python输出200道加减乘除法计算题到Excel

python输出200道加减乘除法计算题到Excel，表格格式在代码中已添加，打印设置-窄边框，将工资表调整一页打印即可
https://gitee.com/HP_mojin/Calculation

# -*- coding: gbk -*-import random
from openpyxl.styles import Alignment
from openpyxl.styles import Border,Side
from openpyxl.utils import get_column_letter
from openpyxl.styles import Font  # 导入字体模块import openpyxl  # openpyxl引入模块#数据写入Excel
def write_to_excel(path: str, sheetStr, info, data):#数据写入Excel#     实例化一个workbook对象workbook = openpyxl.Workbook()ws = workbook[workbook.sheetnames[0]]# 激活一个sheetsheet = workbook.active# 为sheet设置一个titlesheet.title = sheetStr# 添加表头（不需要表头可以不用加）#data.insert(0, list(info))# 开始遍历数组for row_index, row_item in enumerate(data):# 设置边框border = Border(left=Side(border_style='thin',color='000000'),right=Side(border_style='thin',color='000000'),top=Side(border_style='thin',color='000000'),bottom=Side(border_style='thin',color='000000'))#设置边框# 设置字体样式font = Font(u'微软雅黑', size=15, bold=True, italic=False, strike=False, color='000000',)  # 设置字体样式# 设置居中align = Alignment(horizontal=horizontal, vertical='center', wrap_text=True)#设置居中for col_index, col_item in enumerate(row_item):# 写入sheet.cell(row=row_index + 1, column=col_index + 1, value=col_item).alignment = align  #设置居中sheet.cell(row=row_index + 1, column=col_index + 1, value=col_item).font =font # 序列sheet.cell(row=row_index + 1, column=col_index + 1, value=col_item).border = border#设置边框###修改行距 列距# width = 16# height = 36print("row:", ws.max_row, "column:", ws.max_column)for i in range(1, ws.max_row + 1):ws.row_dimensions[i].height = heightfor i in range(1, ws.max_column + 1):ws.column_dimensions[get_column_letter(i)].width = width# 写入excel文件 如果path路径的文件不存在那么就会自动创建workbook.save(path)print('写入成功')
def addition_data_FJ(n1_min,n1_max,n2_min,n2_max):#加法writeData=[]for i in range(row):Data=[]for i in range(line):Data.append('%s—%s\n \ / \n ___' % (random.randint(n1_min,n1_max), random.randint(n2_min,n2_max)))writeData.append(Data)return writeDatadef addition_data(n1_min,n1_max,n2_min,n2_max):#加法writeData=[]for i in range(row):Data=[]for i in range(line):Data.append('%s+%s=' % (random.randint(n1_min,n1_max), random.randint(n2_min,n2_max)))writeData.append(Data)return writeData
def subtraction_data(n1_min,n1_max,n2_min,n2_max):#减法writeData=[]for i in range(row):Data=[]for i in range(line):a,b=random.randint(n1_min,n1_max), random.randint(n2_min,n2_max)if a<b:a,b=b,aData.append('%s-%s=' % (a,b))writeData.append(Data)return writeData
def subtraction_data_FJ(n1_min,n1_max,n2_min,n2_max):#减法writeData=[]for i in range(row):Data=[]for i in range(line):a,b=random.randint(n1_min,n1_max), random.randint(n2_min,n2_max)if a<b:a,b=b,a#Data.append('%s—%s\n \ / \n ___' % (random.randint(n1_min,n1_max), random.randint(n2_min,n2_max)))Data.append('%s\n/ \ \n %s  ___' % (a,b))writeData.append(Data)return writeData
def addition_subtraction_data(n1_min,n1_max,n2_min,n2_max):#加减法writeData=[]for i in range(row):Data=[]for i in range(line):foo = ['-', '+']how = (random.choice(foo))a, b = random.randint(n1_min,n1_max), random.randint(n2_min,n2_max)if how == '-':if a < b:a, b = b, aelif how == '+':a, b =a, bData.append('%s%s%s=' % (a,how,b))writeData.append(Data)return writeData
def addition_subtraction_data_FJ(n1_min,n1_max,n2_min,n2_max):#加减法writeData=[]for i in range(row):Data=[]for i in range(line):foo = ['-', '+']how = (random.choice(foo))a, b = random.randint(n1_min,n1_max), random.randint(n2_min,n2_max)if how == '-':if a < b:a, b = b, aData.append('%s\n/ \ \n %s  ___' % (a, b))elif how == '+':a, b =a, bData.append('%s—%s\n \ / \n ___' % (a, b))writeData.append(Data)return writeData
def addition_subtraction_data_TK(n1_min,n1_max,n2_min,n2_max):#加减法_随机横线writeData=[]for i in range(row):Data=[]for i in range(line):foo = ['-', '+']how = (random.choice(foo))a, b = random.randint(n1_min,n1_max), random.randint(n2_min,n2_max)if how == '-':if a < b:a, b = b, ac=a-belif how == '+':a, b =a, bc = a + badc_list=[a,b,c]adc_list[random.choice(range(len(adc_list)))]="__"a, b, c=adc_listadb_str='  %s%s%s=%s' % (a,how,b,c)Data.append(adb_str)writeData.append(Data)return writeDatadef addition_subtraction_data_TK_FJ(n1_min,n1_max,n2_min,n2_max):#加减法_随机横线writeData=[]for i in range(row):Data=[]for i in range(line):foo = ['-', '+']how = (random.choice(foo))a, b = random.randint(n1_min,n1_max), random.randint(n2_min,n2_max)if how == '-':if a < b:a, b = b, ac=a-badc_list = [a, b, c]adc_list[random.choice(range(len(adc_list)))] = "__"a, b, c = adc_listData.append('%s\n/ \ \n %s  %s' % (a, b, c))elif how == '+':a, b =a, bc = a + badc_list = [a, b, c]adc_list[random.choice(range(len(adc_list)))] = "__"a, b, c = adc_listData.append('%s—%s\n \ / \n %s' % (a, b, c))writeData.append(Data)return writeDatadef product(n1_min,n1_max,n2_min,n2_max):#乘法writeData=[]for i in range(row):Data=[]for i in range(line):Data.append('%sx%s=' % (random.randint(n1_min,n1_max), random.randint(n2_min,n2_max)))writeData.append(Data)return writeDatadef num_b(n2_min, n2_max):while True:b = random.randint(n2_min, n2_max)if b != 0:breakreturn b
def division(n1_min,n1_max,n2_min,n2_max):#除法writeData=[]for i in range(row):Data=[]for i in range(line):how = '÷'a,b = random.randint(n1_min,n1_max),num_b(n2_min, n2_max)a, b = b*a, bData.append('%s%s%s=' % (a,how,b))writeData.append(Data)return writeData
def product_division(n1_min,n1_max,n2_min,n2_max):#乘除法writeData=[]for i in range(row):Data=[]for i in range(line):foo = ['x', '÷']how = (random.choice(foo))a, b = random.randint(n1_min,n1_max), random.randint(n2_min,n2_max)if how == '÷':b = num_b(n2_min, n2_max)a, b = b*a, belif how == 'x':a, b =a, bData.append('%s%s%s=' % (a,how,b))writeData.append(Data)return writeData
def addition_subtraction_product_division(n1_min,n1_max,n2_min,n2_max):#加减乘除法writeData=[]for i in range(row):Data=[]for i in range(line):foo = ['x', '÷','+','-']how = (random.choice(foo))a, b = random.randint(n1_min, n1_max), random.randint(n2_min, n2_max)if how == '÷':b=num_b(n2_min, n2_max)a, b = b*a,belif how == 'x':a, b =a, belif how=='-':if a < b:a, b = b, aelif how=='+':a, b = a, bData.append('%s%s%s=' % (a,how,b))writeData.append(Data)return writeDataif __name__ == '__main__':# 数据结构1 path 文件的路径path = r'F:\python\Calculation\a.xlsx'# 数据结构1Excel 中sheet 的名字sheetStr = '数据'#line,row=(8,25)#6行数据,25列数据,算术题行数#width,height= (16,36)#算术题行距16,36#line, row,width, height,horizontal = (8, 25,16,36,'left')  # 算术题line, row,width, height,horizontal = (8, 10,16, 90,'center')  # 分解题(后缀带_FJ)info = []# 数据结构1数据writeData = addition_subtraction_data_TK_FJ(0,10,0,10)# 执行write_to_excel(path, sheetStr, info, writeData)#更新：[https://gitee.com/HP_mojin/Calculation](https://gitee.com/HP_mojin/Calculation)

打印设置-窄边框，将工资表调整一页，打印200道题

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python输出200道加减乘除法计算题到Excel

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