tutorials:introduction

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tutorials:introduction [2022/01/21 10:01] thomastutorials:introduction [2022/06/23 13:52] (current) thomas
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   * Double-click on any entry in the folder inside ''Optimization Results''   * Double-click on any entry in the folder inside ''Optimization Results''
  
-The simulation will now re-run for that specific set of parameters, and the result can be viewed in the Viewer panel on the right. Once the simulation is done, you can analyze the motion using the playback controls "Viewer" tab (see below). Initially, the results won't be very impressive, but they'll get better as the optimization progresses. At any time, you can double-click any new entry in the Optimization Results.+The simulation will now re-run for that specific set of [[doc:parameters|parameters]], and the result can be viewed in the Viewer panel on the right. Once the simulation is done, you can analyze the motion using the playback controls "Viewer" tab (see below). Initially, the results won't be very impressive, but they'll get better as the optimization progresses. At any time, you can double-click any new entry in the Optimization Results.
  
 At any time, it is possible to abort an optimization; either through the menu or by pressing the 'x' in the top right corner of the progress window. Optimizations will also terminate when [[doc:optimizer|specific conditions]] are met. At any time, it is possible to abort an optimization; either through the menu or by pressing the 'x' in the top right corner of the progress window. Optimizations will also terminate when [[doc:optimizer|specific conditions]] are met.
  
 ==== Using the 3D Viewer ==== ==== Using the 3D Viewer ====
 +After you click on a result in the Optimization Results browser, the simulation will be repeated and shown in the 3D viewer.
 +
 You can use the slider to jump to any section, and playback in slow-motion using the box on the right. You can orbit, pan and zoom in the viewer window using the left, middle and right mouse button. You can use the slider to jump to any section, and playback in slow-motion using the box on the right. You can orbit, pan and zoom in the viewer window using the left, middle and right mouse button.
  
 {{ :scone-viewer.png?direct }} {{ :scone-viewer.png?direct }}
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-  * Orbit around the model and try zooming in and out 
  
 ==== Analyzing the Results ==== ==== Analyzing the Results ====
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 Here you can graph any of the available channels during the simulation. To quickly find a specific channel, use the ''Filter'' input box (case sensitive!). Use the right mouse button for panning, and the mouse wheel for zooming. Here you can graph any of the available channels during the simulation. To quickly find a specific channel, use the ''Filter'' input box (case sensitive!). Use the right mouse button for panning, and the mouse wheel for zooming.
  
-=== Conclusion === +==== Conclusion ==== 
-That's the basics of scone! In the [[standing_high_jump|next tutorial]], we will look closer to what's happening inside the scenario file, and how you can customize your optimization.+That's the basics of SCONE! In the [[standing_high_jump|next tutorial]], we will look closer to what's happening inside the scenario file, and how you can customize your optimization.