Скачать с ютуб Timelapse From the Future: Terraformed Mars | 8K 60FPS в хорошем качестве

Timelapse From the Future: Terraformed Mars | 8K 60FPS

A looping timelapse of Terraformed Mars taken through a window of a space station in synchronous orbit. The first object passing in front of Mars is it's larger moon - Phobos. Second object that goes behind Mars is Deimos (appears to go in the wrong direction because the space station is orbiting faster than it is). Third object going horizontal is Jupiter. Orbital periods should be fairly accurate except when looping the animation. Phobos timestamps: 0:03 - 0:06 0:15 - 0:17 0:21 - 0:23 0:31 - 0:34 0:43 - 0:45 Deimos timestamps: 0:07 - 0:15 1:27 - 1:44 (barely visible, top right) Jupiter timestamps: 0:28 - 0:29 0:31 - 0:33 --------------------------------------------------------------- Created in Blender, rendered in Cycles. Mars textures from NASA, modified (terraformed) by me. Solar panels and the window modeled from scratch by me. Space station part in the bottom right comes from this model of the ISS: https://www.blendermarket.com/product... Phobos and Deimos models from NASA Planet shader - GeoSim by Alex Heskett https://blendermarket.com/products/ge... Really couldn't have done this without this shader. My previous method of using Cycles volumetrics for planet atmospheres does look good but takes ages to render. This animation would've probably taken literally half a year to render was it not for GeoSim. Cloud textures downloaded from RealEarth GlobalIR product which consists of satellite data updated every hour. It was a rather complicated and labor intensive process but I managed to download 2 days worth of cloud data and then stitch, color correct and convert the images from mercator to equatorial projection using some of the methods described in this blog post: https://ithoughthecamewithyou.com/pos... Also check out this blog's author:    / robertellison   After conversion to equatorial projection I used Flowframes to interpolate 48 frames into more than 7500 frames. Unfortunately the satellite data is not perfect - it has very poor resolution in the far northern and southern region and it updates there less frequently too so I had to completely crop the top and bottom and stretch the remaining texture to match. This makes for less than ideal cloud coverage, although that's pretty much the best that can be done with our current technology and AFAIK this might be the first amateur animation to feature actual animated clouds on a planet anyway. Music: DivKid - Icelandic Arpeggios Total render time: avg 8min/frame x 3600 frames = 480h = 20 days Render time was split between 2 computers so real-time it was around 11 days.