For sensitive planning applications, a Verified View may be required to ensure the accuracy of a CGI’s size and angle relative to a contextual photograph. On-site, we shoot and survey the area using a calibrated measuring device and record the camera’s absolute GPS position. As well as the images required, a Verified View is delivered with a comprehensive method statement.
Verified View (VVM), otherwise know as an Accurate View Representation (AVR), Verified Montage or simply Planning CGI is offered at different levels, depending on requirement.
A Level 00 VVM shows a basic outline of the mass of the proposed development within the context of a photograph. Useful for ascertaining scale and position, this is helpful as part of an outline planning application and the most modestly priced Verified View Service.
A Level 01 Verified view takes into account the visibility of the proposal in relation to the camera position, removing areas obscured by other buildings, trees, landscape or other objects. This gives a more complete idea of the positioning of the building relative to the background and foreground. This is widely used for visual impact assessment.
A Level 02 VVM jumps ahead in terms of realism, showing the architectural detail of the proposal. Using the camera’s metadata for date and time, the Geographic coordinates of the proposal and the North direction, we simulate the precise sun intensity, height and direction of the photograph.
A Level 03 Verified View steps up in realism again, adding photo realistic materials, reflections and where obvious, interior detailing. This is suitable for sensitive planning applications where it is paramount to ensure the proposal is exemplified by the CGI.
For when the view is also suitable for marketing, a Level 04 adds even more detail such as extra people, cars, planting and interior fixtures, fittings and furniture to give the building a sense of life and function.
HOW WE WORK
- Key views are ascertained with the client and a detailed 3D model of the proposal is created from digital 2D or 3D CAD data.
- On site, we capture the necessary photography and also laser survey information of key contextual points.
- Back in the studio, using the data captured on-site, the real-world lens position and orientation are precisely simulated in our 3D software
- A contextual 3D model is created from survey data captured on-site cross referenced with ordnance survey data. This is combined with the photograph to confirm accuracy.
- Where Level 02 or above, daylight is simulated to match geographical location, time, date and the weather conditions of the original photograph
- Where Level 03 or above, materials are faithfully recreated for realism.
- Drafts are sent to the client for approval and once signed off for accuracy, images can be developed to Level 04.
We create architectural 3D models with physically accurate materials. These can also include 3D cars, trees and planting. These are then rendered and post processed for colour correction and to add details such as people.
Using your plans, we create detailed architectural 3D models and use your material schedules, lighting plans and interior designs to create photo-realistic interior renders. We can even model up bespoke furnishings and fittings.
For sensitive planning applications, you may need to show your development in context of a photograph. Using real-world survey / scanning techniques, we can demonstrate accuracy of the image(s) in your submission.
Using photography taken by us or supplied by you, we can match the CGI lighting and position to the source photography. Once rendered, we mask areas of the CGI to create a convincing re-imagined photograph.
For marketing, fundraising or public consultation, a fly-through animation can communicate an entire development’s scale, design and function. This can also include music, graphics and credits or be included in an overall video presentation.
360° IMAGES / VIRTUAL REALITY
We render 360° panoramas of richly detailed 3D scenes. These can then be used with 3rd party applications / plugins to create ‘street-view’ style dynamic images. These can also be rendered in stereo for use with VR headsets.