public FineTuning()
{
phaseAverageExp = new SlidingFrame();
phaseAverageExp.init(FRAME_SIZE, AVG_TIME);
nCounter = 0;
state = FineState.NORMAL;
}
public MediumTuning()
{
slidingFrame_1 = new SlidingFrame();
slidingFrame_1.init(FRAME_SIZE, AVG_TIME);
slidingFrame_2 = new SlidingFrame();
slidingFrame_2.init(FRAME_SIZE, AVG_TIME);
}
/*
* private double calculateDAC()
* {
* double newDAC = DAC_part_1 - (phaseAvg_part_1_B - phaseAvg_part_1_A) * (DAC_part_2 - DAC_part_1) / ((phaseAvg_part_2_B - phaseAvg_part_2_A) - (phaseAvg_part_1_B - phaseAvg_part_1_A));
* writeServiceFile("DAC_part_1 = " + DAC_part_1 + ", DAC_part_2 = " + DAC_part_2);
* writeServiceFile("Old DAC: " + calculatedDAC + ", New DAC: " + newDAC);
* if (calculatedDAC != 0) // ako nije prvo mjerenje medium tuningcalculatedDAC-a:
* writeServiceFile("Starenje u zadnjih 100 sec: " + (newDAC - calculatedDAC));
*
* calculatedDAC = newDAC;
* return calculatedDAC;
* }*/
public void resetMediumTuning()
{
nCounterPhase = 0;
tunningSleepCounter = 0;
slidingFrame_1 = new SlidingFrame();
slidingFrame_1.init(30, 10);
slidingFrame_2 = new SlidingFrame();
slidingFrame_2.init(30, 10);
}
