1. A method comprising: receiving, by a device comprising a processor, lighting information of an object comprising a plurality of regions, the lighting information comprising reflectance data of the plurality of regions of the object; printing, by the device, a physical model of an object, the physical model made of a first physical material and a surface of the physical model comprises a plurality of portions, each portion of the physical model surface corresponding to a respective one of the regions of the object; transferring to the physical model, by the device, the lighting information of the object as a series of holograms, transferring comprising printing, with a second physical material, the lighting information of the object as a holographic sheet that is divided into a plurality of separate physical holographic flakes, the number of the divided holographic flakes corresponding to the number of the regions of the object, each holographic flake comprising a respective hologram of the series of holograms, each hologram of the series comprising at least one holographic pixel that encodes the reflectance data of the respective one of the regions of the object corresponding to each portion of the physical model surface and each holographic flake is affixed to the first physical material of the corresponding portion of the physical model.