void setupTransmit(Manchester *man, uint8_t pin, uint8_t SF)
{
setTxPin(man, pin);
man->speedFactor = SF;
//we don't use exact calculation of passed time spent outside of transmitter
//because of high overhead associated with it, instead we use this
//emprirically determined values to compensate for the time loss
#if F_CPU == 1000000UL
uint16_t compensationFactor = 88; //must be divisible by 8 for workaround
#elif F_CPU == 8000000UL
uint16_t compensationFactor = 12;
#else //16000000Mhz
uint16_t compensationFactor = 4;
#endif
man->delay1 = (HALF_BIT_INTERVAL >> man->speedFactor) - compensationFactor;
man->delay2 = (HALF_BIT_INTERVAL >> man->speedFactor) - 2;
man->delay3 = (HALF_BIT_INTERVAL >> man->speedFactor) - 2;
//man->delay4 = (HALF_BIT_INTERVAL >> man->speedFactor) - 2;
//man->delay5 = (HALF_BIT_INTERVAL >> man->speedFactor) - 2;
#if F_CPU == 1000000UL
man->delay2 -= 44; //22+2 = 24 is divisible by 8
if (man->applyWorkAround1Mhz) { //definition of micro delay is broken for 1MHz speed in tiny cores as of now (May 2013)
//this is a workaround that will allow us to transmit on 1Mhz
//divide the wait time by 8
man->delay1 >>= 4;
man->delay2 >>= 2;
man->delay3 <<= 2;
man->delay4 = man->delay3 / 3;
man->delay5 = man->delay3 / 6;
}
Serial::Serial(int rxPin, int txPin)
{
setRxPin(rxPin);
setTxPin(txPin);
}
void LocoNetClass::init(uint8_t txPin)
{
initLnBuf(&LnBuffer) ;
setTxPin(txPin);
initLocoNetHardware(&LnBuffer);
}
