1.判断考场是否够用，若不够提醒“请增加考场数” 2.考场安排：外语语种分开、按分数从高到低安排顺序 3.生成数据：各班级座位表、考场座位表。表中包含姓名、班级、座位号、考场号、考场所在教室、外语种类

好的，这个任务需要一个自动化脚本来实现。以下是基本的算法流程：

1. 获取考场数量和每个考场的座位数
2. 统计所有学生的分数和外语种类
3. 根据外语种类将学生分组
4. 对每个组按照分数从高到低进行排序
5. 将每个组分配到考场中，确保每个考场都有足够的座位
6. 生成班级座位表和考场座位表，包含姓名、班级、座位号、考场号、考场所在教室、外语种类

以下是可能的Python实现代码：

import math
import operator

# 获取考场数量和每个考场的座位数
def get_exam_info():
    num_of_rooms = int(input("请输入考场数量："))
    seats_per_room = int(input("请输入每个考场的座位数："))
    return num_of_rooms, seats_per_room

# 统计学生的分数和外语种类
def get_student_info():
    num_of_students = int(input("请输入学生数量："))
    students = []
    for i in range(num_of_students):
        name = input("请输入学生姓名：")
        grade = int(input("请输入学生成绩："))
        language = input("请输入学生外语种类：")
        students.append({"name": name, "grade": grade, "language": language})
    return students

# 根据外语种类将学生分组
def group_students(students):
    groups = {}
    for student in students:
        if student["language"] not in groups:
            groups[student["language"]] = []
        groups[student["language"]].append(student)
    return groups

# 对每个组按照分数从高到低进行排序
def sort_groups(groups):
    for group in groups:
        groups[group].sort(key=operator.itemgetter("grade"), reverse=True)

# 将每个组分配到考场中
def assign_rooms(groups, num_of_rooms, seats_per_room):
    rooms = {}
    for group in groups:
        students = groups[group]
        num_of_students = len(students)
        num_of_rooms_needed = math.ceil(num_of_students / seats_per_room)
        if num_of_rooms_needed > num_of_rooms:
            print("请增加考场数")
            return None
        room_indexes = list(range(num_of_rooms))
        for i in range(num_of_rooms_needed):
            room_index = room_indexes[i % num_of_rooms]
            if room_index not in rooms:
                rooms[room_index] = []
            start_index = i * seats_per_room
            end_index = min(start_index + seats_per_room, num_of_students)
            room = {"group": group, "students": students[start_index:end_index]}
            rooms[room_index].append(room)
    return rooms

# 生成班级座位表和考场座位表
def generate_tables(rooms):
    student_tables = {}
    exam_tables = {}
    for room_index in rooms:
        exam_table = []
        for room in rooms[room_index]:
            group = room["group"]
            students = room["students"]
            for i in range(len(students)):
                student = students[i]
                seat_number = i + 1
                student_table = {"name": student["name"], "grade": student["grade"], "language": student["language"], "room_index": room_index + 1, "seat_number": seat_number}
                exam_table.append(student_table)
                if student["name"] not in student_tables:
                    student_tables[student["name"]] = student_table
        exam_tables[room_index + 1] = exam_table
    return student_tables, exam_tables

# 主函数
def main():
    num_of_rooms, seats_per_room = get_exam_info()
    students = get_student_info()
    groups = group_students(students)
    sort_groups(groups)
    rooms = assign_rooms(groups, num_of_rooms, seats_per_room)
    if rooms:
        student_tables, exam_tables = generate_tables(rooms)
        print("班级座位表：")
        print(student_tables)
        print("考场座位表：")
        print(exam_tables)

main()

注意：以上代码只是一个简单的参考实现，具体实现方式可以根据实际需要进行修改和优化。