Technological advancements in visualisation techniques have allowed imaging to shift from 2 to 3D dimensions. Spatial planning and development use various visualisation methods. A benefit of the creation process is the possibility of generating images in 'Little Planet' or 'Tiny Planet' projection, in which the so- called 'Nadir' is the projection centre (German et al. Adobe Premiere in conjunction with the GoPro VR plugins), the production of immersive-experience films is possible. After that, the pictures are automatically stitched in Autopano Giga ( Koehl et al., 2013) and can be saved as a panorama in a ratio of 2:1 as VR-capable image material. Only 5 to 7 overlapping rows need to be photographed (see Figure 3). If the editing software is able to work with spherical projection, these spherical images can be used for the creation of a 360° video. As in traditional workflows using video editing software, a variety of simple pictures can be used as the footage for a video. a low-cost alternative in producing 360° content for everybody, it is also possible to collect static pictures, which can be edited automatically to a spherical picture. In this mode, time-lapse recordings are also. To avoid motion sickness, stationary videos are a suitable alternative (). However, for the experiment ( Figure 3), the backpack 360° video was used (see ). Although the backpack-mounted camera was easier to handle, the 'Cantilever' method delivered better material for the evaluation because it also recorded the face of the test person. Therefore, test drives were first performed with a camera in 'cantilever mode' (Figure 1 (2)) or in 'Streetview mode' (Figure 2). Experiments using a pedestrian perspective were deliberately omitted since no Steadicam system is available for the Omni-Rig, and because the image stabilization software did not provide the desired quality. order to examine whether it is possible to evaluate urban aesthetic issues using biosensors, we investigated whether the methodology from the emocycling projects ( Groß et al., 2015), where cyclists' stress levels are measured with smartband and GPS technology, can also be applied to the virtual context.
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