Abstract: A system is disclosed for rending clothing on a two-dimensional image. The system may include a processor or a computer-readable storage medium storing executable instructions thereon. In response to the processor executing the executable instructions, the processor may be configured to receive at least one depth frame of a photography subject. The processor can generate a virtual avatar based on the at least one depth frame, wherein the virtual avatar may include a digital three-dimensional mesh. The processor can receive a digital three-dimensional model of an article of clothing. The processor can manipulate the digital three-dimensional model of the article of clothing to fit on the virtual avatar, render the digital three-dimensional model of the article of clothing into a two-dimensional image, or overlay the two-dimensional image onto a two-dimensional version of the at least one depth frame.

Abstract: A system for rending clothing on a two-dimensional image may include a processor or a computer-readable storage medium storing executable instructions thereon. In response to the processor executing the executable instructions, the processor may be configured to receive at least one depth frame of a photography subject; generate a virtual avatar based on the at least one depth frame, wherein the virtual avatar may include a digital three-dimensional mesh; receive a digital three-dimensional model of an article of clothing; manipulate the digital three-dimensional model of the article of clothing to fit on the virtual avatar; render the digital three-dimensional model of the article of clothing into a two-dimensional image; or overlay the two-dimensional image onto a two-dimensional version of the at least one depth frame.

Abstract: A method may include positioning a plurality of devices around a calibration subject; calculating, for each secondary device of the at least one secondary devices, a time offset between the master device and the secondary device; capturing, on each device of the plurality of devices, a first three-dimensional depth frame of the calibration subject; calculating a plurality of depths based on the first three-dimensional depth frames; capturing, on each device of the plurality of devices, a second three-dimensional depth frame of a photography subject; and assembling, based on the second three-dimensional depth frames, a three-dimensional data representation of the photography subject.