/**
* @params data pointer to data port pin
* @params sck pointer to sck port pin
* @params timing 0: use send slot: >0: ms send interval
* @params tPtr Pointer so SHT10 class
* @params pPtr Pointer so BMP180 class
* @params lPtr Pointer so TSL2561 class
*/
void SHT10_BMP085_TSL2561::config(uint8_t data, uint8_t sck, uint16_t timing, Sensirion *tPtr, BMP085 *pPtr, TSL2561 *lPtr) {
tTiming = timing;
nTime = 1000; // set the first time we like to measure
startTime = millis();
nAction = SHT10_BMP085_TSL2561_nACTION_MEASURE_INIT;
tsl2561InitCount = 0;
sht10 = tPtr;
sht10->config(data,sck); // configure the sensor
sht10->writeSR(LOW_RES); // low resolution is enough
if (pPtr != NULL) { // only if there is a valid module defined
bm180 = pPtr;
}
if (lPtr != NULL) { // only if there is a valid module defined
tsl2561 = lPtr;
tsl2561->begin(TSL2561_ADDR_0);
// Check if tsl2561 available
if (tsl2561->setPowerUp()) {
// config tsl2561 interrupt pin
pinMode(A0, INPUT_PULLUP); // setting the pin to input mode
registerInt(A0,s_dlgt(this,&SHT10_BMP085_TSL2561::tsl2561_ISR)); // setting the interrupt and port mask
}
}
}
void registerAllTypes(asIScriptEngine* engine)
{
registerColor(engine);
registerInt(engine);
registerIntVector(engine);
registerFloat(engine);
registerFloatVector(engine);
registerGradient(engine);
registerPoint(engine);
registerRect(engine);
registerString(engine);
registerMesh(engine); // After Point
registerPath(engine); // After Point
registerPolygon(engine); // After Path
registerAnimation(engine);
}
void Buttons::config(uint8_t Cnl, uint8_t Pin, uint16_t TimeOutShortDbl, uint16_t LongKeyTime, uint16_t TimeOutLongDdbl, void tCallBack(uint8_t, uint8_t)) {
// settings while setup
idx = Cnl; // set the index in the interrupt array
pinMode(Pin, INPUT_PULLUP); // setting the pin to input mode
toShDbl = TimeOutShortDbl; // minimum time to be recognized as a short key press
lngKeyTme = LongKeyTime; // time key should be pressed to be recognized as a long key press
toLoDbl = TimeOutLongDdbl; // maximum time between a double key press
callBack = tCallBack; // call back address for button state display
// default settings
cFlag = 0; // no need for the poll routine at the moment
cStat = 1; // active low, means last state should be active to get the next change
lStat = 1;
dblLo = 0; // counter for a double low
rptLo = 0; // counter for repeated low
registerInt(Pin,s_dlgt(this,&Buttons::interrupt)); // setting the interrupt and port mask
// Serial << "pin:" << tPin << ", idx:" << pci.idx[pci.nbr] << ", prt:" << pinPort << ", msk:" << (1 << digitalPinToPCMSKbit(tPin)) << '\n';
}
