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@@ -65,6 +69,15 @@ and returns a structure with an additional field with Pix suffix holding that ne
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This will handle the Eye Tracker (EyeLink set up) and can be called to initialize the connection and start the calibration, start/stop eye(s) movement recordings and save the `*.edf` file (named with BIDS specification from cpp-lln-lab/CPP_BIDS).
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There are several actions to perform:
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- Calibration: to initialize EyeLink and run calibration
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- 'default calibration' (default) will run a calibration with 6 points
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- 'custom calibration' (cfg.eyeTracker.defaultCalibration = 'false') will run a calibration with 6 points but the experimenter can choose their position on the screen
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- StartRecording: to start eye movements recording
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- StopRecordings: to stop eye movements recornding
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- Shutdown: to save the `.edf` file with BIDS compliant name, from cpp-lln-lab/CPP_BIDS, in the output folder and shut the connection between the stimulation computer and the EyeLink computer
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### 1.7. <aname='standByScreen'></a>standByScreen
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It shows a basic one-page instruction stored in `cfg.task.instruction` and wait for `space` stroke.
@@ -74,7 +87,7 @@ It shows a basic one-page instruction stored in `cfg.task.instruction` and wait
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Counts a certain number of triggers coming from the mri/scanner before returning.
Displays in the command window part of the `*events.tsv` file filterd by an element (e.g. 'trigger'). It can take the last output produced (through `cfg`) or any output BIDS compatible (through file path).
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@@ -125,3 +138,19 @@ Define the parameters of the fixation cross in `cfg` and `expParameters` and thi
For a sequence of length `seqLength` where we want to insert `nbTarget` targets, this will return `nbTarget` random position in that sequence and make sure that they are not in consecutive positions.
Given `baseConditionVector`, a vector of conditions (coded as numbers), this will create a longer vector made of `nbRepeats` of this base vector and make sure that a given condition is not repeated one after the other.
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