Typically, 3D mesh data is captured by an automated process for constructing 3D objects out of large sets of overlapping imagery. The result integrates the original input image information as a textured mesh including 3D objects, such as buildings and trees, and elevation information. Integrated mesh scene layers are generally created for citywide 3D mapping; they are often captured by drone and cannot be restyled.
An integrated mesh draws as a 3D layer in the 3D category of a scene. When an integrated mesh layer is added to a scene, it will supersede the ground and basemap of that scene. Any layers that have an elevation property set to ground draw on the ground as well as on the integrated mesh. If a layer has an offset applied or is set at a height relative to the ground, that layer will continue to draw based on the ground only.
Ordering of an integrated mesh in this way allows you to visualize and explore information about other layers together with the integrated mesh. For example, if you have an integrated mesh of a hiking area, you can visualize the hiking paths and points of interests on that hike together.
When sharing a web scene, all dynamic layer, such as feature layers remain on top of the integrated mesh. Other layers, such as raster layers, continue to draw on the ground only.
You can
view attribute information about a particular feature using the Explore tool 
.
The default pop-up window displays a formatted list of
attributes when a point is selected in a scene view. You can snap to the integrated mesh scene layer when snapping is enabled.
General information and display control for an integrated mesh scene layers can be found on the 3D object scene layer Layer Properties dialog box. To access the properties, right-click the integrated mesh scene layers in the Contents pane and click Properties.
Visualization
Visualization and display control for an integrated mesh scene layers can be found from the Appearance tab. To access the Appearance tab, select an integrated mesh scene layer in the Contents pane, and click the Appearance tab. Set the minimum and maximum visibility range to use for the layer. Use transparency or swipe functionality to visualize a scene. Set a transparency percentage to see through the chosen layer and reveal information below it. Drag the swipe tool to reveal layers beneath the chosen scene layer. Face culling and lighting options are 3D effects properties and are available for an integrated mesh scene layer. Modifying the layer face culling property allows you to see through the front or back, depending on which side of the integrated mesh you are viewing.
You cannot change the symbology of an integrated mesh scene layer in the current release of ArcGIS Pro.
Work with geoprocessing tools
The integrated mesh scene layer is supported as input to the Extract Multipatch from Mesh, Intervisibility, and Validate Scene Layer Package geoprocessing tools.
Share an integrated mesh scene layer
The integrated mesh scene layer can be published as a service layer and uploaded to ArcGIS Enterprise or ArcGIS Online using the Share Package geoprocessing tool.