<p>At the beginning of each trial, a one-second cue screen indicated which task—“pain” or “movement”—to perform on the upcoming clip. Next, the clip was presented (observation phase), immediately followed by a variable length pause of 3, 4, or 5 seconds, during which the screen displayed the cue word for the current task (“pain” or “movement”) below a dash symbol. This pause was followed by the response window of 3 seconds, during which the dash symbol was replaced by a circle, signaling the subject to begin their facial response (execution phase). Each trial ended with an ITI (inter-trial-interval) of variable duraction, during which subjects viewed a screen marked with a fixation cross.</p
<p>Each trial started with a fixation cross, after which the action sequence was presented, consisti...
<p>The experiment was divided into two sessions. In one session short painful stimulation was applie...
<p>(A) Design of the experimental blocks, containing three phases: pre-stimulation test (<i>pre-test...
<p>(A) Each trial consisted of 4 repetitions (S1 – S4) of an observation interval (6 s) and subseque...
<p><i>(A)</i> Each trial began with the presentation of a sequence-identity cue that remained on scr...
<p>Here, the video reached 90% intensity (VideoEI90%) and the TestEI presented 65% pain intensity. T...
<p><b>a</b>. Sequence of events in a trial. At the start of each trial a fixation cross appeared in ...
Schematic trial timelines showing each combination of task (DM, PPM) and movement gain (“small step”...
<p>(<b>A</b>) Illustrations of display and trial structure for the simple reaction time (SRT), go/st...
<p>A) Timeline of a specific trial. Response-cue interval (RCI) and cue-target interval are fixed at...
<p>A screen presented one stimulus at a time. Participants logged their decisions on a keyboard cent...
<p>During a variable interval (VI = 400–1600 ms), a central fixation cross is presented and the part...
<p>At the start of the event, participants were presented with their four groups, one of their group...
<p>The trial starts with a fixation cross (1000 ms), followed by a target stimulus (100 ms): single ...
<p>A Paradigm A single trial layout. Each trial is composed of one pseudoword in connection with a p...
<p>Each trial started with a fixation cross, after which the action sequence was presented, consisti...
<p>The experiment was divided into two sessions. In one session short painful stimulation was applie...
<p>(A) Design of the experimental blocks, containing three phases: pre-stimulation test (<i>pre-test...
<p>(A) Each trial consisted of 4 repetitions (S1 – S4) of an observation interval (6 s) and subseque...
<p><i>(A)</i> Each trial began with the presentation of a sequence-identity cue that remained on scr...
<p>Here, the video reached 90% intensity (VideoEI90%) and the TestEI presented 65% pain intensity. T...
<p><b>a</b>. Sequence of events in a trial. At the start of each trial a fixation cross appeared in ...
Schematic trial timelines showing each combination of task (DM, PPM) and movement gain (“small step”...
<p>(<b>A</b>) Illustrations of display and trial structure for the simple reaction time (SRT), go/st...
<p>A) Timeline of a specific trial. Response-cue interval (RCI) and cue-target interval are fixed at...
<p>A screen presented one stimulus at a time. Participants logged their decisions on a keyboard cent...
<p>During a variable interval (VI = 400–1600 ms), a central fixation cross is presented and the part...
<p>At the start of the event, participants were presented with their four groups, one of their group...
<p>The trial starts with a fixation cross (1000 ms), followed by a target stimulus (100 ms): single ...
<p>A Paradigm A single trial layout. Each trial is composed of one pseudoword in connection with a p...
<p>Each trial started with a fixation cross, after which the action sequence was presented, consisti...
<p>The experiment was divided into two sessions. In one session short painful stimulation was applie...
<p>(A) Design of the experimental blocks, containing three phases: pre-stimulation test (<i>pre-test...