Contents • • • • • • • • • • • • • • • • History [ ] Microsoft Dynamics AX was originally developed as a collaboration between and Danish as IBM Axapta. Axapta was initially released in March 1998 in the and markets. IBM returned all rights in the product to Damgaard Data shortly after the release of Version 1.5. Damgaard Data merged with Navision Software A/S in 2000 to form NavisionDamgaard, later named A/S. Acquired the combined company in July 2002.

In September 2011, Microsoft released version AX 2012. Wavelab 5 Windows 7 Fix Failed. It was made available and supported in more than 30 countries and 25 languages. The newest version, released in February 2016, dropped the nomenclature of year and version and was simply called AX, although was widely known as AX7. This update was a major revision with a completely new UI delivered through a browser-based HTML5 client, and initially only available as a cloud-hosted application. This version lasted only a few months, though, as Dynamics AX was rebranded Microsoft Dynamics 365 for Operations in October 2016, and once more as in July 2017.

Development Centers [ ] MDCC or Microsoft Development Center Copenhagen was once the primary development center for Dynamics AX. MDCC is now located in and also houses and several other Microsoft Dynamics family products.

To request updated software for the TACLANE Micro. USGS Expands General Dynamics role on Landsat Mission. TACLANE 10G R4.2v1 - Ref#: U.159. Jun 02, 2015 In Microsoft Dynamics AX 2012 R3 Cumulative Update 9, credit notes on the settlement discounts can be automatically created.

Microsoft Denmark is also found in the same building. Microsoft employs about 900 people of around 40 different nationalities in Denmark. In addition to MDCC, Microsoft carries out AX development in,, USA;;; and. 'MorphX' redirects here. For the video game, see. Custom AX development and modification is done with its own,, which resides in the same application that a normal day-to-day user would access, thus allowing development to take place on any instance of the client. Since the Dynamics AX 2012 version, development can also be performed in through a Visual Studio plugin.

MorphX is an in Microsoft Dynamics AX that developers use to graphically design, base,,,, and. In addition to application future versions of AX, it provides access to by launching the X++. MorphX uses referencing to link objects, so changes in—for example—datatypes of field names automatically updates everyplace that uses those field names (such as forms or reports). Furthermore, changes made through MorphX show in the application immediately after compilation.

Microsoft Dynamics AX also offers support for version control systems (VCS) integrated with the, which facilitates development collaboration. Another tool converts table structures and class structures to diagrams.

Actual implementation limits the practical use of both these features. X++ itself is the programming language behind MorphX, and belongs to the curly brackets and.-operator class of programming languages (like or ). It is an,, single dispatch language. X++ is derived from (both lack the finally keyword for example) with added and language-integrated queries. Code samples [ ] X++ integrates SQL queries into standard Java-style code. The following three examples produce the same result, though the first has generally better performance. Samples 2 and 3 hint at an object-like behavior from table buffers.

Alfa-Tranzit Co., Ltd offers the new DYNAMICS R4 program system for analysis and design of rotor systems of high complexity DYNAMICS R4 is a new program system of Alfa-Tranzit Co., Ltd which is the developer of a well-known in Russia the DYNAMICS R3.1 program.The DYNAMICS R4 program system is designed for solution of a broad spectrum of multi-shaft rotor dynamical problems in linear and non-linear statement. The objects of research are gas-turbine engines, compressors, turbo-driven pump assemblies, power-plants, turbostartes, turboexpanders, gears and etc. The DYNAMICS R4 program system can be used on different stages of an engine design, development and operating. It can be used for model based vibration diagnostic. • • • • • • • • • • • • • • • • • • • • • To see big picture click on image. SERVICES • Technical consulting in rotor dynamics • Design of rotor-bearing structures • Dynamical analysis of rotor-bearing structures • Design of the non-standard and unique experimental equipment for rotor-bearing structures • Development of vibration diagnostic and condition monitoring systems for gas turbine engines • Special software in rotor dynamics of turbomachinery - programming and development • Engineers training in rotor dynamics • Students training in rotor dynamics • Training in rotor dynamics field.