Method and system of spacial visualisation of objects and a platform control system included in the system, in particular for a virtual fitting room

A method of spatial visualization of objects, in particular for a virtual fitting room, wherein series of images of the objects are taken against a neutral background by means of an image or video capture device, comprising the steps of:

• taking a first series of images of a spatial pattern at a predetermined number of positions, the number of predetermined positions being determined on the basis of a rotational movement of the spatial pattern situated on a rotatable platform around an axis of the rotatable platform by a predetermined angle α;
• subsequently taking a next series of images of the spatial pattern with at least one object superimposed onto the spatial pattern, the next series of images being taken at a predetermined number of positions identical to the predetermined number of positions associated with the first series of images;
• sending the first and the next series of images to a processing device;
• and
• processing the first and next series of images in the processing device using a processing module in order to process the first and next series of images to a full 360 degree view thereby enabling the combination of at least one object in different variants in the full 360 degree view on the spatial pattern.

A computer-readable medium that stores a program executable by one or more processing devices to create a spatial visualization of objects, in particular for a virtual fitting room, wherein series of images are taken against a neutral background using an image or video capture device, comprising

• a first routine that takes a first series of images of a spatial pattern at a predetermined number of positions, the number of predetermined positions being determined on the basis of rotational movement of the spatial pattern situated on a rotatable platform around an axis of the rotatable platform by a predetermined angle α;
• a second routine that takes next series of images of the spatial pattern with at least one object superimposed onto the spatial pattern, next series of images being taken at a predetermined number of positions identical to the predetermined number of positions associated with the first series of images;
• a third routine that sends the first and the next series of images to a processing device;
• and
• a fourth routine that processes the first and next series of images to a full 360 degree view thereby enabling the combination of at least one object in different variants in the full 360 degree view on the spatial pattern.