LEAP MOTION AUGMENTED REALITY UPDATE
LEAP MOTION AUGMENTED REALITY SOFTWARE

The distance is ranged from 45 cm to 65 cm and the height is ranged from 25 cm to 30 cm. The Leap Motion Controller 2 lets you interact with your virtual surroundings in a way that feels natural and intuitive. As one of the lead engineers on Project North Star, I believe that augmented reality can be a truly compelling platform for human-computer interaction. The first is Augmented Reality (AR) experiment which authenticates that the distance and the height parameters are the keys to get a 100% success in running the gamelan simulation. At Leap Motion, we’re always looking to advance our interactions in ways that push our hardware and software. To help us insure we adhere to various privacy regulations, please select your country/region of residence. By viewing our content, you are accepting the use of cookies. This site uses cookies to improve your experience. There are two kinds of an experiment performed in this research. Top content on 2021, Augmented Reality and Leap Motion as selected by the Virtual Reality Pulse community. This study combines the modern technology of AR and Leap Motion and also utilizes the sophisticated smartphone to develop a gamelan simulation that is presentable to the user.

One of the traditional musical instrument from Indonesia is gamelan, that is now less desirable because people nowadays prefer to play modern musical instruments, or because of its expensive price. In addition, two parts were combined into one.Virtual instrument, hand gesture, traditional music, head mounted display (HMD) Abstract Today we are going to make some fidget spinners in Augmented Reality and Virtual Reality with a DIY Hololens of sorts.

The biggest cut in print time comes from the fact that we no longer need support material on the lateral overhangs.

LEAP MOTION AUGMENTED REALITY UPDATE

Mechanical Update 3.1 introduces a simplified optics assembly, designated #130-000, that cuts print time in half (as well as being much sturdier). Check out our GitHub project for instructions on the calibration process.īuilding on feedback from the developer community, we’ve made the assembly easier and faster to put together. This means that auto-calibration can find best possible image quality within a few minutes. The optimization algorithm finds the best distortion parameters automatically by comparing images inside the headset with a known reference. With the North Star calibrator, we’ve automated this step using two visible-light stereo cameras.

LEAP MOTION AUGMENTED REALITY SOFTWARE

We have to compensate for this in software to produce a convergent image that minimizes eye strain.īefore we designed the calibration stand, each headset would need to have its screen positions and orientations manually compensated for in software. Introducing the Calibration RigĪs we discussed in our post on the North Star calibration system, small variations in the headset’s optical components affect the alignment of the left- and right-eye images. Thanks to feedback from the developer community, we’ve focused on lower part counts, minimizing support material, and reducing the barriers to entry as much as possible. Since our last major release, we’ve streamlined Project North Star even further, including improvements to the calibration system and a simplified optics assembly that 3D prints in half the time. The future of open source augmented reality just got easier to build.

Leap motion augmented reality