TOPCON CONTEXTCAPTURE

The focus of this webinar will be on the ContextCapture Editor, and generating point clouds from mobile mapping (IP-S3) mapped lines and power-lines.

Total duration: 19:49

With this webinar the intention is to show you on how to get images and meta data from our UAV solutions (Sirius Basic, Sirius Pro and Falcon 8) directly into Topcon ContextCapture software.

Total duration: 28:14

This video will show the user how to export multiple matchings from MAVinci Desktop to Topcon ContextCapture.

How to use the various options in Distance. 

Do you want to see where the UAV takes the photos? Learn how to load the photos and view the locations in ContextCapture Editor. 

Learn how to create volume calculations from UAV data. 

Command and control is important for moving quickly and efficiently within Topcon’s ContextCapture Editor software. There are several time-saving options to assign and customize your computer mouse that will help to not only get the most out of the software, but to also reduce mistakes. Our technical experts will pause and share their tips for success - then be sure to join part 2 of this session to see it all come together.

Total duration:  29:19

Getting more done, faster - Topcon’s ContextCapture Editor software is a purpose-built application to manage and modify imagery in conjunction with Microstation to get the most our of processes data. This session is both a high level overview as well as a deep dive into the software workflows that are commonly used to modify detailed 3D models quickly and with precision.

Total duration:  27:05

In this session, you will learn how to use Topcon ConextCapture software to methodically process raw data that was collected with a fixed-wing Topcon Sirius Pro unmanned aircraft system (UAS). We will show the process of creating a terrain model, a scalable mesh, as well as classified point clouds. Along the way, we will share common settings that are helpful for best results and how to manage Reality Meshes after they are processed.

Total duration:  16:09

As a continuation from the previous "ground extraction" phase, in this session, we will present and discuss how contours are interpolated from a Reality Mesh. We will work through the common steps of controlling the smoothing of contours, trimming the Reality Mesh, and quickly adding descriptive text to contour lines. Knowing where to make the changes to the data is just as important as the data itself.

Total duration:  13:09

What is the true power of a Reality mesh? This session will show how to easily modify a Reality Mesh through the process of specifically creating 3D points that best represent "true ground" for the project site. Afterwards, we will purposefully add breaklines to the Reality Mesh that will further define existing ground based on existing edge of pavement and centerline of a road. Finally, we will continue the workflow by classifying point cloud data that will eventually export out to MAGNET Collage software.

Total duration:  23:32

In this session, you will learn the specific software workflows of managing datasets that were collected using a Topcon Sirius Pro UAS. We will first illustrate how to export the collected UAS data from MAVinci Desktop software. Next, we will start to post-process using Topcon ContextCapture Advanced software where we will quickly perform Aerotriangulation (AT) processing, create a new Reconstruction and 3D Mesh tiling, create a 3D Point Cloud, as well as generate an Orthophoto / digital surface model of the project. 

As a final step, we will then inspect the processed 3D mesh using the Acute3D Viewer software and deliver a final export to Topcon ContextCapture Advanced environment.

Total duration: 33:05

How to export point clouds using MAGNET Collage

How to extract a profile using MAGNET Collage

Scans or clouds can be displayed by cutting it as an arbitrary cross-section surface

Comment exporter les nuages de points avec MAGNET Collage

Comment extraire un profil à l'aide de MAGNET Collage

Les scans ou les nuages peuvent être affichés en les découpant sous forme de surface de coupe transversale arbitraire.

Cette vidéo indique comment exporter plusieurs correspondances de MAVinci Desktop vers Topcon ContextCapture.

Apprenez à créer des calculs de volume à partir de données d'un drone. 

Souhaitez-vous savoir où le drone prend les photos ? Apprenez à charger les photos et afficher leur emplacement dans ContextCapture Editor. 

Apprenez à utiliser les différentes options de Distance. 

Learn how to create volume calculations from UAV data. 

Learn how to create volume calculations from UAV data. 

Do you want to see where the UAV takes the photos? Learn how to load the photos and view the locations in ContextCapture Editor. 

Do you want to see where the UAV takes the photos? Learn how to load the photos and view the locations in ContextCapture Editor. 

How to use the various options in Distance. 

How to use the various options in Distance. 

Scans or clouds can be displayed by cutting it as an arbitrary cross-section surface

Scans or clouds can be displayed by cutting it as an arbitrary cross-section surface

Scans or clouds can be displayed by cutting it as an arbitrary cross-section surface

How to extract a profile using MAGNET Collage

How to extract a profile using MAGNET Collage

How to extract a profile using MAGNET Collage

How to export point clouds using MAGNET Collage

How to export point clouds using MAGNET Collage

How to export point clouds using MAGNET Collage

What is the true power of a Reality mesh? This session will show how to easily modify a Reality Mesh through the process of specifically creating 3D points that best represent "true ground" for the project site. Afterwards, we will purposefully add breaklines to the Reality Mesh that will further define existing ground based on existing edge of pavement and centerline of a road. Finally, we will continue the workflow by classifying point cloud data that will eventually export out to MAGNET Collage software.

Total duration:  23:32

What is the true power of a Reality mesh? This session will show how to easily modify a Reality Mesh through the process of specifically creating 3D points that best represent "true ground" for the project site. Afterwards, we will purposefully add breaklines to the Reality Mesh that will further define existing ground based on existing edge of pavement and centerline of a road. Finally, we will continue the workflow by classifying point cloud data that will eventually export out to MAGNET Collage software.

Total duration:  23:32

What is the true power of a Reality mesh? This session will show how to easily modify a Reality Mesh through the process of specifically creating 3D points that best represent "true ground" for the project site. Afterwards, we will purposefully add breaklines to the Reality Mesh that will further define existing ground based on existing edge of pavement and centerline of a road. Finally, we will continue the workflow by classifying point cloud data that will eventually export out to MAGNET Collage software.

Total duration:  23:32

As a continuation from the previous "ground extraction" phase, in this session, we will present and discuss how contours are interpolated from a Reality Mesh. We will work through the common steps of controlling the smoothing of contours, trimming the Reality Mesh, and quickly adding descriptive text to contour lines. Knowing where to make the changes to the data is just as important as the data itself.

Total duration:  13:09

As a continuation from the previous "ground extraction" phase, in this session, we will present and discuss how contours are interpolated from a Reality Mesh. We will work through the common steps of controlling the smoothing of contours, trimming the Reality Mesh, and quickly adding descriptive text to contour lines. Knowing where to make the changes to the data is just as important as the data itself.

Total duration:  13:09

As a continuation from the previous "ground extraction" phase, in this session, we will present and discuss how contours are interpolated from a Reality Mesh. We will work through the common steps of controlling the smoothing of contours, trimming the Reality Mesh, and quickly adding descriptive text to contour lines. Knowing where to make the changes to the data is just as important as the data itself.

Total duration:  13:09

In this session, you will learn how to use Topcon ConextCapture software to methodically process raw data that was collected with a fixed-wing Topcon Sirius Pro unmanned aircraft system (UAS). We will show the process of creating a terrain model, a scalable mesh, as well as classified point clouds. Along the way, we will share common settings that are helpful for best results and how to manage Reality Meshes after they are processed.

Total duration:  16:09

In this session, you will learn how to use Topcon ConextCapture software to methodically process raw data that was collected with a fixed-wing Topcon Sirius Pro unmanned aircraft system (UAS). We will show the process of creating a terrain model, a scalable mesh, as well as classified point clouds. Along the way, we will share common settings that are helpful for best results and how to manage Reality Meshes after they are processed.

Total duration:  16:09

In this session, you will learn how to use Topcon ConextCapture software to methodically process raw data that was collected with a fixed-wing Topcon Sirius Pro unmanned aircraft system (UAS). We will show the process of creating a terrain model, a scalable mesh, as well as classified point clouds. Along the way, we will share common settings that are helpful for best results and how to manage Reality Meshes after they are processed.

Total duration:  16:09

Command and control is important for moving quickly and efficiently within Topcon’s ContextCapture Editor software. There are several time-saving options to assign and customize your computer mouse that will help to not only get the most out of the software, but to also reduce mistakes. Our technical experts will pause and share their tips for success - then be sure to join part 2 of this session to see it all come together.

Total duration:  29:19

Command and control is important for moving quickly and efficiently within Topcon’s ContextCapture Editor software. There are several time-saving options to assign and customize your computer mouse that will help to not only get the most out of the software, but to also reduce mistakes. Our technical experts will pause and share their tips for success - then be sure to join part 2 of this session to see it all come together.

Total duration:  29:19

Command and control is important for moving quickly and efficiently within Topcon’s ContextCapture Editor software. There are several time-saving options to assign and customize your computer mouse that will help to not only get the most out of the software, but to also reduce mistakes. Our technical experts will pause and share their tips for success - then be sure to join part 2 of this session to see it all come together.

Total duration:  29:19

Getting more done, faster - Topcon’s ContextCapture Editor software is a purpose-built application to manage and modify imagery in conjunction with Microstation to get the most our of processes data. This session is both a high level overview as well as a deep dive into the software workflows that are commonly used to modify detailed 3D models quickly and with precision.

Total duration:  27:05

Getting more done, faster - Topcon’s ContextCapture Editor software is a purpose-built application to manage and modify imagery in conjunction with Microstation to get the most our of processes data. This session is both a high level overview as well as a deep dive into the software workflows that are commonly used to modify detailed 3D models quickly and with precision.

Total duration:  27:05

Getting more done, faster - Topcon’s ContextCapture Editor software is a purpose-built application to manage and modify imagery in conjunction with Microstation to get the most our of processes data. This session is both a high level overview as well as a deep dive into the software workflows that are commonly used to modify detailed 3D models quickly and with precision.

Total duration:  27:05

In this session, you will learn the specific software workflows of managing datasets that were collected using a Topcon Sirius Pro UAS. We will first illustrate how to export the collected UAS data from MAVinci Desktop software. Next, we will start to post-process using Topcon ContextCapture Advanced software where we will quickly perform Aerotriangulation (AT) processing, create a new Reconstruction and 3D Mesh tiling, create a 3D Point Cloud, as well as generate an Orthophoto / digital surface model of the project. 

As a final step, we will then inspect the processed 3D mesh using the Acute3D Viewer software and deliver a final export to Topcon ContextCapture Advanced environment.

Total duration: 33:05

In this session, you will learn the specific software workflows of managing datasets that were collected using a Topcon Sirius Pro UAS. We will first illustrate how to export the collected UAS data from MAVinci Desktop software. Next, we will start to post-process using Topcon ContextCapture Advanced software where we will quickly perform Aerotriangulation (AT) processing, create a new Reconstruction and 3D Mesh tiling, create a 3D Point Cloud, as well as generate an Orthophoto / digital surface model of the project. 

As a final step, we will then inspect the processed 3D mesh using the Acute3D Viewer software and deliver a final export to Topcon ContextCapture Advanced environment.

Total duration: 33:05

In this session, you will learn the specific software workflows of managing datasets that were collected using a Topcon Sirius Pro UAS. We will first illustrate how to export the collected UAS data from MAVinci Desktop software. Next, we will start to post-process using Topcon ContextCapture Advanced software where we will quickly perform Aerotriangulation (AT) processing, create a new Reconstruction and 3D Mesh tiling, create a 3D Point Cloud, as well as generate an Orthophoto / digital surface model of the project. 

As a final step, we will then inspect the processed 3D mesh using the Acute3D Viewer software and deliver a final export to Topcon ContextCapture Advanced environment.

Total duration: 33:05

This webinar addresses the key challenges of implementing aerial inspection workflows. Demonstrating the integration of the Falcon 8+, ContextCapture, and MAGNET Inspect solutions, our Topcon experts show you the benefits of having planning, processing, and analytical tools at your fingertips.