ANSA二次开发_Python基础-面向对象结构

import ansafrom ansa import*
class UserName ():  def __init__(self):    window=guitk.BCWindowCreate("Input_Values", guitk.constants.BCOnExitDestroy)    grid=guitk.BCGridLayoutCreate(window, 1, 1)    self.line_1=guitk.BCLineEditCreate(grid, 'name')    guitk.BCGridLayoutAddWidget(grid, self.line_1, 0, 1, guitk.constants.BCAlignVCenter+guitk.constants.BCAlignLeft)    self.label_1=guitk.BCLabelCreate(grid, "part name")    guitk.BCGridLayoutAddWidget(grid, self.label_1, 0, 0, guitk.constants.BCAlignVCenter+guitk.constants.BCAlignLeft)    guitk.BCDialogButtonBoxCreate(window)    guitk.BCWindowSetAcceptFunction(window, self.AcceptFunc, None)    guitk.BCWindowSetRejectFunction(window, self.RejectFunc, None)    guitk.BCShow(window)    def AcceptFunc (self, win, data):    self.name=guitk.BCLineEditGetText(self.line_1)    return 1          def RejectFunc (self, win, data):    return 1    def createpart():  window=UserName()  for value in window.name.split() :    base.CreateEntity(constants.NASTRAN,"ANSAPART",{"Name":value})
createpart ()

# 基类/父类class Animal:    def __init__(self, name):        self.name = name  # 封装：属性name被封装在Animal类中
    def speak(self):  # 多态：不同的动物会以它们自己的方式发出声音        raise NotImplementedError("Subclass must implement abstract method")
# 子类继承自Animalclass Dog(Animal):    def speak(self):        return f"{self.name} says Woof!"
class Cat(Animal):    def speak(self):        return f"{self.name} says Meow!"
# 创建Animal类的实例animals = [Dog('Max'), Cat('Felix')]
# 多态：调用相同的接口speak，执行不同的操作for animal in animals:    print(animal.speak())