C#模拟钢琴及音频播放器设计+源代码
本次毕业设计我选择设计一款基于C#语言的模拟钢琴及音频播放器，它以Visual Studio 2012的 Windows窗体程序为开发平台[1]。C#语言特点是安全、稳定、简单、优雅。它由C/C++衍生出来，不仅保留了原有语言的强大功能，而且简化了很多复杂操作方式，运行操作效率大大提高。本系统将实现模拟钢琴演奏，以及音频的打开、播放、暂停、快进、快退，更换背景[2]。
毕业论文关键词：C#；模拟钢琴；音频播放
The Simulation of the Piano and Audio Player
Abstract: With the progress of social civilization and the improvement of living conditions of people's lives, the music has been gradually becoming an indispensable part of live. Bits and pieces of life has inspired music lovers, who bring us the beautiful melody. Sounds emitted from the heart can always give birth to tell us the most subtle real emotions, at the same time, bringing people's hearts to fresh feeling. We all have our favorite type of music, such as classical, folk, rock and so on. Some singers say that I sing a song to convey love. Yes, music can evoke not only the inner voice, but also allows the audience to feel spiritually sincere love, which is filmmaking too. There are many ways for music performance, of which the instrument is the most intuitive touch way. Western classical piano with keyboard musical instrument is most known to the public, played and sang, elegant atmosphere, known as the king of instruments. Similarly, using spare time listening to music has become a place for people to relax and release pressure.
The graduation project I chose to design is the simulation of piano and audio player ,which is based on the C # language and Microsoft Visual Studio 2012 Windows Forms application[1],which is the development platform. C # language features are safe, stable, simple and elegant. It is derived from the C / C ++, not only to retain the original language of the powerful functions, but also simplifies a lot of complicated operation, run the operating efficiency is improved. This system will enable simulation of piano playing, as well as audio-open, play, pause, fast forward, rewind, change the background[2].
Keywords: C#; Simulation of Piano; Audio Player;
目 录
第1章 绪论 1
1.1开发背景 1
1.1.1 设计背景 1
1.1.2 设计意义 1
1.2 国内外研究状况和发展水平 2
1.3 设计目标 2
1.4 本文研究内容及主要贡献 2
第2章 系统结构与分析 3
2.1 可行性分析 3
2.1.1 技术可行性分析 3
2.1.2 操作可行性分析 3
2.1.3 环境可行性分析 3
2.1.4 经济可行性分析 3
2.2 系统需求分析 4
2.3 本章小结 4
第3章 相关技术简介 5
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