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小麦品种培育方案获益于对试验系的最终利用品质的有效评估。在准确地收集、记录、说明和报告品质检测资料的条件下，才能提高评估的有效性。在提供一个对用户友好的菜单驱动系统时，小麦分析系统（ＷＡＳ）软件特别强调这种管理的需要，该菜单驱动系统决定着数据收集形式和报告内容及结构数据的项目；此外，还保持着积累数据库。这个数据库适合于统计分析和鉴定。根据结构的样本系统在两个主外储存器中处理数据。把质量测试和分析分为接纳所有普通方法学的各程序。该“方法学”用于软粒和硬粒小麦评估，其中包括籽粒和面粉分析、磨粉和烘烤。一个补充程序再加上由用户定义的变量提供了灵活性和广泛的适用性。该ＷＡＳ软件在 ３． ０型的Ｂｏｒｌａｎｄ Ｃ中编制，并于Ｄｏｓ－ｂａｓｅ计算机上操作。该计算机带有 ６４０ ＫＲＡＭ软磁盘和硬磁盘驱动装置及一个打印机。颜色监视器能大大提高对菜单驱动性能的利用。该小麦分析系统易用，且在使用过程中不需要编制，它直接地、特别地强调对小麦品质试验和鉴定方案的需要。因此，ＷＡＳ可用于品种培育全过程。
Wheat cultivar breeding programs benefit from an effective assessment of the quality of the final use of the test line. In the accurate collection, recording, description and reporting of quality testing conditions, can improve the validity of the assessment. In providing a user-friendly menu-driven system, the Wheat Analysis System (WAS) software places special emphasis on this need for management, which dictates the project of data collection forms and content and structure data; in addition, maintains Accumulate the database. This database is suitable for statistical analysis and identification. The structured sample system processes the data in two main and external memories. Divide quality testing and analysis into programs that accept all common methodologies. This “methodology” is used for soft and durum wheat assessments, including grain and flour analysis, milling and baking. A complementary program plus user-defined variables provide flexibility and broad applicability. The WAS software is in 3. 0 Borland C and compiled on a Dos-base computer. The computer comes with a 640 KRAM floppy disk and hard disk drive and a printer. Color monitors can greatly enhance the use of menu-driven performance. The wheat analysis system is easy to use and does not require preparation during use, and it directly and with particular emphasis on the need for wheat quality testing and identification protocols. Therefore, WAS can be used to cultivate the whole process.