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@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
After much fiddling, finally got a valid mesh out of Processing and into Shapeways (via Meshlab and Blender). Very educational. I have a couple of these on order so I'll report further soon.
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
A basic 3D model created by entering some of my older images into a newer version of Photoscan. The presented meshes appear much more detailed than previously created and therefore show potentially more features. The generated dense point cloud is converted into a high resolution mesh and imported into MeshLab to manipulate lighting and shading. The KAP images can then be replicated in the model and examined for further potential from different viewpoints.
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
A basic 3D model created by entering some of my older images into a newer version of Photoscan. The presented meshes appear much more detailed than previously created and therefore show potentially more features. The generated dense point cloud is converted into a high resolution mesh and imported into MeshLab to manipulate lighting and shading. The KAP images can then be replicated in the model and examined for further potential from different viewpoints.
You can clearly see the outer defensive ramparts and the raised area within.
Connective Tissue with Scott Heiferman, founder of Meetup, during the Collaborative Economy: Reinventing Our World Through Sharing and Business Innovation panel at Social Media Week New York February 2014. Insider Images/Andrew Kelly
Connective Tissue with Scott Heiferman, founder of Meetup, during the Collaborative Economy: Reinventing Our World Through Sharing and Business Innovation panel at Social Media Week New York February 2014. Insider Images/Andrew Kelly
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
Some more snaps from earlier in the week showing my students what's possible with ~10 lines of code. Here we combined 2 meshes on top of each other.
Connective Tissue with Scott Heiferman, founder of Meetup, during the Collaborative Economy: Reinventing Our World Through Sharing and Business Innovation panel at Social Media Week New York February 2014. Insider Images/Andrew Kelly
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
Connective Tissue with Scott Heiferman, founder of Meetup, during the Collaborative Economy: Reinventing Our World Through Sharing and Business Innovation panel at Social Media Week New York February 2014. Insider Images/Andrew Kelly
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
Connective Tissue with Scott Heiferman, founder of Meetup, during the Collaborative Economy: Reinventing Our World Through Sharing and Business Innovation panel at Social Media Week New York February 2014. Insider Images/Andrew Kelly
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
Connective Tissue with Scott Heiferman, founder of Meetup, during the Collaborative Economy: Reinventing Our World Through Sharing and Business Innovation panel at Social Media Week New York February 2014. Insider Images/Andrew Kelly
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
Motion structure from Peter Weibel, Endless Sandwich, 1969. This screenshot was taken from a perspective inside the OBJ file, opened with MeshLab
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
A basic 3D model created by entering some of my older images into a newer version of Photoscan. The presented meshes appear much more detailed than previously created and therefore show potentially more features. The generated dense point cloud is converted into a high resolution mesh and imported into MeshLab to manipulate lighting and shading. The KAP images can then be replicated in the model and examined for further potential from different viewpoints.
You can clearly see the outer defensive ramparts and the raised area within, which is common to such monuments.
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
@Getmakered goes to OSCON in Portland Oregon; has tons of fun; scans everyone; hosted an OSCON for Kids workshop on 3D Design & Printing; enjoyed ourselves immensely and can't wait for Austin next year!
A basic 3D model created by entering some of my older images into a newer version of Photoscan. The presented meshes appear much more detailed than previously created and therefore show potentially more features. The generated dense point cloud is converted into a high resolution mesh and imported into MeshLab to manipulate lighting and shading. The KAP images can then be replicated in the model and examined for further potential from different viewpoints.
hand tracking data from kinect turned into a mesh via marching tetrahedrons. using a 512^3 region, 2k metaball centers, takes about 1 second to evaluate energy and 13 seconds to mesh.
A basic 3D model created by entering some of my older images into a newer version of Photoscan. The presented meshes appear much more detailed than previously created and therefore show potentially more features. The generated dense point cloud is converted into a high resolution mesh and imported into MeshLab to manipulate lighting and shading. The KAP images can then be replicated in the model and examined for further potential from different viewpoints.
You can clearly see the outer double defensive ramparts and the raised area within.
A basic 3D model created by entering some of my older images into a newer version of Photoscan. The presented meshes appear much more detailed than previously created and therefore show potentially more features. The generated dense point cloud is converted into a high resolution mesh and imported into MeshLab to manipulate lighting and shading. The KAP images can then be replicated in the model and examined for further potential from different viewpoints.
You can clearly see the outer defensive ramparts and the raised area within, which is common to such monuments.
These items were processed to remove and repair the STL files which also dramatically decreases the file size. The tools were netfabb's free web service and the MeshLab application (Opensource). The round object is an air hose drag chain by RobK636 and the other chain is Saminvent's Cable Carrier both on Thingiverse.com.
A basic 3D model created by entering some of my older images into a newer version of Photoscan. The presented meshes appear much more detailed than previously created and therefore show potentially more features. The generated dense point cloud is converted into a high resolution mesh and imported into MeshLab to manipulate lighting and shading. The KAP images can then be replicated in the model and examined for further potential from different viewpoints.
You can clearly see the outer defensive ramparts and the raised area within.