The results provide the designer with the magnitude of aberrations describing image quality of the prescribed system. To a great extent, image quality may be determined mathematically: trigonometric ray-trace calculations yield various distances and angles which are utilized in aberration definition formulae. The purpose of ray-tracing is to quantitatively determine the quality of the image an optical system will deliver before the system is actually produced.
The interested reader will find no shortage of informative material. In developing this appreciation, it is intended that the user be spared many of the theoretical details which accompany most optical reference works. In this way, the user may gain an overall appreciation of the optical design problem rather than merely delivering a numerical prescription that is capable of solving it. The text material herein will provide the reader with some understanding of the optical principles involved in applying their software tools to specific design problems. Optics is playing an increasingly vital role in complex engineering systems developed today. While many of these programs were developed for optical design professionals, software programs are available to aid both the student optical designer as well as science and engineering professionals who may or may not have prior formal training in optical design. Today there is an abundance of available optical design software programs for personal computers. In the interim period before personal computers became generally available much optical design work was done with electronic calculators. Mainframe digital computers replaced the mechanical calculator for professionals, but this resource was often not available to the non-professional lens designer. The work was tedious and subject to errors. Before the advent of mechanical computing machines, optical designers relied on laborious hand calculations with tables of logarithms and trigonometric functions as basic tools of the trade. Ready to learn more and start downloading your free design software and training materials? Visit our PTC Academic website to get started.Optical design and ray-tracing are generally regarded as difficult subjects for the non-professional.
#Best free optical design software with tutorial how to
How to Model Almost Anything – A comprehensive guide to Creo which teaches industry best practices through a series of hands on activities, practice models, and a final skills assessment. Take advantage of these same tools to create your own world-class racing car with the PTC Sponsorship Package. PTC software enables the design of products by leading automotive companies around the world such as Aston Martin Racing, Penske Racing, and many more. PTC is a proud sponsor of Formula Student, Baja SAE and Formula SAE.
PTC Academic provides even more comprehensive software, training, and resources to students, teachers, and coaches participating on Formula SAE teams:įormula SAE. Learning Creo is one way to give yourself an edge on the competition in almost any industry you decide to pursue. For over 30 years, Creo has remained the standard product design and development software across a variety of industries for parametric modeling, simulation/analysis, and product documentation. Students have access to free Creo and PTC Mathcad for completing assignments outside of class and to increase their exposure to industry-leading software and in-demand skills. PTC offers resources for K12 educators including: Check out the software and other resources available here. PTC’s product development software will enable collaboration, increase efficiency, and enhance accuracy during the robot design process. Through PTC Academic, teams can gain free software and services, including Creo, PTC Mathcad, Windchill, and now Vuforia, easy-to-use training curriculum, and financial grants to select teams. Part of a competition team? PTC provides even more comprehensive software, training, and resources to students, teachers, and coaches participating on FIRST teams: Use this free software to prepare for class, to complete homework assignments, and to become familiar with a product used by leading engineering and product development companies. PTC Academic offers free licenses of Creo and PTC Mathcad to all K12 students. You’ll find PTC software used in secondary schools and universities worldwide. With access to on-demand flexible learning and emerging technologies available through PTC Academic, students can develop the skills they need to stay competitive in the new digital landscape.
PTC Academic offerings prepare students to design, manufacture, operate, and service things for an increasingly smart, connected world.
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