Available for an ArcGIS organization with the ArcGIS Reality license.
The Reality Mapping toolbox contains tools that manage and generate true orthos, digital surface models (DSM), 2.5D and 3D meshes, and point cloud products from adjusted imagery collected by drone and digital aerial sensors.
License:
To access Reality Mapping tools, you must have an ArcGIS Desktop Standard license and an ArcGIS Reality for ArcGIS Pro license.
| Tool | Description |
|---|---|
Analyzes the control point coverage and identifies the areas that need additional control points to improve the block adjust result. | |
Combines control points to an existing control point table. | |
Applies the geographic adjustments to the mosaic dataset items. This tool uses the solution file from the Compute Adjustments tool. | |
Computes the adjustments to the mosaic dataset. This tool will create a solution table that can be used to apply the actual adjustments. | |
Estimates the exterior camera model and interior camera model from the EXIF header of the raw image and refines the camera models. The model is then applied to the mosaic dataset with an option to use a tool-generated, high-resolution digital surface model (DSM) to achieve better orthorectification. | |
Creates the control points between the mosaic dataset and the reference image. The control points can then be used in conjunction with tie points to compute the adjustments for the mosaic dataset. | |
Computes the tie points between overlapped mosaic dataset items. The tie points can then be used to compute the block adjustments for the mosaic dataset. | |
Exports frame and camera parameters from a mosaic dataset that contains frame imagery. | |
Generates a report after performing a Reality mapping block adjustment to a mosaic dataset. The report is critical in evaluating the quality and accuracy of the Reality mapping products. | |
Creates matching tie points for a given ground control point and initial tie point in one of the overlapping images. | |
Generates a digital surface model (DSM), true orthos, 2.5D meshes, 3D meshes, and point clouds from adjusted imagery. |