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--- dev:viewer:actions:add_view [2023/02/14 13:58]
jeroen [View Modes]
+++ — (current)
@@ Line 1: / Line 1: @@
-====== Add, Move, Change View ======
-===== View Modes =====
-The available View Modes depend on the loaded Resources:
-  * 3D View
-  * Streetlevel Spherical View
-  * Streetlevel Planar View
-  * Aerial Planar View
-  * Aerial Oblique Planar View
-===== Add View ======
-Click on the '+' icon and view mode on the left sidebar to open a new view. Next, click on the [[dev:viewer:viewmodes:reference|Reference View]] or an existing View on the location where a new View should be opened. \\
-The available reality data will define the available Open View options.\\
-The different View modes are described [[dev:viewer:viewmodes:3d|here]].
-===== Move View =====
-===== Change View Mode =====
-Change the View Mode of a View. \\
-Hover over the eye-icon on top of the view to open the 'View Mode Fly-out' and choose the desired View mode to change the type of the existing View. \\
-===== Focus other Views =====
-===== Search & Open best photo =====
-Add, Move and Focus Views trigger the request to Search and Open the "best" image. \\
-Depending on the use case and data-type other methods or configurations can be used.  \\
-Anyway, the action consists of 2 consecutive steps
-  - Get Candidates
-  - Sort Photos
-==== Get Candidates ====
-Find relevant photos around the requested Focus Coordinate. \\
-Any photo becomes a candidate if
-  * Focus Coordinate is nearby the Photo Coordinate (Search Radius)
-  * Focus Coordinate is in the field of View of the Photo.
-Searching for candidates incremental increases the search radius and ends when
-  * 10 or more candidates are found, or
-  * the maximum search radius is reached.
-==== Sort Photos ====
-Sort candidates by relevance, to get the best image and order alternative images. \\
-The best image has the smallest value for the selected option
-Available sort
-  * By Direction offset \\ Offset between the Candidate Direction (Candidate to Focus Coordinate) and Request Direction (3D View Position to Focus Coordinate).
-  * By Pixel offset \\ Pixel offset of the Focus Coordinate projected on the Candidate Image to the Candidate Image Center.
-  * By Spatial distance \\ Spatial distance of the Focus Coordinate to the Candidate Coordinate.

Last modified:: 2023/02/14 13:58