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menuDcDccMode.cpp
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/*
* LaBox Project
* menuTrainCvRead Classes
*
* @Author : Thierry Paris
* @Organization : Locoduino.org
*/
#include "defines.h"
#include "DCC.h"
#include "TrackManager.h"
#ifdef USE_HMI
#include "menuobject.h"
#include "menuDcDccMode.h"
#include "hmi.h"
#include <Adafruit_GFX.h>
#include <Adafruit_SSD1306.h>
bool displayDcDccToDo;
char messageDcDcc[21];
//#define MENUDIAG(x) _HMIDEBUG_CRITICAL_PRINTLN(x)
#define MENUDIAG(x) _HMIDEBUG_FCT_PRINTLN(x)
#define DIAGSTATE //Serial.println(dcDccState == DcMode?"DcMode": (dcDccState == DccMode ?"DccMode":(dcDccState == ConfirmChange?"ConfirmChange":"AbortChange")))
enum StateDcDcc
{ // Dc >Dcc<
// Confirm Abort
// Select Up Down
DcMode = 0, // Ready to change to DC mode Select DC -- Move to Dcc
DccMode = 1, // Ready to change to DCC mode Select Dcc Move to Dc Move to Confirm
ConfirmChange = 2, // Confirm the change ! Change comfirmed Move to DCC Move to Abort
AbortChange = 3, // Abort the change ! Abort comfirmed Move to Confirm --
};
StateDcDcc dcDccState;
TRACK_MODE currentPowerMode;
TRACK_MODE wantedPowerMode;
void menuDcDccMode::start()
{
MENUDIAG("menuDcDccMode::start.. Begin");
MotorDriver * mainDriver=NULL;
for(const auto& md: TrackManager::getMainDrivers()) {
mainDriver=md;
}
if (mainDriver != NULL)
{
currentPowerMode = mainDriver->getMode();
wantedPowerMode = currentPowerMode;
dcDccState = AbortChange;
displayDcDccToDo = true;
}
MENUDIAG("menuDcDccMode::start.. End");
}
/*!
@brief menuShuttleSample Constructor
@param Screen, an Adafruit_SSD1306 object to permit to display our menu
@param p, a parent object. All menu are chained between parent and sons
@param title, a menu has a title, a char[HMI_MenueMessageSize].
@param val, a integer which define the king of menu or the returned value after selection
@return None (void).
@note
*/
menuDcDccMode::menuDcDccMode(Adafruit_SSD1306* screen, menuObject* p, const char* title, int value): menuObject(screen, p, title, value)
{
resetMenu();
}
/*!
@brief eventUp, Notification of the button up event
@param None
@return None (void).
@note
*/
void menuDcDccMode::eventUp()
{
MENUDIAG("menuDcDccMode::eventUp.. Begin");
menuObject::eventUp();
if (dcDccState > 0)
{
dcDccState = (StateDcDcc) ((int) dcDccState - 1);
displayDcDccToDo = true;
DIAGSTATE;
}
MENUDIAG("menuDcDccMode::eventUp.. End");
}
/*!
@brief eventDown, Notification of the button down event
@param None
@return None (void).
@note
*/
void menuDcDccMode::eventDown()
{
MENUDIAG("menuDcDccMode::eventDown.. Begin");
menuObject::eventDown();
if (dcDccState < (int) AbortChange)
{
dcDccState = (StateDcDcc) ((int) dcDccState + 1);
displayDcDccToDo = true;
DIAGSTATE;
}
MENUDIAG("menuDcDccMode::eventDown.. End");
}
/*!
@brief eventSelect, Notification of a button event
@param None
@return None (void).
@note
*/
int menuDcDccMode::eventSelect()
{
MENUDIAG("menuDcDccMode::eventSelect.. Begin");
int ret = 0;
switch (dcDccState)
{
case DcMode:
wantedPowerMode = TRACK_MODE_DC;
dcDccState = ConfirmChange;
displayDcDccToDo = true;
break;
case DccMode:
wantedPowerMode = TRACK_MODE_MAIN;
dcDccState = ConfirmChange;
displayDcDccToDo = true;
break;
case ConfirmChange:
if (currentPowerMode != wantedPowerMode)
{
Serial.print("Move to ");
Serial.println(wantedPowerMode == TRACK_MODE_DC ? "DcMode":"DccMode");
//TrackManager::setMainPower(POWERMODE::OFF);
//TrackManager::setTrackMode(0, wantedPowerMode, DC_MODE_ADDRESS);
dcDccState = wantedPowerMode == TRACK_MODE_DC ? DcMode:DccMode;
}
ret = MENUEXIT;
break;
case AbortChange:
ret = MENUEXIT;
break;
}
DIAGSTATE;
MENUDIAG("menuDcDccMode::eventSelect.. End");
return ret;
}
/*!
@brief Setup HMI class and start HMI
@param None
@return None (void).
@note
*/
void menuDcDccMode::begin()
{
MENUDIAG("menuDcDccMode::begin.. Begin");
MENUDIAG("menuDcDccMode::begin.. End");
}
/*!
@brief update, call to refresh screen
@param None
@return None (void).
@note
*/
void menuDcDccMode::update()
{
if(!displayDcDccToDo)
{
return;
}
MENUDIAG(F("menuDcDccMode::update.. Begin"));
display->clearDisplay();
displayDcDccToDo = false;
display->setTextSize(1);
display->setCursor(5, 6);
display->println(TXT_SHUTTLE_LOGO);
display->setTextSize(2);
display->setCursor(20, 20);
if (currentPowerMode == TRACK_MODE_DC)
{
if (wantedPowerMode == TRACK_MODE_DC)
display->println(TXT_DCDCC_DC);
else
{
display->setCursor(5, 20);
display->println(TXT_DCDCC_TODCC);
}
}
if (currentPowerMode == TRACK_MODE_MAIN)
{
if (wantedPowerMode == TRACK_MODE_MAIN)
display->println(TXT_DCDCC_DCC);
else
{
display->setCursor(5, 20);
display->println(TXT_DCDCC_TODC);
}
}
display->setTextSize(1);
switch (dcDccState)
{
case DcMode:
displayOptionString(TXT_DCDCC_DC, true, 5, 44);
displayOptionString(TXT_DCDCC_DCC, false, 64, 44);
displayOptionString(TXT_DCDCC_CONFIRM, false, 5, 55);
displayOptionString(TXT_DCDCC_ABORT, false, 64, 55);
break;
case DccMode:
displayOptionString(TXT_DCDCC_DC, false, 5, 44);
displayOptionString(TXT_DCDCC_DCC, true, 64, 44);
displayOptionString(TXT_DCDCC_CONFIRM, false, 5, 55);
displayOptionString(TXT_DCDCC_ABORT, false, 64, 55);
break;
case ConfirmChange:
displayOptionString(TXT_DCDCC_DC, false, 5, 44);
displayOptionString(TXT_DCDCC_DCC, false, 64, 44);
displayOptionString(TXT_DCDCC_CONFIRM, true, 5, 55);
displayOptionString(TXT_DCDCC_ABORT, false, 64, 55);
break;
case AbortChange:
displayOptionString(TXT_DCDCC_DC, false, 5, 44);
displayOptionString(TXT_DCDCC_DCC, false, 64, 44);
displayOptionString(TXT_DCDCC_CONFIRM, false, 5, 55);
displayOptionString(TXT_DCDCC_ABORT, true, 64, 55);
break;
}
display->display();
MENUDIAG(F("menuDcDccMode::update.. End"));
}
/*!
@brief resetMenu,
@param None
@return None (void).
@note
*/
void menuDcDccMode::resetMenu()
{
MENUDIAG("menuDcDccMode::resetMenu.. Begin");
menuObject::resetMenu();
displayDcDccToDo = false;
MENUDIAG("menuDcDccMode::resetMenu.. End");
}
#endif