清秋-青丘: [code=python] f = float(input('请输入圆环的外径：')) g = float(input('请输入圆环的内径：')) print('圆环的面积为：',cir_ring(f,g)) if choose == '7': r = float(input('请输入扇形的半径：')) n = float(input('请输入扇形的圆心角度数：')) print('扇形的面积为：',fan(r,n)) if choose == '8': l = float(input('请输入菱形的第一条对角线的长：')) k = float(input('请输入菱形的第二条对角线的长：')) print('菱形的面积为：',rhom(l,k)) if choose == '9': t = float(input('请输入梯形上底：')) u = float(input('请输入梯形下底：')) v = float(input('请输入梯形的高：')) print('梯形的面积为：',trape(t,u,v)) if choose == '10': print('1.计算棱长和') print('2.计算表面积') print('3.计算体积') print('4.退出') while True: choose = input('请在本子菜单中选择：') if choose == '1': a = float(input('请输入正方体的棱长：')) print('正方体的棱长和为：',cube_sub_of_edge_lengths(a)) if choose == '2': a = float(input('请输入正方体的棱长：')) [/code]

清秋-青丘: [code=python] print('1.计算正方形面积') print('2.计算三角形面积') print('3.计算长方形面积') print('4.计算椭圆的面积') print('5.计算圆的面积') print('6.计算圆环的面积') print('7.计算扇形的面积') print('8.计算菱形的面积') print('9.计算梯形的面积') print('10.计算正方体的棱长和、表面积和体积') print('11.计算长方体的棱长和、表面积和体积') print('12.计算圆柱的面积、体积') print('13.计算圆锥的体积') while True: choose = input('请在主菜单中选择：') if choose == '0': break if choose == '1': a = float(input('请输入正方形的边长：')) print('正方形的面积为：',squa(a)) if choose == '2': x = float(input('请输入三角形的高：')) y = float(input('请输入三角形的底：')) print('三角形的面积为：',trai(x,y)) if choose == '3': m = float(input('请输入长方形的长：')) n = float(input('请输入长方形的宽：')) print('长方形的面积为：',rec(m,n)) if choose == '4': s = float(input('请输入椭圆的实轴长：')) q = float(input('请输入椭圆的虚轴长：')) print('椭圆的面积为：',oval(s,q)) if choose == '5': e = float(input('请输入圆形的半径：')) print('圆形的面积为：',cir(e)) if choose == '6': [/code]

清秋-青丘: [code=python] def cubio_sub_of_edge_lengths(a,b,h): sub_of_edge_lengths_cubio = (a + b + h) * 4 return sub_of_edge_lengths_cubio def cubio_superficial_area(a,b,h): superficial_area_cubio = (a * b + a * h + b * h) return superficial_area_cubio def cubio_volume(a,b,h): volume_cubio = a * b * h return volume_cubio def cylin_lateral_area(r,h): π = 3.14 lateral_area_cylinder = 2 * π * r * h return lateral_area_cylinder def cylin_superficial_area(h,r): π = 3.14 superficial_area_cylinder = 2 * π * r * h + 2 * π * r ** 2 return superficial_area_cylinder def cylin_volume(e,h): π = 3.14 volume_cylinder = π * e ** 2 * h return volume_cylinder def cir_perimeter(r): π = 3.14 perimeter_circle = 2 * π * r return perimeter_circle def cir_cone_volume(e,h): π = 3.14 volume_cirular_cone = (π * e ** 2 * h) / 3 return volume_cirular_cone print('面积、体积计算小程序') print('----------------------------------') print('0.退出程序') [/code]

清秋-青丘: [code=python] import math def squa(a): area_square = a ** 2 return area_square def trai(x,y): area_traingle = (x * y) / 2 return area_traingle def rec(m,n): area_rectangle = m * n return area_rectangle def oval(s,q): π = 3.14 area_oval = π * s * q return area_oval def cir(e): π = 3.14 area_circle = π * e ** 2 return area_circle def cir_ring(f,g): π = 3.14 area_circular_ring = π * (f ** 2 - g ** 2) return area_circular_ring def rhom(l,k): area_rhombus = (l * k) / 2 return area_rhombus def trape(t,u,v): area_trapezoid = (t + u) * (v / 2) return area_trapezoid def fan(r,n): π = 3.14 area_fan = (π * r ** 2) * (n / 360) return area_fan def cube_sub_of_edge_lengths(a): sub_of_edge_lengths_cube = a * 12 return sub_of_edge_lengths_cube def cube_superficial_area(a): superficial_area_cube = 6 * a ** 2 return superficial_area_cube def cube_volume(a): volume_cube = a ** 3 return [/code]

小婧子ing: 我是安装grammaly时出现的这个问题，同样好用，谢谢你啦。