- Kinect sand how to#
- Kinect sand install#
- Kinect sand software#
- Kinect sand download#
- Kinect sand free#
Its an excellent activity for sensory play, and overall a great activity to build fine and gross motor skills to move and build with the sand.īut the amount you get in the box at the store just doesnt seem like enough especially when you take into account that some would spill on to the floor and have to be thrown away. Ive been eyeing Kinetic Sand at Michaels for months now, and just cant bring myself to buy it. It will also be about as expensive as buying the commercial brand from the store. However, I do not know the proportions used or whether or not it is safe, and therefore do not hold myself responsible. IF YOU WANT THE *REAL* (COMMERCIAL-STYLE) KINETIC SAND: One reader found out that the binding agent used for the commercial brands is Dimethicone (a substance commonly found in beauty products Im not sure how safe it is) and extra fine play sand.If yours feels like wet sand, add more cornstarch.Add tea tree essential oil to the water, or use a 10% bleach solution or 10% vinegar solution this will prevent any smell or mold.Try mixing the cornstarch with the water *first* you will want the mixture to be like Ooblek a non-Newtonian fluid that feels like a solid when you touch it, but turns to liquid when you try to pick it up.We used about 6 cups water over all, for the 50 lb batch.
Kinect sand how to#
So, how to make kinetic sand and what is better ? A few tips I have based on feedback and personal experience are as follows: It was only a little bit dry, so I decided to add a bit more water and cornstarch, and its back to new. SARndbox-2.3 (112KB) (SHA1=61eb45466b88411e6678291d84d27058597e3fc5) Fixed some minor scaling issues and improved defaults for elevation and rain elevation ranges.We just pulled our box out today, January 12th, 2015, and its been roughly three months since we first made our batch.
Kinect sand software#
This software is based on the Vrui toolkit and the Kinect 3D video capture project, version numbers as indicated below.
All downloadable files are tagged with their SHA1 checksums to protect against corruption and tampering.
Kinect sand download#
The tarballs available for download below will expand into SARndbox- directories in the current directory. The tarballs contain README files with rudimentary build and use instructions please read them. The process is usually as simple as "make," but some minor changes might have to be made according to the target operating system.
Kinect sand install#
To build and install the software, refer to the included README file.
Kinect sand free#
The Augmented Reality Sandbox is free software, distributed under the GNU General Public License. The short-throw projector is mounted at the same height as the Kinect camera, but above to the rear long edge of the sandbox to account for its above-axis projection. Note: The second-generation Kinect (Kinect for Xbox One or Kinect for Windows v2) is not yet supported by the AR Sandbox software.Ī digital data projector with a digital video interface, such as HDMI, DVI, or DisplayPort.Ī sandbox with a way to mount the Kinect camera and the projector above the sandbox.įigure 1: Typical arrangement of projector and Kinect camera above a 40"x30" (1mx0.75m) AR Sandbox. All three are functionally identical, so get the cheapest model you can find. The AR Sandbox software, or rather the underlying Kinect 3D Video Package as of version 2.8, supports all three models of the first-generation Kinect (Kinect-for-Xbox 14 and Kinect for Windows). The AR Sandbox software, in principle, also runs on Mac OS X, but we advise against it.Ī Microsoft Kinect 3D camera. There is an even earlier project, Project Mimicry, of which we learned only later it also appears to only be in early testing phase.Īn AR Sandbox requires the following hardware components:Ī computer with a good graphics card, running any version of Linux. This project was inspired by a video created by a group of Czech researchers, who demonstrate an early prototype of an AR sandbox with elevation color mapping and some limited form of fluid flow. The system teaches geographic, geologic, and hydrologic concepts such as how to read a topography map, the meaning of contour lines, watersheds, catchment areas, levees, etc. The resulting augmented reality (AR) sandbox allows users to create topography models by shaping real sand, which is then augmented in real time by an elevation color map, topographic contour lines, and simulated water. We are primarily developing 3D visualization applications to teach earth science concepts, but we also built a hands-on exhibit combining a real sandbox, and virtual topography and water created using a closed loop of a Microsoft Kinect 3D camera, powerful simulation and visualization software, and a data projector.
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