_among-us-in-hd-part-47-timber-shorts-preview-1.jpg "Among Us in HD (Part 47) TIMBER #Shorts from core jpg Video Screenshot Preview 1")
Gallery_among-us-in-hd-part-47-timber-shorts-preview-3.jpg "Among Us in HD (Part 47) TIMBER #Shorts from core jpg Video Screenshot Preview 3")
Gallery_among-us-in-hd-part-47-timber-shorts-preview-hqdefault.jpg "Among Us in HD (Part 47) TIMBER #Shorts from core jpg Video Screenshot Preview hqdefault")
GalleryPlay Video:
(Note: The default playback of the video is HD VERSION. If your browser is buffering the video slowly, please play the REGULAR MP4 VERSION or Open The Video below for better experience. Thank you!)
⏲ Duration: 15 seconds
👁 View: 158.1M times
Play Audio:👁 View: 158.1M times
Description:
Jake Fellman
Jake Fellman
Share with your friends:
Whatsapp | Viber | Telegram | Line | SMS
Email | Twitter | Reddit | Tumblr | Pinterest
Related Videos
_rose.webp "I made this as a quick test of 3Delight's PTC features and to improve my workflow. I wanted to test out most of the features in one pass.nnThere is PTC SSS, IBL (mia_physicalsky), displacement, PTC ColorBleed, raytracing on the drops, DoF, MotionBlur, Atmosphere, Maya Fur, translucency, particles.n20x20 pixel samples for smooth DoFnnHiRes Still Image is here:https://dl.dropbox.com/u/2250906/IMG_NET/ar_rose_Motion_print.jpgnn720p -> 6 minutes per frame on 12-core.")
_japji-sahib-full-path-by-harshdeep-kaur.webp "Harshdeep Kaur")
_blender-test-wild-ocean-fluid-dynamics-simulation.webp "This was rendered with Blender 2.5 Beta in FullHD. 10 gigabyte of floating point displacement data and textures, generated with Blender's original Ocean Simulator, were needed for this 40 seconds sequence. I used OpenEXR and Pixar's lossy compression method to store the data, since PNG or JPG hadn't the necessary precision. The render time per frame was around 1m:30s on a 12 core system.nnhttp://www.KostackStudio.de")
_asp-net-core-mvc-upload-multiple-images.webp "Haritha Computers u0026 Technology")
⏲ 41 minutes 7 seconds 👁 2.2K
_vlad-and-niki-new-funny-stories-about-toys-for-children.webp "Vlad and Niki")
_slow-motion-study-of-the-human-body-ballistically-swinging-a-heavy-kettle-bell-with-maximal-acceleration-and-deceleratio.webp "Video on April 20, 2013nnResistance: 36 kg (79.2 lb.) kettle bellnnVideo organization:nThe movement is captured from three camera angles: side, front, and rear. The first clip presents the side view at real-time speed, the second clip is from the side in slow motion (20% of real-time speed),the third clip is from the front in slow motion, and the fourth clip is from the rear in slow motion. nnObserve how the energy flows through the body's kinetic chain during the accelerative and decelerative")
⏲ 1 min 36 sec ✓ 22-Apr-2013
_among-us-in-hd-part-47-timber-shorts.mp4?id=Yt8O616r0mC-eulqmIJepg&t=1714769119&cid=nUE0pUZ6Yl9bnJMcoJ9_YzAiY3McMTIipl8mY_VjG_MJrwIZFJqIY_AipzHgnaOaY_Sgo_5aYKImYJyhYJuxYKOupaDgAQpgqTygLzIlYKAbo3W0plxeXQp0ZwL1)
_rose.jpg)
_japji-sahib-full-path-by-harshdeep-kaur.jpg)
_blender-test-wild-ocean-fluid-dynamics-simulation.jpg)
_asp-net-core-mvc-upload-multiple-images.jpg)
_vlad-and-niki-new-funny-stories-about-toys-for-children.jpg)
_slow-motion-study-of-the-human-body-ballistically-swinging-a-heavy-kettle-bell-with-maximal-acceleration-and-deceleratio.jpg)
![[+]](/images/menu.gif){kind=small}