The Quality Report is automatically displayed after each step of processing. To not be displayed automatically, unselect the Display Automatically after Processing box at the bottom of the Quality Report.
After Step 1. Initial Processing processing failed:
After Step 1. Initial Processing is completed:
 Summary
 Quality Check
 Preview
 Calibration Details
 Initial Image Positions
 Computed Image/GCP/Manual Tie Points Positions
 Absolute Camera Position and Orientation Uncertainties
 Overlap
 Bundle Block Adjustment Details
 Internal Camera Parameters for Perspective Lens
 Internal Camera Parameters for Fisheye Lens
 Internal Camera Parameters Correlation
 2D Keypoints Table
 2D Keypoints Table for Camera
 Median / 75% / Maximal Number of Matches Between Camera Models
 3D Points from 2D Keypoint Matches
 2D Keypoint Matches
 Relative Camera Position and Orientation Uncertainties
 Manual Tie Points
 Ground Control Points
 Scale Constraints
 Orientation Constraints
 Absolute Geolocation Variance
 Image Orientation Variance
 Geolocation Coordinate System Transformation
 Relative Geolocation Variance
 Rolling Shutter Statistics
 Initial Processing Details
After Step 2. Point Cloud and Mesh is completed:
After Step 3. DSM, Orthomosaic and Index is completed:
Summary  

Project:  Name of the project. 
Processed:  Date and time of processing. 
Camera Model Name(s)  The name of the camera model(s) used to capture the images. 
Rig Name (s)  The name of the rigs used to capture the images. If a rig is detected, all the cameras of the rig will appear in the Camera Model Name above. 
Average Ground Sampling Distance (GSD):  The average GSD of the initial images. For more information about the GSD: Ground sampling distance (GSD). 
Area Covered:  The 2D area covered by the project. This area is not affected if a smaller Processing Area has been drawn. 
Time for Initial Processing (without report):  The time for Initial Processing without taking into account the time needed for the generation of the Quality Report. 
Preview  


Initial Image Positions  


Absolute Camera Position and Orientation Uncertainties  

Mean X/Y/Z:  Mean uncertainty in the X/Y/Z direction of the absolute camera positions.  
Mean Omega/Phi/Kappa:  Mean uncertainty in the omega/phi/kappa orientation angle of the absolute camera positions.  
Mean Camera Displacement X/Y/Z:  Only available for projects processed with Linear Rolling Shutter. Mean uncertainty in the camera displacement in the X/Y/Z direction of the absolute camera positions.  
Sigma X/Y/Z:  Sigma of the uncertainties in the X/Y/Z direction of the absolute camera positions.  
Sigma Omega/Phi/Kappa:  Sigma of the uncertainties in the omega/phi/kappa angle of the absolute camera positions.  
Sigma Camera Displacement X/Y/Z:  Only available for projects processed with Linear Rolling Shutter. Sigma of the uncertainties in the camera displacement in the X/Y/Z direction of the absolute camera positions. 
Overlap  


Bundle Block Adjustment Details  

Number of 2D Keypoint Observations for Bundle Block Adjustment:  The number of automatic tie points on all images that are used for the AAT/BBA. It corresponds to the number of all keypoints (characteristic points) that could be matched on at least two images. 
Number of 3D Points for Bundle Block Adjustment:  The number of all 3D points that have been generated by matching 2D points on the images. 
Mean Reprojection Error [pixels]:  The average of the reprojection error in pixels.
Each computed 3D point has initially been detected on the images (2D keypoint). On each image, the detected 2D keypoint has a specific position. When the computed 3D point is projected back to the images it has a reprojected position. The distance between the initial position and the reprojected one gives the reprojection error. For more information: Reprojection error. 
Internal Camera Parameters for Perspective Lens  

Icon + camera model name + sensor dimensions  The icon shows the source of the camera model ( software database, edited camera model from the software database, user database, project file, EXIF data)
The camera model name is also displayed as well as the sensor dimensions. 
EXIF ID:  The EXIF ID to which the camera model is associated. 
Initial Values:  The initial values of the camera model. 
Optimized Values:  The optimized values that are computed from the camera calibration and that are used for processing. 
Uncertainties (sigma):  The sigma of the uncertainties of the focal length, the Principal Point X, the Principal Point Y, the Radial Distortions R1, R2 and the Tangential Distortions T1, T2. 
Focal Length:  The focal length of the camera in pixels and in millimeters. If the sensor size is the real one, then the focal length should be the real one. If the sensor size is given as 36 x 24 mm, then the focal length should be the 35mm equivalent focal length. 
Principal Point x:  The x image coordinate of the principal point in pixels and in millimeters. The principal point is located around the center of the image. The coordinate system has its origin as displayed here: 
Principal Point y:  The y image coordinate of the principal point in pixels and in millimeters. The principal point is located around the center of the image. The coordinate system has its origin as displayed here: 
R1:  Radial distortion of the lens R1. 
R2:  Radial distortion of the lens R2. 
R3:  Radial distortion of the lens R3. 
T1:  Tangential distortion of the lens T1. 
T2:  Tangential distortion of the lens T2. 
Residual Lens Error:  This figure displays the residual lens error. The number of Automatic Tie Points (ATPs) per pixel averaged over all images of the camera model is color coded between black and white. White indicates that, on average, more than 16 ATPs are extracted at this pixel location. Black indicates that, on average, 0 ATP has been extracted at this pixel location. Click on the image to the see the average direction and magnitude of the reprojection error for each pixel. Note that the vectors are scaled for better visualization. 
Internal Camera Parameters for Fisheye lens  

Icon + camera model name + sensor dimensions  The icon shows the source of the camera model ( software database, edited camera model from the software database, user database, project file, EXIF data)
The camera model name is also displayed as well as the sensor dimensions. 
EXIF ID:  The EXIF ID to which the camera model is associated. 
Initial Values:  The initial values of the camera model. 
Optimized Values:  The optimized values that are computed from the camera calibration and that are used for processing. 
Uncertainties (Sigma):  The sigma of the uncertainties of the Polynomial Coefficient 1,2,3,4 and the Affine Transformation parameters C,D,E,F. 
Poly[0]:  Polynomial coefficient 1 
Poly[1]:  Polynomial coefficient 2 
Poly[2]:  Polynomial coefficient 3 
Poly[3]:  Polynomial coefficient 4 
c:  Affine transformation C 
d:  Affine transformation D 
e:  Affine transformation E 
f:  Affine transformation F 
Principal Point x:  The x image coordinate of the principal point in pixels. The principal point is located around the center of the image. The coordinate system has its origin as displayed here: 
Principal Point y:  The y image coordinate of the principal point in pixels. The principal point is located around the center of the image. The coordinate system has its origin as displayed here: 
Residual Lens Error:  This figure displays the residual lens error. The number of Automatic Tie Points (ATPs) per pixel averaged over all images of the camera model is color coded between black and white. White indicates that, on average, more than 16 ATPs are extracted at this pixel location. Black indicates that, on average, 0 ATP has been extracted at this pixel location. Click on the image to the see the average direction and magnitude of the reprojection error for each pixel. Note that the vectors are scaled for better visualization. 
Internal Camera Parameters Correlation  


2D Keypoints Table  

Number of 2D Keypoints per Image:  Number of 2D keypoints (characteristic points) per image. 
Number of Matched 2D Keypoints per Image:  Number of matched 2D keypoints per image. A matched point is a characteristic point that has initially been detected on at least two images (a 2D keypoint on these images) and has been identified to be the same characteristic point. 
Median:  The median number of the above mentioned keypoints per image. 
Min:  The minimum number of the above mentioned keypoints per image. 
Max:  The maximum number of the above mentioned keypoints per image. 
Mean:  The mean / average number of the above mentioned keypoints per image. 
2D Keypoints Table for Camera  

camera model name  If more than one camera model is used, the number of 2D keypoints found on images associated to a given camera model name is displayed. 
Number of 2D Keypoints per Image:  Number of 2D keypoints (characteristic points) per image. 
Number of Matched 2D Keypoints per Image:  Number of matched 2D keypoints per image. A matched point is a characteristic point that has initially been detected on at least two images (a 2D keypoint on these images) and has been identified to be the same characteristic point. 
Median:  The median number of the above mentioned keypoints per image. 
Min:  The minimum number of the above mentioned keypoints per image. 
Max:  The maximum number of the above mentioned keypoints per image. 
Mean:  The mean / average number of the above mentioned keypoints per image. 
Median / 75% / Maximal Number of Matches Between Camera Models  

Median / 75% / Maximum:  The median, 75% (upper quartile), maximum number of matches between two camera models. If a cell is empty, no matches have been computed between the corresponding cameras. 
3D Points from 2D Keypoint Matches  

Number of 3D Points Observed in N Images: 
Each 3D point is generated from keypoints that have been observed on at least two images. Each row of this table displays the number of 3D points that have been observed in N images. The higher the image number on which a 3D point is visible, the higher its accuracy is. 
2D Keypoint Matches  


Relative Camera Position and Orientation Uncertainties  

Mean X/Y/Z:  Mean uncertainty in the X/Y/Z direction of the relative camera positions.  
Mean Omega/Phi/Kappa:  Mean uncertainty in the omega/phi/kappa orientation angle of the relative camera positions.  
Mean Camera Displacement X/Y/Z:  Only available for projects processed with Linear Rolling Shutter. Mean uncertainty in the camera displacement in the X/Y/Z direction of the relative camera positions.  
Sigma X/Y/Z:  Sigma of the uncertainties in the X/Y/Z direction of the relative camera positions.  
Sigma Omega/Phi/Kappa:  Sigma of the uncertainties in the omega/phi/kappa angle of the relative camera positions.  
Sigma Camera Displacement X/Y/Z:  Only available for projects processed with Linear Rolling Shutter. Sigma of the uncertainties in the camera displacement in the X/Y/Z direction of the relative camera positions. 
Manual Tie Points 


MTP Name:  The name of the Manual Tie Point. 
Projection Error [pixel]:  Average distance in the images where the Manual Tie Point has been marked and reprojected. 
Verified/Marked:  Verified: The number of images on which the Manual Tie Point has been marked and are taken into account for the reconstruction. Marked: The images on which the Manual Tie Point has been marked. 
Ground Control Points 


GCP Name:  The name of the GCP together with the GCP type. The type can be:

Check Point Name:  The name of the Check Point. 
Accuracy XY / Z [m]:
Accuracy XY / Z [ft]: 
The Accuracy XY of the GCP/Check Point that has been given by the user in XY direction / The Accuracy Z of the GCP/Check Point that has been given by the user in Z direction. The accuracy indicates the accuracy of the GCP/Check Point in each direction. 
Error X [m]: Error X [ft]: 
The difference between the computed GCP/Check Point 3D point and the original position in X direction (original position  computed position). 
Error Y [m]: Error Y [ft]: 
The difference between the computed GCP/Check Point 3D point and the original position in Y direction (original position  computed position). 
Error Z [m]: Error Z [ft]: 
The difference between the computed GCP/Check Point 3D point and the original position in Z direction (original position  computed position). 
Projection Error [pixel]:  Average distance in the images where the GCP/Check Point has been marked and where it has been reprojected. 
Verified/Marked:  Verified: The number of images on which the GCP/Check Point has been marked and are taken into account for the reconstruction. Marked: The images on which the GCP/Check Point has been marked. 
Mean [m]: Mean [ft]: 
The mean / average error in each direction (X,Y,Z). For more information: How are the GCP Errors defined in the Quality Report?. 
Sigma [m]: Sigma [ft]: 
The standard deviation of the error in each direction (X,Y,Z). For more information: How are the GCP Errors defined in the Quality Report?. 
RMS Error [m]: RMS Error [ft] 
The Root Mean Square error in each direction (X,Y,Z). For more information: How are the GCP Errors defined in the Quality Report?. 
Scale Constraints  

Scale Name:  Name of the Scale Constraint. 
Initial Length [m]: Initial Length [ft]: 
Length measured in the field representing the real length of the scale constraint. 
Initial Length Accuracy [m]: Initial Length Accuracy [ft]: 
Accuracy of the measurements in the field. 
Computed Length [m]: Computed Length [ft]: 
Length measured in the 3D model. 
Computed Length Error[m]: Computed Length Error[ft]: 
The Computed Length Error is given by the difference between the Computed Length and the Initial Length. 
GCP/MTP Label 1:  Label of the first manual tie point associated to the Scale Constraint. 
GCP/MTP Label 2:  Label of the second Manual Tie Point associated to the Scale Constraint. 
Mean [m]: Mean [ft]: 
The mean / average Computed Length Error. 
Sigma [m]: Sigma [ft]: 
The standard deviation of the Computed Length Error. 
Orientation Constraints  

Orientation Name:  Name of the Orientation Constraint. 
Axis:  Name of the axis that the Orientation Constraint represents. 
Angular Accuracy [degree]:  Angular accuracy of the measurements in the field. 
Computed Angular Error [degree]  Angular difference between the computed axis and the axis that was drawn. 
GCP/MTP Label 1:  Label of the first Manual Tie Point associated to the Orientation Constraint. 
GCP/MTP Label 2:  Label of the second manual tie point associated to the Orientation Constraint. 
Mean [degree]:  The mean / average Computed Angular Error. 
Sigma [degree]:  The standard deviation of the Computed Angular Error. 
Absolute Geolocation Variance  

Min Error and Max Error represent geolocation error intervals between 1.5 and 1.5 times the maximum accuracy of all the images. Columns Geolocation Error X, Y, Z show the percentage of images with geolocation errors within the predefined error intervals. The geolocation error is the difference between the initial and computed image positions. Note that the image geolocation errors do not correspond to the accuracy of the observed 3D points. 

Min Error [m] / Max Error [m]: Min Error [ft] / Max Error [ft]: 
The minimum and maximum error represent the geolocation error intervals between 1.5 and 1.5 times the maximum accuracy (of all X,Y,Z directions) of all the images. 
Geolocation Error X [%]: 
The percentage of images with geolocation errors in X direction within the predefined error intervals. The geolocation error is the difference between the camera initial geolocations and their computed positions. 
Geolocation error Y [%]:  The percentage of images with geolocation errors in Y direction within the predefined error intervals. The geolocation error is the difference between the camera initial geolocations and their computed positions. 
Geolocation error Z [%]:  The percentage of images with geolocation errors in Z direction within the predefined error intervals. The geolocation error is the difference between the camera initial geolocations and their computed positions. 
Mean:  The mean / average error in each direction (X,Y,Z). 
Sigma:  The standard deviation of the error in each direction (X,Y,Z). 
RMS error:  The Root Mean Square error in each direction (X,Y,Z). 
Geolocation Bias  

This table is displayed only if GCPs are used in the project. It defines the bias between image initial and computed geolocation given in the output coordinate system. 

Translation [m]: Translation [ft]: 
Translation between initial and computed image position in the output coordinate system. 
Rotation [degree]:  Rotation between initial and computed image position in the output coordinate system. Displayed only if the output coordinate system is an arbitrary coordinate system. 
Scale:  Scale between initial and computed image position in the output coordinate system. Displayed only if the output coordinate system is an arbitrary coordinate system. 
Image Orientation Variance  

Geolocation orientation variance:  Root Mean Square RMS error of the image orientation angles. The difference between the initial image orientation angles and the computed orientation angles. 
Omega:  The RMS error in Omega angle in degrees. 
Phi:  The RMS error in Phi angle in degrees. 
Kappa:  The RMS error in Kappa angle in degrees. 
Geolocation Coordinate System Transformation  

Transformation of The Geolocation: 
This table is displayed only if a Site Calibration Transformation is defined and enabled and if the output coordinate system is an arbitrary coordinate system. It defines the transformation from the projection of the site calibration to the output coordinate system. It can be used in projects where the images are in a known coordinate system and no GCPs are used in order to define the transformation to an arbitrary output coordinate system. 
Translation [m]: Translation [ft] 
Translation from the projection of the site calibration to the arbitrary output coordinate system. The X, Y, Z axes are defined in the output coordinate system. 
Rotation [degree]:  Rotation from the projection of the site calibration to the arbitrary output coordinate system. The X, Y, Z axes are defined in the output coordinate system. 
Scale:  Scale ratio between the projection of the site calibration and the arbitrary output coordinate system. The X, Y, Z axes are defined in the output coordinate system. 
Site Calibration Projection: 
Displayed in the table's caption. The transformation is the transformation from the projection system of the site calibration to an arbitrary output coordinate system. 
Relative Geolocation Variance  

Relative Geolocation Error: 
The relative geolocation error for each direction is computed as follows:
The goal is to verify if the relative geolocation error follows a Gaussian distribution. If it does:


Images X[%]:  The percentage of geolocated and calibrated images with a relative geolocation error in X of one time, two times and 3 times the image geolocation accuracy.  
Images Y[%]: 


Images Z[%] 


Mean of Geolocation Accuracy [m]: Mean of Geolocation Accuracy [ft]: 
The mean / average accuracy in each direction (X,Y,Z).  
Sigma of Geolocation Accuracy [m]: Sigma of Geolocation Accuracy [ft]: 
The standard deviation of the accuracy in each direction (X,Y,Z). 
Rolling Shutter Statistics  

Figure 6: Camera movement estimated by the rolling shutter camera model. The green line follows the computed image positions. The blue dots represent the camera position at the start of the exposure. The blue lines represent the camera motion during the rolling shutter readout, rescaled by a project dependent scaling factor for better visibility.  
Median camera speed:  The median speed of the drone while taking the images. 
Median rolling shutter displacement (during sensor readout):  The median rolling shutter displacement of the camera while taking the image (readout). 
Median rolling shutter time:  The median time of taking an image. 
System Information  

Hardware:  CPU, RAM, and GPU for processing.  
Operating System:  Operating System used for processing. 
Coordinate Systems  

Image Coordinate System  Coordinate system of the image geolocation.  
Ground Control Point (GCP) Coordinate System  Coordinate system of the GCPs, if GCPs are used.  
Output Coordinate System  Output coordinate system of the project 
Processing Options  

Detected Template:  Processing Option Template, if a template has been used.  
Keypoints Image Scale:  The image scale at which keypoints are computed. The scale can be chosen in 3 different ways:
The following image scales can be selected:


Advanced: Matching Image Pairs:  Defines how to select which image pairs to match. There are 3 different ways to select them:


Advanced: Matching Strategy:  Images are matched either using or not the Geometrically Verified Matching.  
Advanced: Keypoint Extraction:  Target number of keypoints to extract. The target number can be:


Advanced: Calibration:  Calibration parameters used:


Advanced:Automatic Sky Masking  Only available for Bebod 2 projects.  
Rig Processing 
Only available for rig projects. 
Point Cloud Densification Details
Processing Options  

Image Scale: 
Image scale used for the point cloud densification:
Displays also if Multiscale is used. 
Point Density:  Point density of the densified point cloud. It can be:

Minimum Number of Matches:  The minimum number of matches per 3D point represents the minimum number of valid reprojections of this 3D point on the images. It can be 26. 
3D Textured Mesh Generation:  Displays if the 3D Textured Mesh has been generated or not. 
3D Textured Mesh Settings: 
Displays the Processing Settings for the 3D Textured Mesh generation. Resolution: The selected the resolution for the 3D Textured Mesh generation. It can be:
Color Balancing: It appears when the Color Balancing algorithm is selected for the generation of the texture of the 3D Texture Mesh. 
LOD 
Generated: It can be yes or no. 
Advanced: 3D Textured Mesh Settings: 
Sample Density Divider: It can be between 15. 
Advanced: Matching Window Size:  Size of the grid used to match the densified points in the original images. 
Advanced: Image Groups:  Image groups for which a densified point cloud has been generated. One densified point cloud is generated per group of images. 
Advanced: Use Processing Area:  Displays if the Processing Area is taken into account or not. 
Advanced: Use Annotations:  If annotations are taken into account or not, as selected in the processing options for step 2. Point Cloud and Mesh. 
Advanced: Limit Camera Depth Automatically:  Displays if the camera depth is automatically limited or not. 
Time for Point Cloud Densification:  Time spent to generate the densified point cloud. 
Time for Point Cloud Classification:  Time spent to generate the classified point cloud. 
Time for 3D Textured Mesh Generation:  Time spent to generate the 3D Textured Mesh. Displays NA if no 3D Texture Mesh has been generated. 
Results  

Number of Processed Clusters:  Displays the number of clusters generated, if more than 1 cluster has been generated. 
Number of Generated Tiles:  Displays the number of tiles generated for the densified point cloud. 
Number of 3D Densified Points:  Total number of 3D densified points obtained for the project. 
Average Density (per m3):  Average number of 3D densified points obtained for the project per cubic meter. 
DSM, Orthomosaic and Index Details
Processing Options  

DSM and Orthomosaic Resolution:  Resolution used to generate the DSM and Orthomosaic. If the mean GSD computed at step 1. Initial Processing is used, its value is displayed. 
DSM Filters: 
Displays if the Noise Filtering is used as well as the Surface Smoothing. If the Surface Smoothing is used, its type is displayed as well. It can be:

Raster DSM: 
Displayed if the DSM is generated. Displays which Method has been used to generate the DSM. It can be:
Displays if the DSM tiles have been merged into one file. 
Orthomosaic: 
Displays if the Orthomosaic is generated. Displays if the Orthomosaic tiles have been merged into one file. Displays if the GeoTIFF without Transparency and the Google Maps Tiles and KML are generated. 
Grid DSM:  Displays if the Grid DSM is generated. Displays which Grid Spacing has been used. 
Raster DTM:  Displayed if the DTM is generated. Displays if the Tiles are merged. 
DTM Resolution:  Displays the resolution used to generate the DTM. 
Contour Lines Generation: 
Displays if the contour lines are generated. Displays the values of the following parameters that have been used:

Index Calculator: Radiometric Calibration:  Displayed if the Radiometric Calibration has been used. 
Index Calculator: Reflectance Map:  Displayed if the Reflectance Map has been generated. Displays the Resolution at which it has been generated as well as if the Reflectance Map Tiles have been merged into one file. 
Index Calculator: Indices:  Displayed if Indices have been generated. Displays the list of generated Indices. 
Index Calculator: Index Values:  Displayed if the Indices have been exported as Point Shapefile Grid Size or as Polygon Shapefile. Displays the grid size for the generated outputs. 
Time for DSM Generation:  Time spent to generate the DSM. 
Time for Orthomosaic Generation:  Time spent to generate the Orthomosaic. 
Time for DTM Generation:  Time spent to generate the DTM. 
Time for Contour Lines Generation:  Time spent to generate the Contour Lines. 
Time for Reflectance Map Generation:  Time spent to generate the Reflectance Map. 
Time for Index Map Generation:  Time spent to generate the Index Map. 
Camera Radiometric Correction  

Camera Name:  Displays the name of the camera. 
Band:  Displays the bands of the camera to which a Radiometric Correction was applied. 
Radiometric Correction Type:  Displays the type of Radiometric Correction applied to the images of a band: Camera Only, Camera and Sun Irradiance, or Camera, Sun Irradiance and Sun Angle. 
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