INTERIOR DESIGNING—3DS MAX COURSE
These days, 3D modelling and rendering methods are an essential part of the design process. They are used to illustrate how an interior design or piece of architecture would appear after it is put into practice.
A photorealistic image produced with computer graphics is called a 3D visualisation. It demonstrates to the client how his project will actually seem. With the help of contemporary technologies and the expertise of designers and architects, 3D visualisation can occasionally be so lifelike that it is hard to tell it apart from a photograph.
You may view actual finishing materials, the object’s lighting, and the distribution of reflections on its surfaces thanks to the project visualisation. In actuality, 3D rendering can clearly depict an object’s colour appearance, as well as the texture of the floor, wall, etc.
3ds Max is among the top 3D modelling, animation, and visualisation programs for designers. With complete control over the artistic intent, this professional software offers a broad and adaptable toolkit for generating projects of all shapes and complexity.
3ds Max features:
A high degree of visual reality
The software’s sophisticated features give designers and architects a wide range of modelling and rendering choices that enable the creation of excellent photorealistic images. As a result, 3ds Max helps you to visualise the project clearly, get excellent customer input, and fix design flaws early on.
Editor for materials, textures, and colours
The materials’ processing, texture, and colour expressiveness give the scenario the most authenticity. Together with light qualities, a material in 3D Max illustrates how an object would act in real life, such as how it would reflect or transmit light.
Lighting that is based on physical
To accurately depict the overlap of light and shadow in the projects, both artificial and natural light sources are simulated and modified using characteristics that are near to real life (colour temperature, light diffusion, power, etc.).
- Importing data
CAD and BIM data can be used to enhance the amount of detail in 3D projects, and objects can be imported from any source.
Visualisation that is based on physical
The physical camera in 3DS Max features realistic settings like depth of field, shutter, aperture, and more, and it integrates exposure control with scene framing.
Scene conversion
The ability to produce 3D renderings using cameras, lighting (natural and artificial), visualisation modules, and materials that are tuned and changed sequentially.
- Effects of particle motion
Realistic fluid behaviour (lava, oil, water), particle effects (fire, rain, snow), and collision and gravity effects are all created. - Making virtual reality tours and spherical panoramas
Rendering a project for VR (virtual reality) with 3DS Max allows the client to analyse the object from the inside and control the perspective independently. The participation effect is therefore produced.
Examples
3D modelling and rendering play an important role in promoting and marketing various ideas of architecture and interior design. ENECA uses 3DS Max software to demonstrate its projects:
About
We all work on third-eye platforms and apps.
In 2014, the company started developing and integrating third-party technologies. Our specialists possess an extensive level of qualification and understanding due to their successful long-term experience in thirdeye design.
Our team of over 40 thirdeye experts is actively involved in the creation and development of thirdeye technologies.
Project management has effectively incorporated agile approaches. Nonetheless, the waterfall methodology is used in the design of some projects.
We create programs (IT services), scripts, and plugins.
DEVELOPment
EXPERIENCE
Every project that was provided was carried out using the Thirdeye application.
The following software is used by our third-eye designers: AutoCAD, Tekla Structures, Navisworks, Civil3D, and Revit.
Autodesk Construction Cloud, Revizto, Bexel Manager, Thirdeye Collab, RFEM, Lira Soft, Eplan, and Dialux
Patterns of programming languages and technologies used:
WPF, MVVM, SOLID, LINQ, C#,.NET, and ASP.Net Core
HTML, CSS, Java Script, Python, and IronPython
ADVANTAGES
Our competitive advantages
Advanced Technology
Full thirdeye object design, design solution quality assurance, and visualisation. the use of environmentally friendly and energy-efficient technologies in projects, as well as a feasibility evaluation of the design solutions chosen for the projects.
Serving the interests of the client
We are able to satisfy client needs by using agile approaches and interdisciplinary design teams.
3.Execution
