Once the 3D objects are removed by the spatial filter, data associated with the removed 3D objects are not accessible from Unity.

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In conclusion, line scan camera lens is a critical component in capturing high-quality images. With the use of line scan cameras, industries can inspect and analyze a product's quality with ease. There are two types of line scan camera lens: telecentric and non-telecentric. When choosing a line scan camera lens, factors such as resolution, focal length, and aperture should be considered. Understanding line scan camera lens and its benefits will help you take your photography skills to the next level.

There are several factors to consider when choosing a line scan camera lens. The first factor is the resolution of the camera. The resolution of the camera determines the quality of the image produced. The second factor is the focal length of the camera. The focal length determines the angle of view and the depth of field of the camera. The third factor is the aperture of the camera. The aperture determines the amount of light that enters the camera, affecting the exposure of the image.

If you are someone who is interested in photography, you may have heard about line scan camera lens. The concept of line scan camera lens may seem unfamiliar to you, but it is a critical component in capturing high-quality images. In this blog, we will delve deeper into the world of line scan camera lens, and everything you need to know about it.

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Line scan cameras are superior to traditional cameras in several ways. Line scan cameras can capture images at a high speed and resolution, making them ideal for capturing fast-moving objects. They can also capture images in low light conditions, producing high-quality images that are often impossible to obtain with traditional cameras. In addition, line scan cameras can capture sharp and clear images of large surfaces, making them ideal for inspecting and analyzing products.

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A line scan camera lens is a specialized camera lens that produces digital images. Line scan cameras are used in various industries such as healthcare, automotive, and manufacturing, to inspect and analyze a product's quality. Unlike traditional cameras, line scan cameras capture images in a horizontal line that is comprised of multiple small sensors. The result is a high-resolution, sharp image.

You can modify the value of point positions by copying and pasting a polygon into a text editor. After you modify the values, copy and paste the modified polygon from the text editor to the Unity Editor.

Spatial filter requires polygons and the filter type to be specified. Define your spatial filter with ArcGISSpatialFeatureFilter and provide polygon geometries and the type, Disjoint or Contains from ArcGISSpatialFeatureFilterSpatialRelationship.

Polygons used to specify the area for spatial filtering; must have a spatial reference that matches the spatial reference of the layer. See When you need to know about spatial references topics to find the spatial reference of your layers.

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Create polygons with ArcGISPolygonBuilder with a specific spatial reference for your ArcGIS Map and add them to ArcGISPolygonCollection. To prepare the polygons for the spatial filter, create geometry with the ToGeometry method.

Spatial filtering enables you to remove areas of 3D object scene layers and building scene layers in your ArcGIS Map based on the polygon areas you specify. There are two different modes for removing areas of the scene layer: removing content inside of the specified polygon (referred to as disjoint) or keeping the content inside of the specified polygons (referred to as contains). For one spatial filter, you can specify multiple polygons by adding them to an ArcGISPolygonCollection.

The ArcGISSpatialFeatureFilter identifies 3D objects inside or outside of the provided polygons to remove them from the ArcGIS Map. Any 3D objects that are on the polygon geometry outlines will be removed in both filter types.

There are two types of line scan camera lens: telecentric and non-telecentric. Telecentric lenses produce images that are free from distortion, making them ideal for inspecting and analyzing products. Non-telecentric lenses produce images that are susceptible to distortion, making them ideal for capturing images of freeform surfaces.