• Paint Cloud Formations with Ultradynamic Sky (UDS) in Unreal Engine 5
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    Want personalized training with Courses, Coaching, a private Community? Go Here https://www.azielarts.com/academy Ultradynamic Sky Asset - https://fab.com/s/77a632ad8b62 Ultradynamic Sky Snow Tutorial - https://youtu.be/Guxc5CWhnC4?si=U9G8NkTJKa2Kho7a We cover how to point and reuse cloud formations using the UDS asset. I cover the process of painting the clouds on how the asset it built so that you can swap out cloud formations at will.#unrealengine5 #ue5 #unrealenginetutorial #environmentart CONNECT WITH THADDAEUS WEBSITE - https://tandreades.com/ CHANNEL INSTAGRAM - https://www.instagram.com/thaddaeus_makes/ ARTIST INSTAGRAM - https://www.instagram.com/azielartsacademy/ ARTSTATION - https://www.artstation.com/thaddaeus GEAR CAMERA https://amzn.to/3mAnjF7 LENS https://amzn.to/48f9fDE LIGHT - https://amzn.to/48gp5xV SOFTBOX - https://amzn.to/3PBNwP5 MICROPHONE https://amzn.to/3KY6Nrq AUDIO INTERFACE https://amzn.to/3Zepa14 COMPUTER GPU https://amzn.to/45OuUBc CPU https://amzn.to/3om6WMG
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  • New Essential blender Addons you should checkout
    www.youtube.com
    links:Foundations Of The Earth: https://blendermarket.com/products/foundations-of-the-earth?ref=311 Forest Generator https://blendermarket.com/products/forest-generator?ref=311 Close-Up Ready Tree Library https://blendermarket.com/products/close-up-ready-tree-library?ref=311 Auto-Rig Pro: Easy-Animations https://blendermarket.com/products/auto-rig-pro-easy-animations?ref=311 The City Generator https://blendermarket.com/products/the-city-generator?ref=311 Archexteriors Vol 36 For Blender https://blendermarket.com/products/archexteriors-vol-36-for-blender?ref=311 Node-It https://blendermarket.com/products/node-it?ref=311 Delta Quad https://blendermarket.com/products/delta-quad?ref=311 Vector To 3D https://blendermarket.com/products/vector-to-3d?ref=311 Liquid Splash: https://blendermarket.com/products/liquid-splash-water?ref=311 Light Wrangler: https://blendermarket.com/products/light-wrangler?ref=311 Master Geometry Nodes course https://www.udemy.com/course/mastering-geometry-nodes-in-blender/?couponCode=BESTOFFER E
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  • Precise Selections with Path Mask - Boris FX Optics Quick Tips
    www.youtube.com
    Create precise masks in Boris FX Optics with the Path Mask tool. Walk through the steps to manually draw a selection using points to define shapes, adjust corners and curves, and refine the masks tension. Whether you need sharp corners or smooth, organic transitions, Path selections give you subpixel accuracy to limit you effects or create mattes.// K E Y P O I N T S //* Manual Point Selection: Create masks by placing points to define custom shapes.* Flexible Path Adjustment: Easily switch between sharp corners and smooth curves using Corner or B-spline options.* Batch Point Editing: Modify multiple points simultaneously for efficient adjustments.* Precise Tension Control: Fine-tune mask shapes by adjusting point tension with Alt/Option key.* Seamless Mask Closure: Close your path intuitively for a complete and accurate mask.For more Optics tips and training, visit borisfx.com or join the Discord channel.// U S E F U L L I N K S //Find out what Optics has to offer: https://borisfx.com/products/optics/ Learn all Optics with free videos : https://borisfx.com/videos/?tags=product:Optics&amp ;amp;search= // D I S C O R D C H A N N E L //https://www.borisfxdiscord.com/ #optics #photography #borisfx
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  • Selections with Gradients - Boris FX Optics Quick Tips
    www.youtube.com
    Use linear gradient masks for flexible selections in Boris FX Optics. Learn how to adjust direction, size, and symmetry with simple sliders, keyboard shortcuts, and intuitive on-screen controls. Perfect for photographers, designers, and visual effects artists looking to elevate their work.// K E Y P O I N T S //* Easily create linear gradient masks in different directions.* Adjust gradient size and position with intuitive controls.* Fine-tune gradients using on-screen controls for precision.* Match gradients perfectly to skylines, sunsets, or product photos.* Toggle mask visibility with a simple shortcut for better workflow.For more Optics tips and training, visit borisfx.com or join the Discord channel.// U S E F U L L I N K S //Find out what Optics has to offer: https://borisfx.com/products/optics/ Learn all Optics with free videos : https://borisfx.com/videos/?tags=product:Optics&amp ;amp;search= // D I S C O R D C H A N N E L //https://www.borisfxdiscord.com/ #optics #photography #borisfx
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  • VFX set extension with Blender + Nuke #cinematic #3dcompositing #setextension #greenscreen #nuke
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    A seamless VFX set extension made using Blender and Nuke. Blending CG with real footage / CG integration / color matching and more. Full length video coming soon
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  • AI Revives 2,000-Year-Old Roman Scroll Burned in Mount Vesuvius Eruption
    www.discovermagazine.com
    A 2,000-year-old Roman scroll, scorched beyond repair, has miraculously been unfurled with the help of X-ray scanning and artificial intelligence. The scroll, named PHerc. 172, is one piece to a larger puzzle for years, researchers have pursued restoration of the Herculaneum papyri, a series of over 1,800 scrolls burned and carbonized during the eruption of Mount Vesuvius in 79 A.D.PHerc. 172 is the latest remnant of the extensive papyri collection to be digitally opened, reviving lost history in the modern age. Scientists at the University of Oxford where three Herculaneum scrolls (including PHerc. 172) are housed at the universitys Bodleian Libraries recreated an image of the charred scroll and reveal columns of the original text. They now have their sights set on translation as they seek to comprehend writing that has been unseen for centuries.The Loss of an Ancient LibraryBefore Mount Vesuvius demolished the Roman town of Herculaneum in 79 A.D., a massive collection of scrolls sat in what is known today as the Villa of the Papyri. Back in the day, the villa would have been a must-see destination; in addition to the library of papyri scrolls, it boasted extravagant works of art, from frescoes to marble sculptures.When Mount Vesuvius erupted, the librarys scrolls were carbonized into charcoal but were also buried and preserved under layers of rock. As many of the scrolls were excavated over the years, efforts to mechanically unroll them failed, often causing further damage.Rise to the ChallengeX-ray and AI technology eventually emerged as non-invasive tools that could pave the way for digital restoration. Dr. Brent Seales, a professor of computer science at the University of Kentucky, led the charge to adopt these methods. In 2023, Seales launched the ambitious Vesuvius Challenge alongside entrepreneurs Nat Friedman and Daniel Gross, inviting scientists to take a crack at recovering sections of the Herculaneum scrolls.The Oxford scroll reflects a major breakthrough in the challenge, made possible due to the unique chemical composition of the scrolls ink. Scientists think the ink may contain a denser contaminant (potentially lead) that allows the text to be more legible than other Herculaneum scrolls when subjected to X-ray scans.An image of the scroll was created by X-ray scans at the Diamond Light Source, the U.K.s national synchrotron science facility synchrotron refers to a type of circular particle accelerator that can produce extremely bright beams of light, giving a non-invasive view of the scrolls contents. From here, scientists used AI to trace the scrolls ink and unravel the letters that were written.Translating the ScrollsSince the AI did not have a complete understanding of language and the specific characters within the scroll, its up to scientists to translate the revealed lines themselves. This effort has already yielded one word: an Ancient Greek word that means disgust, appearing twice in different columns of text.In 2023, a word from a separate Herculaneum scroll was deciphered from letters found by Luke Farritor, a student at the University of Nebraska-Lincoln at the time. The word, experts concluded, was the Ancient Greek word for purple. Together, Farritor, Egyptian student Youssef Nader, and Swiss student Julian Schilliger won the 2023 Vesuvius Challenge grand prize of $700,000 for revealing 15 partial columns of text in a scroll owned by the Institut de France. The scroll is believed to contain philosophical text related to the Epicurean school of philosophy.The Vesuvius Challenge is set to move forward at full steam. Scientists involved with the project are determined to improve the technology that will allow them to scan more scrolls and map their surfaces (in a process called segmentation). Looking to the future, the leaders of the challenge ultimately hope to inspire further excavation at the Villa of the Papyri, as experts believe secrets of the library are still waiting to be unearthed. Article SourcesOur writers at Discovermagazine.com use peer-reviewed studies and high-quality sources for our articles, and our editors review for scientific accuracy and editorial standards. Review the sources used below for this article:Getty. Buried by VesuviusDiamond Light Source. Uncovering ancient text from the Oxford Herculaneum scrollJack Knudson is an assistant editor at Discover with a strong interest in environmental science and history. Before joining Discover in 2023, he studied journalism at the Scripps College of Communication at Ohio University and previously interned at Recycling Today magazine.
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  • How mantis shrimp protect their powerful fists of fury
    www.popsci.com
    Mantis shrimp can punch with the power of a .22 caliber bullet. Deposit PhotosShareThey may be colorful and small, but mantis shrimp are not to be trifled with. These carnivorous crustaceans pack a powerful punch that can smash mollusk shells at speeds of up to 50 miles per hour and even break glass. Yet the shrimps bodies remain intact despite the blowback from their hits.Now, a team of scientists have uncovered the secret to their impressive physical resilience. Their fists are covered in layered patterns that can selectively filter out sound. Blocking out specific vibrations ultimately creates a pattern which acts like a shield against the shockwaves generated by their powerful punches. The findings are detailed in a study published February 7 in the journal Science. Get the Popular Science newsletter Breakthroughs, discoveries, and DIY tips sent every weekday. By signing up you agree to our Terms of Service and Privacy Policy.Sending shockwavesThere are over 400 known species of mantis shrimp. These creatures with spectacular vision are found in shallow, tropical waters around the world, where they feed on various crabs and snails. Most species are about four to seven inches long, while some can reach up to 15 inches.Mantis shrimp are armed with a one hammer-like dactyl club on each side of its body, which act like a pair of fists and can punch with the force of a .22 caliber bullet. The dactyl clubs store energy in elastic, spring-like structures held in place by latch-like tendons. When the tendons are released, the stored energy is let go with it, propelling the club forward.With one blow, the mantis shrimp can defend their territory or kill its prey. When the punch rips through the water, it creates a low-pressure zone behind it and a series of bubbles.When the mantis shrimp strikes, the impact generates pressure waves onto its target, study co-author and Northwestern University engineer Hoacio D. Espinosa said in a statement. It also creates bubbles, which rapidly collapse to produce shockwaves in the megahertz range. The collapse of these bubbles releases intense bursts of energy, which travel through the shrimps club. This secondary shockwave effect, along with the initial impact force, makes the mantis shrimps strike even more devastating.Surprisingly, this huge striking force does not damage the shrimps delicate nerves and tissues encased within the shrimps armor.A mantis shrimp shows its dactyl clubs (in greenish yellow). CREDIT: Andy Law. Shielding patternsIn the new study, the team used two advanced techniques to look at the mantis shrimps armor in fine detail. First, they used transient grating spectroscopy. This laser-based method analyzes how stress waves spread through materials. Next, they deployed picosecond laser ultrasonics. This method gave further insights into the armors microstructure.Within the mantis shrimps club, they found that there are two distinct regions that are each engineered for a specific functionthe impact region and the periodic region.The impact region is responsible for delivering the crushing blows and consists of mineralized fibers arranged in a herringbone pattern. This pattern gives it resistance to any failures. The periodic region is just beneath this layer. It features twisted, fiber bunches similar to a corkscrew. The bundles form a Bouligand structurea layered arrangement where each layer is progressively rotated relative to its neighbors. These structures are also seen in other crustaceans like lobsters.The herringbone pattern reinforces the club against fractures. At the same time, the corkscrew arrangement controls how stress waves from the punch travel through the structure. This intricate design acts as a shield that selectively filters out high-frequency stress waves to prevent damaging vibrations from moving back into the shrimps arm and body.The periodic region plays a crucial role in selectively filtering out high-frequency shear waves, which are particularly damaging to biological tissues, Espinosa said. This effectively shields the shrimp from damaging stress waves caused by the direct impact and bubble collapse.Learning from mantis shrimpThe team analyzed 2D simulations of wave behavior in this specific study. However, the authors believe that 3D simulations in additional studies are needed to fully comprehend the clubs complex structure.Future research should focus on more complex 3D simulations to fully capture how the clubs structure interacts with shockwaves, Espinosa said. Additionally, designing aquatic experiments with state-of-the-art instrumentation would allow us to investigate how phononic properties function in submerged conditions.These findings could be applied to developing synthetic, sound-filtering materials for protective gear in the figure. It could also be used to design new approaches for reducing blast-related injuries in the military and in sports.
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  • Record-setting trove of buried beads speaks to power of ancient women
    www.nature.com
    Nature, Published online: 06 February 2025; doi:10.1038/d41586-025-00325-7A Copper Age burial in Spain holds the largest collection of beads ever found enough to require a tonne of shellfish as raw material.
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  • The weight-loss drugs being tested in 2025: will they beat Ozempic?
    www.nature.com
    Nature, Published online: 06 February 2025; doi:10.1038/d41586-025-00376-wDrug companies are trialling a host of medications that they hope will offer benefits beyond weight loss.
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