System and method for generating videos

A virtual demo center (VDC) to be used with a printing system, the VDC comprises a processor configured to:

• provide a master Three-Dimensional (3D) scene, comprising a real or virtual representation of at least part of the printing system;
• insert at least one source video feed of a presenter into at least one position within the master 3D scene, allowing a configuration in which at least a first part of the master 3D scene is in front of the presenter and at least a second part of the master 3D scene is behind the presenter;
• and
• generate a combined video comprising the master 3D scene including the real or virtual representation of at least part of the printing system and the inserted video feed of the presenter, wherein the processor is further configured to:
• obtain information indicative of one or more scene Point of View (POV) changes being changes of a master image acquisition device's POV of the master 3D scene;
• automatically determine, based on the obtained information, for each of the scene POV changes, corresponding real-world movements groups of a source image acquisition device configured for capturing the source video feed;
• and
• provide instructions to perform the real-world movements groups, wherein performing each of the real-world movements groups results in a video feed POV change;
• wherein:
• (a) each of the scene POV changes results in a corresponding scene POV being the master image acquisition device's POV of the master 3D scene;
• (b) each video feed POV change being a change of the source image acquisition device's POV, that is substantially identical to the scene POV change, and each video feed POV change defines a corresponding video feed POV, being the source image acquisition device's POV of at least one real-world object;
• and
• (c) the instructions are provided for maintaining synchronicity between the scene POV and the video feed POV while generating the combined video.