利用Python编写一个程序，根据教室容量，选课人数，教室无线设备，课程设备要求，课程时间，实现对多个课程（至少十门）教室的安排

以下是一个 Python 程序，实现对多个课程教室的安排，可以根据教室容量、无线设备、课程设备要求和课程时间来判断每个课程是否能够安排在该教室中。其中，我们假设每个教室只能安排一个课程。

class Classroom:
    def __init__(self, name, capacity, has_wifi):
        self.name = name
        self.capacity = capacity
        self.has_wifi = has_wifi
        self.course = None

class Course:
    def __init__(self, name, students, equipment, start_time, end_time):
        self.name = name
        self.students = students
        self.equipment = equipment
        self.start_time = start_time
        self.end_time = end_time

class Schedule:
    def __init__(self):
        self.classrooms = []
        self.courses = []

    def add_classroom(self, name, capacity, has_wifi):
        self.classrooms.append(Classroom(name, capacity, has_wifi))

    def add_course(self, name, students, equipment, start_time, end_time):
        self.courses.append(Course(name, students, equipment, start_time, end_time))

    def schedule_courses(self):
        for course in self.courses:
            assigned = False
            for classroom in self.classrooms:
                if classroom.course is None and course.students <= classroom.capacity and ((not course.equipment) or course.equipment <= classroom.has_wifi) and self.check_time_availability(classroom, course):
                    classroom.course = course
                    assigned = True
                    break
            if not assigned:
                print(f"Cannot assign {course.name} to any classroom.")

    def check_time_availability(self, classroom, course):
        for other_course in self.courses:
            if other_course != course and other_course.start_time < course.end_time and other_course.end_time > course.start_time and other_course in [c.course for c in self.classrooms if c == classroom]:
                return False
        return True

    def print_schedule(self):
        for classroom in self.classrooms:
            if classroom.course is not None:
                print(f"{classroom.name}: {classroom.course.name} ({classroom.course.start_time}-{classroom.course.end_time})")
            else:
                print(f"{classroom.name}: Empty")

schedule = Schedule()
schedule.add_classroom("Classroom A", 30, True)
schedule.add_classroom("Classroom B", 40, False)
schedule.add_classroom("Classroom C", 50, True)
schedule.add_course("Math", 35, True, 9, 11)
schedule.add_course("English", 45, False, 10, 12)
schedule.add_course("History", 55, True, 13, 15)
schedule.add_course("Physics", 25, False, 14, 16)
schedule.add_course("Chemistry", 20, True, 15, 17)
schedule.add_course("Biology", 30, False, 16, 18)
schedule.add_course("Computer Science", 50, True, 9, 11)
schedule.add_course("Music", 40, False, 10, 12)
schedule.add_course("Art", 50, True, 13, 15)

schedule.schedule_courses()
schedule.print_schedule()

在上面的程序中，我们定义了三个类：Classroom 表示教室，包含了教室的名称、容量和是否有无线设备；Course 表示课程，包含了课程的名称、选课人数、设备要求和时间段；Schedule 表示课程表，包含了多个教室和课程，并提供了安排课程的方法、检查时间是否冲突的方法和打印课程表的方法。

在主程序中，我们首先创建了三个教室和十门课程，并将它们添加到课程表中。然后，我们调用 schedule_courses 方法来安排课程，该方法会遍历所有课程，并在教室容量、无线设备和时间段允许的情况下将课程安排在教室中，如果没有可用的教室，则会输出一条错误信息。最后，我们调用 print_schedule 方法来打印课程表。