/*
** ===================================================================
** Method : AD2_OnMeasurementComplete (component ADC)
**
** Description :
** The method services the conversion complete interrupt of the
** selected peripheral(s) and eventually invokes the beans
** event(s).
** This method is internal. It is used by Processor Expert only.
** ===================================================================
*/
void AdcLdd2_OnMeasurementComplete(LDD_TUserData *UserDataPtr)
{
(void)UserDataPtr; /* Parameter is not used, suppress unused argument warning */
if (ModeFlg == CALIBRATING) { /* If the driver is in CALIBRATING mode */
(void)AdcLdd2_GetCalibrationResultStatus(AdcLdd2_DeviceDataPtr);
ModeFlg = STOP; /* Set the device to the stop mode */
AD2_OnCalibrationEnd(); /* If yes then invoke user event */
return; /* Return from interrupt */
}
AdcLdd2_GetMeasuredValues(AdcLdd2_DeviceDataPtr, (LDD_TData *)&AD2_OutV);
OutFlg = TRUE; /* Measured value is available */
AD2_OnEnd(); /* If yes then invoke user event */
ModeFlg = STOP; /* Set the device to the stop mode */
}
/*
** ===================================================================
** Method : M1_ANALOG_OnMeasurementComplete (component ADC)
**
** Description :
** The method services the conversion complete interrupt of the
** selected peripheral(s) and eventually invokes the beans
** event(s).
** This method is internal. It is used by Processor Expert only.
** ===================================================================
*/
void AdcLdd2_OnMeasurementComplete(LDD_TUserData *UserDataPtr)
{
word ResultData; /* Temporary result data */
(void)UserDataPtr; /* Parameter is not used, suppress unused argument warning */
if (ModeFlg == CALIBRATING) { /* If the driver is in CALIBRATING mode */
(void)AdcLdd2_GetCalibrationResultStatus(AdcLdd2_DeviceDataPtr);
ModeFlg = STOP; /* Set the device to the stop mode */
M1_ANALOG_OnCalibrationEnd(); /* If yes then invoke user event */
return; /* Return from interrupt */
}
AdcLdd2_GetMeasuredValues(AdcLdd2_DeviceDataPtr, (LDD_TData *)&ResultData);
M1_ANALOG_SumV[SumChan] += ResultData;
SumChan++; /* Increase counter of measured channels*/
if (SumChan == 2U) { /* Is number of measured channels equal to the number of channels used in the component? */
SumChan = 0U; /* If yes then set the counter of measured channels to 0 */
SumCnt++; /* Increase counter of conversions*/
if (SumCnt == 8U) { /* Is number of conversions on each channel equal to the number of conversions defined in the component? */
OutFlg = TRUE; /* Measured values are available */
M1_ANALOG_OutV[0] = (word)M1_ANALOG_SumV[0]; /* Save measured value to the output buffer */
M1_ANALOG_OutV[1] = (word)M1_ANALOG_SumV[1]; /* Save measured value to the output buffer */
if (ModeFlg != MEASURE) { /* Is the device in other then measure state? */
M1_ANALOG_SumV[0] = 0U; /* Set mesured values to 0 */
M1_ANALOG_SumV[1] = 0U; /* Set mesured values to 0 */
SumCnt = 0U; /* Set counter of conversions to 0 */
}
M1_ANALOG_OnEnd(); /* If yes then invoke user event */
if (ModeFlg == MEASURE) { /* Is the device in the measure state? */
ModeFlg = STOP; /* Set the device to the stop mode */
return; /* Return from interrupt */
}
}
}
SampleGroup[0].ChannelIdx = SumChan; /* Start measurement of next channel */
(void)AdcLdd2_CreateSampleGroup(AdcLdd2_DeviceDataPtr, (LDD_ADC_TSample *)SampleGroup, 1U); /* Configure sample group */
(void)AdcLdd2_StartSingleMeasurement(AdcLdd2_DeviceDataPtr);
}
