Курсовая работа: Применение нечёткой логики на примере простой модели зарядного устройства для батарей

//функцияпринадлежностидлявысокогонааряжения

public float m_voltage_high(float voltage)

{

const float lo = (float)25.0;

const float lo_plat = (float)30.0;

const float hi_plat = (float)30.0;

const float hi = (float)30.0;

if (voltage < lo) return (float)0.0;

if (voltage > hi) return (float)1.0;

return plateauProfile(voltage, lo, lo_plat, hi_plat, hi);

}

public float chargeControl(float timer )

{

int i = 0;

if ( (i++ % 10) == 0 ) {

if ( normalize(m_voltage_high(voltage)) ==1) {

ChargeMode = TRICKLE_CHARGE;

timer = (float)0.0;

} else if (normalize( m_temp_hot(temperature))==1) {

ChargeMode = TRICKLE_CHARGE;

timer = (float)0.0;

} else if (normalize(

fuzzyAnd(fuzzyNot(m_voltage_high(voltage)),

fuzzyNot(m_temp_hot(temperature))))==1) {

ChargeMode = FAST_CHARGE;

timer = (float)0.0;

}

}

return timer;