PVRouter-1-phase/processing_8h_source.html

#ifndef PROCESSING_H

#define PROCESSING_H


#include "shared_var.h"


void initializeProcessing();

void updatePhysicalLoadStates();

void updatePortsStates();

void printParamsForSelectedOutputMode();

void initializeOldPCBPins();

void logLoadPriorities();


#if defined(__DOXYGEN__)

inline void processStartUp();

inline void processStartNewCycle();

inline void processPlusHalfCycle();

inline void processMinusHalfCycle();

inline void processVoltageRawSample(int16_t rawSample);

inline void processRawSamples();

inline void processVoltage();

inline void processPolarity(int16_t rawSample);

inline void confirmPolarity();

inline void processGridCurrentRawSample(int16_t rawSample);

inline void processDivertedCurrentRawSample(int16_t rawSample);

inline void proceedLowEnergyLevel();

inline void proceedHighEnergyLevel();

inline uint8_t nextLogicalLoadToBeAdded();

inline uint8_t nextLogicalLoadToBeRemoved();

inline void processLatestContribution();

inline void processDataLogging();

#else

inline void processStartUp() __attribute__((always_inline));

inline void processStartNewCycle() __attribute__((always_inline));

inline void processPlusHalfCycle() __attribute__((always_inline));

inline void processMinusHalfCycle() __attribute__((always_inline));

inline void processVoltageRawSample(int16_t rawSample) __attribute__((always_inline));

inline void processRawSamples() __attribute__((always_inline));

inline void processVoltage() __attribute__((always_inline));

inline void processPolarity(int16_t rawSample) __attribute__((always_inline));

inline void confirmPolarity() __attribute__((always_inline));

inline void processGridCurrentRawSample(int16_t rawSample) __attribute__((always_inline));

inline void processDivertedCurrentRawSample(int16_t rawSample) __attribute__((always_inline));

inline void proceedLowEnergyLevel() __attribute__((always_inline));

inline void proceedHighEnergyLevel() __attribute__((always_inline));

inline uint8_t nextLogicalLoadToBeAdded() __attribute__((always_inline, optimize("-O3")));

inline uint8_t nextLogicalLoadToBeRemoved() __attribute__((always_inline, optimize("-O3")));

inline void processLatestContribution() __attribute__((always_inline));

inline void processDataLogging() __attribute__((always_inline, optimize("-O3")));


void handlePerSecondTasks(bool& bOffPeak, int16_t iTemperature_x100) __attribute__((always_inline));

#endif


#endif /* PROCESSING_H */

logLoadPriorities
void logLoadPriorities()
Prints the load priorities to the Serial output.
Definition processing.cpp:1345

initializeProcessing
void initializeProcessing()
Initializes the processing engine, including ports, load states, and ADC setup.
Definition processing.cpp:229

initializeOldPCBPins
void initializeOldPCBPins()
Initializes optional pins for the old PCB configuration.
Definition processing.cpp:1277

processGridCurrentRawSample
void processGridCurrentRawSample(int16_t rawSample)
Processes the raw current sample for the grid connection point.
Definition processing.cpp:406

confirmPolarity
void confirmPolarity()
Confirms the polarity of the current voltage sample.
Definition processing.cpp:483

processRawSamples
void processRawSamples()
This routine is called by the ISR when a pair of V & I samples becomes available.
Definition processing.cpp:520

updatePhysicalLoadStates
void updatePhysicalLoadStates()
This function provides the link between the logical and physical loads.
Definition processing.cpp:334

processDivertedCurrentRawSample
void processDivertedCurrentRawSample(int16_t rawSample)
Processes the raw current sample for the diverted connection point.
Definition processing.cpp:447

updatePortsStates
void updatePortsStates()
Updates the control ports for each of the physical loads.
Definition processing.cpp:285

processMinusHalfCycle
void processMinusHalfCycle()
Process the start of a new -ve half cycle, just after the zero-crossing point.
Definition processing.cpp:801

processStartNewCycle
void processStartNewCycle()
This code is executed once per 20ms, shortly after the start of each new mains cycle on phase 0.
Definition processing.cpp:736

processPolarity
void processPolarity(int16_t rawSample)
Processes the polarity of the current voltage sample.
Definition processing.cpp:379

proceedLowEnergyLevel
void proceedLowEnergyLevel()
Process the case of low energy level, some action may be required.
Definition processing.cpp:1015

nextLogicalLoadToBeAdded
uint8_t nextLogicalLoadToBeAdded()
Retrieve the next load that could be removed (be aware of the reverse-order).
Definition processing.cpp:1068

processVoltage
void processVoltage()
Process the calculation for the current voltage sample.
Definition processing.cpp:643

processDataLogging
void processDataLogging()
Process with data logging.
Definition processing.cpp:1124

processPlusHalfCycle
void processPlusHalfCycle()
Process the start of a new +ve half cycle, just after the zero-crossing point.
Definition processing.cpp:772

nextLogicalLoadToBeRemoved
uint8_t nextLogicalLoadToBeRemoved()
Process with data logging.
Definition processing.cpp:1095

processLatestContribution
void processLatestContribution()
Process the latest contribution after each new cycle.
Definition processing.cpp:856

processVoltageRawSample
void processVoltageRawSample(int16_t rawSample)
Process the current voltage raw sample.
Definition processing.cpp:673

processStartUp
void processStartUp()
Process the startup period for the router.
Definition processing.cpp:704

proceedHighEnergyLevel
void proceedHighEnergyLevel()
Process the case of high energy level, some action may be required.
Definition processing.cpp:963

handlePerSecondTasks
void handlePerSecondTasks(bool &bOffPeak, int16_t iTemperature_x100)
Handles tasks that need to be executed every second.
Definition main.cpp:441

printParamsForSelectedOutputMode
void printParamsForSelectedOutputMode()
Print the settings used for the selected output mode.
Definition processing.cpp:1176

shared_var.h