What's new

• Support for site localization:
  • Create a site localization point collection to compute and define a custom coordinate system.
  • Import local points with an arbitrary coordinate system or global points with a geographic coordinate system.
  • Link local and global points.
  • Process project on PIX4Dcloud with a site localization.
  • Export site localization WKT2 file.
  • Export local and global points from the site localization point collection in two separate CSV files.
• Added Vietnamese CRS: VN2000 planimetry coordinate systems (EPSG: 5896 to 5899).

Improvements

• Improved accuracy for viDoc with iPad.
• Improved accuracy for large captures with viDoc.
• Improved support for viDoc with iPhone 14 Pro and iPhone 14 Pro Max.
• Improved viDoc stability and NTRIP service connection.
• Improved viDoc stability of laser measurement.
• Improved workflow for account deletion.

Bug fixes

• Fixed crash when turning on the option “Show overlap” during a capture.

What's new

• Added the Israeli coordinate system (EPSG: 6991 - Israeli Grid 05).
• Added several Vietnamese coordinate systems (EPSG: 9205 to 9218).

Improvements

• Improved Japanese translation.
• Minor improvements to the user interface.

Bug fixes

• Fixed project browser view on iPhone.

What's new

• Ability to enter geoid height.
• Added geoids: 'CGG2013a', 'arcgp-2006-sk'
• Added “SVD2006 height”, “CGVD2013a(2002) height” and “CGVD2013a(1997) height” vertical coordinate reference systems.

Improvements

• Improve stability for large captures.

Bug fixes

• Fix decimal keypads not working with localized separators.
• Small bug fixes

What's new

• Ability to select camera resolution for capture from iOS 16.
• Added geoids: 'RAF20', 'RAF18b', 'hBG18', 'OSGM15'
• Available in the Japanese language.

Improvements

• Improve axis and unit definitions for GCP.
• Improved warnings during capture.

Bug fixes

• Fix the black cameras when adding GCP reference images.

Improvements

• Improved viDoc accuracy.
• Warning messages for GCP (Ground Control Point) measurements.
• Improved viDoc Bluetooth connection stability.

Bug fixes

• Fixed instances when the first project image was not well located.

What's new

• Added the “PL-geoid-2011” geoid

Improvements

• Improved CRS selection for GCPs and Uploads.
• Improved reliability and performance for large captures.
• General fixes and UI improvements to GCP management.
• Improved viDoc bluetooth connection stability.
• Improved storing and retrieval of NTRIP credentials.
• Improved triggering when capturing far away scenes.

Bug fixes

• Fix an issue with authentication flow to PIX4Dcloud.
• Fix some issues capturing a project.
• Many UI updates and fixes.

What's new

• Ability to capture and add reference images when measuring GCPs.

Improvements

• Warning if a project failed to save correctly.
• Small bug fixes and UI improvements.

What's new

• Audible warnings during capture.

Improvements

• Improved warnings during capture.
• Improved image triggering.
• Improved connection dialog to viDoc RTK rover.
• Improved authentication flow.

What's new

• Set output coordinate reference system for measured GCPs.
• Show GCP coordinates in the output coordinate reference system.

Improvements

• Improved connection dialog with viDoc RTK rover.
• Improved warning and error reporting.
• Improved login and signup.

What's new

• Show battery indicator for viDoc.
• Compatibility with iPhone 13 Pro and iPhone 13 Pro Max.
• Improved accuracy of altitude measurement with laser.
• HDOP values are saved with single-point measurements.
• Allow imperial measurements for antenna offset.
• New geoids are available.

Improvements

• Improved accuracy of altitude measurement with laser.
• Show third-party licenses.
• Allow single-point measurement even if high accuracy cannot be achieved.

Bug fixes

• Fixed slow loading and possible crash of the project's view.
• Many UI updates and fixes.
• General bug fixes.

What's new

• Enable laser functionality of the viDoc RTK rover for single-point measurement.
• Added Swiss and Norwegian Geoids.
• App usage disclaimer.

Improvements

• Option to delete GCP measurements.

What's new

• New PIX4Dcloud processing pipeline is now set as default.
  
  • Support for 2D maps and volume measurement.
  • LiDAR data will be used if available.
• Option to generate 2D maps when processing with LiDAR data.
• Ability to cancel a capture without saving.

Improvements

• Improved project naming/renaming.
• Fix for incorrect EXIF data when using iOS 15.0.

What's new

• Single Point Measurement.
  
  • Record single points using viDoc RTK rover or GNSS.
  • Export points in a .csv file format that is compatible with PIX4Dmatic.
• Rename project on save.
• Added NAVD88 ftUS vertical coordinate system.
• New minimum iOS version is iOS 14.1.

Improvements

• Improve yaw orientation of reconstructions when there is a good GNSS signal.
• Improved map display in details view.

What's new

• Image trigger improvements.

What's new

• The LiDAR mesh can be viewed and exported from the project details.

What's new

• Project Details Views.
  • Inspect individual images.
  • Embedded web view to show processed project results.
  • Updated UI.
• viDoc will attempt to auto-connect on app startup.

Improvements

• Improved image triggering.
• Upload progress is shown as a percentage.
• Improved calculation of altitude when using viDoc.

What's new

• Live-preview.
  • Show 3D preview of the scene captured in real-time.
  • Show the location of images in the live preview.
  • Toggle between top view and synchronized camera views.
• Visualize & export the 3D model.
  • 3D view in the project details that renders the depth points & the images.
  • Export the point cloud in PLY format.
• Option to set the vertical coordinate system and geoid when using viDoc RTK.

Improvements

• Fixed the orientation for images taken with the iPhone in portrait mode.
• Improved reconstruction orientation for viDoc RTK projects with low accuracy.
• Improved stability when saving RTK captures.
• Improved upload to cloud and export.

What's new

• Ability to define the horizontal input Coordinate System while using the viDoc RTK rover.
• Ability to define the horizontal output Coordinate System before upload to PIX4Dcloud while using the viDoc RTK rover.
• Display RTK connection status and HDOP value indicating the quality of RTK connectivity during capture using the viDoc RTK rover.
• Improved Bluetooth connection stability.
• Automatic removal of sky from the 3D models when the project is uploaded to PIX4Dcloud (only enabled when LiDAR scanner data is enabled).
• Generation of the quality report when LiDAR scanner data is enabled when uploading to PIX4DcloudSupport for viDoc RTK.

Improvements

• Fixed issues with connections to various NTRIP providers while using the viDoc RTK rover for PIX4Dcatch.
• Improved stability of upload to PIX4Dcloud.

What's new

• Support for viDoc RTK.
• Add ability to share logs.
• Default trigger set to 90% overlap.

Improvements

• Automatically create a trial if one is available.
• Export projects over 4GB.

What's new

• Portrait mode now available for iPhone.
• Access to manage user account from the capture screen.

Bugs fixes

• Fix for corrupted ZIP file blocking export.
• Fix volume computation in PIX4Dcloud for projects that have a sub-mm GSD.
• Improved handling of project upload to PIX4Dcloud.

What's new

• The capture experience has been improved by replacing the default purple 3D mesh with a wireframe to give unobstructed views to the real world. The settings need to be reset to default to incorporate this change.
• Volume measurements and Digital Surface Model (DSM) enabled in PIX4Dcloud when processing with depth.
• The geolocation accuracy of the 3D scan is shown within the project's details.

Bugs fixes

• Fixes export to Files app and external hard drives.
• Minor improvements to the user interface.

What's new

• Exporting now zips all data into a single file for easier sharing with third-party services.

Bugs fixes

• Fixes on occasional crashes when saving a project.

What's new

• Option to process with depth information for devices with a LiDAR sensor.
• Option to generate DSM and Orthomosaic.
• Captured image locations are shown on the map.
• Bug fixes and improvements.

What's new

• Filter and search projects.
• Multi select and delete.
• Project Details.
• Updates and Improvements to the UI.

Cloud Updates

• Uploads to PIX4Dcloud now generate DSM models by default to enable volume.

Improvements

• Enable upload for PIX4Dmapper licenses that have cloud allowance.
• Fix issue with iPhone 12 Pro not triggering enough images.
• Use flat shading for the LiDAR mesh.
• Option to texture the mesh.
• Bug fixes and improvements.

Updates

• New upload dialog.
• Shows cloud allowance.
• Allows upload to Sites.
• Add Make and Model to image EXIF.

Bug fixes

• Fix issue with license not detected.
• Minor bug fixes.

Bugs fixes

• Fix occasional crash when saving or updating images.

 Other

• Better feedback for cloud upload.
• UI Improvements.
• Reliability improvements.

PIX4Dcatch is the tool for acquiring optimal ground images for photogrammetry. These ground images can be used to get highly accurate 3D models on PIX4Dcloud or offline within PIX4Dmapper.

No need to be an expert. Walk around your area of interest and the app will record pictures along the way, together with GPS positions. Using augmented reality, get live feedback on the covered area and the completeness of the scan thanks to the overlaid 3D mesh on the current video frame that is available for devices with LiDAR sensors. 

Images can be uploaded to PIX4Dcloud for a fast generation of scaled and georeferenced 3D models and point clouds, that you can visualize, measure, share, and export. Or they can be exported locally for processing in PIX4Dmapper.

Workflow

1.  Scan: Walk around the area of interest. PIX4Dcatch automatically records geotagged frames and displays on your screen real-time 3D meshing for scene completion feedback.
2. Upload: Stop recording and automatically upload images to PIX4Dcloud to generate accurate and easy to share 3D models.
3. Export: transfer the images from your device to your desktop computer and start the photogrammetry process, add GCPs, and validate the accuracy of your 3D scene.
4. Examine: Measure distances, areas, and volumes, and perform virtual inspections.
5. Share: Selectively and securely share project data and insights with your team, clients, and suppliers.