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CORRELATOR3D QUICKSTART GUIDE
This guide is designed for first-time users and covers a standard workflow from input imagery to final products. A more detailed description of the software can be found in the user’s manual.
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CORRELATOR3D USER MANUAL
This manual describes, in detail, the different functionalities, uses, and guidelines of the software, to ensure optimal results.
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CORRELATOR3D WHITEPAPER
This guide provides a general overview of how to use each of the core functionalities of Correlator3D™ when processing a project. Details are provided on preparing input data, processing modes and manual editing functions. Furthermore, several case studies are examined using a variety of sensors and project topographies.
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CORRELATOR3D LiDAR WORKFLOW QUICKSTART GUIDE
This guide will describe both processes in Correlator3D™ for first-time users covering the workflow from input imagery to final products. A more detailed description of the software can be found in the user manual.
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PHASE ONE CASE STUDY
This report consists of a photogrammetric accuracy analysis of the Phase One IXU-RS1000 camera.
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WHICH DRONES ARE THE BEST FOR MAPPING?
The answer depends on what you are trying to map and how large that area is. Drones can most easily be broken down into two groups: multirotor drones and fixed wing drones.
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CORRELATOR3D RTK - PPK ASSISTED AT QUICKSTART GUIDE
This guide will describe both processes in Correlator3D™ for first-time users covering the workflow from input imagery to final products. A more detailed description of the software can be found in the user manual.
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CORRELATOR3D LIDAR POINT CLOUD COLORIZATION WORKFLOW QUICKSTART GUIDE
This guide will describe the process of point cloud colorization in Correlator3D™ for first-time users. A more detailed description of the software can be found in the user manual.
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CORRELATOR3D LOCAL COORDINATE SYSTEMS
This guide describes the process for first-time users of local coordinate systems, covering the workflow from input imagery to final products. A more detailed description of the software can be found in the user manual.
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WINGTRA CORRELATOR3D QUICKSTART GUIDE
This guide is designed for first-time users and covers a standard workflow from input imagery to final products. A more detailed description of the software can be found in the user’s manual.
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MICRODRONES CORRELATOR3D QUICKSTART GUIDE
This guide is designed for first-time users and covers a standard workflow from input imagery to final products. A more detailed description of the software can be found in the user’s manual.
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DJI ZENMUSE L1 LiDAR CORRELATOR3D QUICKSTART GUIDE
This guide is designed for DJI L1 LiDAR users and supports the use of LiDAR for GCP collection as well as Point Cloud Colorization. A more detailed description of the software can be found in the user’s manual.
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WHY CORRELATOR3D UAV
- Faster Processing and Improved Scalability of Mapping Operations
- Take Full Control of the Processing Workflow
- Added Value with LiDAR Exploitation Capabilities
DISTRIBUTED PROCESSING WITH CORRELATOR3D
Boost your power using multiple PCs
Multiple benefits such as:
- Significantly accelerate processing speed, dynamically adjust computing power during processing and more!
CORRELATOR3D DISTRIBUTED PROCESSING EXAMPLE
This case study demonstrates the benefits of using multiple PCs to speed up the completion of large projects.
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RUNNING CORRELATOR3D VIA PYTHON SCRIPTS QUICKSTART GUIDE
This guide will describe the process of creating a Python script along with the files required to run a project in Correlator3D.
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PHOTOGRAMMETRY ON THE CLOUD WITH CORRELATOR3D
SimActive has designed Correlator3D to be as easy to use on the cloud as it is on desktops. This guide will look at the advantages as well as some of the challenges of processing imagery with virtual machines (VMs) on the cloud.
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HANDLING MULTI-CAMERA SETUPS WITH CORRELATOR3D
- How to setup a project with multi-camera systems
- How to review imported data
- Recommended multi-camera processing workflows with Correlator3D
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PREPARING PROJECTS FOR PROCESSING IN CORRELATOR3D
- Setting up a photogrammetry project
- Performing an initial cleanup
- Reducing overlap/sidelap by eliminating images or flight lines
- Importing, measuring, and validating GCPs
- Step-by-step processing in Correlator3D
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GENERATING TRUE ORTHOS WITH CORRELATOR3D
- What is the difference between a DTM ortho and a true ortho?
- Generating DTM orthos with Correlator3D
- Producing true orthos with Correlator3D
- Understanding the resulting true orthos