排课系统的制作的前期准备

classList=[{"ClassId":"1","Name":"20机电"},{"ClassId":"2","Name":"21高职电商"},{"ClassId":"3","Name":"22动漫"}]
scheduleList=[{"ClassId":"1",
               "courseList":[{"CourseId":"2","TimesPerWeek":6},
                             {"CourseId":"3","TimesPerWeek":4}]},
              {"ClassId":"2",
               "courseList":[{"CourseId":"1","TimesPerWeek":6},
                             {"CourseId":"2","TimesPerWeek":4}]},
              {"ClassId":"3",
               "courseList":[{"CourseId":"1","TimesPerWeek":6},
                             {"CourseId":"3","TimesPerWeek":4}]}]
roomList=["101","102机房","103机房","104"]
schoolTimeList=[]
teacherList=[{"TeacherId":"11","Name":"张三","Constraint":[]},
             {"TeacherId":"22","Name":"李四","Constraint":[]},
             {"TeacherId":"33","Name":"王麻子","Constraint":[]}]
courseList=[
    {"CourseId":"1","Name":"Python","teacher":"张三"},
    {"CourseId":"2","Name":"Sql","teacher":"李四"},
    {"CourseId":"3","Name":"Math","teacher":"王麻子"},
    {"CourseId":"4","Name":"Music","teacher":"王麻子"}
]
classTableList=[]
roomTableList=[]
teacherTableList=[]

 

‌‌排课系统算法的复杂性主要体现在以下几个方面‌：‌12

1. ‌排课系统需要解决课程冲突问题‌：排课系统需要确保各个课程之间不会发生冲突，否则教学工作无法正常进行。这要求系统能够处理复杂的课程安排，避免时间、地点和教师等方面的冲突。

2. ‌排课系统通过复杂的优化算法来解决资源调度问题‌：排课系统需要通过复杂的优化算法来合理分配教师、教室等教学资源。这涉及到多种算法的应用，如贪心算法、回溯算法、遗传算法等，以确保资源的有效利用。

3. ‌排课系统的实现涉及多个关键技术要点‌：除了算法设计外，排课系统的实现还需要考虑算法性能分析、数据结构设计、约束处理机制、优化策略、用户界面设计、数据库设计等多个方面。这些技术要点共同确保了排课系统的高效和准确。

https://blog.csdn.net/zbw237798856/article/details/134159792