  Based on transformation optics (TO), this paper uses geometric divisions and
linear coordinate transformations to design shrinking-shifting - and reshaping,
and amplifying-shifting - and reshaping devices. The proposed devices can
reshape the sizes and locations of the wrapped-objects inside the core-region.
The shrinking-shifting device shrinks the larger object into a smaller one and
shifts it to different location, whereas the shrinking-reshaping device can
generate a smaller-size image with different shape located at different
location. In contrast to previously designed shrinking devices, the real object
wrapped inside the proposed core-region and the transformed object contains the
same material properties, and the location-shifting is another feature. Here,
the shifting-region is located inside the physical-space boundaries to achieve
the non-negative, homogeneous, and anisotropic material properties of the
proposed device, which are easier for real implementations. Thus, we further
verified this concept with the amplifying-shifting and -reshaping devices for
visually transformation of smaller object into bigger one placed at different
location and position. We also applied active scatterer to further validate the
working functionality of proposed devices. In addition, the proposed devices
behave like the concentrator and or rotator effect in the absence of any
scatterer. Our findings highlight the role of TO, suggesting directions for
future research on bi-functional devices that will be useful for shrinking and
amplifying devices, illusion optics, camouflage, and object protection etc.
  Keywords: amplifying, reshaping, shrinking, transformation optics,
invisibility cloaks
