这是我迄今为止所做的。它产生2个连续的整数,然后增加,第三个变小,它按随机顺序排列。
import random
new_k = (random.randint(0 , 100))
k = (random.randint(0 , 100))
while k >= new_k :
print(k)
new_k = k
答案 0 :(得分:1)
它确实将此处k
的更大价值重新分配给new_k
。
我在if
和else
部分添加了print语句,将新分配的值打印到new_k
,然后我在IDLE上运行它并按程序运行。
import random
new_k = 1
k = (random.randint(0 , 100))
if k >= new_k:
print("Greater Use Case")
print(k)
new_k = k
print(new_k)
else:
print("Smaller Use Case")
print(k)
print(new_k)
IDLE中的示例运行
========= RESTART: C:/sample.py =========
Greater Use Case
9
9
>>>
========= RESTART: C:/sample.py =========
Greater Use Case
8
8
>>>
========= RESTART: C:/sample.py =========
Greater Use Case
55
55
>>>
========= RESTART: C:/sample.py =========
Greater Use Case
13
13
EDIT
:如果你希望它按递增顺序排列,那么你的初始代码是不正确的,你需要编写一个迭代结构。我给你一个非常基本的实现,您可以根据需要进行编辑,但它会让您清楚地知道值正在增加,当它减少时,它会退出。
import random
new_k = 1
while (True):
k = (random.randint(0 , 100))
if k >= new_k:
print("Greater Use Case")
new_k = k
print("k=" + str(k) + "; new_k=" + str(new_k) + "\n")
else:
## NOTE: i quit here when it is decreasing
print("Smaller Use Case")
print("k=" + str(k) + "; new_k=" + str(new_k) + "\n")
break
示例运行
========= RESTART: C:/sample.py =========
Greater Use Case
k=83; new_k=83
Smaller Use Case
k=2; new_k=83
>>>
========= RESTART: C:/sample.py =========
Greater Use Case
k=51; new_k=51
Greater Use Case
k=69; new_k=69
Greater Use Case
k=78; new_k=78
Smaller Use Case
k=61; new_k=78
>>>
========= RESTART: C:/sample.py =========
Greater Use Case
k=22; new_k=22
Greater Use Case
k=100; new_k=100
Smaller Use Case
k=34; new_k=100
>>>
========= RESTART: C:/sample.py =========
Greater Use Case
k=35; new_k=35
Smaller Use Case
k=28; new_k=35