src/demo/powertrain_control.hpp Source File#

Demo: src/demo/powertrain_control.hpp Source File
Demo
powertrain_control.hpp
1#ifndef POWERTRAIN_CONTROL_H
2#define POWERTRAIN_CONTROL_H
3
4#include <string>
5
6namespace demo {
7
20public:
25
30 // Implementation code here
31 }
32
38 void adjustTorqueDelivery(const std::string& drivingConditions, const std::string& driverInput) {
39 // Implementation code here
40 }
41
46 // Implementation code here
47 }
48
53 void setPowertrainMode(const std::string& mode) {
54 // Implementation code here
55 }
56
61 void displayInformation(const std::string& information) {
62 // Implementation code here
63 }
64};
65
66} // namespace demo
67
68#endif // POWERTRAIN_CONTROL_H
Represents the Powertrain Control software component.
Definition powertrain_control.hpp:19
void displayInformation(const std::string &information)
Communicates with the instrument cluster to display relevant information.
Definition powertrain_control.hpp:61
void setPowertrainMode(const std::string &mode)
Sets the powertrain mode to the specified mode.
Definition powertrain_control.hpp:53
void captureEnergyDuringDeceleration()
Captures and stores energy during deceleration using regenerative braking.
Definition powertrain_control.hpp:45
PowertrainControl()
Constructs the PowertrainControl object.
Definition powertrain_control.hpp:24
void optimizePowerDistribution()
Monitors the battery charge level and optimizes power distribution.
Definition powertrain_control.hpp:29
void adjustTorqueDelivery(const std::string &drivingConditions, const std::string &driverInput)
Adjusts torque delivery based on driving conditions and driver input.
Definition powertrain_control.hpp:38