")); DEBUG(F("]:D"));
DEBUG(btn[whichButtonIndex]); DEBUG(btn[whichButtonIndex]);
DEBUG(F(" - ")); DEBUG(F(" - "));
DEBUG(btn[whichButtonIndex]==BTNT?F("TOP: "):btn[whichButtonIndex]==BTNM?F("MAIN: "):btn[whichButtonIndex]==BTNB?F("BOTTOM: "):F("UNKNOWN")); //DEBUG(btn[whichButtonIndex]==BTNT?F("TOP: "):btn[whichButtonIndex]==BTNM?F("MAIN: "):btn[whichButtonIndex]==BTNB?F("BOTTOM: "):F("UNKNOWN"));
DEBUG(btn[whichButtonIndex]==BTNT?F("TOP: "):btn[whichButtonIndex]==BTNB?F("BOTTOM: "):F("UNKNOWN"));
DEBUG(whatMode==ON?F("ON "):F("OFF")); DEBUG(whatMode==ON?F("ON "):F("OFF"));
mode[whichButtonIndex] = whatMode; mode[whichButtonIndex] = whatMode;