Difference between revisions of "Viewing an object"
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This page illustrates how to view an object in Polaris Viewer. An object can be a geometry object such as a sphere or an airplane, or a data object such as the fluid flow results. It can also be other objects such as a data table. In this page a geometry object is used to explain some of the major functions in Polaris Viewer. | This page illustrates how to view an object in Polaris Viewer. An object can be a geometry object such as a sphere or an airplane, or a data object such as the fluid flow results. It can also be other objects such as a data table. In this page a geometry object is used to explain some of the major functions in Polaris Viewer. | ||
| − | In Polaris Viewer, click on menu "Setup->Create->Airfoil", then click on "Apply" in the "Properties" panel. An airfoil object is seen. If the "BC" panel is seen on the right side, one can close it since it is not related to this | + | In Polaris Viewer, click on menu "Setup->Create->Airfoil", then click on "Apply" in the "Properties" panel. An airfoil object is seen below. If the "BC" panel is seen on the right side, one can close it since it is not related to this topic. |
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[[File:Viewer airfoil 01.png|600px]] | [[File:Viewer airfoil 01.png|600px]] | ||
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| + | Drag the object in the viewer to rotate it. Then click on the "Information" panel. The "Data Hierarchy" shows this is a "Mulit-block Dataset" and there are four strings under it. Each block in this case is a collection of facets and it is called a face in Polaris. This airfoil has four faces that we will explore later. The "Information" panel also shows the number of cells (facets) and points (vertices) of this object. The X Y Z bounds of the object are also shown. | ||
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| + | The "Data Arrays" and "Time" information is empty because this object does not contain such information. | ||
[[File:Viewer airfoil 02.png|600px]] | [[File:Viewer airfoil 02.png|600px]] | ||
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| + | Next click on the "Display" panel and set the "Representation" style to "Surface With Edges". This can also be set in the toolbar below the main menu (see the mouse pointer in the figure below). | ||
[[File:Viewer airfoil 03.png|600px]] | [[File:Viewer airfoil 03.png|600px]] | ||
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| + | Users can easily inspect the surface normals by setting the object colored by "cellNormals", and picking a normal component, e.g. Y. The color legend can be toggled to be visible as seen in the figure below. | ||
[[File:Viewer airfoil 04.png|600px]] | [[File:Viewer airfoil 04.png|600px]] | ||
| + | Now set the representation style back to "Surface" and the color to "Solid Color". Click on menu "View->Selection Inspector". The "Selection Inspector" panel is shown. Click on "Create Selection" near the top and set the "Selection Type" to "Blocks". The four blocks (faces) are seen in the list of blocks. Click on any of them to see the block/face to be highlighted in the view area. | ||
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| + | [[File:Viewer airfoil 05.png|600px]] | ||
[[Category:Viewer]] | [[Category:Viewer]] | ||
Latest revision as of 19:10, 25 July 2015
This page illustrates how to view an object in Polaris Viewer. An object can be a geometry object such as a sphere or an airplane, or a data object such as the fluid flow results. It can also be other objects such as a data table. In this page a geometry object is used to explain some of the major functions in Polaris Viewer.
In Polaris Viewer, click on menu "Setup->Create->Airfoil", then click on "Apply" in the "Properties" panel. An airfoil object is seen below. If the "BC" panel is seen on the right side, one can close it since it is not related to this topic.
Drag the object in the viewer to rotate it. Then click on the "Information" panel. The "Data Hierarchy" shows this is a "Mulit-block Dataset" and there are four strings under it. Each block in this case is a collection of facets and it is called a face in Polaris. This airfoil has four faces that we will explore later. The "Information" panel also shows the number of cells (facets) and points (vertices) of this object. The X Y Z bounds of the object are also shown.
The "Data Arrays" and "Time" information is empty because this object does not contain such information.
Next click on the "Display" panel and set the "Representation" style to "Surface With Edges". This can also be set in the toolbar below the main menu (see the mouse pointer in the figure below).
Users can easily inspect the surface normals by setting the object colored by "cellNormals", and picking a normal component, e.g. Y. The color legend can be toggled to be visible as seen in the figure below.
Now set the representation style back to "Surface" and the color to "Solid Color". Click on menu "View->Selection Inspector". The "Selection Inspector" panel is shown. Click on "Create Selection" near the top and set the "Selection Type" to "Blocks". The four blocks (faces) are seen in the list of blocks. Click on any of them to see the block/face to be highlighted in the view area.
