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# Nomad 3D Editor
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# Nomad 3D Editor
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## Features
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*TODO*
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* Axes
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* Modification
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* Calibration
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* Link to Nomad
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* Material modification
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* Model
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* Regroup components
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* Subdivide component
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* Remove components
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* Configurations
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* Add current configuration
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* Add special configurations from axes values : median, min, max
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* Remove configurations
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* Analyze configurations : if the median/min/max configurations and the axes are defined, computes the median/min/max values for all axes based on these configurations
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* Toggle components visibility in configurations
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## Interface
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## Interface
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| ... | @@ -30,6 +10,18 @@ The editor interface is composed of 3 parts : |
... | @@ -30,6 +10,18 @@ The editor interface is composed of 3 parts : |
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2. Hierarchical view of the components of the model
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2. Hierarchical view of the components of the model
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3. Menu bar
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3. Menu bar
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### Mouse
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The components can be manually moved around their axis by pressing them with mouse left and dragging the mouse.
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The camera is controlled by the mouse :
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* Middle click + drag : rotate around the point of reference
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* Right click + drag : translate in the view plane
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* Scroll up : zoom in
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* Scroll down : zoom out
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* Control down : increase the sensitivity of translation and zoom
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* Shift down : decrease the sensitivity of translation and zoom
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## Nomad 3D file format
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## Nomad 3D file format
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See [the converter wiki](https://code.ill.fr/instrument-control/protos/nomad-3d/nomad-3d-converter/wikis/home).
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See [the converter wiki](https://code.ill.fr/instrument-control/protos/nomad-3d/nomad-3d-converter/wikis/home).
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| ... | @@ -50,7 +42,9 @@ The typical workflow in the editor is to modify the model in order to make it co |
... | @@ -50,7 +42,9 @@ The typical workflow in the editor is to modify the model in order to make it co |
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*TODO : advices about config management : only median/min/max eventually, hide duplicates, etc*
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*TODO : advices about config management : only median/min/max eventually, hide duplicates, etc*
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## Material
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## Miscellaneous
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### Material
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The visual properties of a Nomad 3D model are stored as [Phong materials](https://en.wikipedia.org/wiki/Phong_shading), one for each component. However the viewer uses [Physically based Rendering (PBR)](https://www.marmoset.co/posts/basic-theory-of-physically-based-rendering/) to get a more realistic result. The conversion between the two illumination models is not usual so a simple and arbitrary conversion is applied :
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The visual properties of a Nomad 3D model are stored as [Phong materials](https://en.wikipedia.org/wiki/Phong_shading), one for each component. However the viewer uses [Physically based Rendering (PBR)](https://www.marmoset.co/posts/basic-theory-of-physically-based-rendering/) to get a more realistic result. The conversion between the two illumination models is not usual so a simple and arbitrary conversion is applied :
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| ... | @@ -59,3 +53,21 @@ The visual properties of a Nomad 3D model are stored as [Phong materials](https: |
... | @@ -59,3 +53,21 @@ The visual properties of a Nomad 3D model are stored as [Phong materials](https: |
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* $`pbr.roughness = 1 - cap \left( \frac{phong.shininess}{maxShininess}, 0, 1 \right) `$, where $`maxShininess = 250`$.
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* $`pbr.roughness = 1 - cap \left( \frac{phong.shininess}{maxShininess}, 0, 1 \right) `$, where $`maxShininess = 250`$.
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The Phong diffuse color defines the base color of the object. The specular color (which is usually a shade of gray) defines the metalness of the object : white for metallic components, black for non-metal ones. The shininess defines the roughness of the object : the more it is shiny the less it is rough (with an arbitrary maximum shininess).
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The Phong diffuse color defines the base color of the object. The specular color (which is usually a shade of gray) defines the metalness of the object : white for metallic components, black for non-metal ones. The shininess defines the roughness of the object : the more it is shiny the less it is rough (with an arbitrary maximum shininess).
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### Features list
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* Axes
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* Modification
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* Calibration
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* Link to Nomad
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* Material modification
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* Model
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* Regroup components
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* Subdivide component
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* Remove components
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* Configurations
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* Add current configuration
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* Add special configurations from axes values : median, min, max
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* Remove configurations
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* Analyze configurations : if the median/min/max configurations and the axes are defined, computes the median/min/max values for all axes based on these configurations
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* Toggle components visibility in configurations |
