المجلة الدولية للعلوم والتقنية

3D Holoscopic imaging (also referred to as Integral Imaging) is a technique to create full colour 3D optical models that exist in space independently of the observer. The creators of 3D HI contents are always looked for new forms and ways for improving their con-tents and adding new sensations to the observer experience. High Definition of animations have been the latest innovation in the area of contents enrichment. The 3D HI is surly the next single greatest innovation in film making. This paper presents a developed software application to reconstruction and display of Maya 3D Holoscopic images system linked up with the 3D Camera system. The production of new developed software is static and animations (sequence of images). The resulting Maya 3D Holoscopic images are capable to offer the observers with 3D HI full parallax a wide view angle and hence offering eyes-fatigue free viewing to more than one viewer, independently of the observer’s location. The command prompt line is used with the software to allow users to set up the parameter values, attributes and characteristics of the desired 3D Maya Holoscopic images scene. The adapted multiprocessor ray tracing system (Tachyon) software receives the instructions and the parameter values from the command line, and imports the computer-generated 2D models that are intended to be rendered as 3D Holoscopic images. The Holoscopic imaging process that is implemented with the simulated camera is based on particular algorithms such multiprocessor ray tracing introduced for this purpose calibration of camera transforms matrixes. Keywords: computer graphics, 3D Holoscopic images processing & visualization, software application, multiprocessor ray tracing system, Maya 3D package.