def add_ctrl(self, grid, panel):
# 添加表格
for i in range(var.row * var.column):
MyClass.cellList.append(MyClass.cell(panel, i))
行号 = i // var.column
列号 = i % var.column
MyClass.cellList[i].box = wx.StaticText(panel,
label=str(i + 1),
size=var.size)
grid.Add(MyClass.cellList[i].box, pos=(行号 + 3, 列号), border=10)
def main():
# making an object
obj = MyClass('teguh', 22)
obj_2 = MyClass('satya', 21)
# printing object attribute
print(obj.name, obj.age, obj_2.name, obj_2.age)
# modifying attribute
obj_2.name = 'Dharma'
print(obj.name, obj.age, obj_2.name, obj_2.age)
# accessing methods
print(obj.get_description())
print(obj.speak('why so lonely'))
print(obj.__str__())
# inheritance
obj_3 = InheritClass('dog', 2)
print(obj_3.__str__())
print(obj_3.speak())
import sys, MyClass
from PyQt5.QtWidgets import QApplication # 导入相应的包
if __name__ == '__main__':
app = QApplication(sys.argv)
w = MyClass.MyClass()
sys.exit(app.exec_())
import MyClass
SamuelRecord = MyClass.MyClass()
AnnieRecord = MyClass.MyClass("Annie", 44)
print(SamuelRecord.GetAge())
SamuelRecord.SetAge(33)
print(AnnieRecord.GetName())
AnnieRecord.SetName("Sophie")
print(SamuelRecord)
print(AnnieRecord)
import MyClass
MyClass.hello_world("Spam")
print("-------------------------------")
print(" My First Class")
print("-------------------------------")
print("\n")
x = float()
y = float()
print("Set the real and imagined parts!")
print("Real part: ")
x = input()
print("Imagined part: ")
y = input()
print("\n")
#Object = MyClass.Complex()
#Object = MyClass.Complex(-3.1, 2.5)
Object = MyClass.Complex(x, y)
#print(Object.re)
#print(Object.im)
################################
Object_Function = Object.foo()
print(Object_Function)
################################
Object_Function = Object.Get_Real_Part()
print("Real part: ", Object_Function)
################################
Object_Function = Object.Get_Imagined_Part()
print("Imagined part: ", Object_Function)
################################
print("\n")
#Add_To_Array = Object.Add_To_Array()
import MyClass
SamsRecord = MyClass.MyClass()
AmysRecord = MyClass.MyClass("Amy", 44)
print(SamsRecord.GetAge())
SamsRecord.SetAge(33)
print(AmysRecord.GetName())
AmysRecord.SetName("Aimee")
print(SamsRecord)
print(AmysRecord)
def test_myclass() -> None:
classy = MyClass("classy")
assert classy.name == "classy"
print('loading existing data...')
with open('train_data.pkl', 'rb') as fr:
train_data = pickle.load(fr)
with open('test_data.pkl', 'rb') as fr:
test_data = pickle.load(fr)
test_size = len(test_data)
vocab_path = os.path.join('.', args.train_data, 'word2id.pkl')
tag_path = os.path.join('.', args.train_data, 'tag2id.pkl')
id2tag_path = os.path.join('.', args.train_data, 'id2tag.pkl')
if not os.path.exists(vocab_path):
MyData.vocab_build(vocab_path, tag_path, id2tag_path, train_data, 5)
cn2id, en2id, id2en = MyData.read_dictionary(vocab_path, tag_path, id2tag_path)
if args.mode == 'train':
print('start training...')
encoder1 = MyClass.EncoderRNN(len(cn2id), args.embedding_size,
args.hidden_size).to(device)
attn_decoder1 = MyClass.AttnDecoderRNN(args.hidden_size,
len(en2id),
dropout_p=0.1).to(device)
trainIters(encoder1,
attn_decoder1,
train_data,
args.epoch_num,
print_every=64) #75000：训练预料条数 5000：每5000次输出一次损失情况
torch.save(encoder1, 'model/encoder.pkl')
torch.save(attn_decoder1, 'model/decoder.pkl')
else:
encoder = torch.load('model/encoder.pkl')
decoder = torch.load('model/decoder.pkl')
evaluateTest(encoder, decoder, test_data, cn2id, id2en)
#from MyClass import Student
import MyClass
s = MyClass.Student('Heim', 20)
s.sayHi()
def test_subTogether(self):
self.assertEqual(MyClass.subNumbers(62, 17), 45)
def test_addTogether(self):
self.assertEqual(MyClass.addNumbers(45, 17), 62)
import MyClass
# from MyClass import User # I could have done this, so I don't have to type 'MyClass.User() everytime'
# if I had instanciated MyClass, I could do user1 = User('Lucas', 'Costa')
user1 = MyClass.User('Lucas', 'Costa')
user2 = MyClass.User('Jeff', 'Lname')
print user1.getName()
user1.test()
# createUser(b)
def test_calc_square(self):
result = MyClass.calc_square(10, 10, 10)
self.assertTrue(result > 40, 'Error result')
import MyClass myCar1 = MyClass.car() print(myCar1.getColor())