void doSetYawTrim(TouchButton * const aTheTouchedButton, int16_t aValue) {
FeedbackToneOK();
sYawTrimValue += aValue;
snprintf(StringBuffer, sizeof StringBuffer, "% 3d", sYawTrimValue);
BlueDisplay1.drawText(BUTTON_WIDTH_3_POS_2 + BUTTON_WIDTH_8 + TEXT_SIZE_11_WIDTH, BUTTON_HEIGHT_4_LINE_3 + TEXT_SIZE_22_HEIGHT,
StringBuffer, TEXT_SIZE_11, COLOR_RED, COLOR_WHITE);
TouchSliderHorizontal.setActualValueAndDraw(sYawValue + sYawTrimValue);
}
void doNew(TouchButton * const aTheTouchedButton, int16_t aValue) {
FeedbackToneOK();
// deactivate gui elements
TouchButton::deactivateAllButtons();
TouchSlider::deactivateAllSliders();
initNewGameOfLife();
MillisSinceLastAction = GolDelay;
GolRunning = true;
}
/**
* gets frequency value from numberpad
* @param aTheTouchedButton
* @param aValue
*/
void doSetFrequency(TouchButton * const aTheTouchedButton, int16_t aValue) {
FeedbackToneOK();
float tNumber = getNumberFromNumberPad(NUMBERPAD_DEFAULT_X, 0, COLOR_BLUE);
// check for cancel
if (!isnan(tNumber)) {
sFrequency = tNumber;
}
drawFreqGenPage();
ComputePeriodAndSetTimer(true);
}
void doToggleSendReceive(TouchButton * const aTheTouchedButton, int16_t aValue) {
FeedbackToneOK();
sSend = !sSend;
if (sSend) {
aTheTouchedButton->setCaption(StringSend);
} else {
aTheTouchedButton->setCaption(StringReceive);
}
aTheTouchedButton->drawButton();
}
void doDACStop(TouchButton * const aTheTouchedButton, int16_t aValue) {
FeedbackToneOK();
aValue = !aValue;
if (aValue) {
aTheTouchedButton->setCaption(StringStop);
DAC_Start();
} else {
DAC_Stop();
aTheTouchedButton->setCaption(StringStart);
}
aTheTouchedButton->setRedGreenButtonColorAndDraw(aValue);
}
void doFreqGenStartStop(TouchButton * const aTheTouchedButton, int16_t aValue) {
FeedbackToneOK();
aValue = !aValue;
if (aValue) {
aTheTouchedButton->setCaption(StringStop);
HIRES_Timer_Start();
} else {
aTheTouchedButton->setCaption(StringStart);
HIRES_Timer_Stop();
}
aTheTouchedButton->setRedGreenButtonColorAndDraw(aValue);
}
void doContinue(TouchButton * const aTheTouchedButton, int16_t aValue) {
FeedbackToneOK();
// deactivate gui elements
TouchButton::deactivateAllButtons();
TouchSlider::deactivateAllSliders();
if (!GolInitialized) {
initNewGameOfLife();
} else {
ClearScreenAndDrawGameOfLifeGrid();
}
MillisSinceLastAction = GolDelay;
GolRunning = true;
}
void doADS7846Channels(TouchButton * const aTheTouchedButton, int16_t aValue) {
FeedbackToneOK();
TouchButton::deactivateAllButtons();
mActualApplication = APPLICATION_ADS7846_CHANNELS;
BlueDisplay1.clearDisplay(COLOR_DEMO_BACKGROUND);
uint16_t tPosY = 30;
// draw text
for (uint8_t i = 0; i < 8; ++i) {
BlueDisplay1.drawText(90, tPosY, (char *) ADS7846ChannelStrings[i], TEXT_SIZE_22, COLOR_RED, COLOR_DEMO_BACKGROUND);
tPosY += TEXT_SIZE_22_HEIGHT;
}
TouchButtonBack->drawButton();
}
static void doChangeDACWaveform(TouchButton * const aTheTouchedButton, int16_t aValue) {
FeedbackToneOK();
sActualWaveform++;
if (sActualWaveform == WAVEFORM_NOISE) {
DAC_ModeNoise();
DAC_Start();
} else if (sActualWaveform > WAVEFORM_MAX) {
sActualWaveform = WAVEFORM_TRIANGLE;
DAC_ModeTriangle();
DAC_Start();
}
aTheTouchedButton->setCaption(WaveformStrings[sActualWaveform]);
aTheTouchedButton->drawButton();
}
void doIRButtons(TouchButton * const aTheTouchedButton, int16_t aValue) {
FeedbackToneOK();
if (aTheTouchedButton == TouchButtonsIRSend[0]) {
sIRSendData.protocol = IRMP_NEC_PROTOCOL; // use NEC protocol
sIRSendData.address = 64260; // set address LG 0XFB04
sIRSendData.command = 0x00FF; // set command to EZ Adjust
sIRSendData.flags = 0; // don't repeat frame
//irsnd_send_data(&sIRSendData, TRUE); // send frame, wait for completion
irsnd_send_data(&sIRSendData, FALSE); // send frame, do not wait for completion
} else if (aTheTouchedButton == TouchButtonsIRSend[1]) {
sIRSendData.protocol = IRMP_NEC_PROTOCOL; // use NEC protocol
sIRSendData.address = 64260; // set address
sIRSendData.command = 251; // set command to In Start
sIRSendData.flags = 0;
irsnd_send_data(&sIRSendData, TRUE); // send frame, wait for completion
} else if (aTheTouchedButton == TouchButtonsIRSend[2]) {
float tNumber = getNumberFromNumberPad(NUMBERPAD_DEFAULT_X, 0, COLOR_GREEN);
if (!isnan(tNumber) && tNumber != IN_STOP_CODE) {
sCode = tNumber;
}
displayIRPage();
assertParamMessage((sCode != IN_STOP_CODE), sCode, "");
if (sCode != IN_STOP_CODE) {
sIRSendData.protocol = IRMP_NEC_PROTOCOL; // use NEC protocol
sIRSendData.address = 64260; // set address
sIRSendData.command = sCode; // set command to
sIRSendData.flags = 1; // repeat frame once
irsnd_send_data(&sIRSendData, TRUE); // send frame, wait for completion
}
} else if (aTheTouchedButton == TouchButtonsIRSend[3]) {
sIRSendData.protocol = IRMP_NEC_PROTOCOL; // use NEC protocol
sIRSendData.address = 64260; // set address
sIRSendData.command = sCode; // set command to Volume -
sIRSendData.flags = 0x0F; // repeat frame forever
irsnd_send_data(&sIRSendData, FALSE); // send frame, do not wait for completion
delayMillis(2000);
irsnd_stop();
}
snprintf(StringBuffer, sizeof StringBuffer, "Cmd=%4d|%3X", sCode, sCode);
BlueDisplay1.drawText(BUTTON_WIDTH_3_POS_2, BUTTON_HEIGHT_5_LINE_2 + TEXT_SIZE_22_HEIGHT, StringBuffer, TEXT_SIZE_22,
COLOR_PAGE_INFO, COLOR_WHITE);
}
/**
* Check if touch event is in button area
* if yes - call callback function and return true
* if no - return false
*/
bool TouchButton::checkButton(uint16_t aTouchPositionX, uint16_t aTouchPositionY) {
if ((mFlags & FLAG_IS_ACTIVE) && mOnTouchHandler != NULL && checkButtonInArea(aTouchPositionX, aTouchPositionY)) {
/*
* Touch position is in button - call callback function
*/
if (mFlags & BUTTON_FLAG_DO_BEEP_ON_TOUCH) {
FeedbackToneOK();
}
#ifdef REMOTE_DISPLAY_SUPPORTED
if ((mFlags & FLAG_USE_BDBUTTON_FOR_CALLBACK)
&& (&TouchButtonAutorepeat::autorepeatTouchHandler
!= (void (*)(TouchButtonAutorepeat *, int16_t)) mOnTouchHandler)) {
mOnTouchHandler((TouchButton *) this->mBDButtonPtr, mValue);
} else {
mOnTouchHandler(this, mValue);
}
#else
mOnTouchHandler(this, mValue);
#endif
return true;
}
return false;
}
void doGuiDemoButtons(TouchButton * const aTheTouchedButton, int16_t aValue) {
FeedbackToneOK();
TouchButton::deactivateAllButtons();
TouchSlider::deactivateAllSliders();
if (aTheTouchedButton == TouchButtonChartDemo) {
showCharts();
return;
}
#ifdef LOCAL_DISPLAY_EXISTS
if (aTheTouchedButton == TouchButtonCalibration) {
//Calibration Button pressed -> calibrate touch panel
TouchPanel.doCalibration(false);
showSettings();
return;
}
#endif
if (aTheTouchedButton == TouchButtonGameOfLife) {
// Game of Life button pressed
showGolSettings();
mActualApplication = APPLICATION_GAME_OF_LIFE;
return;
}
if (aTheTouchedButton == TouchButtonDemoSettings) {
// Settings button pressed
showSettings();
return;
}
if (aTheTouchedButton == TouchButtonBack) {
// Home button pressed
showGuiDemoMenu();
return;
}
}
static void doChangeDACFrequency(TouchButton * const aTheTouchedButton, int16_t aValue) {
uint32_t tTimerReloadValue = sTimerReloadValue + aValue;
if (tTimerReloadValue < DAC_TIMER_MIN_RELOAD_VALUE) {
FeedbackTone(FEEDBACK_TONE_SHORT_ERROR);
return;
}
FeedbackToneOK();
ComputeFrequencyAndSetTimer(tTimerReloadValue, true);
int tNewSliderValue = sLastFrequencySliderValue;
// check if slider value must be updated
if (aValue > 0) {
// increase period, decrease frequency
tNewSliderValue--;
if (ComputeReloadValue(tNewSliderValue) <= sTimerReloadValue) {
do {
tNewSliderValue--;
} while (ComputeReloadValue(tNewSliderValue) <= sTimerReloadValue);
tNewSliderValue++;
sLastFrequencySliderValue = tNewSliderValue;
TouchSliderHorizontal.setActualValueAndDrawBar(tNewSliderValue);
TouchSliderHorizontal.printValue();
}
} else {
tNewSliderValue++;
if (ComputeReloadValue(tNewSliderValue) >= sTimerReloadValue) {
do {
tNewSliderValue++;
} while (ComputeReloadValue(tNewSliderValue) >= sTimerReloadValue);
tNewSliderValue--;
sLastFrequencySliderValue = tNewSliderValue;
TouchSliderHorizontal.setActualValueAndDrawBar(tNewSliderValue);
TouchSliderHorizontal.printValue();
}
}
}
/**
* changes the unit (mHz - MHz)
* @param aTheTouchedButton
* @param aValue
*/
void doChangeFrequencyFactor(TouchButton * const aTheTouchedButton, int16_t aValue) {
FeedbackToneOK();
setFrequencyFactor(aValue);
ComputePeriodAndSetTimer(true);
}
void doGolDying(TouchButton * const aTheTouchedButton, int16_t aValue) {
FeedbackToneOK();
aValue = !aValue;
syncronizeGolSliderAndButton(aValue);
}
/**
*
* @param aTheTouchedButton
* @param aValue assume as boolean here
*/
void doToggleRedGreenButton(TouchButton * const aTheTouchedButton, int16_t aValue) {
FeedbackToneOK();
aValue = !aValue;
aTheTouchedButton->setRedGreenButtonColorAndDraw(aValue);
}
void doSetFixedFrequency(TouchButton * const aTheTouchedButton, int16_t aValue) {
FeedbackToneOK();
sFrequency = aValue;
ComputePeriodAndSetTimer(true);
}
