Jaco sent us the following images of reconstructions he did in past few days: His family, a spinning chair (animated Gif when clicked) and himself.
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Support for custom volume sizes and other settings has been added. Here’s the complete changelog:
http://reconstructme.net/downloads/
Make sure to read the updated usage
http://reconstructme.net/usage/
Happy reconstruction!
Mattia sent us the following beautiful collection of 3d scans he made. Click on a thumbnail to enlarge.
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Emmanuel Gilloz wrote a nice article Open Source is fun, easy-scanning 3D too!, in French. Good to see ReconstructMe used all over the world!
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He has also created a video tutorial on how to clean the ReconstructMe output up for 3D printing:
Great news today!
c’t, one of the biggest and profound German computer magazines published by the Heinz Heise publishing house, runs an article on ReconstructMe in its latest edition (7/2012 page 48). The article is accompanied by an online write-up and video (in german).
Great news today!
c’t, one of the biggest and profound German computer magazines published by the Heinz Heise publishing house, runs an article on ReconstructMe in its latest edition (7/2012 page 48). The article is accompanied by an online write-up and video (in german).
Mostly a bug-fix release with the following changes
--sensor switch. See usage for details.Tripcount unknown issue.Cannot find XML file issue.Go get it here
http://reconstructme.net/downloads/
In case you want to test the Microsoft Kinect Sensor backend, read this thread
https://groups.google.com/d/topic/reconstructme/gYeH8qq0lb8/discussion
Gil did this nice scan of a couch.
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MagWeb did this nice scan of a marionette sitting on a desk
.
This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.
MagWeb provides us the following incredible scan of a Fiat 500C, stitched and fusioned from 33 volumes.
Besides ReconstructMe, MagWeb uses DAVID for stitching and fusioning the volumes and Meshmixer for cleaning up. As soon as we get hold of the 3D model, we will update this post.
This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.
that ReconstructMe adapts itself to changing environments? We’ve put a video online to demonstrate the effects.
This video shows how ReconstructMe handles dynamic environments. It smoothly updates its state as changes occur. This allows us to put ReconstructMe to use where adaptiveness is required. Of course, these changes have to occur in a certain subset of the volume at once. You cannot change the content of the entire volume at once, or tracking failure detection will kick in.
Give it a try!
We’ve launched our Google+ page in case your interested in following us over there.
The following video shows a brand new feature we’ve just added to our main development branch: Automatic Volume Stitching. In this video new volumes are created once the current volume is left. Transformations between volumes are tracked automatically and used to reconstruct a complete surface model. This will allow us to keep the volumes small and the resolution per volume high to create an accurate surface.
Note, that we haven’t applied any post-processing in Meshlab. We might add an Iterative Closest Point algorithm to increase the accuracy at volume seams, but for now, we are pretty happy with the results.
We haven’t decided when to add this feature to the public version, because more testing needs to be done before.
Happy reconstruction,
Christoph
A short note on “Which sensors can be used with ReconstructMe?” We support all RGB-D sensors that are supported by OpenNI or Microsoft Kinect. Currently we know of the following compatible sensors
We’ve done a scan of the interior of a car. The result is a huge CAD model, with almost 2 million triangles.
Car Motor by PROFACTOR GmbH is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.