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

}

// Affect the current battery voltage given the load

voltage -= load[curLoad];

// Next, update the battery voltage given input charge

if (ChargeMode == FAST_CHARGE) {

voltage += (charge(t) * (float)Math.Sqrt(timer));

} else {

voltage += ((charge(t) * (float)Math.Sqrt(timer)) / (float)10.0 );

}

if (voltage < 0.0) voltage = (float)0.0;

else if (voltage > 35.0) voltage = (float)35.0;

// Update the temperature

if (ChargeMode == FAST_CHARGE) {

if (voltage > 25) {

temperature += ((load[curLoad] * ((float)Math.Sqrt(timer)/(float)25.0)) * (float)10.0);

} else if (voltage > 15) {

temperature += ((load[curLoad] * ((float)Math.Sqrt(timer) / (float)20.0)) * (float)10.0);

} else {

temperature += ((load[curLoad] * ((float)Math.Sqrt(timer) / (float)15.0)) *(float) 10.0);

}

} else {

if (temperature > 20.0) {

temperature -= ((load[curLoad] * ((float)Math.Sqrt(timer) / (float)20.0)) * (float)10.0);

} else {

temperature -= ((load[curLoad] * ((float)Math.Sqrt(timer) /(float) 100.0)) * (float)10.0);

}

}

if (temperature < 0.0) temperature = (float)0.0;

else if (temperature > 40.0) temperature = (float)40.0;