1. A method of presenting realistic images of a real space and physical objects, the method comprising: accessing at least one stereoscopic 3D image of a real space; accessing a plurality of stereoscopic 3D images of at least one physical object previously photographically captured from a plurality of perspectives; generating at least one 3D model from image data sets of the real space; positioning a representative image of the physical object in a representative image of the real space; defining a perspective view and distance of the physical object from an image capture device; selecting at least one stereoscopic 3D image of the physical object from a database and selectively interpolating an image corresponding to the perspective view; adjusting a scale and resolution of the stereoscopic 3D image of the physical object being inserted to match the scale and resolution of a selected location within the 3D image of the real space; embedding the stereoscopic 3D image of the physical object that has been adjusted into the stereoscopic 3D image of the real space based on at least one of contact points and contact surfaces of the physical object; and selectively adjusting lighting and shadows related to the physical object that has been embedded.