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CODE V is used for the design, optimization, analysis, and tolerancing of image-forming optical systems and free-space photonic devices. CODE V combines superior engineering capabilities with the control and access of an intuitive user interface. As the industry-standard design and analysis software for optical engineers worldwide, CODE V is unmatched in function, quality, accuracy, ease of use, and technical support.

CODE V version Optical system designers typically use a table of specifications and goals to describe the requirements and design objectives for an optical system. At any point in your project cycle you can use the SpecEvaluator tool to evaluate your optical system against specs and goals to help ensure that a design meets specs, as well as to maintain continuity and consistency between design versions, multiple designers and design phases. New CODE V SpecBuilder and SpecEvaluator interfaces help you to quickly evaluate a resident optical system against requirements and design objectives that you define using built-in and user-defined specifications.

SpecBuilder uses a Specification and Goals Table presentation that makes it fast to identify specifications that are not met. Enhanced chief ray-finding delivers improved ray tracing robustness and makes it easier to troubleshoot systems with chief ray errors.

Previous versions of CODE V could sometimes find alternate, mathematically valid, but undesired chief ray paths. Now when the chief ray for the first field F1 R1 traces correctly, other fields will use information from this ray trace for chief ray finding. Because of its unparalleled efficiency, Global Synthesis can be used to help solve complex problems with a large number of variables and many constraints, including zoom lenses.

Run times can range from just a few minutes for smaller problems to a few hours or overnight for complex optical systems. In either case, Global Synthesis has demonstrated a remarkable ability to generate multiple solutions, all meeting the required constraints.

See also its Beam Synthesis Propagation BSP tool that enable optical designers to model and analyze diffraction effects in an optical system with increased flexibility, speed and accuracy. This makes glass selection easier and faster. By embedding our optical engineering expertise into CODE V, we help accelerate the design process and ensure optimum results on your optical design project. It automatically chooses the best set of real glasses for your lens design that provides superior color correction including the effects of secondary colorwhile considering factors such as glass transmission, cost, and weight.

CODE V is the industry-leading optical design software. CODE V features. CODE V Enhanced chief ray-finding delivers improved ray tracing robustness.

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Feature close-up: Beam Synthesis Propagation See also its Beam Synthesis Propagation BSP tool that enable optical designers to model and analyze diffraction effects in an optical system with increased flexibility, speed and accuracy.

Application Examples. All examples. Machine vision Medical devices Micro lens arrays Microlithographic systems. Projector systems Space-borne systems Telescopes Zoom lenses.CODE V optical design software is a computer aided design software used to model, analyze, optimize, and provide fabrication support for the development of optical systems for diverse applications. This optical ray tracing software provides a powerful and yet easy-to-use toolkit of optical techniques and calculations that enables you to create superior designs that will work right when built.

CODE V includes new solutions to increase optical engineering productivity, support cost-to-manufacture savings, and give reliable results in less time. CODE V has a vast array of technical, graphical, and ease-of-use features that makes it the lens design software of choice for developing superior imaging optics.

The following list of key features is just a small subset of what is available. If you want to save your company time and money, take an in-depth look on why CODE V is the best software for optical design.

This software is used for designing imaging systems, where you are trying to image a point or plane wave in object space to a point or plane wave in image space. The optimization routines are unbeatable, especially for our complex lenses with many individual optical elements.

It has allowed me to visualize the system throughout the design process before exporting the final optical model to CAD software. I have also used the feature to import CAD models for catalog optical mounting components, making it possible to efficiently refine a compact optical layout while avoiding interferences between mounts.

We appreciate new features in CODE V that help us analyze, optimize, and tolerance optical systems to get into production quickly. The View Apertures VAP feature has been helpful in analyzing non-rotationally symmetric systems with complex apertures in both imaging and beam shaping.

VAP has also been very helpful for communications between our optics and mechanics teams, as well as with our customers and suppliers. With its global optimization features, its ability to control constraints exactly, and an interface that allows us to set up user-defined merit functions quickly and easily, CODE V gives us ultimate design freedom.

We often require extraordinary correction with many surfaces, and several very high-order aspheres, resulting in too many variables for typical lens design optimization. Director of Optical Sciences and Technology. We have used these tools to develop hyper-hemispheric designs and have found them to be effective in evaluating synthetic target imagery. Rather than relying on MTF and PSF plots, the diffraction-based Image Simulation helps bridge the gap between perception and engineering metrics for our clients.

Videos, release notes, downloads, and more. Customers may register online for an account. Read our thoughts on the latest industry trends in optical design and learn more about CODE V, as well as our products and their applications.

Cloud Synopsys in the Cloud. Community Community Overview. Analog IP Data Converters.

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Contact Us. Watch Videos Webinars. Community embARC. Product Education. Cybersecurity Research Center Overview Research. Become a partner. Resources Events Webinars Newsletters Blogs.Ray-traceable CAD surfaces allow designers to evaluate the impact of mechanical structures on optical performance. These surfaces can be defined both sequentially and non-sequentially to provide design flexibility and fast simulations. Visualization CAD surfaces are automatically excluded from ray trace simulations, without the need for designers to specify custom surface attributes.

These capabilities can also be useful for designing and visualizing unusual surface shapes, such as those used in aerospace and automotive applications, including heads-up displays HUDs. Both of these surface types can include X and Y offsets of the aspheric departure from the surface coordinate system and can redefine the Z axis of the surface coordinate system relative to the Z axis of the base conic.

In addition, a new 2D coefficient grid window makes it easy to preserve desired symmetries in the optical system using freeform surfaces. The CODE V SpecBuilder feature helps designers easily track and communicate how well their optical system designs meet project specifications and goals.

Version New specs include chief ray and point spread function centroid-based lateral color, element and system weight, and differential expansion of cemented components. Cloud Synopsys in the Cloud. Community Community Overview.

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code v software

SpecBuilder Improvements. Go to the Customer Support Portal. Contact Us Request Trial.It may also be referred to as software quality control.

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It is normally the responsibility of software testers as part of the software development lifecycle. In simple terms, software verification is: "Assuming we should build X, does our software achieve its goals without any bugs or gaps? Does X meet the high level requirements? Verification and validation are not the same things, although they are often confused. Boehm succinctly expressed the difference as [1]. In some contexts, it is required to have written requirements for both as well as formal procedures or protocols for determining compliance.

Building the product right implies the use of the Requirements Specification as input for the next phase of the development process, the design process, the output of which is the Design Specification. Then, it also implies the use of the Design Specification to feed the construction process. Every time the output of a process correctly implements its input specification, the software product is one step closer to final verification.

If the output of a process is incorrect, the developers are not building the product the stakeholders want correctly. This kind of verification is called "artifact or specification verification". Building the right product implies creating a Requirements Specification that contains the needs and goals of the stakeholders of the software product.

If such artifact is incomplete or wrong, the developers will not be able to build the product the stakeholders want. This is a form of "artifact or specification validation". Note: Verification begins before Validation and then they run in parallel until the software product is released.

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It would imply to verify if the specifications are met by running the software but this is not possible e. Only by reviewing its associated artifacts, someone can conclude if the specifications are met.

The output of each software development process stage can also be subject to verification when checked against its input specification see the definition by CMMI below. Software validation checks that the software product satisfies or fits the intended use high-level checkingi. There are two ways to perform software validation: internal and external.

During internal software validation, it is assumed that the goals of the stakeholders were correctly understood and that they were expressed in the requirement artifacts precisely and comprehensively.

If the software meets the requirement specification, it has been internally validated. External validation happens when it is performed by asking the stakeholders if the software meets their needs.

Different software development methodologies call for different levels of user and stakeholder involvement and feedback; so, external validation can be a discrete or a continuous event. Successful final external validation occurs when all the stakeholders accept the software product and express that it satisfies their needs. Such final external validation requires the use of an acceptance test which is a dynamic test.

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However, it is also possible to perform internal static tests to find out if it meets the requirements specification but that falls into the scope of static verification because the software is not running. Requirements should be validated before the software product as a whole is ready the waterfall development process requires them to be perfectly defined before design starts; but, iterative development processes do not require this to be so and allow their continual improvement.

Verification, from CMMI's point of view, is evidently of the artifact kind.CODE V optical design software can help you quickly and reliably produce better optical designs that are often cheaper to fabricate than those produced with other software. CODE V delivers unique, innovative optimization capabilities designed to give you the best design solution as fast as possible.

By weighing the benefits of performance and manufacturing sensitivity at the same time — such as designing towards larger tolerances and less expensive glasses — you can significantly reduce the cost of manufacturing optics. As the largest optical design software supplier in the industry, we offer unmatched resources to help ensure your success.

You can rely on rapid access to expert tech support staff who understand optical design and engineering. Introductory and advanced training courses are provided on a regular basis at our offices. We also offer customized, application-specific training that can be conducted at your site. CODE V gives your product a competitive advantage. If optics are critical to the success of your product, CODE V optical design and analysis software helps enable your success.

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CODE V: What's New

Cloud Synopsys in the Cloud. Community Community Overview. Analog IP Data Converters. Contact Us. Watch Videos Webinars. Community embARC. Product Education. Cybersecurity Research Center Overview Research. Become a partner. Resources Events Webinars Newsletters Blogs. All Synopsys. White Paper. Increased productivity with the best optimization in the industry. Smart, engineering-based defaults minimize setup time and allow you to focus on designing your optical system, not managing a complicated merit function.

The expert knowledge of our optical engineers is embedded in our algorithms, which consistently produce superior optimization results with unparalleled efficiency. Savings on tolerancing and manufacturing costs. You can include tolerance performance when you optimize the system in CODE V, so you know the design will work right when it's built.

Faster time-to-market. Comprehensive, on-going support. For More Information. Request a Quote. Contact Us Request Trial.In a remarkable feat of reporting, without Johnson's cooperation, Pulley shows what. In a remarkable feat of reporting, without Johnson's cooperation, Pulley shows what it really takes to get ahead in America today, and in doing so provides as valuable a cultural as business history.

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Stewart Pulitzer Prize-winning journalist and bestselling author of DisneyWar, Den of Thieves, and Heart of a Soldier "Like or dislike. Bob Johnson's richly varied and fascinating life presses you against the window that Brett Pulley opens widely.

Veteran business journalist Brett Pulley peels back the layers of this fascinating and complex entrepreneur. He has authored several cover stories including the 2001 Forbes 400 on Robert Johnson. Prior to joining Forbes in September 1999, he spent five years at the New York Times, where he covered economic development, politics, and was a national correspondent.

He also spent several years as a correspondent at the Wall Street Journal, writing extensively on business and race. His front-page feature for the Wall Street Journal on the black-owned company, Johnson Products, won a first-place award from the National Association of Black Journalists (NABJ). He received a second NABJ award for a feature written for Savoy magazine, where he served as a contributor.

He has also written for several other publications, including USA Today and Emerge magazine. He is a frequent guest on many television programs, providing commentary and insight on media and entertainment news and issues.

Pulley currently lives in New Jersey with his wife and two young daughters. The beloved New York Times bestselling novel, now with an exclusive letter from Jennifer Crusie in celebration of its tenth anniversaryThis is New York Times and USA Today bestselling author Jennifer Crusie's novel about long shots, risk management, true love, and great shoes.

But when they face off, neither one is prepared. Because when real life meets true love, all bets are off. Minerva Dobbs knows that happily-ever-after is a fairy tale, especially with a man who asked her to dinner to win a bet, even if he is gorgeous and successful Calvin Morrisey.

Cal knows commitment is impossible, especially with a woman as cranky as Min Dobbs, even if she does wear great shoes and keep him on his toes. When they say good-bye at the end of their evening, they cut their losses and agree never to see each other again.

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But fate has other plans, and it's not long before Min and Cal meet again. Soon they're dealing with a jealous ex-boyfriend, Krispy Kreme doughnuts, a determined psychologist, chaos theory, a freakishly intelligent cat, Chicken Marsala, and more risky propositions than either of them ever dreamed of. Including the biggest gamble of all---true love. Bet Me is the winner of a 2005 RITA Award.

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I was a bit shock while reading the book. The author might be a Harry Potter fan, or my obssession just got a hold of me. The main character's name is Minerva, her friend is Bonnie, and the nephew of.

It seemed to leap off my bookshelves into the purses of friends. So this time I got it in audio, and found it to.

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She lives in Ohio. Minerva Dobbs knows how to work the odds. Calvin Morrisey always plays to win. Cal Morrisey knows commitment is impossible, especially. Even if he is gorgeous and successful Calvin Morrisey. He is currently vice provost at Babson College and holds the John H. He is also director of the Arthur M. Blank Center for Entrepreneurship. They show that by preparing for setbacks and using a framework that can help reduce risks and simplify decision making, entrepreneurs can increase.

They show that by preparing for setbacks and using a framework that can help reduce risks and simplify decision making, entrepreneurs can increase their probability for success.Yes, you can actually spec her into secondary. And hopefully an Italian premium preparing for the Regia Marina next year.

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AA power creep, shitty credit and experience. Though Pola or Roma would be good too. We are getting good Zeppelin but I think it would be a while until Aquila thought I think a premium DD, CA or BB are much more likely. I don't even play carriers but I'd buy Aquila because she's in my opinion one of the best looking carriers.

And since we've both got the same flair now, it's even more confusing. I hope you've learned your lesson Syanda. Go reflect on your actions for trying to impersonate others. Note the unusual gun-forward layout, designed to allow unobstructed flight operations aft. Tone and Chikuma served as scouts for the Japanese carriers and launched floatplanes to scout Pearl Harbor just before the attack.

To honor this unusual design, Wargaming is experimenting with a hybrid cruiser-carrier, which has been in the game files for months. According to Q the main difficulty now is the "insane" UI. It seems likely Tone herself is on hold until the CV UI rework which was scheduled for this year.

Which I suppose would fit the ship in as a Scout roll, which would remove some pressure from DDs and the CV for spotting. I suspect they'll be fighters of some sort that can double as scouts, though bombers with rather small bombs isn't out of the question. It flies there, scouts, and reports back, likely with limited range. Mogami and Hyuga are better hybrids.

She was just a scout heavy cruiser. Cant they give her ability to launch 3 planes at once (say a scouter, fighter and one of your choice) and call it a day.

Basically, add some CV-like capability to the Tone. If it did then we wouldn't have Bismarck in the tech tree. Hood is a more famous ship than anything minus Enterprise or Bismarck, she is widely known by even people who have little knowledge of WWII. Since Hood is not the namesake of the class, she is a fine Tier VII premium. The Admiral class with proposed refits would be on the battlecruiser tree however, Hood would just be a premium battleship.

Construction barely even started on the other 3. The proposed refits were specifically for Hood, because what little had been built of the rest of the class had been long since scrapped by 1941. Also Tirpitz having torps was only unique because she was sold as a premium before the German tech tree was implemented.

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