Free 4K model: retro wired gray gamepad with D-pad, four colored face buttons, start/select switches, worn plastic and long cable.

Gamepad

Final version of my entry for the Unity Christmas Ornament Contest  <br/>Blog: http://www.xwiredgames.com/wp/with-your-nose-so-bright/  <br/>Contest Thread: https://forum.unity.com/threads/unity-community-art-challenge-december-2014-the-christmas-ornament.283206/

Steampunk Sleigh - Xmas Contest

oliver blue if you see this. this is not from rewired

lp4 gus jumpscare

## Scanning
The scan took place in two steps: First the top of the lawn mower and then the bottom. For both scans I didn't use any scan spray or similar, just took the scanner and started scanning at 1mm resolution. Since then markerless laser scanning made quite some progress, especially in wired mode where scan speed was increased from 20 FPS to 60 FPS with the latest update. Hopefully this will also transfer to wireless mode in the future. 

## Post-Processing
Processing just consisted of generating the point cloud when finishing the single scans, aligning the scans to each other (I used manual feature alignment since the overlap was quite minimal) and then I meshed the scan with default settings. Only divergence from default was using the semi watertight setting since it delivers a more closed model without too much "artistic freedom" to close holes. The scan was then reduced and aligned in Quicksurface.

Lawnmower - Einstar Rockit (markerless laser)

**Car: **Opel Corsa 2023 Facelift

## Scanning
The scan was created in large IR-mode with automatic exposure and geometry tracking. I didn't capture any texture but still enabled the texture fill light to have a better feeling of what I scanned (was already dark outside). The whole scan took roughly 2:30 min and was finished when all parts reached the quality indiator (would be nice if the resolution in IR mode could be preset to have the qualitiy indicator represent this setting like in laser mode).

## Post-Processing
After scanning I transferred the scan project wired to my PC and only needed to press one button (fuse at default settings). Creality Scan already produces a mesh when performing the fusion so no additional meshing needed. The mesh was then exported and I used Quicksurface to reduce and orient the scan to the coordinate system.

Opel Corsa Spare Tire Area - Creality Sermoon P1

(Official)Simon

Simon with arms?

This model was generated using Meshy(https://www.meshy.ai)'s AI toolkit. It provides tools that effortlessly turn human imagination into stunning 3D models.

If you're interested in this model, visit the model page on Meshy to explore more about it: [https://www.meshy.ai/3d-models/Wired-Automaton-v2-019cf6d5-e7b1-781a-a3fd-10ad428effcd?utm_source=sketchfab](https://www.meshy.ai/3d-models/Wired-Automaton-v2-019cf6d5-e7b1-781a-a3fd-10ad428effcd?utm_source=sketchfab)

Wired Automaton

Gerald_from_lethal_ape_rewired

## Scanning
I simply chose IR mode with the large setting, automatic exposure and geometry tracking. One setting that initially confused me was the base removal. It is turned on by default and therefore the floor wasn't scanned at all, after disabling the floor is also captured. Additionally when changing scan settings in the UI you must press "Apply" for the changes to come in effect. After starting scanning I just slowly moved around the sofa always using the folds and creases of the pillows as geometry to track. The IR performance really reminds me of the Sermoon S1 (P1 in standalone reaches somewhere between 10 to 15FPS, 30 FPS connected to a PC (wired and wireless) as the S1 does). Hopefully the IR mode can still be made faster in standalone mode but I guess this is always the case for every scanner and every mode (laser scanning already reaches 60 FPS). The whole scan took maybe 4 to 5 min.

CouchSofa (IR scan) - Creality Sermoon P1

Aku's out with a new device to aid your creativity in a whole new way, with its innovation into advanced sampling technology, Aku has created Lunor, an advanced sample editor, mixing, and player, that will put your music into a new universe. The Holo Deck will be the first device to have Lunor, the Holo Deck brings power to your live song mixing and creation, 49 pads, 16 programable knobs, 6 programable sliders for leveling, 14 Bluetooth Modulation, 7 G buttons for pad sets, 2 touch sliders for sample mod and volume, quick sample move pads, and 9 programable wheels. For the Lunor deck, a navigation wheel with rotational and center button, quick function buttons, 6 user programable buttons with 12 more settings using F1 and F2, 5 programable S buttons, and a screen tilt wheel. This device has large and small AUX input, a USB type B connector, progress RGB, and wired and wireless setup.https://www.deviantart.com/dregonv8/art/Aku-Holo-Deck-MP6-906638712?ga_submit_new=10%3A1644541986&ga_type=edit&ga_changes=1

Aku Holo Deck MP6

The ZR-04 broadcasting system was manufactured in the 1980s. It was the final stage of communist Poland, which had an impact on the scale and methods of production of consumer goods. Society was becoming poorer, and the nation’s economy was struggling. Hence, for the electrical engineering industry, the period saw a major slowdown in comparison with the dynamic growth of the 1970s. The ZR-04 broadcasting centre comprises: cassette recorder, car radio, gramophone, and amplifier. A broadcasting centre is the core of a wired public address system. It is the source station allowing creation, broadcasting, and application of programmes. The device enables the management of a set of amplification devices embedded in the infrastructure of public utility buildings, such as schools, boarding houses, offices, railway stations, and communal life spaces like workplaces, prisons, or supermarkets.

Manufacturer: Unitra

MIM 1683/V-424

Model prepared on the basis of photogrammetric measurements

Licence: CC BY-NC-SA

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