Abstract: A process for generating dynamic panoramic video content comprises receiving an animation having an environment and creating a timeline for the animation having the environment. The process further comprises receiving cinematographic elements, which include a reference point and a panoramic angle. A position of the reference point within the animation having the environment is based on the timeline, and the panoramic angle that includes a range of possible fields of view from the reference point. The animation having the environment is rendered based on the timeline and the cinematographic elements to create a rendered animation. A field of view with an angle that is less than the panoramic angle is defined. Ultimately, an export animation is created based on the rendered animation, where the export animation allows a viewer to adjust a direction of the field of view from the reference point when the viewer is watching the export animation.

Abstract: A synthetic diamond labelling and identification method comprising the steps of selecting a synthetic diamond with between 200 and 600 parts per billion of an isolated substitution Nitrogen atoms within its lattice structure, irradiating the selected synthetic diamond with a beam energy that is equal to at least one-half the height of the selected diamond, maintaining the temperature of the selected diamond below 500 degrees Celsius while it is being irradiated, annealing the irradiated selected diamond as to create a plurality of nitrogen-vacancy centers without changing the original color of the selected diamond, and generating a bulk luminesces visible to the naked eye by exciting the plurality of created nitrogen-vacancies with an ultraviolet lamp.

Abstract: A synthetic diamond labelling and identification method comprising the steps of selecting a synthetic diamond with between 200 and 600 parts per billion of an isolated substitution Nitrogen atoms within its lattice structure, irradiating the selected synthetic diamond with a beam energy that is equal to at least one-half the height of the selected diamond, maintaining the temperature of the selected diamond below 500 degrees Celsius while it is being irradiated, annealing the irradiated selected diamond as to create a plurality of nitrogen-vacancy centers without changing the original color of the selected diamond, and generating a bulk luminesces visible to the naked eye by exciting the plurality of created nitrogen-vacancies with an ultraviolet lamp.