Real Time Images of The Bridge in Lumion Environment

This image indicates that it relates to my theory as it is a birds eye shot of the bridge connecting the square house to the Fitness & Aquatic Centre

This picture relates to my theory as it captures the side panels of the building that open and close to let fresh air circulate the building depending on the weather and time of the day as they act upon sensors. Thus its promoting health and wellbeing.

This is another shot of the panels from the outside, again promoting health and wellbeing. This picture is also demonstrating how the panels can close (as you can see on the left hand side of the image)

This is reflecting my theory as it is a shot of the panels on the top of the building. These panels allow natural light to penetrate through the building. These panels, like the panels on the side also close and open depending on the time of the day with the help of sensors.

This picture relates to my theory as it is a shot of the bottom level of the bridge displaying the panels that open and close to allow air to circulate through the building but also portrays the open space of the building which relates to my theory and being able to move and be active.

This picture relates to the theory as it shows the panels on the roof again and also the open space that is also inside the bridge on the top level.

These panels also relate to computational design as they use technology to determine whether to open or close and at what stage of the day and the weather. Computation design is all about finding solutions to problems and these panels helps natural air circulation that is a problem for many buildings.

This picture demonstrates my theory as it shows off the many windows that this building has, encompassing the outside and the inside, not making the inside dark and gloomy as it relies on natural light and gives the architecture a nice aesthetic.

This last shot is another great example of the wide and open space that this building has to promote health and wellbeing in combination with computational design, emphasised by the panels on the far right