def modelA():
G_data = Gen_Data()
s0 = G_data.Generate_Decimal(1.00, 20.00, 1)
s1 = G_data.Generate_Decimal(1.00, 10.00, 2)
op = G_data.opMul
re = operator.mul(s0, s1)
result = "%.1f %s %.2f = " % (s0, op, s1)
result_ = float(re)
return result, result_
def modelB():
G_data = Gen_Data()
s0 = G_data.Generate_Decimal(1.00, 20.00, 1)
s1 = G_data.Generate_Decimal(1.00, 10.00, 1)
op = G_data.opDiv
re = operator.mul(s0, s1)
result = "%.3f %s %.1f = " % (re, op, s0)
result_ = float(s1)
return result, result_
def modelSub():
G_data = Gen_Data()
s0 = G_data.Generate_Int(50, 99)
s1 = G_data.Generate_Decimal(1.001, 30.001, 3)
op = G_data.opSub
re = operator.sub(s0, s1)
result = "%d %s %.3f = " % (s0, op, s1)
result_ = float(re)
return result, result_
def modelD():
G_data = Gen_Data()
s0 = G_data.Generate_Decimal(1.001, 10.001, 3)
s1 = G_data.Generate_Int(1, 20)
op = G_data.opDiv
re = operator.mul(s0, s1)
result = "%.3f %s %d = " % (re, op, s1)
result_ = float(s0)
return result, result_
def modelPlus():
G_data = Gen_Data()
s0 = G_data.Generate_Decimal(1.01, 50.00, 2)
s1 = G_data.Generate_Decimal(1.001, 30.001, 3)
op = G_data.opAdd
re = operator.add(s0, s1)
result = "%.2f %s %.3f = " % (s0, op, s1)
result_ = float(re)
return result, result_
def modelC():
G_data = Gen_Data()
s0 = G_data.Generate_Int(1, 99)
s1 = G_data.Generate_Int(1, 20)
op = G_data.opDiv
re = operator.truediv(operator.mul(s0, s1), 10000)
s0 = operator.truediv(s0, 100)
result = "%.4f %s %.2f = " % (re, op, s0)
result_ = float(operator.truediv(s1, 100))
return result, result_
def modelE():
G_data = Gen_Data()
s0 = G_data.Generate_Int(2, 20)
x = "X"
op = G_data.opSub
s1 = G_data.Generate_Int(2, 20)
s2 = operator.mul(s0, s1)
s3 = G_data.Generate_Int(2, s1)
result_ = operator.add(s1, s3)
result = "%d(%s %s %d) = %d" % (s0, x, op, s3, s2)
return result, result_
def modelD():
G_data = Gen_Data()
s0 = G_data.Generate_Decimal(200.00, 500.00, 2)
x = "X"
op = G_data.opSub
s1 = G_data.Generate_Decimal(2.00, 10.00, 2)
s2 = G_data.Generate_Int(1, 9)
s3 = operator.mul(s1, s2)
s3 = operator.sub(s0, s3)
result = "%.2f %s %d %s = %.2f" % (s0, op, s2, x, s3)
return result, float(s1)
def modelB():
G_data = Gen_Data()
s0 = G_data.Generate_Decimal(1.00, 20.00, 2)
x = "X"
op = G_data.opAdd
s1 = G_data.Generate_Decimal(3.00, 50.00, 2)
s2 = G_data.Generate_Int(2, 10)
s3 = operator.mul(s0, s2)
s3 = operator.add(s3, s1)
result = "%.2f %s %d %s = %.2f" % (s1, op, s2, x, s3)
return result, float(s0)
def modelG():
G_data = Gen_Data()
s0 = G_data.Generate_Int(2, 30)
s1 = G_data.Generate_Int(2, 30)
s2 = operator.mul(s0, s1)
x = "X"
op1 = G_data.opAdd
op2 = G_data.opDiv
s3 = G_data.Generate_Int(2, s1)
result_ = operator.sub(s1, s3)
result = "%d %s ( %s %s %d ) = %d" % (s2, op2, x, op1, s3, s0)
return result, result_
def modelF():
G_data = Gen_Data()
s0 = G_data.Generate_Int(2, 20)
s1 = G_data.Generate_Int(2, 20)
s2 = operator.mul(s0, s1)
x = "X"
op1 = G_data.opSub
op2 = G_data.opDiv
s3 = G_data.Generate_Int(s2, 1000)
result_ = operator.sub(s3, s2)
result = "( %d %s %s ) %s %d = %d" % (s3, op1, x, op2, s1, s0)
return result, result_
def modelC():
G_data = Gen_Data()
flag = True
s0 = G_data.Generate_Decimal(10.00, 20.00, 2)
x = "X"
op = G_data.opSub
s1 = G_data.Generate_Int(2, 20)
s2 = G_data.Generate_Decimal(1.00, 20.00, 2)
s3 = operator.mul(s1, s0)
s3 = operator.sub(s3, s2)
result = "%d %s %s %.2f = %.2f" % (s1, x, op, s2, s3)
return result, float(s0)
def modelJ():
G_data = Gen_Data()
s0 = G_data.Generate_Int(2, 9)
s1 = G_data.Generate_Int(2, 19)
s2 = G_data.Generate_Int(2, 9)
s3 = operator.mul(operator.mul(s0, s1), s2)
x = "X"
op1 = G_data.opDiv
op2 = G_data.opMul
result_ = s0
result = "%d %s %d %s = %d" % (s3, op1, s1, x, s0)
return result, result_
def modelI():
G_data = Gen_Data()
s0 = G_data.Generate_Int(2, 30)
s1 = G_data.Generate_Int(50, 100)
s2 = G_data.Generate_Int(2, s1)
s3 = operator.sub(s1, s2)
x = "X"
op1 = G_data.opDiv
op2 = G_data.opSub
result_ = operator.mul(s0, s1)
result = "%s %s %d %s %d = %d" % (x, op1, s0, op2, s2, s3)
return result, result_
print 'thread %s is running...' % threading.current_thread().name
n = 0
while n < 5:
n = n + 1
print 'thread %s >>> %s' % (threading.current_thread().name, n)
time.sleep(1)
print 'thread %s ended.' % threading.current_thread().name
print 'thread %s is running...' % threading.current_thread().name
t = threading.Thread(target=loop, name='LoopThread')
t.start()
t.join()
print 'thread %s ended.' % threading.current_thread().name
G_data = Gen_Data()
s0 = G_data.Generate_Decimal(1.00, 20.00, 2)
s1 = G_data.Generate_Int(2, 10)
s2 = G_data.Generate_Int(2, 20)
s3 = operator.mul(s0, s1)
s3 = operator.add(s3, s2)
x = "X"
op = "+"
result = "%d %s %s %d = %s" % (s1, x, op, s2, s_temp)
s_temp = "%.2f" % (s_temp)
print(result)
print(s0)
pic_original = 'D:\\pic\\pic\\'
pic_ready = 'D:\\pic\\ready\\'
pic_set = []