ANIMATION
-
Date2017年6月11日
-
Group
Photographic quality interior and exterior walk-through/fly-through animations are the ideal medium to present a design to audience. Either wholly computer generated or combined with film footage, photography and motion graphics, our motion team uses stunning visual effects, carefully considered storyboard and soundtrack to create a film that capture the essence of a project with maximum impact.
Exterior Renderings: These showcase the external appearance of a building, including its design, materials, landscaping, and how it fits into its surroundings.
Interior Renderings: These focus on the interior spaces of a building, such as rooms, kitchens, living areas, and bathrooms, illustrating the layout, furnishings, and lighting.
3D Floor Plans: These provide a three-dimensional view of a floor or multiple floors, allowing viewers to understand the spatial layout and flow of a space.
Aerial Renderings: Aerial views give a bird's-eye perspective of a property, which is useful for understanding site planning and landscaping.
Virtual Tours: Interactive 3D visuals that allow users to explore a space from different angles and navigate through it as if they were physically present. Virtual reality (VR) and augmented reality (AR) can also be used to enhance these experiences.
Benefits of Architectural 3D Visuals:
Visualization: They help stakeholders visualize and understand the design concept, layout, and aesthetics of a building or space.
Communication: Visuals make it easier to communicate ideas and concepts with clients, investors, and project teams, reducing misunderstandings and ambiguities.
Marketing and Sales: High-quality 3D visuals are often used in marketing materials, brochures, and websites to promote real estate developments and attract potential buyers or tenants.
Design Evaluation: Architects and designers use 3D visuals to assess design choices, lighting, materials, and spatial relationships before construction begins.
Cost and Time Savings: Catching design issues early in the planning phase can save time and money by avoiding costly changes during construction.
Creating Architectural 3D Visuals:
3D Modeling: Architects or 3D artists create a detailed 3D model of the building or interior space using specialized software like Autodesk Revit, SketchUp, or Blender.
Texturing and Materials: Surfaces are textured and materials are applied to the 3D model to achieve realistic appearances, including materials such as wood, concrete, glass, and fabric.
Lighting: Proper lighting design is essential for realistic visuals. Lighting effects, including natural light and artificial sources, are added to enhance realism.
Rendering: The 3D model is rendered using rendering software to produce high-quality images or animations. This process can be time-consuming and may require powerful hardware.
Post-Processing: After rendering, post-processing may be applied to enhance the final images or animations. This can include color correction, compositing, and adding people or objects to the scene.
Architectural 3D visuals play a crucial role in the design and construction process, allowing stakeholders to make informed decisions and ensuring that the final product aligns with the intended vision. They are valuable tools for architects, designers, developers, and clients alike.
This technique allows viewers to virtually "fly" through a scene, providing a detailed and interactive experience. Here are some common applications of fly-throughs:
- Architectural Visualization: Architects and designers often use fly-throughs to showcase building designs, interiors, and landscapes. These animations can help clients and stakeholders better understand the layout, aesthetics, and functionality of a proposed project.
- Virtual Tours: In the context of virtual tours, fly-throughs offer viewers the sensation of navigating through a real or virtual space. This is commonly used in real estate listings, tourism websites, and educational settings.
- Video Games: In video game development, fly-throughs can be used to create cinematic sequences or demonstrate gameplay environments. They allow players to explore game worlds from a different perspective.
- Geospatial and GIS (Geographic Information Systems): Fly-throughs are used to navigate and visualize geographical data, such as terrain, city layouts, and environmental changes. This is valuable in fields like urban planning, environmental research, and geology.
- Entertainment and Media: In film and animation, fly-throughs are employed to create visually engaging sequences that take the audience on a journey through fantastical or realistic settings. This technique is also used in documentaries to provide viewers with immersive experiences.
A Building CGI scene breathes life into the story, and it provides audience an exciting and enjoyable journey to explore the scheme in an active way. We have the experience and infrastructure to deliver compelling animations with tight budgets and deadlines.
ANIMATION
Expore Your Idea In An Active, Exciting, And Realistic Way
-
Date2017年6月11日
-
Group
Photographic quality interior and exterior walk-through/fly-through animations are the ideal medium to present a design to audience. Either wholly computer generated or combined with film footage, photography and motion graphics, our motion team uses stunning visual effects, carefully considered storyboard and soundtrack to create a film that capture the essence of a project with maximum impact.
Exterior Renderings: These showcase the external appearance of a building, including its design, materials, landscaping, and how it fits into its surroundings.
Interior Renderings: These focus on the interior spaces of a building, such as rooms, kitchens, living areas, and bathrooms, illustrating the layout, furnishings, and lighting.
3D Floor Plans: These provide a three-dimensional view of a floor or multiple floors, allowing viewers to understand the spatial layout and flow of a space.
Aerial Renderings: Aerial views give a bird's-eye perspective of a property, which is useful for understanding site planning and landscaping.
Virtual Tours: Interactive 3D visuals that allow users to explore a space from different angles and navigate through it as if they were physically present. Virtual reality (VR) and augmented reality (AR) can also be used to enhance these experiences.
Benefits of Architectural 3D Visuals:
Visualization: They help stakeholders visualize and understand the design concept, layout, and aesthetics of a building or space.
Communication: Visuals make it easier to communicate ideas and concepts with clients, investors, and project teams, reducing misunderstandings and ambiguities.
Marketing and Sales: High-quality 3D visuals are often used in marketing materials, brochures, and websites to promote real estate developments and attract potential buyers or tenants.
Design Evaluation: Architects and designers use 3D visuals to assess design choices, lighting, materials, and spatial relationships before construction begins.
Cost and Time Savings: Catching design issues early in the planning phase can save time and money by avoiding costly changes during construction.
Creating Architectural 3D Visuals:
3D Modeling: Architects or 3D artists create a detailed 3D model of the building or interior space using specialized software like Autodesk Revit, SketchUp, or Blender.
Texturing and Materials: Surfaces are textured and materials are applied to the 3D model to achieve realistic appearances, including materials such as wood, concrete, glass, and fabric.
Lighting: Proper lighting design is essential for realistic visuals. Lighting effects, including natural light and artificial sources, are added to enhance realism.
Rendering: The 3D model is rendered using rendering software to produce high-quality images or animations. This process can be time-consuming and may require powerful hardware.
Post-Processing: After rendering, post-processing may be applied to enhance the final images or animations. This can include color correction, compositing, and adding people or objects to the scene.
Architectural 3D visuals play a crucial role in the design and construction process, allowing stakeholders to make informed decisions and ensuring that the final product aligns with the intended vision. They are valuable tools for architects, designers, developers, and clients alike.
This technique allows viewers to virtually "fly" through a scene, providing a detailed and interactive experience. Here are some common applications of fly-throughs:
- Architectural Visualization: Architects and designers often use fly-throughs to showcase building designs, interiors, and landscapes. These animations can help clients and stakeholders better understand the layout, aesthetics, and functionality of a proposed project.
- Virtual Tours: In the context of virtual tours, fly-throughs offer viewers the sensation of navigating through a real or virtual space. This is commonly used in real estate listings, tourism websites, and educational settings.
- Video Games: In video game development, fly-throughs can be used to create cinematic sequences or demonstrate gameplay environments. They allow players to explore game worlds from a different perspective.
- Geospatial and GIS (Geographic Information Systems): Fly-throughs are used to navigate and visualize geographical data, such as terrain, city layouts, and environmental changes. This is valuable in fields like urban planning, environmental research, and geology.
- Entertainment and Media: In film and animation, fly-throughs are employed to create visually engaging sequences that take the audience on a journey through fantastical or realistic settings. This technique is also used in documentaries to provide viewers with immersive experiences.
A Building CGI scene breathes life into the story, and it provides audience an exciting and enjoyable journey to explore the scheme in an active way. We have the experience and infrastructure to deliver compelling animations with tight budgets and deadlines.