#3d software

[chi-va-piano-arriva-dopo]

Andrey Zakirzyanov, 3D Animation.

Vincent van Gogh, “Café Terrace at Night” on the Place du Forum, Arles (1888).

All animations were created without AI, but making use of various 3D software through careful texturing, modeling and conversion of two-dimensional images. The result is a realistic-looking reproduction perceptible as three-dimensional, thanks to the accurate calculation of perspective and the addition of colors, lights and shadows.

Music by Andrey Surotdinov.

[marislittleworld]

Metahuman Resident Evil OC

Yo guys, it's been a time I don't post anything related to Metahuman, and in case you don't know what this is, is a program of Unreal Engine 5 where you create models called Metahumans, they're used for animation or even for game creation.

There is a free site so you can test it, but it's kinda heavy 😅 but I recommend a lot

[rgarts-292]

Please help me answer some questions about 3D artists' software!

Hey, everyone! I am a second-year student who has to do research about the usage of 3D Software in the game industry. I wondered if someone who works in the industry (Indie or not) could help me by answering some of my questions. The questions mainly revolve around 3D-art. 

Which software is used? 

For what is this software used for specifically? 

How much do you make use of this software? 

Why do you use your chosen software, instead of comparable software? (For example, why use Maya over Blender?) 

Which software is the most important to learn if someone wants to enter the industry as a 3D-artist? 

Thx in advance! 

[pinkpalmingo]

risen

[nakavelli98]

D E A D  S P A C E created by me using Bryce 3D

[drawbabybirddraw]

haven't tried it myself yet but womp is a browser based 3d software.

[sannyillustrates]

Experimenting with 3D digital software and made this on Magicavoxel ! It was super fun to mess around with

[teknologika]

Cara Memilih Software 3D yang Tepat untuk Kebutuhan Bisnis

Di era teknologi yang semakin maju, software 3D telah menjadi alat yang tak terpisahkan bagi berbagai sektor bisnis. Mulai dari arsitektur, manufaktur, hingga pemasaran digital, perangkat lunak ini menawarkan kemampuan untuk menciptakan visualisasi yang realistis dan inovatif. Namun, dengan banyaknya pilihan yang tersedia di pasaran, memilih software 3D yang paling cocok untuk kebutuhan bisnis Anda bisa menjadi tantangan tersendiri. Kesalahan dalam memilih dapat menyebabkan biaya tambahan dan hasil yang tidak maksimal.

Oleh karena itu, penting untuk memahami kebutuhan spesifik bisnis Anda sebelum mengambil keputusan. Apakah Anda memerlukan perangkat lunak untuk membuat desain produk, simulasi teknik, atau animasi pemasaran? Dengan menjawab pertanyaan ini, Anda dapat mempersempit opsi dan memaksimalkan investasi pada software 3D yang Anda pilih. Artikel ini akan membahas langkah-langkah penting yang perlu diperhatikan dalam memilih software 3D yang tepat untuk bisnis Anda.

Memahami Tujuan Bisnis Anda

Langkah pertama adalah mendefinisikan tujuan utama Anda dalam menggunakan software 3D. Setiap bisnis memiliki kebutuhan yang berbeda, sehingga pemahaman mendalam tentang apa yang ingin dicapai menjadi kunci. Jika Anda bergerak di bidang arsitektur, misalnya, Anda mungkin memerlukan perangkat lunak yang fokus pada rendering realistis dan desain struktural. Sementara itu, bisnis di sektor manufaktur mungkin lebih membutuhkan software untuk prototipe dan simulasi mekanis.

Dengan menetapkan tujuan ini, Anda tidak hanya dapat mengidentifikasi perangkat lunak yang paling relevan tetapi juga menghemat waktu dan anggaran. Hindari memilih software hanya karena popularitasnya; pastikan fitur-fiturnya sesuai dengan kebutuhan spesifik Anda.

Menilai Kemampuan dan Keahlian Tim

Software 3D yang canggih sering kali memerlukan keahlian teknis tertentu. Sebelum memilih, pertimbangkan kemampuan tim Anda. Apakah mereka memiliki pengalaman menggunakan perangkat lunak serupa? Jika tidak, apakah perusahaan Anda siap menginvestasikan waktu dan dana untuk pelatihan?

Perangkat lunak seperti Blender, misalnya, dikenal karena fleksibilitasnya tetapi memiliki kurva belajar yang curam. Sebaliknya, software seperti SketchUp lebih ramah pengguna dan cocok untuk pemula. Dengan memahami tingkat keahlian tim Anda, Anda dapat memilih perangkat lunak yang tidak hanya sesuai kebutuhan tetapi juga mudah diadopsi oleh tim.

Mengevaluasi Fitur dan Kompatibilitas

Setiap software 3D memiliki fitur unggulan yang berbeda. Sebelum membuat keputusan, pastikan untuk mengevaluasi fitur-fitur tersebut dan menyesuaikannya dengan kebutuhan Anda. Beberapa hal yang perlu diperhatikan meliputi:

Kemampuan Rendering: Apakah software tersebut dapat menghasilkan visual yang realistis?

Simulasi dan Animasi: Apakah mendukung kebutuhan teknis seperti simulasi fisika atau animasi?

Kompatibilitas File: Apakah perangkat lunak tersebut kompatibel dengan format file lain yang digunakan oleh mitra atau klien Anda?

Selain itu, pertimbangkan juga integrasi dengan software lain yang sudah digunakan di perusahaan Anda. Kompatibilitas antar perangkat lunak dapat meningkatkan efisiensi kerja dan mengurangi masalah teknis di kemudian hari.

Menghitung Anggaran dan Biaya Total

Harga menjadi faktor penting dalam memilih software 3D, tetapi jangan hanya terpaku pada biaya awal. Pertimbangkan juga biaya tambahan, seperti lisensi, pembaruan perangkat lunak, atau biaya pelatihan. Beberapa perangkat lunak, seperti Autodesk Maya, menawarkan fitur yang sangat lengkap tetapi datang dengan harga yang cukup mahal. Di sisi lain, Blender adalah pilihan gratis dengan fitur yang hampir setara, meskipun mungkin memerlukan usaha lebih untuk menguasainya.

Dengan menghitung anggaran secara menyeluruh, Anda dapat memastikan bahwa investasi pada software 3D tidak hanya sesuai kebutuhan tetapi juga memberikan nilai maksimal bagi bisnis Anda.

Mencari Ulasan dan Rekomendasi

Sebelum membuat keputusan akhir, cari ulasan dari pengguna lain atau konsultasikan dengan pakar di bidang terkait. Pengalaman pengguna sebelumnya dapat memberikan gambaran lebih jelas tentang kelebihan dan kekurangan masing-masing software. Banyak forum online, seperti Reddit atau komunitas desain 3D, yang bisa menjadi sumber informasi berharga.

Selain itu, manfaatkan uji coba gratis jika tersedia. Dengan mencobanya secara langsung, Anda dapat menilai apakah perangkat lunak tersebut benar-benar sesuai dengan kebutuhan bisnis Anda.

Memastikan Dukungan Teknis dan Komunitas

Dukungan teknis yang baik dapat menjadi faktor penentu dalam memilih software 3D. Pastikan penyedia software menawarkan layanan pelanggan yang responsif, baik melalui email, telepon, atau forum. Selain itu, periksa apakah software tersebut memiliki komunitas aktif. Komunitas yang kuat dapat menjadi sumber solusi ketika Anda menghadapi masalah teknis.

Software dengan komunitas besar, seperti Blender, sering kali memiliki banyak tutorial, dokumentasi, dan diskusi yang membantu pengguna baru memahami fungsinya dengan lebih cepat. Hal ini dapat mengurangi waktu yang dibutuhkan untuk menguasai perangkat lunak tersebut.

Kesimpulan

Memilih software 3D yang tepat untuk kebutuhan bisnis adalah investasi jangka panjang yang memerlukan pertimbangan matang. Dengan memahami tujuan bisnis, menilai kemampuan tim, dan mengevaluasi fitur perangkat lunak, Anda dapat menemukan solusi yang paling sesuai. Jangan lupa untuk menghitung biaya total dan memanfaatkan ulasan atau rekomendasi sebelum membuat keputusan akhir.

Langkah-langkah ini tidak hanya membantu Anda menghindari kesalahan dalam memilih tetapi juga memastikan bahwa software yang dipilih benar-benar mendukung pertumbuhan bisnis Anda. Jangan ragu untuk mencoba berbagai opsi dan memilih yang paling sesuai dengan visi serta kebutuhan perusahaan Anda.

[vibrantzone]

Exploring the Best Free 3D Modeling Software

3D modeling has become a crucial skill for professionals and hobbyists alike, spanning areas from animation and video games to architecture and product design. The good news? You don’t need a big budget to create stunning 3D models. Today, we’ll explore the best free 3D modeling software for 2024 that can help you bring your ideas to life.

Whether you’re a beginner or an experienced designer, these free tools can help you create top-notch designs. Plus, we’ll highlight how different tools cater to unique creative needs and why they’re popular in the 3D design world.

1. Blender: The All-in-One Powerhouse

Blender is one of the most powerful and popular free 3D modeling programs, ideal for users who want an all-encompassing design tool.

Features: 3D modeling, texturing, animation, video editing, and more.

Pros: Open-source and supported by a large community, meaning frequent updates and lots of tutorials.

Cons: Steeper learning curve for beginners, but well worth it for advanced features.

Many animation studios in New York and around the world rely on Blender due to its versatility.

2. Tinkercad: Beginner-Friendly and Intuitive

Tinkercad, created by Autodesk, is a fantastic choice for beginners looking to dive into 3D design with minimal fuss.

Features: Drag-and-drop simplicity, perfect for newcomers.

Pros: Web-based, so no downloads required; easy to learn with a low barrier to entry.

Cons: Limited in terms of advanced features, but excellent for simple models and 3D printing.

Tinkercad’s simplicity makes it popular among hobbyists, educators, and anyone new to 3D modeling.

3. SketchUp Free: Perfect for Architecture and Design

SketchUp Free is an easy-to-use software ideal for architectural design and basic 3D modeling, loved by designers and hobbyists alike.

Features: Simple interface tailored for architectural layouts and interior design.

Pros: Web-based and accessible from any device; offers many templates and resources.

Cons: Lacks some advanced features available in the paid version, but highly functional for quick designs.

SketchUp Free is especially great for users needing a straightforward, no-fuss platform for projects.

4. FreeCAD: Precision for Technical Modeling

FreeCAD is a parametric 3D modeling tool suited for technical and engineering projects, offering accuracy for users who need precise designs.

Features: Drafting, modeling, and simulation tools that allow for exact measurements.

Pros: Great for engineering and architectural projects, with tools for complex, technical work.

Cons: More challenging to learn but worth it for users who need detailed, exact designs.

If you’re in engineering or product design, FreeCAD is a powerful, cost-free solution for detailed models.

5. Sculptris: Sculpting for Artists

Sculptris, by Pixologic (the creators of ZBrush), is ideal for artists who want to create organic, free-form models with ease.

Features: Digital sculpting tools that mimic working with clay, perfect for characters and creatures.

Pros: Designed for artists, intuitive for creating detailed, textured models.

Cons: Lacks some advanced ZBrush features, but a solid choice for digital sculpting.

Sculptris is a go-to for artists focused on creating natural, detailed 3D sculptures.

6. Meshmixer: The Ultimate Mesh Editor

Meshmixer by Autodesk is excellent for users who need to edit or repair 3D models, especially for 3D printing.

Features: Mesh editing, model repair, and smooth texturing tools.

Pros: Perfect for cleaning up models and preparing them for 3D printing.

Cons: Less suited for creating new models from scratch, but invaluable for model refinement.

For anyone working with 3D prints, Meshmixer is a must-have tool to polish your models.

7. Bforartists: A User-Friendly Blender Alternative

Bforartists is a fork of Blender, designed with a simplified interface that’s easier for beginners to navigate.

Features: Comprehensive modeling, texturing, animation, and rendering tools.

Pros: Blender’s power with a friendlier interface, ideal for new users who find Blender’s layout complex.

Cons: Limited to Blender’s core features but made more accessible.

If you want Blender’s capabilities but need a simpler layout, Bforartists is worth exploring.

Conclusion

The best free 3D modeling software for 2024 depends on your specific needs and the type of work you’re planning to do. Whether you're looking for an all-in-one tool like Blender, a beginner-friendly option like Tinkercad, or a specialized program like FreeCAD, there’s a free solution that will meet your requirements.

By exploring these options, you can dive into the world of 3D modeling without spending a fortune. Remember, the key to success in 3D modeling is practice, so pick the software that works best for you and start creating!

[vasundhara-infotech]

Blender vs. Maya: Which 3D Software is Best?

[darkhorrorblog]

30 days straight of learning nothing but blender

[industryupdate]

Future of Computer-Aided Design Software in the U.S.

The use of a computer application to assist produce or optimizing a design is known as computer-aided design (CAD). Architects, designers, engineers, and others use CAD software to generate precise 2D or 3D drawings or technical representations. By developing a manufacturing documentation database, this type of software may boost efficiency, enhance quality, and improve organization. The…

[vaguelydefinedshapes]

[nakavelli98]

Ｈ​Ｅ​Ａ​Ｖ​Ｅ​Ｎ ＡＴ ２​Ａ​Ｍ out now on YouTube and Bandcamp 🖤 (Art + music by me)

[prototechsolutionsblog]

The Bridge to Innovation: Why Revit Needs an OBJ Exporter

Introduction

Autodesk Revit is a powerful BIM (Building Information Modeling) software used extensively in the architecture, engineering, and construction industries. It enables professionals to design, model, and document complex building structures with precision and efficiency. However, there are situations where you may need to export your Revit models to other software applications for various purposes, such as visualization, simulation, or 3D printing. This is where an OBJ (Wavefront Object) exporter for Revit becomes invaluable. In this blog post, we'll explore the reasons why you need an OBJ exporter for Revit and the benefits it brings to your workflow.

1. Compatibility with a Wide Range of 3D Software

One of the primary reasons for using an OBJ exporter for Revit is compatibility. OBJ is a widely recognized 3D file format supported by an extensive list of 3D software applications. When you export your Revit models as OBJ files, you can easily share your designs with collaborators or transfer them to other specialized software for tasks such as rendering, animation, or simulation. Some popular software packages that support OBJ include Blender, 3ds Max, Maya, Unity, and many more.

2. High-Quality Mesh Export

Revit models consist of BIM elements like walls, floors, roofs, and families. These elements are typically represented as parametric objects with detailed information. When exporting to OBJ, Revit converts these parametric objects into polygonal meshes, allowing for a more efficient transfer of geometry. OBJ files maintain the visual fidelity and structural integrity of your design, ensuring that complex architectural details and textures are preserved accurately.

3. Streamlined Visualization

Visualization is a critical aspect of architectural and construction projects. An OBJ exporter for Revit simplifies the process of rendering and visualizing your models in other 3D software. You can import your OBJ files into rendering software like Blender or 3ds Max to create stunning, photorealistic renderings, which are essential for client presentations, project approvals, and marketing materials. OBJ files can also be used in virtual reality (VR) and augmented reality (AR) applications, enhancing your ability to communicate design concepts effectively.

4. Simulation and Analysis

In certain scenarios, you may need to analyze your Revit models for structural integrity, energy efficiency, or other factors. Many simulation and analysis tools, such as finite element analysis (FEA) or computational fluid dynamics (CFD) software, require 3D models in a compatible format. By exporting your Revit models to OBJ, you can seamlessly integrate them into these specialized software packages for in-depth analysis and optimization.

5. 3D Printing

The field of 3D printing has seen rapid growth in recent years, and architects and engineers often use it to create physical prototypes, scale models, or custom building components. OBJ files are widely accepted by 3D printing software and services, making it easy to translate your Revit designs into tangible objects. Whether you're working on an architectural model or a structural component, exporting your Revit model as an OBJ file ensures that it can be easily converted into a 3D-printable format.

6. Cross-Platform Collaboration

Collaboration is key in the AEC (Architecture, Engineering, and Construction) industry. Teams often consist of professionals using various software tools, and seamless data exchange is crucial for project success. An OBJ exporter for Revit facilitates cross-platform collaboration by providing a standardized format that can be imported into different software environments. This compatibility reduces the risk of data loss and ensures that all team members can work with the same model.

Conclusion

In conclusion, an OBJ exporter for Revit is a valuable tool that enhances the versatility and compatibility of your BIM workflow. It enables you to share, visualize, analyze, and produce physical models from your Revit designs with ease. By using OBJ as an intermediary format, you can tap into the full potential of your Revit models, allowing you to collaborate more effectively with colleagues and unlock new possibilities in architecture and construction projects. Whether you're creating stunning visualizations, conducting simulations, or 3D printing prototypes, an OBJ exporter for Revit is a valuable addition to your toolkit.

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