Latest Videos - RhinoFabStudio 2016-09-25T18:47:35Z http://www.rhinofablab.com/video/video/rss?xn_auth=no Orca3d Planar Sheer tag:www.rhinofablab.com,2016-09-12:4439072:Video:176910 2016-09-12T13:36:37.247Z Andres Gonzalez http://www.rhinofablab.com/profile/AndresGonzalez <a href="http://www.rhinofablab.com/video/orca3d-planar-sheer"><br /> <img src="http://api.ning.com:80/files/gV97k8g94rscsbr7*zm6SfplhbPyeN00xA3LkZEMtj0yJ5pbbfF477A2yj0WlKfgIBUW1J2xYxSG-7mgHWMnlxh2H4Xx6Duy/1235822866.jpeg?width=240&amp;height=180" width="240" height="180" alt="Thumbnail" /><br /> </a><br />Ensure a planar sheer for your hull design using Orca3d/ Rhino3d <a href="http://www.rhinofablab.com/video/orca3d-planar-sheer"><br /> <img src="http://api.ning.com:80/files/gV97k8g94rscsbr7*zm6SfplhbPyeN00xA3LkZEMtj0yJ5pbbfF477A2yj0WlKfgIBUW1J2xYxSG-7mgHWMnlxh2H4Xx6Duy/1235822866.jpeg?width=240&amp;height=180" width="240" height="180" alt="Thumbnail" /><br /> </a><br />Ensure a planar sheer for your hull design using Orca3d/ Rhino3d INFUNDIBULIFORMS: Kinetic Tensile Surface Environments tag:www.rhinofablab.com,2016-09-06:4439072:Video:176551 2016-09-06T18:36:48.016Z Andres Gonzalez http://www.rhinofablab.com/profile/AndresGonzalez <a href="http://www.rhinofablab.com/video/infundibuliforms-kinetic-tensile-surface-environments"><br /> <img alt="Thumbnail" height="135" src="http://api.ning.com:80/files/WwKw5MCuQngK8WOny3FbFTKJNQRfMpIP3Jw257MySDHyF1MiVe0GVywHOH0sznaqpOzxuTMBRcGBm33IuDGK*AP3hiVhhO*w/1234587316.jpeg?width=240&amp;height=135" width="240"></img><br /> </a> <br></br>The INFUNDIBULIFORMS project explores kinetic actuated environments: spaces which can be rapidly reconfigured in real-time, to suit changing programmatic and performative demands, integrated with interactive capacities. The work advances research in cable-based robots for architectural applications, research in computational design environments for kinetic… <a href="http://www.rhinofablab.com/video/infundibuliforms-kinetic-tensile-surface-environments"><br /> <img src="http://api.ning.com:80/files/WwKw5MCuQngK8WOny3FbFTKJNQRfMpIP3Jw257MySDHyF1MiVe0GVywHOH0sznaqpOzxuTMBRcGBm33IuDGK*AP3hiVhhO*w/1234587316.jpeg?width=240&amp;height=135" width="240" height="135" alt="Thumbnail" /><br /> </a><br />The INFUNDIBULIFORMS project explores kinetic actuated environments: spaces which can be rapidly reconfigured in real-time, to suit changing programmatic and performative demands, integrated with interactive capacities. The work advances research in cable-based robots for architectural applications, research in computational design environments for kinetic architectures, and research in the production of extruded elastomeric tensile meshes. These research streams are combined to produce a controllable, dynamically reconfigurable spatial enclosure. The project has produced a distributed motion control system that can be utilized to support continuing experimentation with actuation through a range of material and spatial configurations. A physics engine-based design environment has been developed to enable designers to translate kinetic surfaces into working prototypes through an open-source graphical programming interface, coupled with an industry- standard software motion controller. A parallel stream of material research has advanced the development of a robotic extrusion printer for thermoplastic elastomers, and the development of “flat to form” geometries that allow two-dimensionally printed mesh-lattices to be tensioned into funicular forms.<br /> <br /> The project is a collaboration between RVTR (<a href="http://www.rvtr.com">www.rvtr.com</a>) and Matter Design (<a href="http://www.matterdesignstudio.com">http://www.matterdesignstudio.com</a>), and was funded through the University of Michigan Research Through Making program as well as the U-M Office of Research. Grasshopper Galapagos Tutorial tag:www.rhinofablab.com,2016-08-11:4439072:Video:176211 2016-08-11T17:23:43.406Z Andres Gonzalez http://www.rhinofablab.com/profile/AndresGonzalez <a href="http://www.rhinofablab.com/video/grasshopper-galapagos-tutorial-1"><br /> <img src="http://api.ning.com:80/files/SLnPUVCMGK70o8-0g6*3vvdOw-L1DXuGOL0sxN6vhardsQt*OJSYM96QtRfHW4dK6dfV9jvbZn2etWypL4q47DzaftGgibJM/1228718009.jpeg?width=240&amp;height=180" width="240" height="180" alt="Thumbnail" /><br /> </a><br />This video tries to briefly cover the basic principles of how to use the Galapagos evolutionary solver component in Grasshopper for Rhinoceros, as well as so... <a href="http://www.rhinofablab.com/video/grasshopper-galapagos-tutorial-1"><br /> <img src="http://api.ning.com:80/files/SLnPUVCMGK70o8-0g6*3vvdOw-L1DXuGOL0sxN6vhardsQt*OJSYM96QtRfHW4dK6dfV9jvbZn2etWypL4q47DzaftGgibJM/1228718009.jpeg?width=240&amp;height=180" width="240" height="180" alt="Thumbnail" /><br /> </a><br />This video tries to briefly cover the basic principles of how to use the Galapagos evolutionary solver component in Grasshopper for Rhinoceros, as well as so... Grasshopper Attractor Points 1/3 tag:www.rhinofablab.com,2016-08-10:4439072:Video:176114 2016-08-10T13:58:47.381Z Andres Gonzalez http://www.rhinofablab.com/profile/AndresGonzalez <a href="http://www.rhinofablab.com/video/grasshopper-attractor-points-1-3"><br /> <img src="http://api.ning.com:80/files/SfsQAdhhVitX1CVSEneaJJBtEdFiEH1VQmwpyJkD-1XI2NCIW3Rzc04ns0GR8VH8kgCH288*jZBfYe0eC3f9OOGJtXTWH78q/1228455091.jpeg?width=240&amp;height=180" width="240" height="180" alt="Thumbnail" /><br /> </a><br />Link to reference files: <a href="http://goo.gl/IuCRqY">http://goo.gl/IuCRqY</a> <a href="http://www.rhinofablab.com/video/grasshopper-attractor-points-1-3"><br /> <img src="http://api.ning.com:80/files/SfsQAdhhVitX1CVSEneaJJBtEdFiEH1VQmwpyJkD-1XI2NCIW3Rzc04ns0GR8VH8kgCH288*jZBfYe0eC3f9OOGJtXTWH78q/1228455091.jpeg?width=240&amp;height=180" width="240" height="180" alt="Thumbnail" /><br /> </a><br />Link to reference files: <a href="http://goo.gl/IuCRqY">http://goo.gl/IuCRqY</a> Ivy_08 Tutorial Mesh unrolling with standard flaps tag:www.rhinofablab.com,2016-08-09:4439072:Video:176109 2016-08-09T20:00:36.827Z Andres Gonzalez http://www.rhinofablab.com/profile/AndresGonzalez <a href="http://www.rhinofablab.com/video/ivy-08-tutorial-mesh-unrolling-with-standard-flaps"><br /> <img src="http://api.ning.com:80/files/2FjpMK*bX1YLtYNkGtvwrZSI1Pm6lOUPA9g0hoqQTyJsM2fctxYTr2pUS2*FiGk4Io7jwnpG*4LINZMdbx-TIWNfMncBkPTw/1228296009.jpeg?width=240&amp;height=135" width="240" height="135" alt="Thumbnail" /><br /> </a><br />Showing the workflow for mesh unrolling in the new version of IVY for Grasshopper. New unroll, flat_fab, and flap components. <a href="http://www.rhinofablab.com/video/ivy-08-tutorial-mesh-unrolling-with-standard-flaps"><br /> <img src="http://api.ning.com:80/files/2FjpMK*bX1YLtYNkGtvwrZSI1Pm6lOUPA9g0hoqQTyJsM2fctxYTr2pUS2*FiGk4Io7jwnpG*4LINZMdbx-TIWNfMncBkPTw/1228296009.jpeg?width=240&amp;height=135" width="240" height="135" alt="Thumbnail" /><br /> </a><br />Showing the workflow for mesh unrolling in the new version of IVY for Grasshopper. New unroll, flat_fab, and flap components.