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user-manual:objects [2024/11/05 15:03] – [Point clouds] timuser-manual:objects [2024/12/11 11:36] (current) – [Geometrical/Primitive objects] gaetan
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 See more: See more:
   * [[:groimp-platform:turtle_commands|List of all turtle commands]]   * [[:groimp-platform:turtle_commands|List of all turtle commands]]
-  * [[:groimp-platform:turtle_commands_info|Extensive info on turtle commands]]+  * [[https://en.wikipedia.org/wiki/Turtle_graphics|What is turtle graphics]]
  
 Tutorials: Tutorials:
-  * [[:tutorials:turtle_commands|How to use turtle commands]]+  * [[tutorials:xl-turtle-geometry|How to use turtle commands]]
 ==== Geometrical/Primitive objects ==== ==== Geometrical/Primitive objects ====
  
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 +See more:
 +  * [[:user-manual:objects|Availalbe objects in GroIMP]]
 +  * [[:user-manual:ch02#import_and_export_data|How to import object in GroIMP]]
 +  * [[:tutorials:import-object-in-groimp|Tutorial on importing object in the scene]]
 ==== Lights and Sky ==== ==== Lights and Sky ====
  
 The global 3D objects light and sky are contained in GroIMP. They can be placed into the scene similarly to primitive objects. In the wireframe representation, the sky object is displayed as a sphere; its position is irrelevant because it represents a sky sphere at infinity. Visual effects cannot be seen in the wireframe representation, use POV-Ray to get a ray-traced image which makes use of these objects.  The global 3D objects light and sky are contained in GroIMP. They can be placed into the scene similarly to primitive objects. In the wireframe representation, the sky object is displayed as a sphere; its position is irrelevant because it represents a sky sphere at infinity. Visual effects cannot be seen in the wireframe representation, use POV-Ray to get a ray-traced image which makes use of these objects. 
  
 +Tutorial: 
 +  * [[:tutorials:basic-spectral-light-modeling|Basic spectral light modeling]]
 ==== Sensors ==== ==== Sensors ====
  
 Sensors in GroIMP can be used to estimate the power of the rays send by one of the [[user-guide:raytracing|ray tracers]] without interacting with theses rays. Therefore it allows observation without interference.     Sensors in GroIMP can be used to estimate the power of the rays send by one of the [[user-guide:raytracing|ray tracers]] without interacting with theses rays. Therefore it allows observation without interference.    
  
 +Tutorial:
 +  * [[:tutorials:sensor-grids|Set up a grid of sensor nodes]]
 ==== Point clouds ==== ==== Point clouds ====
  
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   * [[groimp-platform:pointcloud|Pointcloud]].   * [[groimp-platform:pointcloud|Pointcloud]].
 Tutorials: Tutorials:
- * [[tutorials:using-point-cloud-to-validate-model|Using a point cloud to validate a simulation]]+  * [[tutorials:pointcloud-io|I/O Point Cloud]] 
 +  * [[tutorials:using-point-cloud-to-validate-model|Using a point cloud to validate a simulation]]
   * [[tutorials:using-mesh-clouds-as-organ|Using a mesh cloud as a high resolution organ]]   * [[tutorials:using-mesh-clouds-as-organ|Using a mesh cloud as a high resolution organ]]
  
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 ==== Datasets ==== ==== Datasets ====
  
-GroIMP comes with an included management of dataset and the ability to visualize them, at the current state these should only be used for smaller amounts of data because the values are stored directly in the project file. A tutorial to use datasets and to visualize the result can be found [[tutorials:plotting-data|here]]+GroIMP comes with an included management of dataset and the ability to visualize them, at the current state these should only be used for smaller amounts of data because the values are stored directly in the project file. 
 +tutorials_ 
 +  * [[tutorials:plotting-data|Datasets and Plots inside GroIMP]]
  
 ==== Shaders ==== ==== Shaders ====
user-manual/objects.1730815402.txt.gz · Last modified: 2024/11/05 15:03 by tim