Home / Programmi Tv Dmax / Nudi e crudi <<< >>>

euclidean virtual reality

Fai in Vetrina

Try at http://h3.hypernom.com and http://h2xe.hypernom.com.

Controls: wasd rotates, arrow keys move, numbers change decoration, c changes colours.

Also works on smartphones - touch the screen to move forwards..

.

If you have a Vive, you may be able to get this to work on Firefox - press v then enter to get graphics showing on the headset.

No guarantees though, WebVR is a fast moving target..

.

This is joint work with Vi Hart, Andrea Hawksley and Sabetta Matsumoto..

.

Papers: http://archive.bridgesmathart.org/201..., http://archive.bridgesmathart.org/201....

Code: https://github.com/hawksley/hypVR, https://github.com/henryseg/H2xE_VR

Rispondi a: (Not Shown)

Riporta Abuso Post# A969953 Viste

Tag:

NO OK contatti per fini commerciali.

computer monitor confines these three-dimensional visualizations.
Only virtual reality recently made it possible to present immersive experien ces of non-Euclidean geometries.
In virtual reality, users have completely new opportunities to encounter geometric properties and effects that are not present in their surrounding Euclidean worldEuclidean; a game of geometric horror; a slow descent into the dark, into madness, futility, and despair, where Things greater than you watch and wait and dream.
Struggle for every second of life you have left… Even knowing you’re better off dead.
Key Features [edit | edit source] An endless faller through tense otherworldly environmentVirtual simulations of three-dimensional non-euclidean spaces, available at h3.hypernom.com and h2 xe.
hypernom.
com.
These are designed to work with the HTC Vive virtual reality system, on mobiles phones that have gyroscopes, and on ordinary computersThe upshot is that exploring non-Euclidean worlds via virtual reality will be deeply weird.
In order for the scientists to translate this weird realm to a VR space, they had to include at least a..In this work, we present preliminary results of ongoing research in the development of an augmented reality system to facilitate learning of Euclidean vectors properties in physics.
The system aids the user to understand physical concepts, such as magnitude and direction, along with operations like addition, subtraction and cross product of vectors, by visualizing augmented virtual components merged in a user-interaction environmentNon-euclidean spaces are still seen as unintuitive and exotic, but with direct immersive experiences, we can get a better intuitive feel for them.
The latest wave of virtual reality hardware, in particular, the HTC Vive, tracks both the orientation and the position of the headset within a room-sized volume, allowing for such an experienceWhen the user moves their head, the virtual reality headset detects this movement in the three-dimensional euclidean space in which we live.
The difference in position between two subsequent frames is some vector, which gives us the translation of the user dr.3 We then generate the isometry exp(M), and apply it to al

Fai in Vetrina