Wosabi Wiki - User contributions [en]

Main Page

2024-09-10T13:23:34Z

Wouter:

Wosabi is a company that specializes in 3D, animation, games, and VR.
A long time ago, Wosabi produced the education VR-title [[Pythagorean-Temple]].

In order to make [[Gull_Kebap_VR]], the [[Python-Building-Generator]] was incepted.
The video-game/VR-title [[Gull_Kebap_VR]] is now available on steam [https://store.steampowered.com/app/867750/Gull_Kebap_VR].

A successor of [[Gull_Kebap_VR]] is [[Hit_Me_Baby]]. Support for more advanced types of motion, like waking in- entering- or leaving- trains.

Main Page

2024-08-28T17:28:59Z

Wouter:

Wosabi is a company that specializes in 3D, animation, games, and VR.
A long time ago, Wosabi produced the education VR-title [[Pythagorean-Temple]].

In order to make [[Gull_Kebap_VR]], the [[Python-Building-Generator]] was incepted.
The video-game/VR-title [[Gull_Kebap_VR]] is now available on steam[[https://store.steampowered.com/app/867750/Gull_Kebap_VR].

A successor of [[Gull_Kebap_VR]] is [[Hit_Me_Baby]]. Support for more advanced types of motion, like waking in- entering- or leaving- trains.

Main Page

2024-08-21T19:01:56Z

Wouter:

Wosabi is a company that specializes in 3D, animation, games, and VR.
A long time ago, Wosabi produced the education VR-title [[Pythagorean-Temple]].

In order to mage [[Gull_Kebap_VR]], the [[Python-Building-Generator]] was incepted.
The video-game/VR-title [[Gull_Kebap_VR]] is now available on steam[[https://store.steampowered.com/app/867750/Gull_Kebap_VR].

A successor of [[Gull_Kebap_VR]] is [[Hit_Me_Baby]]. Support for more advanced types of motion, like waking in- entering- or leaving- trains.

Main Page

2024-08-21T19:01:43Z

Wouter:

Wosabi is a company that specializes in 3D, animation, games, and VR.
A long time ago, Wosabi produced the education VR-title [[Pythagorean-Temple]].

In order to mage [[Gull_Kebap_VR]], the [[Python-Building-Generator]] was incepted.
The video-game/VR-title [[Gull_Kebap_VR]] is now available on steam[[https://store.steampowered.com/app/867750/Gull_Kebap_VR].

A successor of [Gull_Kebap_VR]] is [[Hit_Me_Baby]]. Support for more advanced types of motion, like waking in- entering- or leaving- trains.

Pythagorean-Temple

2024-08-19T18:48:25Z

Wouter:

[[Pythagorean-Temple]] is an educative [[Full-Dive_VR]] experience, that teaches the Pythagorean theorem.
The program can be found in the Windows App-store [https://images.app.goo.gl/eCkcTBBRqS2TZE627].

Pythagorean-Temple

2024-08-19T18:45:52Z

Wouter: Created page with "Pythagorean-temple is an educative Full-Dive_VR experience, that teaches the Pythagorean theorem."

[[Pythagorean-temple]] is an educative [[Full-Dive_VR]] experience, that teaches the Pythagorean theorem.

Main Page

2024-08-19T18:44:37Z

Wouter:

Main Page

2024-08-19T18:44:07Z

Wouter:

Wosabi is a company that specializes in 3D, animation, games, and VR.
A long time ago, Wosabi produced the education VR-title [Pythagorean-Temple].

In order to mage [[Gull_Kebap_VR]], the [[Python-Building-Generator]] was incepted.
The video-game/VR-title [[Gull_Kebap_VR]] is now available on steam[[https://store.steampowered.com/app/867750/Gull_Kebap_VR].

[[Hit_Me_Baby]]

Python-Building-Generator

2024-08-19T14:43:51Z

Wouter: Created page with "[Python-Building-Generator] is a procedural building generator that can export to ".bin" or to ".map". Where ".bin" is a set of convex polyhedra. and ".map" is a map file in Quake-3-Arena format. When applying set-theoretical operations on building-geometry, the inherent time-complexity of such an operation is quadratic. [Python-Building-Generator] uses a data-structure called [RTreeNode] within the underlying C++ code, in order to cut down on this time-complexity. This..."

[Python-Building-Generator] is a procedural building generator that can export to ".bin" or to ".map".
Where ".bin" is a set of convex polyhedra. and ".map" is a map file in Quake-3-Arena format.

When applying set-theoretical operations on building-geometry, the inherent time-complexity of such an operation is quadratic. [Python-Building-Generator] uses a data-structure called [RTreeNode] within the underlying C++ code, in order to cut down on this time-complexity. This data-structure is automatically used when using [Builder].

Main Page

2024-08-19T14:37:05Z

Wouter:

[[Python-Building-Generator]]

[[Gull_Kebap_VR]]

[[Hit_Me_Baby]]

Trace-line

2024-08-17T19:55:13Z

Wouter:

When given some geometry, a trace-line operation is analogous to a laser pointer and the intersecting laser-dot.
When given an beginning- and an end-vector, the function returns a fraction within the domain [0,1].

Whenever the [[trace-line]] is not intersected, a NaN can also be returned.

Trace-line

2024-08-17T19:52:45Z

Wouter:

Trace-line

2024-08-17T19:52:31Z

Wouter:

Trace-line

2024-08-17T19:52:10Z

Wouter: Created page with "When given some geometry, a trace-line operation is analogous to a laser pointer and the intersecting laser-dot. When given an beginning- and an end-vector, the function returns a fraction within the domain \[0,1 \]."

Full-Dive VR

2024-08-17T19:48:39Z

Wouter:

The definition of [[Full-Dive VR]] is given below:
Likely, the term Full-Dive VR is coined by Elon Musk.

*Your head will collide properly with geometry inside the game
*Reversed [[Continuous Collision Detection]] is used to bounce your head of the wall or ceiling
*The body is represented by a [[trace-line]] spring

For example, you can walk up a stairs with a Full-Dive VR game.
Also, you must be able to bump your head against the wall/ceiling.

The head of the user is treated like a god object. The position is set by the tracker-input.
All relevant geometry within the game has to account for this object.

If we define the entire body as a god object, we run into issues.
I.e. math-problems without solution. The sphere-case is solvable. Luckily this is sufficient for [[Full-Dive VR]].

Gull Kebap VR

2024-08-14T20:32:06Z

Wouter: /* Precompiled static global-illumination */

[[Gull Kebap_VR]] is a video game that features [[Full-Dive_VR]].
This term is sometimes used by Elon Musk to denote a sophisticated VR-experience.

What makes [[Gull_Kebap_VR]] into a [[Full-Dive_VR]] experience.

[[Gull_Kebap_VR]] is preferably played standing.
Seated mode is not fully functional and I believe this is a [[OpenVR]] issue.

The game is free to play in VR as well as in non-VR using a WASD/mouse interface [https://store.steampowered.com/app/867750/Gull_Kebap_VR/].

==Precompiled static global-illumination==
The Trinary-Space-Partition [https://en.wikipedia.org/wiki/Binary_space_partitioning] of the geometry within the game has a light-map.
Next to a lightmap, [[Gull_Kebap_VR]] also keeps track of volumetric lighting properties.
Position and orientation deterime the amount of light that can be gained.

The leads to a 5-dimensional tensor, that describes the radiosity of a specific level.

The level compiler for [[Gull_Kebap_VR]] uses a customizable amount of threads and runs in O(n log n) time.

Gull Kebap VR

2024-08-14T20:29:43Z

Wouter: /* Precompiled static global-illumination */

[[Gull Kebap_VR]] is a video game that features [[Full-Dive_VR]].
This term is sometimes used by Elon Musk to denote a sophisticated VR-experience.

What makes [[Gull_Kebap_VR]] into a [[Full-Dive_VR]] experience.

[[Gull_Kebap_VR]] is preferably played standing.
Seated mode is not fully functional and I believe this is a [[OpenVR]] issue.

The game is free to play in VR as well as in non-VR using a WASD/mouse interface [https://store.steampowered.com/app/867750/Gull_Kebap_VR/].

==Precompiled static global-illumination==
The [[Trinary-Space-Partition]] of the geometry within the game has a light-map.
Next to a lightmap, [[Gull_Kebap_VR]] also keeps track of volumetric lighting properties.
Position and orientation deterime the amount of light that can be gained.

The leads to a 5-dimensional tensor, that describes the radiosity of a specific level.

The level compiler for [[Gull_Kebap_VR]] uses a customizable amount of threads and runs in O(n log n) time.

Gull Kebap VR

2024-08-14T20:28:47Z

Wouter:

[[Gull Kebap_VR]] is a video game that features [[Full-Dive_VR]].
This term is sometimes used by Elon Musk to denote a sophisticated VR-experience.

What makes [[Gull_Kebap_VR]] into a [[Full-Dive_VR]] experience.

[[Gull_Kebap_VR]] is preferably played standing.
Seated mode is not fully functional and I believe this is a [[OpenVR]] issue.

The game is free to play in VR as well as in non-VR using a WASD/mouse interface [https://store.steampowered.com/app/867750/Gull_Kebap_VR/].

==Precompiled static global-illumination==
The [[trinary_space_partition]] of the geometry within the game has a light-map.
Next to a lightmap, [[Gull_Kebap_VR]] also keeps track of volumetric lighting properties.
Position and orientation deterime the amount of light that can be gained.

The leads to a 5-dimensional tensor, that describes the radiosity of a specific level.

The level compiler for [[Gull_Kebap_VR]] uses a customizable amount of threads and runs in O(n log n) time.

Gull Kebap VR

2024-08-14T20:26:39Z

Wouter:

[[Gull Kebap_VR]] is a video game that features [[Full-Dive_VR]].
This term is sometimes used by Elon Musk to denote a sophisticated VR-experience.

What makes [[Gull_Kebap_VR]] into a [[Full-Dive_VR]] experience.

[[Gull_Kebap_VR]] is preferably played standing.
Seated mode is not fully functional and I believe this is a [[OpenVR]] issue.

The game is free to play in VR as well as in non-VR using a WASD/mouse interface [https://store.steampowered.com/app/867750/Gull_Kebap_VR/].

==Precompiled static global-illumination==
The [[trinary-space-partition]] of the geometry within the game has a light-map.
Next to a lightmap, [[Gull_Kebap_VR]] also keeps track of volumetric lighting properties.
Position and orientation deterime the amount of light that can be gained.

The leads to a 5-dimensional tensor, that describes the radiosity of a specific level.

The level compiler for [[Gull_Kebap_VR]] uses a customizable amount of threads and runs in O(n log n) time.

Gull Kebap VR

2024-08-14T20:26:17Z

Wouter:

Gull Kebap VR is a video game that features [[Full-Dive_VR]].
This term is sometimes used by Elon Musk to denote a sophisticated VR-experience.

What makes [[Gull_Kebap_VR]] into a [[Full-Dive_VR]] experience.

[[Gull_Kebap_VR]] is preferably played standing.
Seated mode is not fully functional and I believe this is a [[OpenVR]] issue.

The game is free to play in VR as well as in non-VR using a WASD/mouse interface [https://store.steampowered.com/app/867750/Gull_Kebap_VR/].

==Precompiled static global-illumination==
The [[trinary-space-partition]] of the geometry within the game has a light-map.
Next to a lightmap, [[Gull_Kebap_VR]] also keeps track of volumetric lighting properties.
Position and orientation deterime the amount of light that can be gained.

The leads to a 5-dimensional tensor, that describes the radiosity of a specific level.

The level compiler for [[Gull_Kebap_VR]] uses a customizable amount of threads and runs in O(n log n) time.

Gull Kebap VR

2024-08-14T20:25:09Z

Wouter:

Gull Kebap VR is a video game that features Full-Dive-VR.
This term is sometimes used by Elon Musk to denote a sophisticated VR-experience.

What makes [[Gull_Kebap_VR]] into a [[Full-Dive_VR]] experience.

[[Gull_Kebap_VR]] is preferably played standing.
Seated mode is not fully functional and I believe this is a [[OpenVR]] issue.

The game is free to play in VR as well as in non-VR using a WASD/mouse interface [https://store.steampowered.com/app/867750/Gull_Kebap_VR/].

==Precompiled static global-illumination==
The [[trinary-space-partition]] of the geometry within the game has a light-map.
Next to a lightmap, [[Gull_Kebap_VR]] also keeps track of volumetric lighting properties.
Position and orientation deterime the amount of light that can be gained.

The leads to a 5-dimensional tensor, that describes the radiosity of a specific level.

The level compiler for [[Gull_Kebap_VR]] uses a customizable amount of threads and runs in O(n log n) time.

Gull Kebap VR

2024-08-14T20:24:36Z

Wouter:

Gull Kebap VR is a video game that features Full-Dive-VR.
This term is sometimes used by Elon Musk to denote a sophisticated VR-experience.

What makes [[Gull_Kebap_VR]] into a [[Full-Dive VR]] experience.

[[Gull_Kebap_VR]] is preferably played standing.
Seated mode is not fully functional and I believe this is a [[OpenVR]] issue.

The game is free to play in VR as well as in non-VR using a WASD/mouse interface [https://store.steampowered.com/app/867750/Gull_Kebap_VR/].

==Precompiled static global-illumination==
The [[trinary-space-partition]] of the geometry within the game has a light-map.
Next to a lightmap, [[Gull_Kebap_VR]] also keeps track of volumetric lighting properties.
Position and orientation deterime the amount of light that can be gained.

The leads to a 5-dimensional tensor, that describes the radiosity of a specific level.

The level compiler for [[Gull_Kebap_VR]] uses a customizable amount of threads and runs in O(n log n) time.

Hit Me Baby

2024-08-14T20:17:45Z

Wouter: /* Models with ray-traced shadows */

Hit me baby is the successor of [[Gull_Kebap_VR]].
The base-code is adopted from [[Gull_Kebap VR]].
A couple of new features are:

==Support for transparent geometry==
The refraction index always remains 1. But the transparent geometry handles [[radiosity]] pretty well. It is possible to make a structure out of multiple [[polyheda]]. The intermediate surfaces are cut away.
The result is pretty.

==Noise filter on lightmap==
Hit me baby uses a 16*3=48 bit lightmap. The lightmap is compressed using [[dual-jpeg]].
Depending on the CPU of the computer that compiles the level geometry into a [[maps]] file, lightmaps can get ugly if not that many rays are used.
The noise-filter algorithm produces pretty results even when using insufficient processing power.

==Models with ray-traced shadows==
Although the plastic-phong-shading on the models is not ray-traced, the shadows of these models are.
Just like the trees in [[Gull_Kebap_VR]].

==Pretty but inaccurate bump-mapping==
An imperfect attempt at bump-mapping is made.
Emissive textures do not contribute to the bump-mapping. Nor do omni-lightsources cast shadows.

Hit Me Baby

2024-08-14T20:17:13Z

Wouter: /* Models with ray-traced shadows */

Hit me baby is the successor of [[Gull_Kebap_VR]].
The base-code is adopted from [[Gull_Kebap VR]].
A couple of new features are:

==Support for transparent geometry==
The refraction index always remains 1. But the transparent geometry handles [[radiosity]] pretty well. It is possible to make a structure out of multiple [[polyheda]]. The intermediate surfaces are cut away.
The result is pretty.

==Noise filter on lightmap==
Hit me baby uses a 16*3=48 bit lightmap. The lightmap is compressed using [[dual-jpeg]].
Depending on the CPU of the computer that compiles the level geometry into a [[maps]] file, lightmaps can get ugly if not that many rays are used.
The noise-filter algorithm produces pretty results even when using insufficient processing power.

==Models with ray-traced shadows==
Although the plastic-phong-shading on the models is not ray-traced, the shadows of these models are.
Just like the trees in [[Gull-Kebap_VR]].

==Pretty but inaccurate bump-mapping==
An imperfect attempt at bump-mapping is made.
Emissive textures do not contribute to the bump-mapping. Nor do omni-lightsources cast shadows.

Hit Me Baby

2024-08-14T20:15:11Z

Wouter: /* Noise filter on lightmap */

Hit me baby is the successor of [[Gull_Kebap_VR]].
The base-code is adopted from [[Gull_Kebap VR]].
A couple of new features are:

==Support for transparent geometry==
The refraction index always remains 1. But the transparent geometry handles [[radiosity]] pretty well. It is possible to make a structure out of multiple [[polyheda]]. The intermediate surfaces are cut away.
The result is pretty.

==Noise filter on lightmap==
Hit me baby uses a 16*3=48 bit lightmap. The lightmap is compressed using [[dual-jpeg]].
Depending on the CPU of the computer that compiles the level geometry into a [[maps]] file, lightmaps can get ugly if not that many rays are used.
The noise-filter algorithm produces pretty results even when using insufficient processing power.

==Models with ray-traced shadows==
Although the plastic-phong-shading on the models is not ray-traced, the shadows of these models are.
Just like the trees in [[Gull-Kebap VR]].

==Pretty but inaccurate bump-mapping==
An imperfect attempt at bump-mapping is made.
Emissive textures do not contribute to the bump-mapping. Nor do omni-lightsources cast shadows.

Hit Me Baby

2024-08-14T20:13:59Z

Wouter:

Hit me baby is the successor of [[Gull_Kebap_VR]].
The base-code is adopted from [[Gull_Kebap VR]].
A couple of new features are:

==Support for transparent geometry==
The refraction index always remains 1. But the transparent geometry handles [[radiosity]] pretty well. It is possible to make a structure out of multiple [[polyheda]]. The intermediate surfaces are cut away.
The result is pretty.

==Noise filter on lightmap==
Hit me baby uses a 16*3=48 bit lightmap. The lightmap is compressed using [[dual-jpeg]].
Depending on the CPU of the computer that compiles the level geometry into a [[maps]] file, lightmaps can get ugly is not that many rays are used.
The noise-filter algorithm produces pretty results even when using insufficient processing power.

==Models with ray-traced shadows==
Although the plastic-phong-shading on the models is not ray-traced, the shadows of these models are.
Just like the trees in [[Gull-Kebap VR]].

==Pretty but inaccurate bump-mapping==
An imperfect attempt at bump-mapping is made.
Emissive textures do not contribute to the bump-mapping. Nor do omni-lightsources cast shadows.

Hit Me Baby

2024-08-14T20:13:18Z

Wouter:

Hit me baby is the successor of [[Gull_Kebap_VR]].
The base-code is adopted from [[Gull_Kebap VR]].
A couple of new features are:

==Support for transparent geometry==
The refraction index always remains 1. But the transparent geometry handles [[radiosity]] pretty well. It is possible to make a structure out of multiple [[polyheda]]. The intermediate surfaces are cut away.
The result is pretty.

==Noise filter on lightmap==
Hit me baby uses a 16*3=48 bit lightmap. The lightmap is compressed using [[dual-jpeg]].
Depending on the CPU of the computer that compiles the level geometry into a [[maps]] file, lightmaps can get ugly is not that many rays are used.
The noise-filter algorithm produces pretty results even when using insufficient processing power.

==Models with ray-traced shadows==
Although the plastic-phong-shading on the models is not ray-traced, the shadows of these models are.
Just like the trees in [[Gull-Kebap VR]].

==Pretty buy inaccurate bump-mapping==
An imperfect attempt at bump-mapping is made.
Emissive textures do not contribute to the bump-mapping. Nor do omni-lightsources cast shadows.

Hit Me Baby

2024-08-14T20:12:51Z

Wouter:

Hit me baby is the successor of [[Gull_Kebap_VR]].
The base-code is adopted from [[Gull_Kebap VR]].
A couple of new weatures are:

==Support for transparent geometry==
The refraction index always remains 1. But the transparent geometry handles [[radiosity]] pretty well. It is possible to make a structure out of multiple [[polyheda]]. The intermediate surfaces are cut away.
The result is pretty.

==Noise filter on lightmap==
Hit me baby uses a 16*3=48 bit lightmap. The lightmap is compressed using [[dual-jpeg]].
Depending on the CPU of the computer that compiles the level geometry into a [[maps]] file, lightmaps can get ugly is not that many rays are used.
The noise-filter algorithm produces pretty results even when using insufficient processing power.

==Models with ray-traced shadows==
Although the plastic-phong-shading on the models is not ray-traced, the shadows of these models are.
Just like the trees in [[Gull-Kebap VR]].

==Pretty buy inaccurate bump-mapping==
An imperfect attempt at bump-mapping is made.
Emissive textures do not contribute to the bump-mapping. Nor do omni-lightsources cast shadows.

Full-Dive VR

2024-08-14T19:59:37Z

Wouter:

The definition of [[Full-Dive VR]] is given below:
Likely, the term Full-Dive VR is coined by Elon Musk.

*Your head will collide properly with geometry inside the game
*Reversed [[Continuous Collision Detection]] is used to bounce your head of the wall or ceiling
*The body is represented by a spring

For example, you can walk up a stairs with a Full-Dive VR game.
Also, you must be able to bump your head against the wall/ceiling.

The head of the user is treated like a god object. The position is set by the tracker-input.
All relevant geometry within the game has to account for this object.

If we define the entire body as a god object, we run into issues.
I.e. math-problems without solution. The sphere-case is solvable. Luckily this is sufficient for [[Full-Dive VR]].

Full-Dive VR

2024-08-14T19:53:00Z

Wouter:

Continuous Collision Detection

2023-12-31T18:26:54Z

Wouter:

[[Continuous Collision Detection]] is the science of deciding how an when multiple bodies collide. Sometimes [[CCD]] is referred to as 4D-[[CCD]], but this term is not really valid because [[CCD]] only uses time-axis-orthogonal hyper-slices.

==Rigid Body Continuous Collision Detection==
Rigid-body-[[CCD]], was the topic of Wouter L. B. Buddingh' his Master's thesis [https://pure.tue.nl/ws/portalfiles/portal/46957730/772058-1.pdf].

The reference above is to Wouter Buddingh' his master thesis. You might also want to read the paper. The original publication date would have been The third or Janurari 2017 [https://www.wosabi.com/CCD%20paper.pdf]. D2M is a product of Eindhoven University of Technology.

Continuous Collision Detection

2023-12-31T18:25:26Z

Wouter:

[[Continuous Collision Detection]] is the science of deciding how an when multiple bodies collide. Sometimes [[CCD]] is referred to as 4D-[[CCD]], but this term is not really valid because [[CCD]] only uses time-axis-orthogonal hyper-slices.

==Rigid Body Continuous Collision Detection==
Rigid-body-[[CCD]], was the topic of Wouter L. B. Buddingh' his Master's thesis [[https://pure.tue.nl/ws/portalfiles/portal/46957730/772058-1.pdf]].

The reference above is to Wouter Buddingh' his master thesis. You might also want to read the paper. The original publication date would have been The third or Janurari 2017 [https://www.wosabi.com/CCD%20paper.pdf]. D2M is a product of Eindhoven University of Technology.

Continuous Collision Detection

2023-12-31T18:10:10Z

Wouter:

[[Continuous Collision Detection]] is the science of deciding how an when multiple bodies collide. Sometimes [[CCD]] is referred to as 4D-[[CCD]], but this term is not really valid because [[CCD]] only uses time-axis-orthogonal hyper-slices.

==Rigid Body Continuous Collision Detection==
Rigid-body-[[CCD]], was the topic of Wouter L. B. Buddingh' his Master's thesis [[https://pure.tue.nl/ws/portalfiles/portal/46957730/772058-1.pdf]].

The reference above is to Wouter Buddingh' his master thesis. You might also want to read the paper. The original publication date would have been January, third 2017 [https://www.wosabi.com/CCD%20paper.pdf].

Continuous Collision Detection

2023-12-31T17:46:34Z

Wouter:

Continuous Collision Detection

2023-12-31T17:44:30Z

Wouter:

Continuous Collision Detection

2023-12-31T17:44:10Z

Wouter:

Continuous Collision Detection

2023-12-31T17:43:44Z

Wouter:

[[Continuous Collision Detection]] is the science of deciding how an when multiple bodies collide. Sometimes [[CCD]] is referred to as [[4D-[[CCD]]]], but this term is not really valid because [[CCD]] only uses time-axis-orthogonal hyper-slices.

==Rigid Body Continous Collision Detection==
[[Rigid-body-[[CCD]]]], was the topic of Wouter L. B. Buddingh''s Master's thesis [[https://pure.tue.nl/ws/portalfiles/portal/46957730/772058-1.pdf]].

Continuous Collision Detection

2023-12-31T17:42:23Z

Wouter:

[[Continuous Collision Detection]] is the science of deciding how an when multiple bodies collide. Sometimes [[CCD]] is referred to as 4D-CCD, but this term is not really valid because [[CCD]] only uses time-axis-orthogonal hyper-slices.

==Rigid Body Continous Collision Detection==
Rigid-body-[[CCD]], was the topic of Wouter L. B. Buddingh''s Master's thesis [[https://pure.tue.nl/ws/portalfiles/portal/46957730/772058-1.pdf]].

CCD

2023-12-31T17:38:50Z

Wouter: Created page with "A short-hand for Continuous Collision Detection."

A short-hand for [[Continuous Collision Detection]].

Continuous Collision Detection

2023-12-31T17:38:29Z

Wouter: Created page with "Continuous Collision Detection is the science of deciding how an when multiple bodies collide. Sometimes CCD is referred to as 4D-CCD, but this term is not really valid because CCD only uses time-axis-orthogonal hyper-slices."

Gull Kebap VR

2023-12-31T17:19:50Z

Wouter:

Gull Kebap VR

2023-12-31T17:19:11Z

Wouter:

Hit Me Baby

2023-12-31T17:15:38Z

Wouter: Created page with "Hit me baby is the successor of Gull_Kebap_VR."

Hit me baby is the successor of [[Gull_Kebap_VR]].

Main Page

2023-12-31T17:15:10Z

Wouter:

[[Gull_Kebap_VR]]

[[Hit_Me_Baby]]

Main Page

2023-12-31T17:14:55Z

Wouter:

[[Gull_Kebap_VR]]
[[Hit_Me_Baby]]

Full-Dive VR

2023-12-31T17:13:44Z

Wouter: Created page with "The definition of Full-Dive VR is given below: Likely, the term Full-Dive VR is coined by Elon Musk. *Your head will collide properly with geometry inside the game *Inverse Continuous Collision Detection is used to bounce your head of the wall or ceiling *The body is represented by a spring For example, you can walk up a stairs with a Full-Dive VR game. Also, you must be able to bump your head against the wall/ceiling."

The definition of [[Full-Dive VR]] is given below:
Likely, the term Full-Dive VR is coined by Elon Musk.

*Your head will collide properly with geometry inside the game
*Inverse [[Continuous Collision Detection]] is used to bounce your head of the wall or ceiling
*The body is represented by a spring

For example, you can walk up a stairs with a Full-Dive VR game.
Also, you must be able to bump your head against the wall/ceiling.

Gull Kebap VR

2023-12-31T17:09:04Z

Wouter:

Gull Kebap VR

2023-12-31T17:05:56Z

Wouter:

Gull Kebap VR is a video game that features Full-Dive-VR.
This term is somtimes used by Elon Musk to denote a sophisticated VR-experience.

What makes [[Gull_Kebap_VR]] into a Full-Dive VR experience.

*Your head will collide properly with geometry inside the game
*Inverse Continuous Collision Detection is used to bounce your head of the wall or ceiling

preferably

Gull Kebap VR

2023-12-31T16:58:29Z

Wouter: Created page with "Test"

Test

Main Page

2023-12-31T16:58:20Z

Wouter:

<strong>MediaWiki has been installed.</strong>

[[Gull_Kebap_VR]]