Features Overview for Visual C++ .NET 2003

Asus 2002-12-01 01:19:13
Note: Visual C++ .NET 2003 is currently part of the Visual Studio .NET 2003 Final Beta, which is available from MSDN? Subscriber Downloads.

Visual C++ .NET version 2003 provides developers with a proven, object-oriented language for building powerful and performance-conscious applications. With advanced ISO-conforming template features, low-level platform access, and an optimizing compiler, Visual C++ .NET 2003 delivers superior functionality for generating robust applications and components.

Developers can use Visual C++ .NET 2003 to build a wide variety of solutions, including Microsoft Windows?-based and Microsoft .NET-connected applications. C++ is the world's most popular systems-level language, and Visual C++ .NET 2003 gives developers a world-class tool with which to build best-in-class software.

Create Highly Tuned .NET-connected Applications and Components
Use Managed Extensions to C++ and compiler support for optimized Microsoft intermediate language (MSIL) code generation. Incorporate Microsoft .NET Framework features including garbage collection, Windows Forms, and threading. Call unmanaged code using high-performance C++ interoperability technology.

Create Highly Tuned Unmanaged Windows-based Applications and Components
Write and compile purely unmanaged x86 code. Speed up your application or reduce its size with optimization options for a range of processors, including Whole Program Optimization, and support for Streaming SIMD Extensions (SSE) and Streaming SIMD Extensions 2 (SSE2) instruction sets.

Move Existing C++ Code to .NET Granularly and at a Self-defined Pace
Existing C++ code compiles for .NET without the need to rewrite it in a new language. Visual C++ supports intermixed managed and unmanaged code and data to provide maximum performance and control.

Build Modern C++ Code and Library Sources with a Highly ISO C++–compliant Compiler
Visual C++ .NET 2003 compiles modern C2B+ code that uses advanced template features, including Partial Template Specialization and Partial Ordering of Function templates. Make use of popular community-written libraries including Boost and Loki.

Utilize Enhanced Libraries to Incorporate Advanced Features
Visual C++ .NET 2003 includes a variety of libraries encapsulating a plethora of data types and programming patterns, including a fully ISO-conforming STL implementation, industry-standard ATL and MFC, ATL Server, and the .NET Framework.

Join a Mature and Intelligent Developer Community
Exchange code and knowledge with the vast population of hardcore C++ developers. Participate in online and community-supported C++-based shared-source development efforts, and leverage your C++ skills across multiple computing environments.

Advanced Compiler and Language Features Make Writing Complex Code Easier and Safer
The Visual C++ compiler quickly builds robust, compact, and high-performing executable code. Enjoy full control of this process through a multitude of compiler switches, #pragma directives, and language features. Professional-level features abound, including runtime checks to help ensure secure and robust error-free code, and the ability to hand-tune performance-critical code using inline assembly or the included Microsoft Macro Assembler (MASM).

Write Code Efficiently in an Extensible IDE
Take advantage of a vast array of editors and coding aids including IntelliSense? and color syntax highlighting. Use new RAD features in the integrated development environment (IDE) to create Windows Forms and data-centric applications and components. Edit binary, XML, HTML, CSS, and Windows-based project resources using an array of enhanced resource editors and designers.

Debug and Profile Applications Quickly and Efficiently
Use a professional-level debugger, fully integrated in the Visual Studio .NET IDE. Track program state in convenient modeless docking windows and set debugging breakpoints on files, lines of code, memory addresses, variables, and more. Use enhanced Edit and Continue to modify unmanaged program sources as they are being debugged.


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内容概要:本文聚焦风电出力的不确定性问题,采用拉丁超立方抽样(Latin Hypercube Sampling, LHS)方法生成具有统计代表性的风电出力初始场景集,有效克服传统蒙特卡洛抽样存在的样本冗余与收敛速度慢的缺陷。为进一步降低场景数量以提升电力系统优化调度的计算效率,研究结合K-means聚类、快速前向选择等场景缩减技术,对生成的高维场景进行聚合与概率修正,保留最具代表性的典型场景及其对应概率分布。整个建模流程在Matlab平台上编程实现,形成一套完整的“抽样—生成—缩减—验证”的不确定性建模框架,为含高比例风电的电力系统提供高质量、低冗余的输入场景集,显著增强随机优化、鲁棒优化等模型的求解效率与工程实用性。; 适合人群:具备电力系统分析、概率统计基础及Matlab编程能力,从事新能源并网、电力系统优化调度、不确定性建模与风险评估等方向的科研人员、工程技术人员及研究生。; 使用场景及目标:①应用于风电主导的电力系统随机优化调度、机会约束规划、鲁棒经济调度等场景,提升模型对不确定性的刻画能力;②帮助研究者深入掌握拉丁超立方抽样与场景缩减的核心原理与实现方法,构建高精度的不确定性输入模型;③为复杂电力系统仿真提供经过科学约简的典型场景集,平衡计算精度与效率,支撑实际工程决策。; 阅读建议:建议读者结合提供的Matlab代码逐模块调试与运行,重点理解LHS在多维空间中的分层抽样机制、场景距离度量方式及聚类缩减过程中的概率守恒原则,关注缩减前后场景集的分布保真性与计算效率提升效果,以全面掌握风电不确定性建模的关键技术路径。

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