| Control |
| Title | Title of the element | | String | |
| Is Enabled | If set to false the element is completely omitted when the experiment is run | | Boolean | |
| Signal Source |
| Sampling Rate | Defines the sampling rate of the input signal in samples per second | | Int32 | |
| Input Channel | Defines the channel in the EventIDE signal pool that will provides data for the element | | Int32 | |
| Signal Modeling |
| Analysis Window Length | Defines a time length of the analysis moving window of the input signal, in seconds | | Double | |
| Model Period | Defines a length of the model segment in periods of the central frequency of interest. The segment is aligned to the end of the analysis window. | | Double | |
| Brain Wave Preset | Defines the preset ROI ranges for the most common brain rhymes | | Int32 | |
| Frequency Range | Defines 'the range of interest' for phase locking and PSD stats on the Session Statistics plot. | | clRange | |
| Forecast Period | Defines a length of the forecasted segment ('future signal') in periods of the central frequency of interest | | Double | |
| NLF Iterations | Defines the maximal number of iterations in the non-linear fitting | | Int32 | |
| Prediction Statistics |
| Store model/signal samples | Defines whether the samples of the input signal and the fitted models are stored in the prediction list data file | | Boolean | |
| Session Stats Tick | Defines a tick interval for updating the session statistics plot | | String | |
| Phase Locking |
| Target Phase | Defines sine phases (in degrees) that need to be predicted in the forecasted signal. To define more than one phase, enter values with delimiters (' ','|' or ';') | | String | |
| Is Presenting | Defines whether the stimulus presentation mode is enabled. In that presentation mode, the element gets triggered at the time of the target phase and calls the triggered snippet. In turn, the latter can be used to present a stimulus or to run user events. | | Boolean | |
| Presentation Mode | Defines a stimulus sequence when the stimulus presentation mode is enabled. If the 'Single presentation' is selected, the stimulus presentation mode is automatically switched off after the first presentation. If 'Sequential presentation' is selected, the stimuli are presented until the stimulus presentation mode is turned off manually. | | Int32 | |
| Prehold Number | Defines the number of prehold presentations (within the max prehold interval) required before the element is triggered for a real phase-locked stimulus presentation. Using this property may help in preventing stimulus presentations on incidental oscillations." | | Int32 | |
| Max Prehold Interval | Defines the maximum time interval (in milliseconds) between two potential presentations, counted in relation to the Prehold Number. If the value is zero, the property is ignored. Otherwise, the Prehold counter resets if the time interval exceeds the specified property value. | | Double | |
| Thresholds |
| Power Threshold | Defines the minimal threshold for a power of the dominant frequency that allows the phase prediction. | | Double | |
| Residual Error Threshold | Defines the minimal threshold for the normalized residual error (MAE) | | Double | |
| ACF Threshold | Defines the minimal threshold for the ACF error | | Double | |
| Model Correlation Threshold | Defines the minimal threshold for the normalized phase fitting error | | Double | |
| Minimal Amplitude Threshold | Defines the minimal allowed peak amplitude for the fitting segment. Since the algorithm works with a non-normalized input signal, the threshold value must be found empirically. If the zero value is set, this threshold is ignored. | | Double | |
| Maximal Amplitude Threshold | Defines the maximal allowed peak amplitude for the fitting segment. Since the the algorithm works with a non-normalized input signal, the threshold value must be found empirically. If the zero value is set, this threshold is ignored. | | Double | |
| Crunch Time |
| Hardware Lag | Defines a time lag in signal acquisition. When the lag is measured empirically the value should be defined manually. When auto correction is enabled, the lag is estimated automatically. | | Double | |
| Auto Crunch Times | Defines whether the target phase is automatically shifted in order to compensate the hardware lag. If the mode is on the hardware lag does not included in the crunch time | | Boolean | |
| Smart Phase Mode | Defines whether the target phase is automatically shifted in order to compensate the hardware lag. If the mode is on the hardware lag does not included in the crunch time | | Boolean | |
| Min Crunch Time | Defines the lower bound for a period of future time (ms), in which prediction of the target phase can be made. If the target phase is expected earlier in time, the prediction is dismissed. The min crunch time must be less than the max crunch time and greater than the hardware lag plus the analysis time | | Double | |
| Max Crunch Time | Defines the upper bound for a period of future time (ms), in which prediction of the target phase can be made. If the target phase is expected later in time, the prediction is dismissed. The max crunch time must be greater than he min crunch time and less than the length of the modeled signal | | Double | |
| Min Prediction Interval | Defines a minimal time interval (ms) between two consecutive predictions | | Double | |
| Runtime Status |
| Is Triggered | Indicates whether the elements signal the predicted phase occurrence in real-time. This status variable can be used for accurate phase-locked stimulus presentation | | Boolean | |
| Triggering Time | Returns a local event time (ms) of the last triggering. | | clTime | |
| Current Lock Phase | Returns the currently expected phase among all target phases | | Double | |
| XAML Dashboard | Returns a live XAML control that can be used online monitoring and parameter adjustments on the status screen | | UIElem.. | |
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