DROM studio Incorporation

🤫 Product Modeling පටන්ගත්තා ! |

ගොඩක් කට්ටිය මගෙන් ඉල්ලලා තිබ්බ Blender වලින් Product Modeling / Commercials කරන විදිහ ගැන..

: https://youtu.be/3lQSG9XC2jA?si=ldOdLqlRWX29-jqU

ඔන්න ඔයාටල උදව්වක් විදිහට Product Modeling & Commercials ගැන Free Tutorial Series එකක්ම පටන්ගත්තා... Zero level එකේ ඉන්න කෙනෙක්ට Blender ගැන මොකුත්ම නොදැන උනත් Basic මට්ටමේ ඉදන් Advanced මට්ටමට යනකන් මේක හරහා ඉගනගන්න පුලුවන්... එහෙනම් ජය 😌
අහ්... කියන්න අමතක උනා channel ඇතුලෙත් පොඩි tour එකක් දාලා බලන්න ඕන වෙන ගොඩක් දේවල් ඇති.....

~ Blender 2.90

Train No. 8040 with M9 866 locomotive and Romanian carriages used by Sri Lanka Railways.. People call this train as " Siyana Kumari Express " .

© Saranga Ksh*thijaya Dahanayaka

🔴 " Artificial intelligence ( AI ) "🔴
~ Revolutionizing Graphic Design Across Dimensions

• Introduction :

The world of graphic design encompasses a vast array of disciplines, each with its unique demands and creative possibilities. The integration of artificial intelligence (AI) has opened up new frontiers across all dimensions of graphic design, empowering designers to push boundaries and achieve remarkable outcomes. From 2D graphics to 3D modeling, motion graphics to augmented reality (AR), and user interfaces (UI) to data visualization, AI offers a wealth of tools and techniques that enhance creativity, streamline workflows, and elevate the quality of design work. In this article, we explore the transformative power of AI in various types of graphic design, highlighting its impact and potential for designers.

■ 2D Graphics and Illustrations :

AI algorithms have revolutionized 2D graphics and illustrations, providing designers with intelligent tools to enhance their work. From automated image editing and retouching to background removal, AI streamlines repetitive tasks, saves time, and improves the overall quality of visuals. Additionally, AI can generate style transfer effects, recommend fonts and layouts, and assist in color palette selection, allowing designers to create stunning and cohesive 2D designs.

■ 3D Modeling and Rendering :

AI's influence extends to the realm of 3D modeling and rendering, transforming the way designers bring their ideas to life. AI algorithms enable automatic generation of complex shapes, textures, and structures, empowering designers to create intricate and realistic 3D graphics. Furthermore, AI aids in optimizing rendering processes, enhancing lighting effects, materials, and simulations, resulting in visually stunning and immersive 3D designs.

■ Motion Graphics and Animation :

AI revolutionizes the creation of captivating motion graphics and animations. By leveraging AI, designers can automate repetitive tasks such as character rigging, keyframe interpolation, and motion tracking, allowing them to focus on the creative aspects of their work. AI algorithms provide suggestions for fluid transitions, effects, and interactive elements, enhancing the visual impact of motion-based designs.

■ Augmented Reality (AR) and Virtual Reality (VR) :

AI plays a pivotal role in the world of AR and VR, enabling designers to create immersive and interactive experiences. AI algorithms enhance real-time tracking, object recognition, and scene understanding, resulting in seamless integration of virtual elements into the real world. Additionally, AI contributes to creating realistic visual effects, object interactions, and spatial audio, taking AR and VR experiences to new heights.

■ User Interface (UI) and User Experience (UX) Design :

AI-driven insights are instrumental in creating intuitive and user-centric UI and UX designs. By analyzing user data, AI algorithms uncover usage patterns, optimize user flows, and provide personalized recommendations, ensuring a seamless and engaging user experience. AI-powered tools can predict user behavior and preferences, empowering designers to craft interfaces that resonate with their target audience.

■ Typography and Font Design :

AI revolutionizes typography and font design, offering new avenues for creative expression. AI algorithms analyze vast font libraries, identify patterns, and generate new typefaces or mimic existing ones. This capability saves time and expands the possibilities for typographic designs. AI also aids in font pairing suggestions, ensuring visual harmony and coherence in graphic designs.

■ Data Visualization :

AI transforms data visualization, allowing designers to present complex information in visually appealing and meaningful ways. By analyzing large datasets, AI algorithms generate interactive and informative visual representations. AI-powered tools assist in selecting appropriate chart types, optimizing layouts, and highlighting key insights, resulting in impactful data visualizations that facilitate understanding.

• Conclusion :

Artificial intelligence has become a catalyst for innovation in all dimensions of graphic design. From 2D graphics to 3D modeling, motion graphics to AR and VR, UI/UX design to typography, and data visualization, AI empowers designers to elevate their creativity, streamline

🔴 " Creating Immersive Worlds " 🔴
~ Unleashing the Secrets of Realistic Environments in 3D

• Introduction :

Step into a realm where reality meets imagination, where every pixel holds the power to transport you to another world. In this article, we dive deep into the art of crafting immersive and realistic environments in 3D. Whether you're a budding artist or a seasoned professional, join us as we unveil the secrets behind breathing life into your virtual landscapes.

1. The Power of Atmosphere : Building Believable Environments,
- Explore the crucial elements of atmosphere that make an environment believable. From lighting and weather effects to sound design and composition, discover how to evoke emotions and captivate your audience.

2. From Blueprint to Reality : The Art of Conceptualizing Environments,
- Learn how to transform ideas into tangible creations. We delve into the process of conceptualizing environments, from gathering references and sketching out ideas to creating mood boards and establishing a strong visual direction.

3. Mastering the Tools : Techniques for Modeling and Texturing Environments,
- Unlock the potential of your 3D software as we guide you through essential techniques for modeling and texturing environments. Discover how to create intricate details, optimize workflows, and achieve photorealistic results.

4. Breath-taking Terrains : Creating Vast and Diverse Landscapes,
- Delve into the art of designing diverse landscapes, from serene valleys to treacherous mountain ranges. We explore techniques for generating realistic terrains, incorporating erosion effects, and leveraging heightmaps to add depth and complexity.

5. Beyond the Horizon : The Art of Sky and Weather,
- Lift your environments to new heights by mastering the art of sky and weather. Learn to create dynamic and realistic skies, simulate cloud formations, and harness the power of atmospheric effects to create dramatic scenes.

6. Capturing Authenticity : Photography and Reference Gathering,
- Great environments often find inspiration in the real world. Discover how photography and reference gathering can enrich your work, providing valuable insights into lighting, composition, and color palettes.

7. Creating Life : Vegetation and Foliage in Environments,
- Bring your environments to life by mastering the art of vegetation and foliage. Explore techniques for creating lush forests, realistic grass, and diverse plant life, adding a touch of vibrancy and authenticity to your scenes.

8. Lighting the Way : Illumination and Light Sources,
- Unleash the power of light in your environments. From natural sunlight to artificial sources, we delve into the intricacies of lighting, casting realistic shadows, and using light to enhance the mood and storytelling.

9. Fine-tuning Realism : Details and Props that Make a Difference,
- It's the little things that breathe life into environments. Discover the art of adding intricate details and props that enrich your scenes, from scattered debris to carefully placed objects that tell a story.

10. The Final Flourish : Rendering and Post-Processing Techniques,
- Step into the final stages of bringing your environments to life. Learn how to optimize your renders, enhance details through post-processing techniques, and add that final touch of polish to achieve stunning and captivating results.

• Conclusion :

Creating immersive and realistic environments in 3D is a journey that combines technical skill and artistic vision. By mastering the techniques and principles covered in this article, you'll be equipped to transport your audience to awe-inspiring worlds, where they can lose themselves in the magic of your creations. So, grab your tools, unleash your imagination, and embark on an unforgettable adventure into the realm of 3D environment art.

# Image Source : Florian Obchette
~ https://www.artstation.com/artwork/lDVvyk

🔴 " Unveiling the Illusion " 🔴
~ The Art and Science of Photorealistic Rendering

• Introduction :

Photorealistic rendering has revolutionized the world of computer graphics, breathing life into virtual imagery and blurring the lines between reality and simulation. This article delves into the captivating realm of photorealistic rendering, exploring the intricate techniques, algorithms, and artistic considerations behind its creation. Join us on a journey to unravel the illusion and discover the art and science behind this cutting-edge technology.

1. The Quest for Realism :

- Tracing the evolution of rendering techniques: From basic rendering to photorealism.
- The human visual system and its role in perceiving realism.
- The impact of photorealistic rendering in diverse industries.

2. The Mechanics of Light :

- Understanding light behavior and interaction with virtual objects.
- Shading models: From simple to complex.
- Simulating reflection, refraction, scattering, and caustics.

3. The Role of Materials :

- Materials and their optical properties in photorealistic rendering.
- Creating realistic textures and surfaces.
- The challenges of simulating complex materials such as glass, metal, and fabric.

4. Illuminating the Scene :

- The importance of accurate lighting in achieving realism.
- Different types of light sources and their impact on the rendered image.
- Global illumination techniques and the quest for realistic shadows.

5. The Power of Algorithms :

- Ray-tracing and its contribution to photorealistic rendering.
- Acceleration techniques for efficient rendering.
- Advanced algorithms and hybrid approaches for enhanced realism.

6. Beyond the Technical, The Artistic Touch :

- The role of artistic intuition in photorealistic rendering.
- Balancing realism and creative interpretation.
- Human perception and emotional engagement in photorealistic imagery.

7. Applications and Future Directions :

- Photorealistic rendering in architecture, product design, film, and gaming.
- Virtual reality and augmented reality : Immersive experiences through realistic rendering.
- The future of photorealistic rendering : Advancements and potential breakthroughs.

• Conclusion :

Photorealistic rendering has transcended the boundaries of traditional computer graphics, captivating our senses with lifelike imagery. It combines technical expertise with artistic vision, allowing us to visualize and experience virtual worlds in unprecedented realism. As technology advances, the line between real and virtual continues to blur, opening new frontiers for innovation and creative expression in the world of photorealistic rendering.

🔴 " The Importance of IOR in CGI " 🔴
~ Achieving Realistic Transparency and Refraction.

• Introduction :

Computer-generated imagery (CGI) has revolutionized the world of visual effects, enabling the creation of stunning and lifelike digital environments. One crucial aspect of achieving realism in CGI is the accurate simulation of light interacting with transparent or translucent materials. This is where the Index of Refraction (IOR) plays a vital role. In this article, we will explore the significance of IOR in CGI and how it enhances the realism of rendered scenes.

• Understanding IOR :

The Index of Refraction (IOR) quantifies the way light behaves when it passes through a medium, such as glass, water, or gemstones. It determines the bending and refraction of light rays as they transition from one medium to another. In CGI, specifying the IOR of a material is essential for accurately simulating light's behavior when interacting with transparent or translucent surfaces.

• Realistic Transparency :

Accurate IOR values are crucial for achieving realistic transparency in CGI. Different materials have distinct IOR values, and this influences how much light is transmitted through them and how it bends. For instance, rendering a glass object with an appropriate IOR value ensures that light refracts correctly, causing objects seen through the glass to appear distorted or magnified. The accurate representation of transparency enhances the overall realism of the scene.

• Refraction Effects :

IOR plays a significant role in simulating refraction effects in CGI. When light travels from one medium to another with a different IOR, it bends or refracts. This effect is responsible for various visual phenomena, such as the distortion of objects seen through a transparent medium, the formation of caustics, and the creation of realistic water simulations. Precise IOR values allow CGI artists to achieve these effects convincingly, resulting in visually appealing and believable renders.

• Total Internal Reflection :

Another phenomenon dependent on IOR is total internal reflection. Total internal reflection occurs when light rays hit a boundary between two mediums at an angle greater than the critical angle. This effect is crucial for simulating reflective surfaces like glass or water. By accurately setting the IOR, CGI artists can create convincing reflections and achieve the realistic appearance of surfaces with high reflectivity.

• Material Accuracy :

Accurate IOR values are essential for achieving material accuracy in CGI. Different materials exhibit different IOR values, and by using the correct values, artists can replicate the optical properties of real-world substances. Whether it's simulating the sparkle of a diamond or the shimmering effect of water, precise IOR values enable CGI artists to capture the visual characteristics of materials convincingly.

• Conclusion :

The Index of Refraction (IOR) is a vital parameter in CGI that enables the accurate simulation of light interacting with transparent or translucent materials. By correctly setting the IOR values, CGI artists can achieve realistic transparency, simulate refraction effects, create total internal reflection, and accurately replicate the optical properties of various materials. The precise utilization of IOR in CGI plays a significant role in enhancing the visual appeal and overall realism of rendered scenes, resulting in awe-inspiring digital environments and visual effects.

Here is a list of common materials used in computer-generated imagery (CGI), along with their respective indices of reflection (also known as refractive index):

1. Water: 1.33
2. Glass: 1.50-1.70 (varies based on type)
3. Diamond: 2.42
4. Plastic (Acrylic): 1.49-1.51
5. Metal (Aluminum): 0.36-0.70 (varies based on type)
6. Ice: 1.31
7. Quartz: 1.54
8. Wood: 1.52 (varies based on type)
9. Rubber: 1.52-1.58 (varies based on type)
10. Ceramic: 1.60-1.85 (varies based on type)

Please note that these values are approximate and can vary depending on the specific characteristics of the material. The refractive index determines how light bends when it passes through or interacts with a material, and it is an essential property for achieving realistic rendering in CGI.

🔥 Shortcut Keys commonly used in Blender Software...

| 📚E-Book By : DROM studio Incorporation
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❓ What is Blender ?

Blender is a powerful and popular open-source 3D computer graphics software. It is widely used by artists, animators, designers, and game developers for creating stunning visual effects, animations, models, and more. Here are some key aspects of Blender:

1. Features: Blender offers a comprehensive set of features for 3D modeling, sculpting, texturing, rigging, animation, rendering, compositing, and video editing. It supports various modeling techniques, including polygonal modeling, NURBS, and subdivision surfaces. Blender also includes a built-in physics engine for simulations, such as smoke, fluid, cloth, and rigid body dynamics.

2. Interface: Blender has a unique and customizable interface. It uses a non-overlapping and non-blocking UI design, which allows users to work with multiple windows and panels simultaneously. The interface can be extensively customized, and users can create their own layouts and workspaces to suit their preferences.

3. Compatibility: Blender is compatible with major operating systems, including Windows, macOS, and Linux. It supports a wide range of file formats for importing and exporting models, animations, and scenes, such as OBJ, FBX, Alembic, STL, and more. Blender is also compatible with external render engines like Cycles and Eevee.

4. Rendering: Blender includes two powerful rendering engines—Cycles and Eevee. Cycles is a physically-based path-tracing engine that produces high-quality and realistic renders. It supports features like global illumination, ray tracing, and GPU acceleration. Eevee, on the other hand, is a real-time engine that provides quick previews and interactive rendering suitable for animations and game development.

5. Animation and Rigging: Blender offers a robust animation system that allows users to create keyframe animations, character animations, and motion graphics. It supports skeletal rigging, inverse kinematics, and animation layers. Blender also includes a powerful pose editor and shape key system for character animation and facial expressions.

6. Community and Add-ons: Blender has a vibrant and active community of users and developers. This community contributes to the development of Blender by creating add-ons and plugins that extend its functionality. There is a vast library of free and paid add-ons available for various purposes, including architectural design, character animation, texture creation, and more.

7. Open-Source and Free: One of the most significant advantages of Blender is that it is open-source and freely available for everyone. This means users can access the full source code, modify it, and distribute it as per the terms of the GNU General Public License (GPL). Blender's open-source nature has contributed to its widespread adoption and continuous development.

Blender is a versatile and powerful software used in various industries, including animation, visual effects, game development, architecture, and product design. It provides a wealth of features and a supportive community, making it an excellent choice for 3D artists and enthusiasts.

🎥 " NOORMIE - The Robot " | Sci-fi Short Film
: Our very first film production !

⭕ A Film By HOlO Fox Motions From DROM studio Incorporation
⭕Story By : Yasas Rashmika & Saranga Ksh*thijaya Dahanayaka
⭕ Main 3d Artist : Saranga Ksh*thijaya Dahanayaka
⭕ Secondary 3d Artist : Yasas Rashmika
⭕Character Design & Concept Models : Saranga Ksh*thijaya Dahanayaka
⭕ Animator ; Saranga Ksh*thijaya Dahanayaka

Noormie The Robot | CGi Short
:

📚දන්න සිංහලෙන් නොමිලේම ඉගනගන්න . . .
: https://www.youtube.com/

🎥 Noormie - The Robot | CG Short Film 🎥
පැමිණීම නියමිත 3D animated short film එකෙහි screen shot කිහිපයක්.😇
Used Software : Blender , EEVEE Rendering
© DROM studio Incorporation

TakenCAM Advance 2023 | Screen Recorder Software

" NOORMIE " | Concept Robot Character
| Used Software : blender
©️ DROM studio Incorporation

Game Deveopment With Unity | { }
S_C_A_N N_O_W 📷🤫

ඔන්න හැමොටම තේරෙන්න basic විදිහට leyland bus එකක් blender software එක use කරල model කරන හැටි අපේ Community YouTube Channel එකට දාලා තියෙන්නෙ. 🤫

" The Project Demodara " හැදුන හැටි . 😇
- https://www.youtube.com/watch?v=adSwLe9-bsk&t=21s

VEGA EVX 🇱🇰 | Modified 😉

| Artist ; Saranga Ksh*thijaya Dahanayaka
| Used Software ; Blender

" THE PROJECT DEMODARA " 😇
| Used Software,
-• 3D Models :- Blender
-• Textures :- Photoshop , Krita
-• Level & Final Out :- Unity Engine
# A project by ; Saranga Ksh*thijaya Dahanayaka

Downlod Now Free ! 📱
- https://drom-studio-games.itch.io/athal-pudding-the-pudding-finder

______" Class S12 Scene " ________
_Used Software ,
> Unity Engine
> Blender
> Ps

| S P A C E 🪐💫
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Used Software : Blender
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Artist : Saranga Ksh*thijaya Dahanayaka
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🎨" EPIC_SCENES " | : Part 1
Forest Scene
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Used Software,
- Unity Engine , PS , Blender
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" VEGA EVX 🇱🇰 "
3D Model
| Used Software : blender | eevee rendering
| Artist : Saranga Ksh*thijaya Dahanayaka

© DROM Studio Incorporation.

" THE PROJECT DEMODARA "

| Used Software,
-• 3D Models :- Blender
-• Textures :- Photoshop , Krita
-• Level & Final Out :- Unity Engine.
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Artist ; Saranga Ksh*thijaya Dahanayaka
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