AVR - Accurate Visual Representation
What exactly is Accurate Visual Representation?
Accurate Visual Representation refers to a detailed collage or photomontage that compares a photographed landscape with one created using 3D technology. While this technology is not new, advancements in AR and modern technology have elevated its precision, making it challenging to distinguish between the real photograph and the computer-generated elements.
Names for Photorealistic montage:
- Accurate Visual Representations (AVR)
- Verified Views
- Visual Impact Assessments
- Verified View Montages
- Verified Images
- Visually Verified Images
How does AVR work?
Accurate Visual Representation (AVR) involves integrating a 3D-generated image into a photograph, considering factors such as height, the positioning of neighbouring buildings, GPS coordinates, and other relevant parameters. This process ensures that the computer-generated imagery (CGI) accurately reflects the real-life appearance of the project.
Additionally, AVR takes into account features such as the time of day, weather conditions, sun angle, surrounding trees, and other elements of the infrastructure. This comprehensive approach ensures that the image realistically represents how the project will look in the future.
Where can AVR technology be used?
Due to its precision and realism, AVR technology is invaluable in various fields, including architecture, urban planning, engineering, and real estate. Whether it’s a large-scale development of a new district, a skyscraper being integrated into an existing cityscape, or a countryside cottage surrounded by a garden and forest, photorealistic montages effectively showcase projects at their best.
Accurate Visual Representation
AVR Level 0
Location and size of proposal
AVR Level 1
Location, size and degree of visibility of proposal
AVR Level 2
As level 1 + description of architectural form
AVR Level 3
As level 2 + use of materials
Advantages of AVR
100% Match to the Surroundings
By seamlessly incorporating real photographs of the location, Verified Views (AVRs) ensure every detail—from trees and streetlights to utility poles—is captured with precision, creating a true-to-life representation of the environment.
Realism at Its Best
AVRs expertly combine photographic elements with 3D architectural models, blending them seamlessly for a visually compelling result. This level of integration elevates realism far beyond traditional “photo + image” montages, making the final output both authentic and visually appealing.
Unparalleled Accuracy
Verified Views rely on precise data, including GPS coordinates, existing structures, and environmental markers. This meticulous approach ensures the placement of 3D objects reflects how they will appear in the real world, down to the finest detail.
Universal Recognition
AVRs are now widely regarded as an industry standard for planning and architectural projects. Their use has become a common requirement in tenders, with many contracts stipulating the inclusion of Verified Views before bids are even considered. This widespread adoption reflects their effectiveness in bridging communication gaps and aligning stakeholders.
To ensure consistency and accuracy, AVRs are classified into Levels 0, 1, 2, and 3, each meeting specific technical and visual criteria. This clear framework allows architects, planners, and developers to work collaboratively while adhering to the highest professional standards.
Compatible with Future Technologies
The integration of precise data, cutting-edge visualisation techniques, and immersive presentations makes Verified Views one of the most advanced tools available. Furthermore, AVRs are highly adaptable to future innovations, such as augmented reality (AR) and virtual reality (VR), ensuring their continued relevance in an evolving technological landscape.
Cost-Effective Solutions
Using real photographs as the foundation removes the need to construct a fully rendered 3D environment. This makes AVRs a more affordable yet equally effective alternative to traditional 3D renders, without compromising on quality.
Why Choose VisEngine for Verified Views?
Our team combines technical expertise with creative vision to deliver high-quality AVRs tailored to your real estate or architectural project. Whether you’re presenting to stakeholders or seeking planning permission, Verified Views showcase your property with clarity and impact.
AVR Gallery
AFTER
BEFORE
AFTER
BEFORE
AVR Development Process
Agreeing on the number of AVR images and camera angles
High-resolution photographing on the site for each of the camera angle
Defining the exact coordinates of the object and reference points
3D modeling of the object based on drawings
Combining photo with 3D image
Final visual development. Post-production
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