Merge remote-tracking branch 'origin/main' into dev-ankur

Author: sanjayankur31

simtools/ReMoto.yaml

@@ -10,6 +10,6 @@ summary: |
   The simulator may be used to investigate phenomena at several levels of organization, e.g., at the neuronal membrane level or at the whole muscle behavior level (e.g., muscle force generation).
   This versatility arises because each element (neurons, synapses, muscle fibers) has its own specific mathematical model, usually involving the action of voltage- or neurotransmitter-dependent ionic channels.
   The simulator should be helpful in activities such as interpretation of results obtained from neurophysiological experiments in humans or mammals, proposal of hypothesis or testing models or theories on neuronal dynamics or neuronal network processing, validation of experimental protocols, and teaching neurophysiology.
-# urls:
-#    homepage: httpxxx://remoto.leb.usp.br
-#    tutorial: httpxxx://remoto.leb.usp.br/remoto/Learning/learning.html
+urls:
+  homepage: http://remoto.leb.usp.br
+  tutorial: http://remoto.leb.usp.br/remoto/Learning/learning.html

simtools/simtools.json

@@ -636,7 +636,11 @@
     "name": "ReMoto",
     "operating_system": "Linux, MacOS, Windows",
     "processing_support": "Single Machine",
-    "summary": "<p>ReMoto was originally developed as a web-based neuronal simulation system, intended for studying spinal cord neuronal networks responsible for muscle control.\nThe simulated networks are affected by descending drive, afferent drive, and electrical nerve stimulation.\nThe simulator may be used to investigate phenomena at several levels of organization, e.g., at the neuronal membrane level or at the whole muscle behavior level (e.g., muscle force generation).\nThis versatility arises because each element (neurons, synapses, muscle fibers) has its own specific mathematical model, usually involving the action of voltage- or neurotransmitter-dependent ionic channels.\nThe simulator should be helpful in activities such as interpretation of results obtained from neurophysiological experiments in humans or mammals, proposal of hypothesis or testing models or theories on neuronal dynamics or neuronal network processing, validation of experimental protocols, and teaching neurophysiology.</p>"
+    "summary": "<p>ReMoto was originally developed as a web-based neuronal simulation system, intended for studying spinal cord neuronal networks responsible for muscle control.\nThe simulated networks are affected by descending drive, afferent drive, and electrical nerve stimulation.\nThe simulator may be used to investigate phenomena at several levels of organization, e.g., at the neuronal membrane level or at the whole muscle behavior level (e.g., muscle force generation).\nThis versatility arises because each element (neurons, synapses, muscle fibers) has its own specific mathematical model, usually involving the action of voltage- or neurotransmitter-dependent ionic channels.\nThe simulator should be helpful in activities such as interpretation of results obtained from neurophysiological experiments in humans or mammals, proposal of hypothesis or testing models or theories on neuronal dynamics or neuronal network processing, validation of experimental protocols, and teaching neurophysiology.</p>",
+    "urls": {
+      "homepage": "http://remoto.leb.usp.br",
+      "tutorial": "http://remoto.leb.usp.br/remoto/Learning/learning.html"
+    }
   },
   "SNNAP": {
     "biological_level": "Population Model, Single-Compartment (Simple) Model, Single-Compartment (Complex) Model, Multi-Compartment Model",