As the world evolves, many companies, brands, organizations, and many other businesses are coming to notice. To gain popularity and fame among the audience, these companies and organizations have to advertise themselves through different means like television, social media, billboards, radio, magazines, and many more.
Nowadays, there are lots of billboards and advertisements along the roads and highways. These advertisements showcase pictures or images that are 2D but seem to be 3D. Not only along the roadsides, but every still advertisement by any means gives an illusion of being a 3D image.
How is this illusion possible? How can a 2D image or picture seem to be a 3D image?
It is possible through rendering. It is converting 3D models into 2D images on a computer that look like 3D when viewed. In simple words, rendering is image synthesis. The art of creating a visual experience that transcends the boundaries of reality is in a class of its own if you are an animator and love using the 3DS Max software due to its shining history and heritage within the VFX and animation world.
How is a 3D rendering done?
Before rendering, there are a few steps to follow called pre-rendering steps they are:
- Vision- Understanding the goals of a project, like the company, its appearance, its market value, and the intention behind rendering the image.
- Analysis and Design- This includes analyzing and deciding the features like color, texture, camera angles, lighting, and environment in a rendering image.
- Modeling- This produces the 3D digital representation of a surface or object.
After modeling, the actual rendering process begins:
- Materials and Texture- The material and texture used in the image, are set accordingly to get a realistic visualization.
- Lighting- The lighting around a surface is set to enhance the image and make it look real and attractive.
- Details- After adding textures and lighting to the image, details are sculpted to complete the concept.
- Feedback and Refinement- The image is then sent to the client. Feedback is collected. According to the feedback, the refining of the image takes place.
- Delivery- The final image after all these steps is forwarded to the client and saved for extensive image sequence.
Types of 3D Rendering
- Real-Time or Interactive Rendering
- Non-Real-Time or Offline Pre-Rendering
- Multi-Pass Rendering
- Perspective Projection
- Radiosity
- Rasterization
- Ray Casting
- Ray Tracing
- Resolution Optimization
- Scanline Rendering or Wireframe
- Shading
- Texture Mapping
- Transport
- Z-buffering
3D Rendering in Real World
- It is used in retail to show e-commerce products to online shoppers and create product prototypes.
- In Real Estate, a 3D rendering helps to offer virtual home tours to buyers.
- Real-life working models of projects using rendering are made in architecture and automotive design.
- Creating technical illustrations of proposed projects is also done using rendering in engineering.
- Rendering is used for medical imaging and aeronautics.
Benefits of 3D Rendering
- It provides a sense of realistic perspective and a level of detail and accuracy over a two-dimensional model.
- Clear visualization helps in selling the concepts and products.
- Provides the ability to view an object in multiple angles and positions.
- The lighting can be controlled as per the needs (outdoor or indoor).
- It provides accuracy in measurements and specifications.
- Ideas are generated at affordable prices.
- Helps in exploring an idea with the power and flexibility of 3D rendering.
A 3D rendering uses render farms to complete a project. A 3D render farm consists of many computer systems specialized in the calculation of 3D images. The term "render farm" was first used in July 1990.
Megarender is a website that provides accessible and reliable rendering services for freelancers, small studios, and big companies. It was developed in 2014. It is a manual service to automate and simplify rendering for users. The first online version of Megarender was developed in 2016. It offers services to freelancers, architects, animation, VFX studios, and many more. To date, it has rendered 2 million images. It uses Thredrippers 3990X which is ten times more powerful than an average modern CPU. It provides 256 GB of RAM.
Plugins offered by Megarender
- Laubwerk plants kit
- AXYZ anima 4
- tyFlow
- Phoenix FD
- City Traffic
- Rail Clone
- Floor Generator
- Mad car
- Multi scatter
- Forest park
Online Rendering on Megarender
- Sign up by clicking the button on the top right corner
- Confirm the phone number in the “Bonuses” tab
- Receive $30 worth of mega credits for free
- Download the plugin and use it to archive scenes
- Upload the scene in the project manager
- Check if all the render settings have been imported correctly
- Set up pass limits, the name, and format of the final image
- Launch the task.
Rendering Plans Offered by Megarender
Light- perfect for freelancers
- One task rendering at a time
- Only one mega credit for six-core CPUs per hour
- Low priority
- 24/7 support
- 99 percent uptime
Standard- most popular
- Three tasks rendering at a time
- 1.15 mega credits for six-core CPUs per hour
- Medium priority
- 24/7 support
- 99 percent uptime
Pro- Perfect for studios
- Five tasks rendering at a time
- 1.3 mega credits for six-core CPUs per hour
- High priority
- 24/7 support
- 99 percent uptime
Business
- Six tasks rendering at a time
- 1.45 mega credits for six-core CPUs per hour
- Highest priority
- 24/7 support
- 99 percent uptime
Types of Render farms offered by Megarender
- 3DS MAX render farm
- Houdini render farm
- Maya render farm
- V-Ray render farm
- Corona render farm
- Mental Ray renders farm
A render farm consists of several processors linked together to work on the same computing task. Such farms are used for complex scientific calculations, video production, and 3D rendering. The plugin collects all assets like textures and sequences and archives them. It also guarantees that the project will open and run correctly. As we have come to know about a rough background of these terms, at last, the question arises based on this article: What applications are there for such improvements aside from computer rendering CPUs?
To know more about rendering images on Megarender and render farms offered by them.
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