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nmimo.studio
Nicolas Mimault
Artist-designer
XR · Light ·
// @oye_label @vrtx_light 🥷🏴☠️
Residency: @le_sample_bagnolet
Back @fatamorganafestival 2025!
I was able to present for the first time, on a large cliff, a contemplative art installation that I have been working on for several months.
My work focuses on laser lenses that generate infinite diffractions thanks to patterns and colors that evolve in a progressive and random manner.
I will soon have the opportunity to give you more details about this project, for which I am currently unable to choose a name ⚡
🎥 @h.nouneyes
#mapping #lasershow #lightart #vjing
Retour sur la collaboration entre le festival @beton_lehavre et le collectif @vrtx_light qui a réalisé la scénographie du concert @fipradio 360 à l'église Saint Joseph.
Un événement unique dans un cadre exceptionnel, où la lumière et les lasers ont sublimé l'édifice brutaliste et la musique de @superpoze_
En récompense, une magnifique captation d'une heure tout en douceur, réalisée par @celidjah et @emiledarvesblanc et disponible sur @france.tv
Team Vortex : @nicomimault & @gabriellefrom51
Direction artistique : @antoine_mollet_
Direction technique : @leondinow
Direction de projet : @brobrooooooo, @fantin_
Direction de production: @manon_something
Images : @mickaelliblin & @jb.gagnere
🌀
Retour sur la collaboration entre le festival @beton_lehavre et le collectif @vrtx_light qui a réalisé la scénographie du concert @fipradio 360 à l'église Saint Joseph.
Un événement unique dans un cadre exceptionnel, où la lumière et les lasers ont sublimé l'édifice brutaliste et la musique de @superpoze_
En récompense, une magnifique captation d'une heure tout en douceur, réalisée par @celidjah et @emiledarvesblanc et disponible sur @france.tv
Team Vortex : @nicomimault & @gabriellefrom51
Direction artistique : @antoine_mollet_
Direction technique : @leondinow
Direction de projet : @brobrooooooo, @fantin_
Direction de production: @manon_something
Images : @mickaelliblin & @jb.gagnere
🌀
Retour sur la collaboration entre le festival @beton_lehavre et le collectif @vrtx_light qui a réalisé la scénographie du concert @fipradio 360 à l'église Saint Joseph.
Un événement unique dans un cadre exceptionnel, où la lumière et les lasers ont sublimé l'édifice brutaliste et la musique de @superpoze_
En récompense, une magnifique captation d'une heure tout en douceur, réalisée par @celidjah et @emiledarvesblanc et disponible sur @france.tv
Team Vortex : @nicomimault & @gabriellefrom51
Direction artistique : @antoine_mollet_
Direction technique : @leondinow
Direction de projet : @brobrooooooo, @fantin_
Direction de production: @manon_something
Images : @mickaelliblin & @jb.gagnere
🌀
Retour sur la collaboration entre le festival @beton_lehavre et le collectif @vrtx_light qui a réalisé la scénographie du concert @fipradio 360 à l'église Saint Joseph.
Un événement unique dans un cadre exceptionnel, où la lumière et les lasers ont sublimé l'édifice brutaliste et la musique de @superpoze_
En récompense, une magnifique captation d'une heure tout en douceur, réalisée par @celidjah et @emiledarvesblanc et disponible sur @france.tv
Team Vortex : @nicomimault & @gabriellefrom51
Direction artistique : @antoine_mollet_
Direction technique : @leondinow
Direction de projet : @brobrooooooo, @fantin_
Direction de production: @manon_something
Images : @mickaelliblin & @jb.gagnere
🌀
Retour sur la collaboration entre le festival @beton_lehavre et le collectif @vrtx_light qui a réalisé la scénographie du concert @fipradio 360 à l'église Saint Joseph.
Un événement unique dans un cadre exceptionnel, où la lumière et les lasers ont sublimé l'édifice brutaliste et la musique de @superpoze_
En récompense, une magnifique captation d'une heure tout en douceur, réalisée par @celidjah et @emiledarvesblanc et disponible sur @france.tv
Team Vortex : @nicomimault & @gabriellefrom51
Direction artistique : @antoine_mollet_
Direction technique : @leondinow
Direction de projet : @brobrooooooo, @fantin_
Direction de production: @manon_something
Images : @mickaelliblin & @jb.gagnere
🌀
Retour sur la collaboration entre le festival @beton_lehavre et le collectif @vrtx_light qui a réalisé la scénographie du concert @fipradio 360 à l'église Saint Joseph.
Un événement unique dans un cadre exceptionnel, où la lumière et les lasers ont sublimé l'édifice brutaliste et la musique de @superpoze_
En récompense, une magnifique captation d'une heure tout en douceur, réalisée par @celidjah et @emiledarvesblanc et disponible sur @france.tv
Team Vortex : @nicomimault & @gabriellefrom51
Direction artistique : @antoine_mollet_
Direction technique : @leondinow
Direction de projet : @brobrooooooo, @fantin_
Direction de production: @manon_something
Images : @mickaelliblin & @jb.gagnere
🌀
Retour sur la collaboration entre le festival @beton_lehavre et le collectif @vrtx_light qui a réalisé la scénographie du concert @fipradio 360 à l'église Saint Joseph.
Un événement unique dans un cadre exceptionnel, où la lumière et les lasers ont sublimé l'édifice brutaliste et la musique de @superpoze_
En récompense, une magnifique captation d'une heure tout en douceur, réalisée par @celidjah et @emiledarvesblanc et disponible sur @france.tv
Team Vortex : @nicomimault & @gabriellefrom51
Direction artistique : @antoine_mollet_
Direction technique : @leondinow
Direction de projet : @brobrooooooo, @fantin_
Direction de production: @manon_something
Images : @mickaelliblin & @jb.gagnere
🌀
Retour sur la collaboration entre le festival @beton_lehavre et le collectif @vrtx_light qui a réalisé la scénographie du concert @fipradio 360 à l'église Saint Joseph.
Un événement unique dans un cadre exceptionnel, où la lumière et les lasers ont sublimé l'édifice brutaliste et la musique de @superpoze_
En récompense, une magnifique captation d'une heure tout en douceur, réalisée par @celidjah et @emiledarvesblanc et disponible sur @france.tv
Team Vortex : @nicomimault & @gabriellefrom51
Direction artistique : @antoine_mollet_
Direction technique : @leondinow
Direction de projet : @brobrooooooo, @fantin_
Direction de production: @manon_something
Images : @mickaelliblin & @jb.gagnere
🌀
Retour sur la collaboration entre le festival @beton_lehavre et le collectif @vrtx_light qui a réalisé la scénographie du concert @fipradio 360 à l'église Saint Joseph.
Un événement unique dans un cadre exceptionnel, où la lumière et les lasers ont sublimé l'édifice brutaliste et la musique de @superpoze_
En récompense, une magnifique captation d'une heure tout en douceur, réalisée par @celidjah et @emiledarvesblanc et disponible sur @france.tv
Team Vortex : @nicomimault & @gabriellefrom51
Direction artistique : @antoine_mollet_
Direction technique : @leondinow
Direction de projet : @brobrooooooo, @fantin_
Direction de production: @manon_something
Images : @mickaelliblin & @jb.gagnere
🌀
Retour sur la collaboration entre le festival @beton_lehavre et le collectif @vrtx_light qui a réalisé la scénographie du concert @fipradio 360 à l'église Saint Joseph.
Un événement unique dans un cadre exceptionnel, où la lumière et les lasers ont sublimé l'édifice brutaliste et la musique de @superpoze_
En récompense, une magnifique captation d'une heure tout en douceur, réalisée par @celidjah et @emiledarvesblanc et disponible sur @france.tv
Team Vortex : @nicomimault & @gabriellefrom51
Direction artistique : @antoine_mollet_
Direction technique : @leondinow
Direction de projet : @brobrooooooo, @fantin_
Direction de production: @manon_something
Images : @mickaelliblin & @jb.gagnere
🌀
How to Create a Video Game with Gaussian Splatting
I recently bought an Insta360 camera and decided to recreate the Père Lachaise Cemetery in 3D. Here's the workflow I used:
-Export the 360 footage frames at 5fps.
-Use a script to convert the footage into planar images (panorama to planar projection _ GitHub Maxviper)
-Align the cameras in Reality Capture to save time.
-Import everything into Postshot to generate the Gaussians (pay attention to the splat count!).
-Import the Gaussian data into Unreal Engine (I’m using XD3VGS).
-Add visual effects and lighting.
-Refine your design
#GameDevelopment #GaussianSplatting #RealityCapture #Photogrammetry #360Camera @insta360
Port-Blanc, Penvénan, the Rocher du Voleur.
A coastal cliff reconstructed with Gaussian Splatting.
The algorithm keeps what the camera walked close to: rock, path, grass. The sea dissolves. Too much movement, too much distance.
Looking toward the water from the edge of the scene, the sea becomes particles.
Walking through the reconstruction reveals its limits.
1 — Traveling through the reconstructed scene
2 — Gaussian Splatting training | PostShot
3 — 360° capture extract | Insta360 X4
4 — Scene capture — coastal rocks, Rocher du Voleur
5 — Scene capture — rocks & sea
6 — Radiance field frontier — lateral view
7 — Radiance field — top view, abstract
9 — Abstract capture — sea surface
10 — Radiance field — low angle, rock & horizon
11 — Abstract capture — from “underwater”
Training
Method: Gaussian Splatting (PostShot)
Images: 1,020
Aligned: 785 (RealityCapture)
Splats: 1.6M
Capture duration: 4:47 min
360 POV frames: 277
Location: Port-Blanc, Penvénan, Côtes-d’Armor, Bretagne
Interaction
#gaussiansplatting #3dgs #unrealengine #touchdesigner #gamedev @unrealengine @touchdesigner @epicgames
Port-Blanc, Penvénan, the Rocher du Voleur.
A coastal cliff reconstructed with Gaussian Splatting.
The algorithm keeps what the camera walked close to: rock, path, grass. The sea dissolves. Too much movement, too much distance.
Looking toward the water from the edge of the scene, the sea becomes particles.
Walking through the reconstruction reveals its limits.
1 — Traveling through the reconstructed scene
2 — Gaussian Splatting training | PostShot
3 — 360° capture extract | Insta360 X4
4 — Scene capture — coastal rocks, Rocher du Voleur
5 — Scene capture — rocks & sea
6 — Radiance field frontier — lateral view
7 — Radiance field — top view, abstract
9 — Abstract capture — sea surface
10 — Radiance field — low angle, rock & horizon
11 — Abstract capture — from “underwater”
Training
Method: Gaussian Splatting (PostShot)
Images: 1,020
Aligned: 785 (RealityCapture)
Splats: 1.6M
Capture duration: 4:47 min
360 POV frames: 277
Location: Port-Blanc, Penvénan, Côtes-d’Armor, Bretagne
Interaction
#gaussiansplatting #3dgs #unrealengine #touchdesigner #gamedev @unrealengine @touchdesigner @epicgames
Port-Blanc, Penvénan, the Rocher du Voleur.
A coastal cliff reconstructed with Gaussian Splatting.
The algorithm keeps what the camera walked close to: rock, path, grass. The sea dissolves. Too much movement, too much distance.
Looking toward the water from the edge of the scene, the sea becomes particles.
Walking through the reconstruction reveals its limits.
1 — Traveling through the reconstructed scene
2 — Gaussian Splatting training | PostShot
3 — 360° capture extract | Insta360 X4
4 — Scene capture — coastal rocks, Rocher du Voleur
5 — Scene capture — rocks & sea
6 — Radiance field frontier — lateral view
7 — Radiance field — top view, abstract
9 — Abstract capture — sea surface
10 — Radiance field — low angle, rock & horizon
11 — Abstract capture — from “underwater”
Training
Method: Gaussian Splatting (PostShot)
Images: 1,020
Aligned: 785 (RealityCapture)
Splats: 1.6M
Capture duration: 4:47 min
360 POV frames: 277
Location: Port-Blanc, Penvénan, Côtes-d’Armor, Bretagne
Interaction
#gaussiansplatting #3dgs #unrealengine #touchdesigner #gamedev @unrealengine @touchdesigner @epicgames
Port-Blanc, Penvénan, the Rocher du Voleur.
A coastal cliff reconstructed with Gaussian Splatting.
The algorithm keeps what the camera walked close to: rock, path, grass. The sea dissolves. Too much movement, too much distance.
Looking toward the water from the edge of the scene, the sea becomes particles.
Walking through the reconstruction reveals its limits.
1 — Traveling through the reconstructed scene
2 — Gaussian Splatting training | PostShot
3 — 360° capture extract | Insta360 X4
4 — Scene capture — coastal rocks, Rocher du Voleur
5 — Scene capture — rocks & sea
6 — Radiance field frontier — lateral view
7 — Radiance field — top view, abstract
9 — Abstract capture — sea surface
10 — Radiance field — low angle, rock & horizon
11 — Abstract capture — from “underwater”
Training
Method: Gaussian Splatting (PostShot)
Images: 1,020
Aligned: 785 (RealityCapture)
Splats: 1.6M
Capture duration: 4:47 min
360 POV frames: 277
Location: Port-Blanc, Penvénan, Côtes-d’Armor, Bretagne
Interaction
#gaussiansplatting #3dgs #unrealengine #touchdesigner #gamedev @unrealengine @touchdesigner @epicgames
Port-Blanc, Penvénan, the Rocher du Voleur.
A coastal cliff reconstructed with Gaussian Splatting.
The algorithm keeps what the camera walked close to: rock, path, grass. The sea dissolves. Too much movement, too much distance.
Looking toward the water from the edge of the scene, the sea becomes particles.
Walking through the reconstruction reveals its limits.
1 — Traveling through the reconstructed scene
2 — Gaussian Splatting training | PostShot
3 — 360° capture extract | Insta360 X4
4 — Scene capture — coastal rocks, Rocher du Voleur
5 — Scene capture — rocks & sea
6 — Radiance field frontier — lateral view
7 — Radiance field — top view, abstract
9 — Abstract capture — sea surface
10 — Radiance field — low angle, rock & horizon
11 — Abstract capture — from “underwater”
Training
Method: Gaussian Splatting (PostShot)
Images: 1,020
Aligned: 785 (RealityCapture)
Splats: 1.6M
Capture duration: 4:47 min
360 POV frames: 277
Location: Port-Blanc, Penvénan, Côtes-d’Armor, Bretagne
Interaction
#gaussiansplatting #3dgs #unrealengine #touchdesigner #gamedev @unrealengine @touchdesigner @epicgames
Port-Blanc, Penvénan, the Rocher du Voleur.
A coastal cliff reconstructed with Gaussian Splatting.
The algorithm keeps what the camera walked close to: rock, path, grass. The sea dissolves. Too much movement, too much distance.
Looking toward the water from the edge of the scene, the sea becomes particles.
Walking through the reconstruction reveals its limits.
1 — Traveling through the reconstructed scene
2 — Gaussian Splatting training | PostShot
3 — 360° capture extract | Insta360 X4
4 — Scene capture — coastal rocks, Rocher du Voleur
5 — Scene capture — rocks & sea
6 — Radiance field frontier — lateral view
7 — Radiance field — top view, abstract
9 — Abstract capture — sea surface
10 — Radiance field — low angle, rock & horizon
11 — Abstract capture — from “underwater”
Training
Method: Gaussian Splatting (PostShot)
Images: 1,020
Aligned: 785 (RealityCapture)
Splats: 1.6M
Capture duration: 4:47 min
360 POV frames: 277
Location: Port-Blanc, Penvénan, Côtes-d’Armor, Bretagne
Interaction
#gaussiansplatting #3dgs #unrealengine #touchdesigner #gamedev @unrealengine @touchdesigner @epicgames
Port-Blanc, Penvénan, the Rocher du Voleur.
A coastal cliff reconstructed with Gaussian Splatting.
The algorithm keeps what the camera walked close to: rock, path, grass. The sea dissolves. Too much movement, too much distance.
Looking toward the water from the edge of the scene, the sea becomes particles.
Walking through the reconstruction reveals its limits.
1 — Traveling through the reconstructed scene
2 — Gaussian Splatting training | PostShot
3 — 360° capture extract | Insta360 X4
4 — Scene capture — coastal rocks, Rocher du Voleur
5 — Scene capture — rocks & sea
6 — Radiance field frontier — lateral view
7 — Radiance field — top view, abstract
9 — Abstract capture — sea surface
10 — Radiance field — low angle, rock & horizon
11 — Abstract capture — from “underwater”
Training
Method: Gaussian Splatting (PostShot)
Images: 1,020
Aligned: 785 (RealityCapture)
Splats: 1.6M
Capture duration: 4:47 min
360 POV frames: 277
Location: Port-Blanc, Penvénan, Côtes-d’Armor, Bretagne
Interaction
#gaussiansplatting #3dgs #unrealengine #touchdesigner #gamedev @unrealengine @touchdesigner @epicgames
Port-Blanc, Penvénan, the Rocher du Voleur.
A coastal cliff reconstructed with Gaussian Splatting.
The algorithm keeps what the camera walked close to: rock, path, grass. The sea dissolves. Too much movement, too much distance.
Looking toward the water from the edge of the scene, the sea becomes particles.
Walking through the reconstruction reveals its limits.
1 — Traveling through the reconstructed scene
2 — Gaussian Splatting training | PostShot
3 — 360° capture extract | Insta360 X4
4 — Scene capture — coastal rocks, Rocher du Voleur
5 — Scene capture — rocks & sea
6 — Radiance field frontier — lateral view
7 — Radiance field — top view, abstract
9 — Abstract capture — sea surface
10 — Radiance field — low angle, rock & horizon
11 — Abstract capture — from “underwater”
Training
Method: Gaussian Splatting (PostShot)
Images: 1,020
Aligned: 785 (RealityCapture)
Splats: 1.6M
Capture duration: 4:47 min
360 POV frames: 277
Location: Port-Blanc, Penvénan, Côtes-d’Armor, Bretagne
Interaction
#gaussiansplatting #3dgs #unrealengine #touchdesigner #gamedev @unrealengine @touchdesigner @epicgames
Port-Blanc, Penvénan, the Rocher du Voleur.
A coastal cliff reconstructed with Gaussian Splatting.
The algorithm keeps what the camera walked close to: rock, path, grass. The sea dissolves. Too much movement, too much distance.
Looking toward the water from the edge of the scene, the sea becomes particles.
Walking through the reconstruction reveals its limits.
1 — Traveling through the reconstructed scene
2 — Gaussian Splatting training | PostShot
3 — 360° capture extract | Insta360 X4
4 — Scene capture — coastal rocks, Rocher du Voleur
5 — Scene capture — rocks & sea
6 — Radiance field frontier — lateral view
7 — Radiance field — top view, abstract
9 — Abstract capture — sea surface
10 — Radiance field — low angle, rock & horizon
11 — Abstract capture — from “underwater”
Training
Method: Gaussian Splatting (PostShot)
Images: 1,020
Aligned: 785 (RealityCapture)
Splats: 1.6M
Capture duration: 4:47 min
360 POV frames: 277
Location: Port-Blanc, Penvénan, Côtes-d’Armor, Bretagne
Interaction
#gaussiansplatting #3dgs #unrealengine #touchdesigner #gamedev @unrealengine @touchdesigner @epicgames
Finally spring! Walking the coastal path above Port-Blanc, Insta360 X4 in hand, a 360° capture reconstructed into a navigable 3D scene using Gaussian Splatting, rendered in real time inside a game engine.
As the avatar moves through the scene, it reveals the structure of the reconstruction, splats as space pixels: the raw material of the archive.
The horizon cannot be captured. Too far, the distance becomes noise. Gaussian Splatting keeps what the camera walked close to: rock, path, grass. The sea dissolves.
Training method: Gaussian Splatting (PostShot)
Images: 1,020
Aligned: 785 (RealityCapture)
Splats: 1.6M
Capture duration: 4:47 min
360 POV frames: 277
Location: Port-Blanc, Penvénan, Côtes-d'Armor, Bretagne
Interaction
Player: Unreal Engine
Particle forces: TouchDesigner: MIDI > OSC
#gamedev #unrealengine #gaussiansplatting #3dgs #touchdesigner @unrealengine @touchdesigner @epicgames
Two ways of inhabiting this mountain reconstructed space. Switching between third-person and first-person inside another Gaussian Splatting reproduction.
Part of an ongoing research on how navigation transforms our relationship to reconstructed spaces and memory.
Interaction
Player interaction: Unreal Engine — XV3DGS plugin
Particle system forces configurable via TouchDesigner — MIDI to OSC
Training
Method: Gaussian Splatting (PostShot)
Images: 745
Splats: 1.7M
Iterations: 148k
Camera: Insta360 X4
Projection: equirectangular
Capture duration: 1:33 min
Location: Orcières Merlette, Hautes-Alpes, French Alps
Music: Amon Tobin — Yasawas
#gaussiansplatting #3dgs #unrealengine #touchdesigner #gamedev @unrealengine @epicgames @touchdesigner
Ghost-like traces in the reconstructed scene. Skiers moving ahead on the trail create artifacts that reveal the limits of what the algorithm can reconstruct from a moving elements in the dataset.
Single-path capture on skis, camera swung left to right on a pole, a gesture to broaden the viewpoint. This pendular motion introduces lateral variation into the dataset, but also instability inherent to the device: motion blur, rapid angle changes, partial reconstruction of the surroundings.
1 — Training timelapse × 20 | Gaussian Splatting (PostShot) — 48k iterations
2 — Traveling through the reconstructed scene | SuperSplat Render
3 — Ghost artifacts — skiers ahead on the trail | viewpoint-dependent reconstruction
4 — Raw 360° capture extract | Insta360 X4, equirectangular, swing motion
5 — Distant valley — reconstruction instability | out of focus
6 — Radiance field frontier — lateral view
7 — Radiance field — top view, abstract capture
Training
Method: Gaussian Splatting (PostShot)
Images: 962
Splats: 1.6M
Iterations: 48k
Alignment: RealityCapture — 898 aligned images
Processing
Post-clean: none
Capture
Camera: Insta360 X4
Projection: equirectangular
Capture duration: 2:00 min
Location: Orcières Merlette, Hautes-Alpes, French Alps
#gaussiansplatting #3dgs #unrealengine #radiancefield #skiing #frenchalps #touchdesigner #volumetriccapture
Ghost-like traces in the reconstructed scene. Skiers moving ahead on the trail create artifacts that reveal the limits of what the algorithm can reconstruct from a moving elements in the dataset.
Single-path capture on skis, camera swung left to right on a pole, a gesture to broaden the viewpoint. This pendular motion introduces lateral variation into the dataset, but also instability inherent to the device: motion blur, rapid angle changes, partial reconstruction of the surroundings.
1 — Training timelapse × 20 | Gaussian Splatting (PostShot) — 48k iterations
2 — Traveling through the reconstructed scene | SuperSplat Render
3 — Ghost artifacts — skiers ahead on the trail | viewpoint-dependent reconstruction
4 — Raw 360° capture extract | Insta360 X4, equirectangular, swing motion
5 — Distant valley — reconstruction instability | out of focus
6 — Radiance field frontier — lateral view
7 — Radiance field — top view, abstract capture
Training
Method: Gaussian Splatting (PostShot)
Images: 962
Splats: 1.6M
Iterations: 48k
Alignment: RealityCapture — 898 aligned images
Processing
Post-clean: none
Capture
Camera: Insta360 X4
Projection: equirectangular
Capture duration: 2:00 min
Location: Orcières Merlette, Hautes-Alpes, French Alps
#gaussiansplatting #3dgs #unrealengine #radiancefield #skiing #frenchalps #touchdesigner #volumetriccapture
Ghost-like traces in the reconstructed scene. Skiers moving ahead on the trail create artifacts that reveal the limits of what the algorithm can reconstruct from a moving elements in the dataset.
Single-path capture on skis, camera swung left to right on a pole, a gesture to broaden the viewpoint. This pendular motion introduces lateral variation into the dataset, but also instability inherent to the device: motion blur, rapid angle changes, partial reconstruction of the surroundings.
1 — Training timelapse × 20 | Gaussian Splatting (PostShot) — 48k iterations
2 — Traveling through the reconstructed scene | SuperSplat Render
3 — Ghost artifacts — skiers ahead on the trail | viewpoint-dependent reconstruction
4 — Raw 360° capture extract | Insta360 X4, equirectangular, swing motion
5 — Distant valley — reconstruction instability | out of focus
6 — Radiance field frontier — lateral view
7 — Radiance field — top view, abstract capture
Training
Method: Gaussian Splatting (PostShot)
Images: 962
Splats: 1.6M
Iterations: 48k
Alignment: RealityCapture — 898 aligned images
Processing
Post-clean: none
Capture
Camera: Insta360 X4
Projection: equirectangular
Capture duration: 2:00 min
Location: Orcières Merlette, Hautes-Alpes, French Alps
#gaussiansplatting #3dgs #unrealengine #radiancefield #skiing #frenchalps #touchdesigner #volumetriccapture
Ghost-like traces in the reconstructed scene. Skiers moving ahead on the trail create artifacts that reveal the limits of what the algorithm can reconstruct from a moving elements in the dataset.
Single-path capture on skis, camera swung left to right on a pole, a gesture to broaden the viewpoint. This pendular motion introduces lateral variation into the dataset, but also instability inherent to the device: motion blur, rapid angle changes, partial reconstruction of the surroundings.
1 — Training timelapse × 20 | Gaussian Splatting (PostShot) — 48k iterations
2 — Traveling through the reconstructed scene | SuperSplat Render
3 — Ghost artifacts — skiers ahead on the trail | viewpoint-dependent reconstruction
4 — Raw 360° capture extract | Insta360 X4, equirectangular, swing motion
5 — Distant valley — reconstruction instability | out of focus
6 — Radiance field frontier — lateral view
7 — Radiance field — top view, abstract capture
Training
Method: Gaussian Splatting (PostShot)
Images: 962
Splats: 1.6M
Iterations: 48k
Alignment: RealityCapture — 898 aligned images
Processing
Post-clean: none
Capture
Camera: Insta360 X4
Projection: equirectangular
Capture duration: 2:00 min
Location: Orcières Merlette, Hautes-Alpes, French Alps
#gaussiansplatting #3dgs #unrealengine #radiancefield #skiing #frenchalps #touchdesigner #volumetriccapture
Ghost-like traces in the reconstructed scene. Skiers moving ahead on the trail create artifacts that reveal the limits of what the algorithm can reconstruct from a moving elements in the dataset.
Single-path capture on skis, camera swung left to right on a pole, a gesture to broaden the viewpoint. This pendular motion introduces lateral variation into the dataset, but also instability inherent to the device: motion blur, rapid angle changes, partial reconstruction of the surroundings.
1 — Training timelapse × 20 | Gaussian Splatting (PostShot) — 48k iterations
2 — Traveling through the reconstructed scene | SuperSplat Render
3 — Ghost artifacts — skiers ahead on the trail | viewpoint-dependent reconstruction
4 — Raw 360° capture extract | Insta360 X4, equirectangular, swing motion
5 — Distant valley — reconstruction instability | out of focus
6 — Radiance field frontier — lateral view
7 — Radiance field — top view, abstract capture
Training
Method: Gaussian Splatting (PostShot)
Images: 962
Splats: 1.6M
Iterations: 48k
Alignment: RealityCapture — 898 aligned images
Processing
Post-clean: none
Capture
Camera: Insta360 X4
Projection: equirectangular
Capture duration: 2:00 min
Location: Orcières Merlette, Hautes-Alpes, French Alps
#gaussiansplatting #3dgs #unrealengine #radiancefield #skiing #frenchalps #touchdesigner #volumetriccapture
Ghost-like traces in the reconstructed scene. Skiers moving ahead on the trail create artifacts that reveal the limits of what the algorithm can reconstruct from a moving elements in the dataset.
Single-path capture on skis, camera swung left to right on a pole, a gesture to broaden the viewpoint. This pendular motion introduces lateral variation into the dataset, but also instability inherent to the device: motion blur, rapid angle changes, partial reconstruction of the surroundings.
1 — Training timelapse × 20 | Gaussian Splatting (PostShot) — 48k iterations
2 — Traveling through the reconstructed scene | SuperSplat Render
3 — Ghost artifacts — skiers ahead on the trail | viewpoint-dependent reconstruction
4 — Raw 360° capture extract | Insta360 X4, equirectangular, swing motion
5 — Distant valley — reconstruction instability | out of focus
6 — Radiance field frontier — lateral view
7 — Radiance field — top view, abstract capture
Training
Method: Gaussian Splatting (PostShot)
Images: 962
Splats: 1.6M
Iterations: 48k
Alignment: RealityCapture — 898 aligned images
Processing
Post-clean: none
Capture
Camera: Insta360 X4
Projection: equirectangular
Capture duration: 2:00 min
Location: Orcières Merlette, Hautes-Alpes, French Alps
#gaussiansplatting #3dgs #unrealengine #radiancefield #skiing #frenchalps #touchdesigner #volumetriccapture
Ghost-like traces in the reconstructed scene. Skiers moving ahead on the trail create artifacts that reveal the limits of what the algorithm can reconstruct from a moving elements in the dataset.
Single-path capture on skis, camera swung left to right on a pole, a gesture to broaden the viewpoint. This pendular motion introduces lateral variation into the dataset, but also instability inherent to the device: motion blur, rapid angle changes, partial reconstruction of the surroundings.
1 — Training timelapse × 20 | Gaussian Splatting (PostShot) — 48k iterations
2 — Traveling through the reconstructed scene | SuperSplat Render
3 — Ghost artifacts — skiers ahead on the trail | viewpoint-dependent reconstruction
4 — Raw 360° capture extract | Insta360 X4, equirectangular, swing motion
5 — Distant valley — reconstruction instability | out of focus
6 — Radiance field frontier — lateral view
7 — Radiance field — top view, abstract capture
Training
Method: Gaussian Splatting (PostShot)
Images: 962
Splats: 1.6M
Iterations: 48k
Alignment: RealityCapture — 898 aligned images
Processing
Post-clean: none
Capture
Camera: Insta360 X4
Projection: equirectangular
Capture duration: 2:00 min
Location: Orcières Merlette, Hautes-Alpes, French Alps
#gaussiansplatting #3dgs #unrealengine #radiancefield #skiing #frenchalps #touchdesigner #volumetriccapture
As the avatar moves through the scene, it reveals the very structure of the archive: splats scatter at its passage, exposing the unstable and constructed nature of volumetric reconstruction, like a memory we struggle to hold onto.
Skiing through an open mountain landscape, camera swung left to right on a pole, the reconstruction captures only what a single moving path can see.
Training
Method: Gaussian Splatting (PostShot)
Images: 962
Splats: 1.6M
Iterations: 48k
Alignment: RealityCapture (898 aligned images)
Processing
Post-clean: none
Capture
Camera: Insta360 X4
Projection: equirectangular
Capture duration: 2:00 min
Location: Orcières Merlette, Hautes-Alpes, French Alps
Interaction
Player interaction: Unreal Engine
Particle system forces controlled via TouchDesigner: MIDI > OSC
Music: John Lemke — Vessel
#gamedev #unrealengine #gaussiansplatting #3dgs #touchdesigner @unrealengine @touchdesigner @epicgames
A real place reconstructed with particles using Gaussian Splatting.
Running destabilizes the landscape, while walking allows it to recombine.
A small interactive experiment to reflect on our relationship with environments.
The setup explores a simple idea: our gestures transform the environments we inhabit. Through interaction, it invites reflection on how we co-inhabit the world.
-
Interaction
Unreal Engine 5.3 TouchDesigner
Training
Method: Gaussian Splatting (PostShot)
Images: 483
Splats: 1.9M
Iterations: 35.1k
Alignment: RealityCapture (373 aligned images)
Processing
Post-clean: none
Capture
Camera: Insta360 X4
Projection: equirectangular
Capture duration: 1 min
Frame extraction: 1 fps
Location: M'Hamid El Ghizlane, Morocco — Gateway to the Sahara
#gamedev #unrealengine #gaussiansplatting #3dgs #touchdesigner @unrealengine @touchdesigner @epicgames
Out of frame.
Gaussian Splatting reconstructs a place from a calculated viewpoint. Outside the intended zone, another structure appears: a field of particles arranged to simulate depth and parallax.
What the algorithm fails to represent reveals how it works.
music: Ryuichi Sakamoto - "disintegration" (from "async")
#gaussiansplatting #3DGS #gamedev #unrealengine #touchdesigner @epicgames @unrealengine @touchdesigner
Drifting through a reconstructed Kasbah alley.
As the camera moves, the space deforms and begins to reveal its underlying structure.
Part of an ongoing research on navigable real-world reconstructions.
Music: Morning – Alva Noto & Ryuichi Sakamoto
#3dgs #gaussiansplatting
Kasbah Oulad Othmane — Drâa Valley | Morocco
For this render, the capture was limited to a single back-and-forth path within a narrow Kasbah alley.
This highlights reconstruction instabilities, revealing viewpoint-dependent artifacts, including an unintended self-reconstruction, where my head becomes embedded in the scene geometry depending on camera position.
1 — Traveling environment (Unreal Engine)
2 — Gaussian Splatting training (PostShot)
Images: 597 | Splats: 2.0M | Iterations: 60k | Images aligned: 572 (RealityCapture)
3 — PostShot capture
Post-clean: none
4 — Radiance field frontier
5 — Accidental autoportrait
(Raw dataset image)
6 — Abstract capture
Top view | Out of field of interest
7 — Capture
Insta360 X4 | Projection: equirectangular | Capture duration: 1:06 min | Outdoor / desert
8 — Abstract capture
Bottom view
Kasbah Oulad Othmane — Drâa Valley | Morocco
For this render, the capture was limited to a single back-and-forth path within a narrow Kasbah alley.
This highlights reconstruction instabilities, revealing viewpoint-dependent artifacts, including an unintended self-reconstruction, where my head becomes embedded in the scene geometry depending on camera position.
1 — Traveling environment (Unreal Engine)
2 — Gaussian Splatting training (PostShot)
Images: 597 | Splats: 2.0M | Iterations: 60k | Images aligned: 572 (RealityCapture)
3 — PostShot capture
Post-clean: none
4 — Radiance field frontier
5 — Accidental autoportrait
(Raw dataset image)
6 — Abstract capture
Top view | Out of field of interest
7 — Capture
Insta360 X4 | Projection: equirectangular | Capture duration: 1:06 min | Outdoor / desert
8 — Abstract capture
Bottom view
Kasbah Oulad Othmane — Drâa Valley | Morocco
For this render, the capture was limited to a single back-and-forth path within a narrow Kasbah alley.
This highlights reconstruction instabilities, revealing viewpoint-dependent artifacts, including an unintended self-reconstruction, where my head becomes embedded in the scene geometry depending on camera position.
1 — Traveling environment (Unreal Engine)
2 — Gaussian Splatting training (PostShot)
Images: 597 | Splats: 2.0M | Iterations: 60k | Images aligned: 572 (RealityCapture)
3 — PostShot capture
Post-clean: none
4 — Radiance field frontier
5 — Accidental autoportrait
(Raw dataset image)
6 — Abstract capture
Top view | Out of field of interest
7 — Capture
Insta360 X4 | Projection: equirectangular | Capture duration: 1:06 min | Outdoor / desert
8 — Abstract capture
Bottom view
Kasbah Oulad Othmane — Drâa Valley | Morocco
For this render, the capture was limited to a single back-and-forth path within a narrow Kasbah alley.
This highlights reconstruction instabilities, revealing viewpoint-dependent artifacts, including an unintended self-reconstruction, where my head becomes embedded in the scene geometry depending on camera position.
1 — Traveling environment (Unreal Engine)
2 — Gaussian Splatting training (PostShot)
Images: 597 | Splats: 2.0M | Iterations: 60k | Images aligned: 572 (RealityCapture)
3 — PostShot capture
Post-clean: none
4 — Radiance field frontier
5 — Accidental autoportrait
(Raw dataset image)
6 — Abstract capture
Top view | Out of field of interest
7 — Capture
Insta360 X4 | Projection: equirectangular | Capture duration: 1:06 min | Outdoor / desert
8 — Abstract capture
Bottom view
Kasbah Oulad Othmane — Drâa Valley | Morocco
For this render, the capture was limited to a single back-and-forth path within a narrow Kasbah alley.
This highlights reconstruction instabilities, revealing viewpoint-dependent artifacts, including an unintended self-reconstruction, where my head becomes embedded in the scene geometry depending on camera position.
1 — Traveling environment (Unreal Engine)
2 — Gaussian Splatting training (PostShot)
Images: 597 | Splats: 2.0M | Iterations: 60k | Images aligned: 572 (RealityCapture)
3 — PostShot capture
Post-clean: none
4 — Radiance field frontier
5 — Accidental autoportrait
(Raw dataset image)
6 — Abstract capture
Top view | Out of field of interest
7 — Capture
Insta360 X4 | Projection: equirectangular | Capture duration: 1:06 min | Outdoor / desert
8 — Abstract capture
Bottom view
Kasbah Oulad Othmane — Drâa Valley | Morocco
For this render, the capture was limited to a single back-and-forth path within a narrow Kasbah alley.
This highlights reconstruction instabilities, revealing viewpoint-dependent artifacts, including an unintended self-reconstruction, where my head becomes embedded in the scene geometry depending on camera position.
1 — Traveling environment (Unreal Engine)
2 — Gaussian Splatting training (PostShot)
Images: 597 | Splats: 2.0M | Iterations: 60k | Images aligned: 572 (RealityCapture)
3 — PostShot capture
Post-clean: none
4 — Radiance field frontier
5 — Accidental autoportrait
(Raw dataset image)
6 — Abstract capture
Top view | Out of field of interest
7 — Capture
Insta360 X4 | Projection: equirectangular | Capture duration: 1:06 min | Outdoor / desert
8 — Abstract capture
Bottom view
Kasbah Oulad Othmane — Drâa Valley | Morocco
For this render, the capture was limited to a single back-and-forth path within a narrow Kasbah alley.
This highlights reconstruction instabilities, revealing viewpoint-dependent artifacts, including an unintended self-reconstruction, where my head becomes embedded in the scene geometry depending on camera position.
1 — Traveling environment (Unreal Engine)
2 — Gaussian Splatting training (PostShot)
Images: 597 | Splats: 2.0M | Iterations: 60k | Images aligned: 572 (RealityCapture)
3 — PostShot capture
Post-clean: none
4 — Radiance field frontier
5 — Accidental autoportrait
(Raw dataset image)
6 — Abstract capture
Top view | Out of field of interest
7 — Capture
Insta360 X4 | Projection: equirectangular | Capture duration: 1:06 min | Outdoor / desert
8 — Abstract capture
Bottom view
Kasbah Oulad Othmane — Drâa Valley | Morocco
For this render, the capture was limited to a single back-and-forth path within a narrow Kasbah alley.
This highlights reconstruction instabilities, revealing viewpoint-dependent artifacts, including an unintended self-reconstruction, where my head becomes embedded in the scene geometry depending on camera position.
1 — Traveling environment (Unreal Engine)
2 — Gaussian Splatting training (PostShot)
Images: 597 | Splats: 2.0M | Iterations: 60k | Images aligned: 572 (RealityCapture)
3 — PostShot capture
Post-clean: none
4 — Radiance field frontier
5 — Accidental autoportrait
(Raw dataset image)
6 — Abstract capture
Top view | Out of field of interest
7 — Capture
Insta360 X4 | Projection: equirectangular | Capture duration: 1:06 min | Outdoor / desert
8 — Abstract capture
Bottom view
비밀리에 인스타그램 스토리 보기
인스타그램 스토리 뷰어는 인스타그램 스토리, 비디오, 사진 또는 IGTV를 비밀리에 보고 저장할 수 있는 간단한 도구입니다. 이 서비스를 통해 콘텐츠를 다운로드하고 언제든지 오프라인으로 즐길 수 있습니다. 인스타그램에서 나중에 확인하고 싶은 흥미로운 콘텐츠를 찾거나 익명으로 스토리를 보고 싶다면, 우리 뷰어가 적합합니다. Anonstories는 신원을 숨길 수 있는 훌륭한 솔루션을 제공합니다. 인스타그램은 2023년 8월에 스토리 기능을 출시했으며, 이 기능은 흥미롭고 시간에 민감한 형식으로 빠르게 다른 플랫폼에 채택되었습니다. 스토리는 사용자가 텍스트, 이모지 또는 필터로 보강된 사진, 비디오 또는 셀카를 공유할 수 있게 해주며, 24시간 동안만 표시됩니다. 이 제한된 시간 동안 높은 참여를 유도하며 일반 게시물보다 더 많은 반응을 얻을 수 있습니다. 오늘날 스토리는 소셜 미디어에서 연결하고 소통하는 가장 인기 있는 방법 중 하나입니다. 그러나 스토리를 볼 때, 제작자는 자신의 뷰어 목록에서 당신의 이름을 볼 수 있으며, 이는 개인 정보 보호에 대한 우려를 일으킬 수 있습니다. 만약 스토리를 아무도 모르게 탐색하고 싶다면? 그때 Anonstories가 유용해집니다. 이 도구는 신원을 드러내지 않고 공개된 인스타그램 콘텐츠를 볼 수 있게 해줍니다. 관심 있는 프로필의 사용자명을 입력하면 해당 프로필의 최신 스토리를 확인할 수 있습니다. Anonstories 뷰어의 특징: - 익명 브라우징: 뷰어 목록에 나타나지 않고 스토리를 볼 수 있습니다. - 계정 필요 없음: 인스타그램 계정에 가입하지 않고 공개 콘텐츠를 볼 수 있습니다. - 콘텐츠 다운로드: 스토리 콘텐츠를 직접 다운로드하여 오프라인에서 사용할 수 있습니다. - 하이라이트 보기: 24시간 제한을 넘어서 인스타그램 하이라이트를 볼 수 있습니다. - 리포스트 모니터링: 개인 프로필의 스토리 리포스트나 참여도를 추적할 수 있습니다. 제한 사항: - 이 도구는 공개 계정에서만 작동하며, 개인 계정은 접근할 수 없습니다. 장점: - 개인 정보 보호 친화적: 인스타그램 콘텐츠를 보면서도 눈에 띄지 않습니다. - 간단하고 쉬움: 앱 설치나 등록이 필요 없습니다. - 독점 도구: 인스타그램에서 제공하지 않는 방식으로 콘텐츠를 다운로드하고 관리할 수 있습니다.
Anonstories의 장점
인스타그램 스토리 비공개로 탐색
인스타그램 업데이트를 비밀리에 추적하고 개인 정보를 보호하며 익명으로 남을 수 있습니다.
개인 인스타그램 뷰어
개인 프로필 뷰어를 사용하여 쉽게 프로필과 사진을 익명으로 볼 수 있습니다.
무료 스토리 뷰어
이 무료 도구는 인스타그램 스토리를 익명으로 볼 수 있게 해주며, 스토리 업로더에게 활동을 숨길 수 있습니다.
자주 묻는 질문
익명성
Anonstories는 사용자가 인스타그램 스토리를 볼 때 제작자에게 알림을 보내지 않도록 합니다.
디바이스 호환성
iOS, Android, Windows, macOS, Chrome, Safari와 같은 최신 브라우저에서 원활하게 작동합니다.
안전성 및 개인 정보 보호
로그인 정보 없이 안전하고 익명으로 브라우징할 수 있습니다.
등록 필요 없음
사용자는 간단히 사용자명을 입력하여 공개된 스토리를 볼 수 있습니다. 계정이 필요하지 않습니다.
지원 형식
사진(JPEG)과 비디오(MP4)를 쉽게 다운로드합니다.
비용
이 서비스는 무료로 제공됩니다.
비공개 계정
비공개 계정의 콘텐츠는 팔로워만 접근할 수 있습니다.
파일 사용
파일은 개인적 또는 교육적 용도로만 사용 가능하며 저작권 규정을 준수해야 합니다.
작동 방식
공개된 사용자명을 입력하여 스토리를 보거나 다운로드할 수 있습니다. 서비스는 콘텐츠를 로컬에 저장할 수 있는 직접 링크를 생성합니다.