About this workshop
This 3-day training will provide participants with the
necessary to successfully process an accident or crime scene using aerial photogrammetry with Pix4Dmatic software.
Dates
Tuesday May 7, 2024, 8:00 a.m. - 4:00 p.m. (MDT / UTC-6)
Wednesday May 8, 2024, 8:00 a.m. - 4:00 p.m. (MDT / UTC-6)
Thursday May 9, 2024, 8:00 a.m. - 4:00 p.m. (MDT / UTC-6)
Participation in all three days is mandatory.
Location Online
Price 1500 CAD
Operating system: Windows
Software products: PIX4Dmatic and PIX4Dsurvey
Workshop Details
This training provides an "accident/crime scene to courtroom" workflow using Pix4Dmatic-generated orthomosaic images and point cloud data in third-party accident reconstruction and scientific police. Using the Pix4Dcatch mobile app and the Pix4Dcapture Pro flight planning app the Pix4Dcapture Pro flight planning app. This course includes lectures, practical work and field exercises.
The course includes a 30-day Pix4Dmatic license for each student.
Each participant must bring their own laptop.
Workshop objectives
At the end of this training, each participant should have a working understanding of the following concepts
concepts:
Photogrammetry
Image capture
Georeferencing
Checking accuracy
Data processing
Outputs/workflow
Treatment options
Quality report
Use of deliverables for accident reconstruction and forensics
Each participant must be able to perform the following operations using Pix4Dmatic:
Create a new project.
Mark ground control points (GCP) and re-optimize the project.
Create and edit the point cloud.
Create the ortho-mosaic image.
Generate outputs.
Implementation of scale constraints, annotations and measurements.
Creating scene views and flyover videos.
Merging projects, including capture projects.
Importing total station/GNSS data for using Ground Control Points (GCP).
Export Pix4D files for use in popular third-party reconstruction software.
Pix4Dcatch mobile app
Use and best practices
Pix4Dcapture Pro Flight app
User interface
Mission planning
Single Grid Mission (2D)
Double Grid Mission (3D)
Mission in orbit
Best practices