Add View

Click on the '+' icon and view mode on the left sidebar to open a new view. Next, click on the 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 here.

Add find photo algorithm information

Parameters :

• viewPosition : The position of the viewer (optional).
• returnSphericals : Return spherical photo positions?
• returnPlanars : Return planar photo positions?
• minPhotos : The minimum amount of photos to find after applying the requireFocusVisible filter. Ignored if not positive.
• minDistance2D : The minimum 2D distance of photo's to the search position (metric). Used when searching for streetlevel photo's. Ignored if not positive.
• relevantPhotosMax : The maximum number of relevant photos to return.
• searchDistances2D : The array of search distances to use when finding a closest photo.
• findCloserPhotoAlgorithm : The algorithm to use to find a closest photo.
  • PIXEL_DISTANCE : Identifies the technique to find a closest photo by projecting the search coordinate on the photo and then sorting by distance to the photo center.
  • SPATIAL_DISTANCE : Identifies the technique to find a closest photo by taking the 3d distance to the view position (fall back on focus position).
• directionFilter : Only return photo's in a specific direction? (null to disable)
• tagFilter : Only return photo's from resources that match the given tag filter? (null to disable)
• timeFilter : Only return photo's from resources that match the given time filter? (null to disable)
• requireFocusVisible : For planars, only return photo's that have the search position inside the photo? (false to disable)
• isStreetlevel : We are searching on streetlevel?
  • If true the 'is focus visible?' check (enabled by requireFocusVisible) will check whether the focus position is in view
  • for each photo by looking at the angular distance between the photo heading (pan) and the heading defined by the vector from photo position to focus position.
  • This yields a better result for streetlevel planars (sphericals don't have a 'focus visible' check).
• tagFilterApplyOnResourceGroupChildren : If tagFilter is specified, this parameter determines whether in case of a resource group, it applies to the children only. false means it applies to the parent resource only.
• timeFilterApplyOnResourceGroupChildren : If timeFilter is specified, this parameter determines whether in case of a resource group, it applies to the children only. false means it applies to the parent resource only.
• searchCenter : Identifies searching around the view position.
  • FOCUS : Identifies searching around the focus position and selecting the photo closest to the focus position.
  • FOCUS_AND_VIEW : Identifies searching around the focus position and selecting the photo closest to the view position if provided (focus position as fallback).
  • VIEW : Identifies searching around the view position and selecting the photo closest to the view position.

• AerialDistances = 25,50,100,200,400,800,1600,3200,6400,12800
• StreetlevelDistances = 3,9,27,81,243,729

¹ Configurable via Views → Image View → Open best planar photo by
² Configurable via Views → Image Views → Open image from 3D View