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// ignore_for_file: unused_local_variable
import '../../export.dart';
class HybridNotifier extends StateNotifier<Hybrid> {
HybridNotifier(super.state);
void setHybridState(HybridState hybridState) {
switch (hybridState) {
case HybridState.idle:
state = state.copyWith(
topArrowState: ArrowState.blue,
leftArrowState: ArrowState.blue,
rightArrowState: ArrowState.blue,
batteryState: BatteryState.white,
);
break;
case HybridState.engineOutput:
state = state.copyWith(
topArrowState: ArrowState.red,
leftArrowState: ArrowState.red,
rightArrowState: ArrowState.blue,
batteryState: BatteryState.red,
);
break;
case HybridState.regenerativeBreaking:
state = state.copyWith(
topArrowState: ArrowState.blue,
leftArrowState: ArrowState.blue,
rightArrowState: ArrowState.green,
batteryState: BatteryState.green);
break;
case HybridState.baterryOutput:
state = state.copyWith(
topArrowState: ArrowState.blue,
leftArrowState: ArrowState.blue,
rightArrowState: ArrowState.yellow,
batteryState: BatteryState.yellow);
break;
default:
}
state = state.copyWith(hybridState: hybridState);
}
void updateHybridState(double speed, double engineSpeed, bool brake) {
// Variable to store the current state
HybridState currentState = state.hybridState;
// Variable to store the previous state
HybridState previousState = currentState;
// Variable to store the average speed value
double avgSpeed = 0.0;
// Variable for storing the average value of RPM
double avgRpm = 0.0;
if (speed == 0 && engineSpeed == 0) {
// Set idle state.
currentState = HybridState.idle;
} else if (engineSpeed > 0 && speed > 0) {
// Set stan na engine output state..
currentState = HybridState.engineOutput;
} else if (speed < 0 && brake) {
// Set regenerative breaking state
currentState = HybridState.regenerativeBreaking;
} else if (speed > 0 && engineSpeed <= 0) {
// Set battery output state
currentState = HybridState.baterryOutput;
}
// Update hybrid state
if (currentState != previousState) {
//state = state.copyWith(hybridState: currentState);
setHybridState(currentState);
}
}
}
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