1. 15 UMLet Alternatives and Competitors. UMLet is a lightweight yet powerful and. The free desktop version of yEd Graph Editor is available for Windows.
2. UMLet is an open-source Windows application built specifically for helping users draw UML diagrams in the easiest way possible. Easy way to add and move.

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This section provides details about new features and enhancements in Windows Display Driver Model (WDDM) version 1.2, which is available starting with Windows 8.

What steps will reproduce the problem? 1.Add UML Use Case 'System' element to the diagram.

2.Type Japanese text on it Properties box. 3.Type 'suteki' on the keyboard, in Japanese input mode.

What is the expected output? What do you see instead? Expected:すてき Instead:ｓすすｔすてすてｋすてきすてきすてき What version of the product are you using? On what operating system? Umlet 13.0, Windows 8.1. Please provide any additional information below.

It works well on Umlet 12.2 When works correctly, 'su' will create す, 'te' will create て, 'ki' create き. Original issue reported on code.google.com by umbalaco.@gmail.com on 24 Oct 2014 at 7:35.

WDDM 1.2 and Windows 8. 5 minutes to read. Contributors. In this article This section provides details about new features and enhancements in Windows Display Driver Model (WDDM) version 1.2, which is available starting with Windows 8. It also describes hardware requirements, implementation guidelines, and usage scenarios.

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In this section Topic Description This topic describes the WDDM Version 1.2 feature set, which includes several new enhancements that improve performance, reliability, and the overall end-user experience. Windows 8 provides enhancements and optimizations to the display infrastructure to further improve the user experience. Microsoft Direct3D offers a rich collection of 3-D graphics APIs, which are widely used by software applications for complex visualization and game development.

This section describes feature improvements and Windows 8 Direct3D software and hardware requirements. WDDM drivers in Windows 8 require INF changes to the graphics driver. The most notable change is in the feature score. WDDM 1.2 drivers require a higher feature score than earlier WDDM drivers. This section describes all relevant INF requirements for Windows 8 graphics drivers The Windows 8 installation graphics driver behavior is designed to ensure that, whenever possible, our customers get a graphics driver that has been tested and certified for Windows 8.

This behavior is defined by the rules that are described in this section. This section describes WDDM 1.2 driver enforcement guidelines. Introduction The WDDM was introduced with Windows Vista as a replacement of the Windows XP. With its introduction in Windows Vista, the WDDM architecture offered functionality to enable new features such as Desktop Composition, enhanced fault tolerance, video memory manager, GPU scheduler, cross process sharing of Direct3D surfaces, and so on. WDDM was specifically designed for modern graphics devices that were Microsoft Direct3D 9 with pixel shader 2.0 or better, and had all the necessary hardware features to support the WDDM features. WDDM for Windows Vista was referred to as 'WDDM 1.0.' Windows 7 made incremental changes to the driver model for supporting Windows 7 features and capabilities and was referred to as 'WDDM 1.1.'

WDDM 1.1 is a strict superset of WDDM 1.0. WDDM 1.1 introduced support for Microsoft Direct3D 11, Windows Graphics Device Interface (GDI) hardware acceleration, Connecting and Configuring Displays, DirectX Video Acceleration (VA) High-Definition (DXVA-HD), and many other features. For more details on these features, see the. Windows 8 introduces an array of new features and capabilities that require graphics driver changes. These incremental changes benefit end users and developers, and improve system reliability. The WDDM driver model that enables these Windows 8 features is referred to as 'WDDM 1.2.' WDDM 1.2 is a superset of WDDM 1.1 and WDDM 1.0.