#Renderman for blender

[cabbagetwunk]

Kal im also on tumblr because of 3d modelling and the AAGAGAGAGAHAGHHH THE BEASTS

DUDE GODSPEED they should give us eight million dollars each for opening a 3d program i think

[varyingquality-comics]

Finally! After so long I have another blog update again! I'm here this time rounding off the two part series I started about my SciTech art challenge submission all the way back in December of 2024. I have a LOT to say about this still so check it out with the link!

[hyaha-ha-ha]

(⁠‘⁠◉⁠⌓⁠◉⁠’⁠) I've never posted the kitty cat on here !!

It's a project I've done last year

Every year in my school the 2rd year learn Xgen with a project where we have to create an animal from scratch

As a loyal former Warrior Cats kid I obviously choose a cat

I used Blender, Mudbox, Maya, Xgen and Renderman !

[mi6014dhanushkanth]

Requirements for a generalist in ILM

High-level knowledge across multiple CG techniques including but not limited to: Modeling, Texturing, Lighting, Matte Painting, Rendering, Shading and Compositing.

Proven VFX pipeline experience having worked on at least one feature film.

Be comfortable with both the creative and technical aspects of CG work.

Production-based experience in Maya, Houdini and VRay.

Knowledge and experience of Houdini Solaris, Renderman and Blender are also welcome.

Team-based creative and technical problem-solving.

Excellent attention to detail.

Strong communication skills.

Programming or scripting skills (e.g. vex, mel, python) a bonus.

Traditional arts background.

[differenttimemachinecrusade]

3D Rendering Market Size, Competitive Landscape, and Forecast 2032

The 3D Rendering Market was valued at USD 4.07 billion in 2023 and is expected to reach USD 23.02 billion by 2032, growing at a CAGR of 21.27% over the forecast period 2024-2032.

The global 3D rendering market has witnessed remarkable growth in recent years, driven by the increasing adoption of 3D visualization across industries such as architecture, automotive, gaming, film, and healthcare. As businesses and designers strive to deliver immersive, high-quality visual content, the demand for advanced rendering software and cloud-based rendering solutions is surging. The market is evolving rapidly, supported by technological advancements such as real-time rendering, augmented reality (AR), and virtual reality (VR). These innovations are reshaping how professionals create, present, and experience digital content.

3D Rendering Market Size, Share, Scope, Analysis, Forecast, Growth, and Industry Report 2032 explores how the market is poised for sustained expansion, with an increasing number of organizations leveraging rendering solutions for product design, marketing, simulation, and customer engagement. From photorealistic architectural walkthroughs to complex industrial visualizations, the applications of 3D rendering are diverse and growing. As industries embrace digitization, the integration of 3D rendering into workflows is becoming a competitive necessity, further fueling market growth and innovation.

Get Sample Copy of This Report: https://www.snsinsider.com/sample-request/4934 

Market Keyplayer

Autodesk (Autodesk 3ds Max, Autodesk Maya)

Chaos Group (V-Ray, Chaos Phoenix)

NVIDIA (NVIDIA Iray, NVIDIA Omniverse)

Blender Foundation (Blender, Cycles)

Maxon (Cinema 4D, Redshift)

Solid Angle (Arnold, Arnold GPU)

Luxion (KeyShot, KeyVR)

Unity Technologies (Unity 3D, Unity Reflect)

Epic Games (Unreal Engine, Quixel Megascans)

Red Giant (Universe, Magic Bullet Suite)

Otoy (OctaneRender, OTOY Render Network)

The Foundry (Maya Render, Modo)

Next Limit Technologies (Maxwell Render, RealFlow)

Pixar Animation Studios (RenderMan, Presto)

Autodessys (FormZ, Rendering Suite)

KeyShot (KeyShot Animation, KeyShotXR)

SimLab Soft (SimLab Composer, SimLab VR Viewer)

Artlantis (Artlantis Render, Artlantis Studio)

Daz 3D (Daz Studio, Daz 3D Render)

LightWave 3D (LightWave Render, LightWave 3D Modeler)

Trends

The 3D rendering market is influenced by several key trends that are driving transformation and accelerating adoption across sectors:

Rise of Real-Time Rendering: With the growing demand for immediate feedback and interactive design environments, real-time rendering technologies are becoming essential. Tools like Unreal Engine and Unity are empowering industries to deliver lifelike visuals in real time, especially in gaming, automotive, and real estate.

Cloud-Based Rendering Services: Cloud rendering is gaining traction due to its ability to handle large-scale rendering projects without heavy investment in hardware. This model allows faster processing times, scalability, and collaboration, making it particularly valuable for architectural firms and creative studios.

AR and VR Integration: The fusion of 3D rendering with augmented and virtual reality is opening new avenues in simulation, training, and customer experience. Industries like interior design and e-commerce are using AR-based visualizations to allow customers to “see” products in real-world environments.

Use of AI and Automation: Artificial intelligence is being applied to streamline rendering workflows, automate lighting and texture selection, and enhance final output quality. AI-powered upscaling and denoising tools are also significantly reducing rendering times.

Sustainability and Green Design: As sustainable design gains importance, 3D rendering is playing a crucial role in visualizing eco-friendly architecture and green infrastructure, aiding decision-making in early-stage planning.

Enquiry of This Report: https://www.snsinsider.com/enquiry/4934 

Market Segmentation:

By Component

Software

Services

By Operating System

Windows

MacOS

Linux

By Organization Size

SMEs

Large Enterprises

By End User

Architecture, Engineering & Construction

Automotive

Healthcare

Gaming

Manufacturing

Media & entertainment

Market Analysis

This growth is driven by increasing demand across sectors such as architecture, product design, and media. The Asia-Pacific region is emerging as a major growth hub, fueled by rapid urbanization, infrastructural development, and growing digitalization. Meanwhile, North America continues to dominate in terms of market share due to the presence of major tech firms and early adopters.

Key players in the market include Autodesk, Adobe Systems, Dassault Systèmes, NVIDIA, Chaos Group, and Luxion. These companies are investing in R&D to improve rendering speeds, quality, and user interface. Partnerships with cloud service providers and integration with emerging technologies are also helping expand their customer base. Startups and smaller firms are entering the market with specialized rendering services, making the competitive landscape more dynamic.

Future Prospects

The future of the 3D rendering market is promising, with expansive applications beyond traditional design disciplines.

Healthcare Visualization: The medical field is increasingly using 3D rendering for surgical simulation, anatomical modeling, and medical training, enabling higher precision and better outcomes.

E-Commerce Transformation: Retailers are embracing 3D product visualization to reduce returns, boost online engagement, and personalize the shopping experience. Virtual fitting rooms and interactive 3D product demos are set to become standard practice.

Smart City and Infrastructure Planning: Governments and urban planners are leveraging 3D rendering to visualize smart cities, traffic flows, and infrastructure projects, ensuring better planning and communication.

Education and Training: Interactive 3D environments are revolutionizing education, especially in technical fields, by offering immersive, hands-on learning without physical resources.

As rendering technology becomes more accessible and powerful, its applications will continue to expand across sectors, creating new market opportunities and transforming workflows.

Access Complete Report: https://www.snsinsider.com/reports/3d-rendering-market-4934 

Conclusion

The 3D rendering market is at the forefront of the digital visualization revolution, offering immense potential for innovation, efficiency, and engagement. With the convergence of real-time rendering, AI, cloud computing, and immersive technologies, the market is entering a transformative phase. As industries adapt to increasingly visual communication methods, 3D rendering will be a critical tool for design, decision-making, and storytelling.

About Us:

SNS Insider is one of the leading market research and consulting agencies that dominates the market research industry globally. Our company's aim is to give clients the knowledge they require in order to function in changing circumstances. In order to give you current, accurate market data, consumer insights, and opinions so that you can make decisions with confidence, we employ a variety of techniques, including surveys, video talks, and focus groups around the world.

Contact Us:

Jagney Dave - Vice President of Client Engagement

Phone: +1-315 636 4242 (US) | +44- 20 3290 5010 (UK)

[aykutiltertr]

2024 - 2025 1.TEST 3D Modelleme ve Animasyon Sorularla Öğrenelim  ⭐ Video'yu beğenmeyi ve Abone olmayı unutmayın  👍 Zile basarak bildirimleri açabilirsiniz 🔔 ⭐ OYNATMA LİSTESİNDEN TÜM TESTLERE ULAŞABİLİRSİNİZ. ✩ ╰┈➤ https://www.youtube.com/playlist?list=PL_ICXU_5hDWHDMBb0Suy0eIrGPUWlkZ6g ⭐ SINIF                  : 2.SINIF ⭐ DÖNEM              : 2.DÖNEM (YAZ DÖNEMİ) ⭐ SINAV                 : VİZEDE ve FİNALDE BÜTÜNLEMEDE SORULACAK ⭐ DERSİN ADI       : ÜÇ BOYUTLU MODELLEME ve ANİMASYON ⭐ TEST KONUSU  : Üç Boyutlu Modellemenin Tanımı - 1 (SORULARLA ÖĞRENELİM) ⭐ KAÇINCI TEST  : 1.TEST Sorularla Öğrenelim ÜÇ BOYUTLU MODELLEME VE ANİMASYON 1. Üç Boyutlu Modellemenin Tanımı YazdırTüm Cevapları GizleMateryal Listesine Dön ________________________________________ Soru 1: 3D animasyon yapım aşamaları nelerdir? (Çoktan Seçmeli) ✔ Modelleme, Doku Kaplama, Rigging, Işıklandırma, Animasyon, Render İzleme, Oluşturma, Saklama, Dağıtım Tasarım, Oluşturma, Düzenleme, Bitirme Ön Üretim, Üretim, Son Üretim Cevap : Modelleme, Doku Kaplama, Rigging, Işıklandırma, Animasyon, Render ________________________________________ Soru 2: Aşağıdaki seçeneklerin hangisinde işleme (Render) işlemi tanımlanmıştır? (Çoktan Seçmeli) ✔ Üç boyutlu modelin bilgisayar tarafından görüntü oluşturulması Objelerin hareketinin sağlanması Animasyonun yapıldığı aşama Modelleme işlemi Cevap : Üç boyutlu modelin bilgisayar tarafından görüntü oluşturulması ________________________________________ Soru 3: Aşağıdaki seçeneklerden hangisinde 3B modelleme ve animasyon için yaygın olarak kullanılan programlar sıralanmıştır? (Çoktan Seçmeli) Photoshop ve Illustrator Excel ve Word ✔ Cinema 4D ve Maya Premiere Pro ve After Effects Cevap : Cinema 4D ve Maya ________________________________________ Soru 4: Aşağıdakilerden hangisi 3B modelleme ve animasyonun en yoğun kullanıldığı alandır denilebilir? (Çoktan Seçmeli) ✔ Film ve televizyon yapımcılığı İç mimarlık Havacılık ve savunma sanayii Tarım sektörü Cevap : Film ve televizyon yapımcılığı ________________________________________ Soru 5: Aşağıdaki ifadelerden hangisi doku kaplamayı açıklayabilir? (Çoktan Seçmeli) Kamera hareketlerinin oluşturulması Objelerin animasyonu Fiziksel olarak simüle edilen hareketlerin eklenmesi ✔ Üç boyutlu objelerin renklendirilmesi Cevap : Üç boyutlu objelerin renklendirilmesi ________________________________________ Soru 6: Hangisi bir 3B modelleme programı değildir? (Çoktan Seçmeli) Maya Blender ✔ Photoshop Cinema 4D Cevap : Photoshop ________________________________________ Soru 7: Aşağıdaki seçeneklerden hangisinde iskelet sistemi oluşturma (Rigging) açıklanmıştır? (Çoktan Seçmeli) Üç boyutlu modellerin dış görünüşünü belirleyen işlemler ✔ Üç boyutlu modellerin hareketini sağlamak için kemik sistemlerinin oluşturulması Render işleminin yapıldığı aşama Işıklandırma işleminin yapıldığı aşama Cevap : Üç boyutlu modellerin hareketini sağlamak için kemik sistemlerinin oluşturulması ________________________________________ Soru 8: Aşağıdakilerden hangisi 3B animasyonun ilk aşamaları arasında sayılabilir? (Çoktan Seçmeli) ✔ Konsept geliştirme Modelleme Doku kaplama Işıklandırma Cevap : Konsept geliştirme ________________________________________ Soru 9: Aşağıdakilerden hangisi popüler render motorları arasında sayılamaz? (Çoktan Seçmeli) Arnold Octane Renderman ✔ Rhinoceros Cevap : Rhinoceros ________________________________________ Soru 10: Aşağıdakilerden hangisi üç boyutlu modelleme ve animasyon alanında gereksinimlerden biri olarak görülmez? (Çoktan Seçmeli) Bilgisayar ✔ Softbox Grafik Tablet Klavye Cevap : Softbox 8. Yüksek Poli'den Düşük Poli'ye Pişirme Pişirme, yüzey ayrıntılarını yüksek poligonlu bir heykel modelinden optimize edilmiş düşük poligonlu bir oyun veya animasyon varlığına aktarma sürecidir. Normal, ortam tıkanıklığı veya yükseklik haritalarında kodlanan ayrıntılar, yüksek çözünürlüklü heykel bilgilerinin tamamını ağır bellek maliyetleri olmadan korur. Düşük poligonlu model, heykel versiyonuyla aynı topolojiyi ve yönelimi paylaşır ve tam olarak onun üzerinde durur. Özel pişirme araçları, doku haritaları olarak depolamak için düşük ve yüksek modeller arasındaki aydınlatma gölgelendirme farklarını hesaplar. Pişirme, titizlikle yapılan heykel çalışmalarının %100'ünü yeniden kullanılabilir çalışma zamanı dokuları olarak korur. 9. Dokulandırma 3B dokulama , doku haritaları olarak adlandırılan 2B bitmap görüntülerinin 3B varlıkların yüzeyine uygulanması sürecini ifade eder. Dokular, dağınık rengi, desenleri, pürüzlülüğü, normalleri ve diğer yüzey niteliklerini tanımlar. Dokular, gerekli malzeme özelliklerine ve gerçekçi hedeflere uyacak şekilde boyanır. Dokulama, hem piksel düzeyinde hassasiyete hem de alt akış kullanıcıları için etkileşimli esnekliğe odaklanır. Gelişmiş araçlar, gerçek geometri temasına dayalı hassas aşınma için dünya uzayında doğrudan doku boyama olanağı sağlar. ❤

[mi6014roishutton]

Beginning: What I like

I wasn't sure where to begin with this module and the industry, so went with what what I enjoy and if I could go down that path after graduating.

I really enjoyed compositing in second year and did consider keeping up with it but haven't found a place for 3D work this year.

On screenskills, I looked through roles I'd be interested in as a career in the VFX idustry.

This job role is summarised as "to create artwork to inspire the look of the visual effects". This feels like it would fall into my strength as something with something of a background in fine art, not beginning to learn how to animate until I was at university really.

Concept artists I have followed and loved the work of include:

Nick Grindraux, concept artist for The Mandalorian

I always loved playing with light whenever I used Maya for 3D modules, especially during character design I pushed myself with this. I've also done so with the minor blender projects I've undertaken in my own time.

I didn't get to use light as exciting or colourful as these during my compositing module however I still loved reconstructing the light during the 3D modelling of the scenes.

From the information on Screenskills about lighting artists, I'm very lacking in knowledge on the software they say to be aware of like V-Ray, Redshift and Renderman. Arnold I'm somewhat competent in.

[maacsatara]

Understanding CGI (Computer-Generated Imagery) Basics

Computer-Generated Imagery (CGI) has become a cornerstone of modern visual media, transforming industries ranging from entertainment and advertising to architecture and education. This technology involves creating still or animated visual content using computer software, enabling the generation of complex imagery that would be difficult, if not impossible, to capture with traditional methods. For those looking to dive deeper into CGI and its applications, a vfx institute in Pune offers specialized training and resources. Here's an in-depth look at the basics of CGI, including its processes, applications, and impact on visual storytelling.

What is CGI?

CGI refers to the creation of still or animated visual content through computer software. Unlike traditional photography or film, which capture real-world scenes, CGI is generated entirely within a digital environment. This allows for greater creative freedom, precision, and the ability to produce visuals that might be unattainable using conventional techniques.

**Core Components of CGI**

1. **Modeling:** The first step in CGI is modeling, where a 3D representation of an object or scene is created. This involves constructing geometric shapes to form complex structures, characters, or environments. Tools such as Autodesk Maya, Blender, and 3ds Max are commonly used for this purpose. The models are crafted with meticulous detail to ensure they look realistic or align with the desired artistic style.

2. **Texturing:** After modeling, the next phase is texturing, where surfaces of the 3D models are detailed with textures and materials. Texturing involves applying images, colors, and patterns to the 3D surfaces to simulate the appearance of different materials, such as wood, metal, or skin. This step adds realism by enhancing the visual detail and depth of the model.

3. **Lighting:** Lighting is crucial in CGI as it affects the overall look and feel of the scene. In this phase, digital lights are placed within the 3D environment to mimic natural or artificial light sources. Lighting helps in defining the mood, highlighting specific areas, and adding depth to the scene. Various types of lights, such as point lights, directional lights, and ambient lights, are used to achieve the desired effect.

4. **Rendering:** Rendering is the process of generating the final image or animation from the 3D model. This involves calculating the effects of light, texture, and color on the model to produce a realistic or stylized visual output. Rendering can be computationally intensive, requiring powerful hardware and software to achieve high-quality results. Popular rendering engines include V-Ray, Arnold, and RenderMan.

5. **Animation:** For moving images, animation is the process of creating motion and transitions. This involves defining how objects and characters move and interact within the scene. Techniques such as keyframing, where specific points in time are defined for the animation, and motion capture, where real-world movements are recorded and applied to digital models, are used to create dynamic and lifelike animations.

**Applications of CGI**

CGI has a wide range of applications across various industries:

1. **Entertainment:** In film and television, CGI is used to create visual effects, generate entire environments, and bring fantastical creatures to life. Blockbuster movies like "Avatar" and "The Avengers" showcase the extensive use of CGI to craft immersive and visually stunning experiences. Animated films such as those produced by Pixar and DreamWorks rely heavily on CGI for their storytelling.

2. **Advertising:** CGI is employed in advertising to create eye-catching visuals that capture the viewer's attention. This includes creating realistic product renderings, dynamic commercials, and visually compelling graphics that enhance brand messaging and engagement.

3. **Architecture and Design:** CGI helps architects and designers visualize their projects before they are built. Through CGI, clients can see realistic 3D models of buildings, interiors, and landscapes, allowing for better design decisions and presentations.

4. **Education and Training:** In educational and training contexts, CGI is used to create interactive simulations and visual aids. This includes virtual labs, training simulations for various industries, and educational animations that enhance learning experiences.

**Impact of CGI on Visual Storytelling**

CGI has revolutionized visual storytelling by enabling creators to push the boundaries of imagination. It allows for the depiction of scenarios that are impossible or impractical to film in real life. From creating breathtaking landscapes to designing intricate character movements, CGI enhances narrative depth and visual appeal. It also provides filmmakers and artists with tools to experiment with visual styles and storytelling techniques that would be challenging to achieve otherwise.

**Future of CGI**

The future of CGI is promising, with ongoing advancements in technology and techniques. Emerging technologies such as real-time rendering, augmented reality (AR), and virtual reality (VR) are expanding the possibilities of CGI. These innovations are set to further enhance the realism and interactivity of CGI content, making it an even more integral part of visual media. To stay ahead in this evolving field, enrolling in the best VFX institute in Pune can provide you with cutting-edge skills and knowledge essential for mastering these advancements.

In conclusion, CGI is a powerful and versatile technology that has transformed the way we create and experience visual content. Understanding its core components, applications, and impact helps in appreciating its role in modern media and its potential for future innovations. As technology continues to evolve, CGI will remain a key player in shaping the visual landscape of tomorrow.

[mi5016hollysurr]

Pixar- private software

component 1

Pixar animation studios are know to use their own private soft ware called Presto (named after the 2008 short film) this was originally called Menv however was updated to presto in 2012 some time around the creation of the movie Brave. The software is known to be familiar to cell to cell animators in its function

its interface closely resembles software like maya and blender but has many different qualities these programs don't. Presto allows artists to work in a scene in real time with full resolution geometric models.

Presto at first was incapable of handling collaborative work, to solve this Pixar came up with USD the frame work for the interchange of 3d computer graphics data. This focuses on collaboration and allows many artists to work on the same scene or model on different layers without stepping on each others toes.

Pixar also have a software called RenderMan also produced by the studios to render all their in house 3d animated movies. RedenerMan is also licensed as a product for 3rd parties.

Presto is useful however it is extremely specific to the needs of whatever Pixar is doing at the time. the software is only usable because the team who wrote it and continue to edit and refine it are so close by.

[maacwanowrie]

WHAT KIND OF SOFTWARE DOES A 3D ANIMATOR USUALLY USE?

The design industry in India is currently experiencing immense popularity, and the range of available options in the market speaks for itself, eliminating the need for further explanation regarding the hype. Individuals with an artistic perspective and creative abilities can undoubtedly delve into this field. Opting for a design career from MAAC institute ensures a path to success and reaching new heights.

3D animators rely on specialized software to bring their creative visions to life. These software applications are designed to handle the complexities of 3D modeling, animation, texturing, rendering, and more. The following are some of the key types of software that a 3D animator typically uses:

1.3D Modeling Software: 3D modeling software allows animators to create three-dimensional objects and characters. These tools enable the artist to manipulate vertices, edges, and faces to form complex shapes. Some popular 3D modeling software options include Autodesk Maya, Autodesk 3ds Max, Blender, and Cinema 4D. Each software has its strengths and is commonly used in various industries, from film and gaming to architecture and product design.

 2.Animation Software: Animation software is the heart of 3D animation, as it enables animators to create movement and performances for characters and objects. This type of software allows animators to create keyframes and define the motion between them. Autodesk Maya and 3ds Max, along with Cinema 4D and Blender, are also commonly used for animation tasks. Additionally, specialized animation software like Toon Boom Harmony is widely used in the animation industry for character animation and traditional 2D animation.

 3.Texturing Software: Texturing software allows animators to apply realistic or stylized textures to 3D models, adding surface detail and visual richness to the objects. Substance Painter and Substance Designer are popular choices for creating high-quality textures, while Adobe Photoshop is often used for more traditional texture painting.

 4.Rigging Software: Rigging is the process of creating a digital skeleton for 3D models, allowing them to be posed and animated easily. Specialized rigging tools are available in many 3D modeling and animation software, such as Maya and 3ds Max. Additionally, software like Autodesk MotionBuilder and SideFX Houdini offers advanced rigging capabilities for complex character animation tasks.

 5.Rendering Software: Rendering software converts the 3D scenes into final images or frames of animation. This process calculates lighting, shadows, reflections, and other visual effects to produce the final output. Rendering can be a time-consuming task, especially for complex scenes, so dedicated rendering software like Pixar's RenderMan, Chaos Group's V-Ray, and NVIDIA's Mental Ray are commonly used to optimize and speed up the rendering process.

 6.Compositing Software: Compositing software allows animators to combine multiple rendered elements, add visual effects, and make final adjustments to the animation. Adobe After Effects and Nuke are two popular compositing tools used in the industry. They provide a wide range of features for adding visual effects, color grading, and integrating 3D elements into live-action footage.

 7.Motion Capture Software: Motion capture software is used in conjunction with motion capture hardware to record and apply real-world movements to 3D characters. This technology is commonly used in the film, gaming, and animation industries to achieve realistic and lifelike character animation. Autodesk MotionBuilder, Vicon Blade, and OptiTrack are some of the motion capture software options available.

 8.Simulation Software: Simulation software is used to create realistic physical effects such as fluid dynamics, cloth simulation, and particle systems. These simulations add complexity and realism to the animation. Software like Houdini, RealFlow, and Phoenix FD are frequently used for dynamic simulations.

 In conclusion, 3D animators rely on a wide range of specialized software applications to create their stunning and immersive animations. These tools cover every aspect of the animation process, from modeling and rigging to texturing, rendering, and compositing. As technology continues to advance, 3D animation software is likely to become even more sophisticated, empowering animators to bring increasingly complex and captivating creations to life.

[greysleads]

Renderman for blender

Renderman for blender software#

Renderman for blender code#

To work with the utility, you need to register an account. NOTE: RenderMan is free for non-commercial use only. ‘it’ functions as a framebuffer/render display window with floating point capabilities, also offering imaging instruments able to manipulate and compose imagery in high quality.īy providing users with more advanced feature, otherwise not found in Autodesk Maya, they can configure a wide variety of aspects relating to objects’ geometry, lights and materials, all of which are highly user-definable, in order to help them obtain the effects they are after.

Renderman for blender code#

This tool enables users to generate RenderMan shaders by joining modules and adjusting their parameters, allowing them to preview the result before saving it, all the while requiring no code writing whatsoever.

Renderman for blender software#

‘Slim’ works as a shader creator and manipulator for material building tasks. SketchUp is a premier 3D design software that truly makes 3D modeling for everyone, with a simple to learn yet robust toolset that empowers you to create. The Autodesk Maya plugin offers users access to RenderMan’s advanced features, though it uses Maya’s functionality and workflow. The two other components are represented by ‘it’ (imaging tool) and ‘Slim’ (RSL Shader Network Authoring Tool). Pixar has released Renderman 24 for blender, which includes a new rendering architecture known as RenderMan XPU, and today we would take a look at how this w. The software comprises four distinct elements which users can work with, specifically RenderMan for Maya and RenderMan for Katana, plugins which act as bridge packages between the host program and RenderMan’s functionality. They can also include countless other information, like display parameters, and these are stored in RIB format files (RenderMan Interface Bytestream). Generally, scene descriptions comprise information about specific geometry found in a scene, details about how the geometrical object should be shaded, the position of the light sources as well as data about the virtual camera that is used for imaging the scene. It can function both as a standalone tool, but in this form it is aimed at more advanced individuals, as well as a graphic plugin for Autodesk Maya or The Foundry’s Katana. When comparing RenderMan and Blender, you can also consider the following products V-Ray - Learn why V-Ray for 3ds Maxs powerful CPU & GPU renderer is the. RenderMan is a complex piece of software developed by the Pixar Animation Studios which enables users to generate 2D images out of 3D scene descriptions.

[evil-nerd-blog]

mmmmm finished the pug model & now i gotta make BG JOYYYYYY~ <3 

(before any1 asks.. yes the image is reversed cause lookin at the same image at the same angle makes me wonder if it looks OK or not xD) 

[rangedreign]

peak ennea 5 is when you don't want to play video games bc not being overpowered stresses you out

[asorgejr]

Jungle #houdinifx #3d #logo #illustration #render #procedural #animation #jungle #waterfall #rainforest #scenery #wilderness #river #overgrowth #design #art #blender #maya #redshift #cinema4d #octanerender #furryball #renderman #arnold #opengl #cycles (at San Diego, California)

[hedgeyart]

what program do you use for 3d art?

For Virgil's room I used Maya for modeling, Substance Painter and Photoshop for texturing, and Marmoset for rendering. Quite the list, I know 😅

I get access to a lot of software through my school. I'm not a 3D major though, so once my student license runs out I'm planning on switching over to Blender. A lot of 3D software is very expensive, but Blender is free! So if you're looking to get into 3D stuff yourself I'd recommend starting there. There are also free plugins like the non-commercial version of Renderman or even game engines like Unity and Unreal that some people use for rendering (I've never used it for 3D art, but when I had my game engines class Unity was the only one that ran on my laptop, so if you don't have access to a beefy gaming computer that might be the one for you).

Of course I'm no 3D expert. I need to do a lot more research myself before my license dries up, so if anyone has any additions to make I'd love to hear them!

[krisha-t]

Alternative Submission

For my final model I thought it would be best to showcase both my built world and the terrain I created. The context of the terrain is very important as it relates to my narrative of the floating city. 

As discussed in previous posts, Ive decided to fabricate my model by laser cutting and 3D printing with a few hand modeled elements. 

Green = Laser Cut

Pink = 3D print 1

Blue = 3D print 2

Yellow = hand 

LASER CUTTING

I decided it would make most sense to laser cut my topography as it is essentially repeated even forms. I made a proper illustrator file with the correct dimensions.  

3D PRINTING 

Both my built city and my outpost would have to be 3D printed. The reason I have them separate is because there is too much for an overhand with the tubes that connect the outpost with the rest of the city. I would have liked to hand make some aspects of my outpost but it would be very hand considering all the organic shapes/forms ive created. The files both have all closed loops and are ready to go for 3D printing. 

HAND

I would then use small dowels or toothpicks to create the pillars of the city. These columns are what semi supports the city. My entire narrative has this focus on the floating city which uses anti gravity to stay afloat. It will be further emphasized and explained in the final manual. 

OUTPOST

The outpost is an important part of my story but due to scale it cannot be seen very well in the model. The goal is to create an exploded axonometric of the outpost in Illustrator. This will help to define each part and how they all work together.The image attached is a rough precedent as it has the different parts on the right hand side.

RENDERING

Unfortunately I dont have VRAY on my computer and am unable to download the free 30 day trial. I experimented rendering using the render tools in Rhino but my lack of experience led to some poor renders. I plan to explore some of the free rendering software mentioned in the brief  ( Blender , Pixar Renderman Kerkythea). I might also have to go for a line work only effect with college editing techniques.