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Modified files
  1: cloudberry.yml
Jan 6 years ago
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5297f48d61
1 changed files with 3 additions and 4 deletions
  1. 3 4
      cloudberry.yml

+ 3 - 4
cloudberry.yml

@@ -10,7 +10,7 @@ authors:
   -
     firstname: "Frank"
     lastname: "Bremmer"
-    affiliation: "Philipps-Universität Marburg, Germany"
+    affiliation: "Philipps-Universität Marburg, Germany"
   -
     firstname: "Bart"
     lastname: "Krekelberg"
@@ -21,8 +21,8 @@ title: "Spiking activity of neurons in macaque dorsal visual cortex during a fix
 
 # Any additional information. It is best practice to supply a description for the resource.
 description: |
-  The data includes spike times (1 ms resolution) for single neurons recorded extracellularly in macaque areas LIP (74), VIP (107), and MT/MST (95). Fixation targets (red LEDs, diameter: 0.5°, luminance: 0.4 cd/m2) were back projected onto a translucent screen (size: 60° × 60°). All experiments were performed in the dark (luminance < 0.01 cd/m2). To prevent dark adaptation, room lights were briefly switched on prior to a new set of trials for at least a couple of seconds.
-  At the beginning of each trial, the monkey maintained gaze (within 1° of error) on a target at one of five positions ([0,0],[-10,10],[-10,-10],[10,-10],[10,10]). After 1000ms, the target stepped 10° either rightward or downward. The animal performed a saccade to the new position within 500ms and maintained fixation for another 1000ms. All trial types were interleaved in a pseudorandom order.
+  The data includes spike times (1 ms resolution) for single neurons recorded extracellularly in macaque areas LIP (74), VIP (107), and MT/MST (95). Fixation targets (red LEDs, diameter: 0.5°, luminance: 0.4 cd/m2) were back projected onto a translucent screen (size: 60° × 60°). All experiments were performed in the dark (luminance < 0.01 cd/m2). To prevent dark adaptation, room lights were briefly switched on prior to a new set of trials for at least a couple of seconds.
+  At the beginning of each trial, the monkey maintained gaze (within 1° of error) on a target at one of five positions ([0,0],[-10,10],[-10,-10],[10,-10],[10,10]). After 1000ms, the target stepped 10° either rightward or downward. The animal performed a saccade to the new position within 500ms and maintained fixation for another 1000ms. All trial types were interleaved in a pseudorandom order.
   Eye position was tracked using binocular scleral search coils and digitized offline at a sampling rate of 1000Hz. Saccade onset (offset) was defined as the first time point at which eye velocity reached more (less) than 30% of the peak velocity observed within 80-600ms after the onset of the target (stepping forward and backward in time from the peak).
 
 
@@ -51,4 +51,3 @@ references:
     doi: "10.3389/fnsys.2016.00009"
     reftype: "IsSupplementTo"
     name: "The Dorsal Visual System Predicts Future and Remembers Past Eye Position"
-