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![]() It is advisable to use it only when dealing with flat or regular surfaces (e.g., terrains, roads, facades, etc.). Planar: this method generates an adapted planar projection of selected reference cameras. The two available projection methods are: ![]() – Projection Type (2) section: here, it’s possible to associate a projection type with the drawn regions, which will be used to recalculate the color balance within the delimited area. – Regions (1) section: A scroll-down list of the created regions, with the 3 main edit commands: On the right side of the dialog, the following are shown top to bottom: The editor dialog provides a set of drawing tools that can be used to select specific regions of the orthophoto that need to be recomputed. Step 2 – Creating a new multiband project.Step 2 – Create a new project using the same camera information.Step 1 – Create a new project / calibration setup.Step 1 – Understanding when the Shape From Silhouette function can help.Section/track section/contour lines generation from a Dense Point Cloud.Section C: LiDAR and photogrammetry data integration.Section B: Automatic register images to scans.A07 – Laser scan management and integration.A05 – DEM Generation and Elevation Profile.Step 3 – Manual dense point cloud merge.Step 1 – Import your project and merge it directly.Step 2 – Choosing the orthophoto resolution.Step 1 – Setting the orthophoto’s source.Section B: scaling and georeferencing after new project creation. ![]()
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