Continuing coverage of the summer at GB MET show at Durrington.
The pattern that is emerging is to cover the ground, each exhibition room and some corridors with a 360 still image, then return to take mid-shots and extreme close-ups. As I find the language for covering an exhibition I also use 360 video.
The pattern is to cover a room, on the self-timer at 5 to 10 seconds, then return first with a standard lens and then using a close-up lens for fine detail. Everything is manually set to try and negotiate very different lighting conditions. Much of the lighting is mixed source, between bright, low or no sunlight, with neon or other artificial lighting. The 360 camera offers various White Balance settings. Shutter speeds are generally kept low so that if someone wanders into a shot (rare) they will be out of focus in any case. Exposure is therefore adjusted by the ISO.
All the images using the standard digital camera are RAW.
All the 360 images are transferred to an iPad mini which operates the 360 camera remotely. All the images on the iPad are backed up in Google Photos. All these images, those chosen to use at least, will then be colour corrected in Adobe Lightroom, then uploaded into ThingLink and stitched together into a Virtual Reality Tour.
Some ‘establishing shots’ or just reminders of the rooms or corridors I am in are shot on my iPhone. It might be better to use the iPad for these and keep the images saved on a college device and in my college Google Gallery.
‘Hotspots’ will feature a random mixture of mid-shots and close-ups. The issue with VR is that the ability to zoom is lost as soon as you overlay ‘tags’ and ‘hot spots’ and the definition is reduced with the zoom too which counters the way we step in to take a closer look to see greater detail, not to have it obscured.
The coverage is somewhat random as I am not in position either to be comprehensive (cover all items in all sizes) or to be selective (I don’t know the student, the tutor or the department).
The simplest guidance I get is to cover the Degree graduate programme. Armed with a plan of the site I pick all of these off over two days. The Richoh Theta 360 camera runs for around 6 hours, but can overheat and shut down. It takes 4 hours to charge. At times a second 360 camera would be handy. With the self-timer I can get well-out of shot though I have learnt to leave the iPad within a 4m range so that the link is not lost. Once activates the camera will still take a picture however once lost the signal has to be reset via the WiFi connection, or sometimes by turning the camera on and off again.