• Are you tired of your outdoor lights going dark just when you need them the most? Say hello to the future of illumination! With a solar-mains hybrid lamp, you can enjoy the best of both worlds! This innovative solution ensures your space is always bright, whether it's powered by the sun or traditional mains electricity.

    Imagine the freedom of knowing your garden or patio will always be lit up, creating a warm and inviting atmosphere for you and your loved ones! Embrace sustainability without sacrificing convenience. Let’s light up our lives, one solar-powered beam at a time!

    #SolarLight #HybridLamp #SustainableLiving #BrightFuture #HomeLighting
    🌞✨ Are you tired of your outdoor lights going dark just when you need them the most? Say hello to the future of illumination! With a solar-mains hybrid lamp, you can enjoy the best of both worlds! 🌍💡 This innovative solution ensures your space is always bright, whether it's powered by the sun or traditional mains electricity. 🌙💖 Imagine the freedom of knowing your garden or patio will always be lit up, creating a warm and inviting atmosphere for you and your loved ones! 🌼🌟 Embrace sustainability without sacrificing convenience. Let’s light up our lives, one solar-powered beam at a time! #SolarLight #HybridLamp #SustainableLiving #BrightFuture #HomeLighting
    HACKADAY.COM
    Solar Light? Mains Light? Yes!
    So you want a light that runs off solar power. But you don’t want it to go dark if your batteries discharge. The answer? A solar-mains hybrid lamp. You could …read more
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  • Le phénomène de l'« Unboxing con IA » est tout simplement un scandale ! Comment peut-on encourager une telle absurdité où une simple boîte vide, tremblante au centre d'une pièce, devient le centre d'attention ? C'est une dérive totale de notre rapport à la technologie ! Au lieu de favoriser des interactions humaines authentiques et de l'artisanat, on nous propose des meubles qui s'assemblent tout seuls et des lampes qui lévitent, le tout orchestré par un prompt. Cela montre à quel point nous avons perdu le sens des vraies valeurs. On se laisse berner par des illusions technologiques tout en abandonnant notre créativité et notre capacité à créer. Réveillez-vous
    Le phénomène de l'« Unboxing con IA » est tout simplement un scandale ! Comment peut-on encourager une telle absurdité où une simple boîte vide, tremblante au centre d'une pièce, devient le centre d'attention ? C'est une dérive totale de notre rapport à la technologie ! Au lieu de favoriser des interactions humaines authentiques et de l'artisanat, on nous propose des meubles qui s'assemblent tout seuls et des lampes qui lévitent, le tout orchestré par un prompt. Cela montre à quel point nous avons perdu le sens des vraies valeurs. On se laisse berner par des illusions technologiques tout en abandonnant notre créativité et notre capacité à créer. Réveillez-vous
    GRAFFICA.INFO
    Unboxing con IA: así es la nueva tendencia que está arrasando con la IA de Google
    Sin manos, sin personas, sin montaje real. Una simple caja temblando en el centro de una habitación vacía ha revolucionado las redes. En segundos, todo cobra vida: muebles que se ensamblan solos, lámparas que levitan hasta el techo, cuadros que se cu
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  • So, we've finally reached the pinnacle of human innovation: a neon lamp that detects lightning strikes. Yes, because who doesn't want to be reminded that Mother Nature can zap us into oblivion while we're just trying to enjoy a cozy evening under its glow? It's like having a pet rock that warns you about incoming meteor showers.

    Let's be real, though—if you need a neon lamp to tell you that a lightning storm is happening, maybe it's time to reevaluate your life choices. But hey, at least it won't be a boring evening anymore—nothing like the thrill of being a human lightning rod. Who needs peace and quiet when you can have a colorful glow and a heart-pounding reminder of your own mortality?

    #NeonLamp #Lightning
    So, we've finally reached the pinnacle of human innovation: a neon lamp that detects lightning strikes. Yes, because who doesn't want to be reminded that Mother Nature can zap us into oblivion while we're just trying to enjoy a cozy evening under its glow? It's like having a pet rock that warns you about incoming meteor showers. Let's be real, though—if you need a neon lamp to tell you that a lightning storm is happening, maybe it's time to reevaluate your life choices. But hey, at least it won't be a boring evening anymore—nothing like the thrill of being a human lightning rod. Who needs peace and quiet when you can have a colorful glow and a heart-pounding reminder of your own mortality? #NeonLamp #Lightning
    HACKADAY.COM
    Neon Lamp Detects Lightning Strikes
    For as mysterious, fascinating, and beautiful as lightning is at a distance, it’s not exactly a peaceful phenomenon up close. Not many things are built to withstand millions of volts …read more
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  • Enough is enough! The hype around induction lamps being the “final form” of fluorescent lighting is absolutely ridiculous. This so-called innovation, which is merely an adaptation of ordinary fluorescent lamps, is being marketed as revolutionary. Do we really need another version of the same outdated technology?

    Wireless power transfer? Sounds fancy, but let’s be real—this is just a gimmick to distract us from the fact that we still rely on the same old fluorescent principles. Instead of pushing for genuine advancements, we're stuck in this loop of mediocrity! How about we demand real solutions instead of repackaged junk?

    Wake up, people!

    #InductionLamps #FluorescentLighting #TechInnovation #WakeUpCall #Medi
    Enough is enough! The hype around induction lamps being the “final form” of fluorescent lighting is absolutely ridiculous. This so-called innovation, which is merely an adaptation of ordinary fluorescent lamps, is being marketed as revolutionary. Do we really need another version of the same outdated technology? Wireless power transfer? Sounds fancy, but let’s be real—this is just a gimmick to distract us from the fact that we still rely on the same old fluorescent principles. Instead of pushing for genuine advancements, we're stuck in this loop of mediocrity! How about we demand real solutions instead of repackaged junk? Wake up, people! #InductionLamps #FluorescentLighting #TechInnovation #WakeUpCall #Medi
    HACKADAY.COM
    An Induction Lamp Made on the Same Principle as Ordinary Fluorescent Lamp
    Over on YouTube, [Technology Connections] has a new video: Induction lamps: fluorescent lighting’s final form. This video is about a wireless fluorescent light which uses induction to transfer power from …read more
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  • Hey everyone! Have you ever seen a touch lamp that tracks the ISS with style? It's incredible how technology can take inspiration from the bright minds of the past and bring us something so innovative today! Let's celebrate the genius of those who came before us and the exciting projects that keep inspiring the next generation! Remember, every small idea can lead to a giant leap! Keep shining and never stop dreaming!

    #Innovation #Inspiration #TechLovers #BrightMinds #DreamBig
    🌟 Hey everyone! Have you ever seen a touch lamp that tracks the ISS with style? 🌌✨ It's incredible how technology can take inspiration from the bright minds of the past and bring us something so innovative today! Let's celebrate the genius of those who came before us and the exciting projects that keep inspiring the next generation! Remember, every small idea can lead to a giant leap! 🚀💡 Keep shining and never stop dreaming! #Innovation #Inspiration #TechLovers #BrightMinds #DreamBig
    HACKADAY.COM
    Touch Lamp Tracks ISS with Style
    In the comments of a recent article, the question came up as to where to find projects from the really smart kids the greybeards remember being in the 70s. In …read more
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  • A routine test for fetal abnormalities could improve a mother’s health

    Science & technology | Hidden in plain sightA routine test for fetal abnormalities could improve a mother’s healthStudies show these can help detect pre-eclampsia and predict preterm births Illustration: Anna Kövecses Jun 11th 2025WHEN NON-INVASIVE prenatal testingarrived in 2011, it transformed pregnancy. With a simple blood test, scientists could now sweep a mother’s bloodstream for scraps of placental DNA, uncovering fetal genetic defects and shedding light on the health of the unborn baby. But the potential to monitor the mother’s health went largely unappreciated.Explore moreThis article appeared in the Science & technology section of the print edition under the headline “Testing time”From the June 14th 2025 editionDiscover stories from this section and more in the list of contents⇒Explore the editionReuse this content
    #routine #test #fetal #abnormalities #could
    A routine test for fetal abnormalities could improve a mother’s health
    Science & technology | Hidden in plain sightA routine test for fetal abnormalities could improve a mother’s healthStudies show these can help detect pre-eclampsia and predict preterm births Illustration: Anna Kövecses Jun 11th 2025WHEN NON-INVASIVE prenatal testingarrived in 2011, it transformed pregnancy. With a simple blood test, scientists could now sweep a mother’s bloodstream for scraps of placental DNA, uncovering fetal genetic defects and shedding light on the health of the unborn baby. But the potential to monitor the mother’s health went largely unappreciated.Explore moreThis article appeared in the Science & technology section of the print edition under the headline “Testing time”From the June 14th 2025 editionDiscover stories from this section and more in the list of contents⇒Explore the editionReuse this content #routine #test #fetal #abnormalities #could
    WWW.ECONOMIST.COM
    A routine test for fetal abnormalities could improve a mother’s health
    Science & technology | Hidden in plain sightA routine test for fetal abnormalities could improve a mother’s healthStudies show these can help detect pre-eclampsia and predict preterm births Illustration: Anna Kövecses Jun 11th 2025WHEN NON-INVASIVE prenatal testing (NIPT) arrived in 2011, it transformed pregnancy. With a simple blood test, scientists could now sweep a mother’s bloodstream for scraps of placental DNA, uncovering fetal genetic defects and shedding light on the health of the unborn baby. But the potential to monitor the mother’s health went largely unappreciated.Explore moreThis article appeared in the Science & technology section of the print edition under the headline “Testing time”From the June 14th 2025 editionDiscover stories from this section and more in the list of contents⇒Explore the editionReuse this content
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  • MillerKnoll opens new design archive showcasing over one million objects from the company’s history

    In a 12,000-square-foot warehouse in Zeeland, Michigan, hundreds of chairs, sofas, and loveseats rest on open storage racks. Their bold colors and elegant forms stand in striking contrast to the industrial setting. A plush recliner, seemingly made for sinking into, sits beside a mesh desk chair like those found in generic office cubicles. Nearby, a rare prototype of the Knoll Womb® Chair, gifted by Eero Saarinen to his mother, blooms open like a flower–inviting someone to sit. There’s also mahogany furniture designed by Gilbert Rohde for Herman Miller, originally unveiled at the 1933 World’s Fair; early office pieces by Florence Knoll; and a sculptural paper lamp by Isamu Noguchi. This is the newly unveiled MillerKnoll Archive, a space that honors the distinct legacies of its formerly rival brands. In collaboration with New York–based design firm Standard Issue, MillerKnoll has created a permanent display of its most iconic designs at the company’s Michigan Design Yard headquarters.

    In the early 1920s, Dutch-born businessman Herman Miller became the majority stakeholder in a Zeeland, Michigan, company where his son-in-law served as president. Following the acquisition, Star Furniture Co. was renamed the Herman Miller Furniture Company. Meanwhile, across the Atlantic in Stuttgart, Germany, Walter Knoll joined his family’s furniture business and formed close ties with modernist pioneers Ludwig Mies van der Rohe and Walter Gropius, immersing himself in the Bauhaus movement as Germany edged toward war. 
    Just before the outbreak of World War II, Walter Knoll relocated to the United States and established his own furniture company in New York City. Around the same time, Michigan native Florence Schust was studying at the Cranbrook Academy of Art under Eliel Saarinen. There, she met Eero Saarinen and Charles Eames. Schust, who later married Walter Knoll, and Saarinen would go on to become key designers for the company, while Eames would play a similarly pivotal role at Herman Miller—setting both firms on parallel paths in the world of modern design.
    The facility was designed in collaboration with New York-based design firm Standard Issue. The archive, located in MillerKnoll’s Design Yard Headquarters, is 12,000 square feet and holds over one million objects.Formerly seen as competitors, Herman Miller acquired Knoll four years ago in a billion merger that formed MillerKnoll. The deal united two of the most influential names in American furniture, merging their storied design legacies and the iconic pieces that helped define modern design. Now, MillerKnoll is honoring the distinct histories of each brand through this new archive. The archive is a permanent home for the brands’ archival collections and also exhibits the evolution of modern design. The facility is organized into three distinct areas: an exhibition space, open storage, and a reading room. 

    The facility’s first exhibition, Manufacturing Modern, explores the intertwined histories of Knoll and Herman Miller. It showcases designs from the individuals who helped shape each company. The open storage area displays over 300 pieces of modern furniture, featuring both original works from Knoll and Herman Miller as well as contemporary designs. In addition to viewing the furniture pieces, visitors can kick back in the reading room, which offers access to a collection of archival materials, including correspondence, photography, drawings, and textiles.
    The facility is organized into three distinct areas: an exhibition space, open storage, and a reading room and will be open for tours in partnership with the Cranbrook Art Academy this summer.“The debut of the MillerKnoll Archives invites our communities to experience design history – and imagine its future– in one dynamic space,” said MillerKnoll’s chief creative and product officer Ben Watson. “The ability to not only understand how iconic designs came to be, but how design solutions evolved over time, is a never-ending source of inspiration.”
    Exclusive tours of the archive will be available in July and August in partnership with the Cranbrook Art Museum and in October in partnership with Docomomo.
    #millerknoll #opens #new #design #archive
    MillerKnoll opens new design archive showcasing over one million objects from the company’s history
    In a 12,000-square-foot warehouse in Zeeland, Michigan, hundreds of chairs, sofas, and loveseats rest on open storage racks. Their bold colors and elegant forms stand in striking contrast to the industrial setting. A plush recliner, seemingly made for sinking into, sits beside a mesh desk chair like those found in generic office cubicles. Nearby, a rare prototype of the Knoll Womb® Chair, gifted by Eero Saarinen to his mother, blooms open like a flower–inviting someone to sit. There’s also mahogany furniture designed by Gilbert Rohde for Herman Miller, originally unveiled at the 1933 World’s Fair; early office pieces by Florence Knoll; and a sculptural paper lamp by Isamu Noguchi. This is the newly unveiled MillerKnoll Archive, a space that honors the distinct legacies of its formerly rival brands. In collaboration with New York–based design firm Standard Issue, MillerKnoll has created a permanent display of its most iconic designs at the company’s Michigan Design Yard headquarters. In the early 1920s, Dutch-born businessman Herman Miller became the majority stakeholder in a Zeeland, Michigan, company where his son-in-law served as president. Following the acquisition, Star Furniture Co. was renamed the Herman Miller Furniture Company. Meanwhile, across the Atlantic in Stuttgart, Germany, Walter Knoll joined his family’s furniture business and formed close ties with modernist pioneers Ludwig Mies van der Rohe and Walter Gropius, immersing himself in the Bauhaus movement as Germany edged toward war.  Just before the outbreak of World War II, Walter Knoll relocated to the United States and established his own furniture company in New York City. Around the same time, Michigan native Florence Schust was studying at the Cranbrook Academy of Art under Eliel Saarinen. There, she met Eero Saarinen and Charles Eames. Schust, who later married Walter Knoll, and Saarinen would go on to become key designers for the company, while Eames would play a similarly pivotal role at Herman Miller—setting both firms on parallel paths in the world of modern design. The facility was designed in collaboration with New York-based design firm Standard Issue. The archive, located in MillerKnoll’s Design Yard Headquarters, is 12,000 square feet and holds over one million objects.Formerly seen as competitors, Herman Miller acquired Knoll four years ago in a billion merger that formed MillerKnoll. The deal united two of the most influential names in American furniture, merging their storied design legacies and the iconic pieces that helped define modern design. Now, MillerKnoll is honoring the distinct histories of each brand through this new archive. The archive is a permanent home for the brands’ archival collections and also exhibits the evolution of modern design. The facility is organized into three distinct areas: an exhibition space, open storage, and a reading room.  The facility’s first exhibition, Manufacturing Modern, explores the intertwined histories of Knoll and Herman Miller. It showcases designs from the individuals who helped shape each company. The open storage area displays over 300 pieces of modern furniture, featuring both original works from Knoll and Herman Miller as well as contemporary designs. In addition to viewing the furniture pieces, visitors can kick back in the reading room, which offers access to a collection of archival materials, including correspondence, photography, drawings, and textiles. The facility is organized into three distinct areas: an exhibition space, open storage, and a reading room and will be open for tours in partnership with the Cranbrook Art Academy this summer.“The debut of the MillerKnoll Archives invites our communities to experience design history – and imagine its future– in one dynamic space,” said MillerKnoll’s chief creative and product officer Ben Watson. “The ability to not only understand how iconic designs came to be, but how design solutions evolved over time, is a never-ending source of inspiration.” Exclusive tours of the archive will be available in July and August in partnership with the Cranbrook Art Museum and in October in partnership with Docomomo. #millerknoll #opens #new #design #archive
    WWW.ARCHPAPER.COM
    MillerKnoll opens new design archive showcasing over one million objects from the company’s history
    In a 12,000-square-foot warehouse in Zeeland, Michigan, hundreds of chairs, sofas, and loveseats rest on open storage racks. Their bold colors and elegant forms stand in striking contrast to the industrial setting. A plush recliner, seemingly made for sinking into, sits beside a mesh desk chair like those found in generic office cubicles. Nearby, a rare prototype of the Knoll Womb® Chair, gifted by Eero Saarinen to his mother, blooms open like a flower–inviting someone to sit. There’s also mahogany furniture designed by Gilbert Rohde for Herman Miller, originally unveiled at the 1933 World’s Fair; early office pieces by Florence Knoll; and a sculptural paper lamp by Isamu Noguchi. This is the newly unveiled MillerKnoll Archive, a space that honors the distinct legacies of its formerly rival brands. In collaboration with New York–based design firm Standard Issue, MillerKnoll has created a permanent display of its most iconic designs at the company’s Michigan Design Yard headquarters. In the early 1920s, Dutch-born businessman Herman Miller became the majority stakeholder in a Zeeland, Michigan, company where his son-in-law served as president. Following the acquisition, Star Furniture Co. was renamed the Herman Miller Furniture Company. Meanwhile, across the Atlantic in Stuttgart, Germany, Walter Knoll joined his family’s furniture business and formed close ties with modernist pioneers Ludwig Mies van der Rohe and Walter Gropius, immersing himself in the Bauhaus movement as Germany edged toward war.  Just before the outbreak of World War II, Walter Knoll relocated to the United States and established his own furniture company in New York City. Around the same time, Michigan native Florence Schust was studying at the Cranbrook Academy of Art under Eliel Saarinen. There, she met Eero Saarinen and Charles Eames. Schust, who later married Walter Knoll, and Saarinen would go on to become key designers for the company, while Eames would play a similarly pivotal role at Herman Miller—setting both firms on parallel paths in the world of modern design. The facility was designed in collaboration with New York-based design firm Standard Issue. The archive, located in MillerKnoll’s Design Yard Headquarters, is 12,000 square feet and holds over one million objects. (Nicholas Calcott/Courtesy MillerKnoll) Formerly seen as competitors, Herman Miller acquired Knoll four years ago in a $1.8 billion merger that formed MillerKnoll. The deal united two of the most influential names in American furniture, merging their storied design legacies and the iconic pieces that helped define modern design. Now, MillerKnoll is honoring the distinct histories of each brand through this new archive. The archive is a permanent home for the brands’ archival collections and also exhibits the evolution of modern design. The facility is organized into three distinct areas: an exhibition space, open storage, and a reading room.  The facility’s first exhibition, Manufacturing Modern, explores the intertwined histories of Knoll and Herman Miller. It showcases designs from the individuals who helped shape each company. The open storage area displays over 300 pieces of modern furniture, featuring both original works from Knoll and Herman Miller as well as contemporary designs. In addition to viewing the furniture pieces, visitors can kick back in the reading room, which offers access to a collection of archival materials, including correspondence, photography, drawings, and textiles. The facility is organized into three distinct areas: an exhibition space, open storage, and a reading room and will be open for tours in partnership with the Cranbrook Art Academy this summer. (Nicholas Calcott/Courtesy MillerKnoll) “The debut of the MillerKnoll Archives invites our communities to experience design history – and imagine its future– in one dynamic space,” said MillerKnoll’s chief creative and product officer Ben Watson. “The ability to not only understand how iconic designs came to be, but how design solutions evolved over time, is a never-ending source of inspiration.” Exclusive tours of the archive will be available in July and August in partnership with the Cranbrook Art Museum and in October in partnership with Docomomo.
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  • Creating a Highly Detailed Tech-Inspired Scene with Blender

    IntroductionHello! My name is Denys. I was born and raised in Nigeria, where I'm currently based. I began my journey into 3D art in March 2022, teaching myself through online resources, starting, of course, with the iconic donut tutorial on YouTube. Since then, I've continued to grow my skills independently, and now I'm working toward a career in 3D generalism, with a particular interest in environment art.I originally got into Blender because SketchUp wasn't free, and I could not keep up with the subscriptions. While searching for alternatives, I came across Blender. That's when I realized I had installed it once years ago, but back then, the interface completely intimidated me, and I gave up on it. This time, though, I decided to stick with it – and I'm glad I did.I started out creating simple models. One of my first big projects was modeling the entire SpongeBob crew. That led to my first animation, and eventually, the first four episodes of a short animated series. As I grew more confident, I began participating in online 3D competitions, like cgandwe, where I focused on designing realistic environments. Those experiences have played a huge role in getting me to where I am today.Getting Started Before starting any scene, I always look for references. It might not be the most original approach, but it's what works best for me. One piece that inspired me was a beautiful artwork by Calder Moore. I bookmarked it as soon as I saw it back in 2023, and luckily, I finally found the time to bring it to life last month.BlockoutThe goal was to match the original camera angle and roughly model the main frame of the structures. It wasn't perfect, but modeling and placing the lower docks helped me get the perspective right. Then I moved on to modeling and positioning the major structures in the scene.I gave myself two weeks to complete this project. And as much as I enjoy modeling, I also enjoy not modeling, so I turned to asset kits and free models to help speed things up. I came across an awesome paid kit by Bigmediumsmall and instantly knew it would fit perfectly into my scene.I also downloaded a few models from Sketchfab, including a lamp, desk console, freighter controls, and a robotic arm, which I later took apart to add extra detail. Another incredibly helpful tool was the Random Flow add-on by BlenderGuppy, which made adding sci-fi elements much easier. Lastly, I pulled in some models from my older sci-fi and cyberpunk projects to round things out.Kitbashing Once I had the overall shape I was aiming for, I moved on to kitbashing to pack in as much detail as possible. There wasn't any strict method to the madness; I simply picked assets I liked, whether it was a set of pipes, vents, or even a random shape that just worked in the sci-fi context. I focused first on kitbashing the front structure, and used the Random Flow add-on to fill in areas where I didn't kitbash manually. Then I moved on to the other collections, following the same process.The freighter was the final piece of the puzzle, and I knew it was going to be a challenge. Part of me wanted to model it entirely from scratch, but the more practical side knew I could save a lot of time by sticking with my usual method. So I modeled the main shapes myself, then kitbashed the details to bring it to life. I also grabbed some crates from Sketchfab to fill out the scene.Texturing This part was easily my favorite, and there was no shortcut here. I had to meticulously create each material myself. Well, I did use PBR materials downloaded from CGAmbient as a base, but I spent a lot of time tweaking and editing them to get everything just right.Texturing has always been my favorite stage when building scenes like this. Many artists prefer external tools like Substance 3D Painter, but I've learned so much about procedural texturing, especially from RyanKingArt, that I couldn't let it go. It's such a flexible and rewarding approach, and I love pushing it as far as I can.I wanted most of the colors in the scene to be dark, but I did keep the original color of the pipes and the pillars, just to add a little bit of vibrance to the scene. I also wanted the overall texture to be very rough and grungy. One of the biggest helps in achieving this was using the Grunge Maps from Substance 3D Painter. I found a way to extract them into Blender, and it helped.A major tool during the texturing phase was Jsplacement, which I used to procedurally generate sci-fi grids and plates. This was the icing on the cake for adding intricate details. Whenever an area felt too flat, I applied bump maps with these grids and panels to bring the materials to life. For example, both the lamp pole and the entire black metal material feature these Jsplacement Maps.Lighting For this, I didn't do anything fancy. I knew the scene was in a high altitude, so I looked for HDRI with a cloudless sky, and I boosted the saturation up a little to give it that high altitude look.Post-Production The rendering phase was challenging since I was working on a low-end laptop. I couldn't render the entire scene all at once, so I broke it down by collections and rendered them as separate layers. Then, I composited the layers together in post-production. I'm not big on heavy post-work, so I kept it simple, mostly tweaking brightness and saturation on my phone. That's about it for the post-production process.Conclusion The entire project took me 10 days to complete, working at least four hours each day. Although I've expressed my love for texturing, my favorite part of this project was the detailing and kitbashing. I really enjoyed piecing all the small details together. The most challenging part was deciding which assets to use and where to place them. I had a lot of greebles to choose from, but I'm happy with the ones I selected; they felt like a perfect fit for the scene.I know kitbashing sometimes gets a negative reputation in the 3D community, but I found it incredibly relieving. Honestly, this project wouldn't have come together without it, so I fully embraced the process.I'm excited to keep making projects like this. The world of 3D art is truly an endless and vast realm, and I encourage every artist like me to keep exploring it, one project at a time.Denys Molokwu, 3D Artist
    #creating #highly #detailed #techinspired #scene
    Creating a Highly Detailed Tech-Inspired Scene with Blender
    IntroductionHello! My name is Denys. I was born and raised in Nigeria, where I'm currently based. I began my journey into 3D art in March 2022, teaching myself through online resources, starting, of course, with the iconic donut tutorial on YouTube. Since then, I've continued to grow my skills independently, and now I'm working toward a career in 3D generalism, with a particular interest in environment art.I originally got into Blender because SketchUp wasn't free, and I could not keep up with the subscriptions. While searching for alternatives, I came across Blender. That's when I realized I had installed it once years ago, but back then, the interface completely intimidated me, and I gave up on it. This time, though, I decided to stick with it – and I'm glad I did.I started out creating simple models. One of my first big projects was modeling the entire SpongeBob crew. That led to my first animation, and eventually, the first four episodes of a short animated series. As I grew more confident, I began participating in online 3D competitions, like cgandwe, where I focused on designing realistic environments. Those experiences have played a huge role in getting me to where I am today.Getting Started Before starting any scene, I always look for references. It might not be the most original approach, but it's what works best for me. One piece that inspired me was a beautiful artwork by Calder Moore. I bookmarked it as soon as I saw it back in 2023, and luckily, I finally found the time to bring it to life last month.BlockoutThe goal was to match the original camera angle and roughly model the main frame of the structures. It wasn't perfect, but modeling and placing the lower docks helped me get the perspective right. Then I moved on to modeling and positioning the major structures in the scene.I gave myself two weeks to complete this project. And as much as I enjoy modeling, I also enjoy not modeling, so I turned to asset kits and free models to help speed things up. I came across an awesome paid kit by Bigmediumsmall and instantly knew it would fit perfectly into my scene.I also downloaded a few models from Sketchfab, including a lamp, desk console, freighter controls, and a robotic arm, which I later took apart to add extra detail. Another incredibly helpful tool was the Random Flow add-on by BlenderGuppy, which made adding sci-fi elements much easier. Lastly, I pulled in some models from my older sci-fi and cyberpunk projects to round things out.Kitbashing Once I had the overall shape I was aiming for, I moved on to kitbashing to pack in as much detail as possible. There wasn't any strict method to the madness; I simply picked assets I liked, whether it was a set of pipes, vents, or even a random shape that just worked in the sci-fi context. I focused first on kitbashing the front structure, and used the Random Flow add-on to fill in areas where I didn't kitbash manually. Then I moved on to the other collections, following the same process.The freighter was the final piece of the puzzle, and I knew it was going to be a challenge. Part of me wanted to model it entirely from scratch, but the more practical side knew I could save a lot of time by sticking with my usual method. So I modeled the main shapes myself, then kitbashed the details to bring it to life. I also grabbed some crates from Sketchfab to fill out the scene.Texturing This part was easily my favorite, and there was no shortcut here. I had to meticulously create each material myself. Well, I did use PBR materials downloaded from CGAmbient as a base, but I spent a lot of time tweaking and editing them to get everything just right.Texturing has always been my favorite stage when building scenes like this. Many artists prefer external tools like Substance 3D Painter, but I've learned so much about procedural texturing, especially from RyanKingArt, that I couldn't let it go. It's such a flexible and rewarding approach, and I love pushing it as far as I can.I wanted most of the colors in the scene to be dark, but I did keep the original color of the pipes and the pillars, just to add a little bit of vibrance to the scene. I also wanted the overall texture to be very rough and grungy. One of the biggest helps in achieving this was using the Grunge Maps from Substance 3D Painter. I found a way to extract them into Blender, and it helped.A major tool during the texturing phase was Jsplacement, which I used to procedurally generate sci-fi grids and plates. This was the icing on the cake for adding intricate details. Whenever an area felt too flat, I applied bump maps with these grids and panels to bring the materials to life. For example, both the lamp pole and the entire black metal material feature these Jsplacement Maps.Lighting For this, I didn't do anything fancy. I knew the scene was in a high altitude, so I looked for HDRI with a cloudless sky, and I boosted the saturation up a little to give it that high altitude look.Post-Production The rendering phase was challenging since I was working on a low-end laptop. I couldn't render the entire scene all at once, so I broke it down by collections and rendered them as separate layers. Then, I composited the layers together in post-production. I'm not big on heavy post-work, so I kept it simple, mostly tweaking brightness and saturation on my phone. That's about it for the post-production process.Conclusion The entire project took me 10 days to complete, working at least four hours each day. Although I've expressed my love for texturing, my favorite part of this project was the detailing and kitbashing. I really enjoyed piecing all the small details together. The most challenging part was deciding which assets to use and where to place them. I had a lot of greebles to choose from, but I'm happy with the ones I selected; they felt like a perfect fit for the scene.I know kitbashing sometimes gets a negative reputation in the 3D community, but I found it incredibly relieving. Honestly, this project wouldn't have come together without it, so I fully embraced the process.I'm excited to keep making projects like this. The world of 3D art is truly an endless and vast realm, and I encourage every artist like me to keep exploring it, one project at a time.Denys Molokwu, 3D Artist #creating #highly #detailed #techinspired #scene
    80.LV
    Creating a Highly Detailed Tech-Inspired Scene with Blender
    IntroductionHello! My name is Denys. I was born and raised in Nigeria, where I'm currently based. I began my journey into 3D art in March 2022, teaching myself through online resources, starting, of course, with the iconic donut tutorial on YouTube. Since then, I've continued to grow my skills independently, and now I'm working toward a career in 3D generalism, with a particular interest in environment art.I originally got into Blender because SketchUp wasn't free, and I could not keep up with the subscriptions. While searching for alternatives, I came across Blender. That's when I realized I had installed it once years ago, but back then, the interface completely intimidated me, and I gave up on it. This time, though, I decided to stick with it – and I'm glad I did.I started out creating simple models. One of my first big projects was modeling the entire SpongeBob crew. That led to my first animation, and eventually, the first four episodes of a short animated series (though it's still incomplete). As I grew more confident, I began participating in online 3D competitions, like cgandwe, where I focused on designing realistic environments. Those experiences have played a huge role in getting me to where I am today.Getting Started Before starting any scene, I always look for references. It might not be the most original approach, but it's what works best for me. One piece that inspired me was a beautiful artwork by Calder Moore. I bookmarked it as soon as I saw it back in 2023, and luckily, I finally found the time to bring it to life last month.BlockoutThe goal was to match the original camera angle and roughly model the main frame of the structures. It wasn't perfect, but modeling and placing the lower docks helped me get the perspective right. Then I moved on to modeling and positioning the major structures in the scene.I gave myself two weeks to complete this project. And as much as I enjoy modeling, I also enjoy not modeling, so I turned to asset kits and free models to help speed things up. I came across an awesome paid kit by Bigmediumsmall and instantly knew it would fit perfectly into my scene.I also downloaded a few models from Sketchfab, including a lamp, desk console, freighter controls, and a robotic arm, which I later took apart to add extra detail. Another incredibly helpful tool was the Random Flow add-on by BlenderGuppy, which made adding sci-fi elements much easier. Lastly, I pulled in some models from my older sci-fi and cyberpunk projects to round things out.Kitbashing Once I had the overall shape I was aiming for, I moved on to kitbashing to pack in as much detail as possible. There wasn't any strict method to the madness; I simply picked assets I liked, whether it was a set of pipes, vents, or even a random shape that just worked in the sci-fi context. I focused first on kitbashing the front structure, and used the Random Flow add-on to fill in areas where I didn't kitbash manually. Then I moved on to the other collections, following the same process.The freighter was the final piece of the puzzle, and I knew it was going to be a challenge. Part of me wanted to model it entirely from scratch, but the more practical side knew I could save a lot of time by sticking with my usual method. So I modeled the main shapes myself, then kitbashed the details to bring it to life. I also grabbed some crates from Sketchfab to fill out the scene.Texturing This part was easily my favorite, and there was no shortcut here. I had to meticulously create each material myself. Well, I did use PBR materials downloaded from CGAmbient as a base, but I spent a lot of time tweaking and editing them to get everything just right.Texturing has always been my favorite stage when building scenes like this. Many artists prefer external tools like Substance 3D Painter (which I did use for some of the models), but I've learned so much about procedural texturing, especially from RyanKingArt, that I couldn't let it go. It's such a flexible and rewarding approach, and I love pushing it as far as I can.I wanted most of the colors in the scene to be dark, but I did keep the original color of the pipes and the pillars, just to add a little bit of vibrance to the scene. I also wanted the overall texture to be very rough and grungy. One of the biggest helps in achieving this was using the Grunge Maps from Substance 3D Painter. I found a way to extract them into Blender, and it helped.A major tool during the texturing phase was Jsplacement, which I used to procedurally generate sci-fi grids and plates. This was the icing on the cake for adding intricate details. Whenever an area felt too flat, I applied bump maps with these grids and panels to bring the materials to life. For example, both the lamp pole and the entire black metal material feature these Jsplacement Maps.Lighting For this, I didn't do anything fancy. I knew the scene was in a high altitude, so I looked for HDRI with a cloudless sky, and I boosted the saturation up a little to give it that high altitude look.Post-Production The rendering phase was challenging since I was working on a low-end laptop. I couldn't render the entire scene all at once, so I broke it down by collections and rendered them as separate layers. Then, I composited the layers together in post-production. I'm not big on heavy post-work, so I kept it simple, mostly tweaking brightness and saturation on my phone. That's about it for the post-production process.Conclusion The entire project took me 10 days to complete, working at least four hours each day. Although I've expressed my love for texturing, my favorite part of this project was the detailing and kitbashing. I really enjoyed piecing all the small details together. The most challenging part was deciding which assets to use and where to place them. I had a lot of greebles to choose from, but I'm happy with the ones I selected; they felt like a perfect fit for the scene.I know kitbashing sometimes gets a negative reputation in the 3D community, but I found it incredibly relieving. Honestly, this project wouldn't have come together without it, so I fully embraced the process.I'm excited to keep making projects like this. The world of 3D art is truly an endless and vast realm, and I encourage every artist like me to keep exploring it, one project at a time.Denys Molokwu, 3D Artist
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