在python中打印和编辑多个列表
我正在尝试创建一个基于文本的小游戏，为了实现这一点，我创建了20个列表，添加了75个空格来填充列表，然后一次一个地打印每个列表，所有的列表都是同时打印的。我希望能够在某些位置编辑列表，这样当列表再次打印时，控制台就会在我放置列表的位置显示文本。这就是我到目前为止想到的 理想的效果是让控制台打印以下内容：在python中打印和编辑多个列表,python,list,printing,Python,List,Printing,我正在尝试创建一个基于文本的小游戏，为了实现这一点，我创建了20个列表，添加了75个空格来填充列表，然后一次一个地打印每个列表，所有的列表都是同时打印的。我希望能够在某些位置编辑列表，这样当列表再次打印时，控制台就会在我放置列表的位置显示文本。这就是我到目前为止想到的 理想的效果是让控制台打印以下内容： ============================ = = = TEXT ADVENTURE: =
============================
= =
= TEXT ADVENTURE: =
= WAR OF ZE MONSTERS =
= =
============================
===========================
import time
#
# Joel Williams
#
# Purpose: Create a Working Text Engine
#
# start of classes
class line():
def __init__(self):
counter = 0
self.list = []
while (counter != lineSize):
self.list.append(' ')
counter = counter + 1
class cursor():
def __init__(self):
self.cursorPosY = 0
self.cursorPosX = 0
self.cursorPos = [self.cursorPosY, self.cursorPosX]
def setCursorPos(self,y,x):
self.cursorPosY = y
self.cursorPosX = x
self.cursorPos = [self.cursorPosY, self.cursorPosX]
# end of cursor class
# start of peliminary declarations
lineSize = 74
term = cursor()
_1 = line()
_2 = line()
_3 = line()
_4 = line()
_5 = line()
_6 = line()
_7 = line()
_8 = line()
_9 = line()
_10 = line()
_11 = line()
_12 = line()
_13 = line()
_14 = line()
_15 = line()
_16 = line()
_17 = line()
_18 = line()
_19 = line()
_20 = line()
# end of preliminary declarations
# start of preliminary functions
def delLine(x):
del x[:]
counter = 0
x = []
while (counter != lineSize):
x.append(' ')
counter = counter + 1
def clear():
# clears all lists
delLine(_1.list)
delLine(_2.list)
delLine(_3.list)
delLine(_4.list)
delLine(_5.list)
delLine(_6.list)
delLine(_7.list)
delLine(_8.list)
delLine(_9.list)
delLine(_10.list)
delLine(_11.list)
delLine(_12.list)
delLine(_13.list)
delLine(_14.list)
delLine(_15.list)
delLine(_16.list)
delLine(_17.list)
delLine(_18.list)
delLine(_19.list)
delLine(_20.list)
def clearLine():
if(term.cursorPosY == 0):
delLine(_1.list)
elif(term.cursorPosY == 1):
delLine(_2.list)
elif(term.cursorPosY == 2):
delLine(_3.list)
elif(term.cursorPosY == 3):
delLine(_4.list)
elif(term.cursorPosY == 4):
delLine(_5.list)
elif(term.cursorPosY == 5):
delLine(_6.list)
elif(term.cursorPosY == 6):
delLine(_7.list)
elif(term.cursorPosY == 7):
delLine(_8.list)
elif(term.cursorPosY == 8):
delLine(_9.list)
elif(term.cursorPosY == 9):
delLine(_10.list)
elif(term.cursorPosY == 10):
delLine(_11.list)
elif(term.cursorPosY == 11):
delLine(_12.list)
elif(term.cursorPosY == 12):
delLine(_13.list)
elif(term.cursorPosY == 13):
delLine(_14.list)
elif(term.cursorPosY == 14):
delLine(_15.list)
elif(term.cursorPosY == 15):
delLine(_16.list)
elif(term.cursorPosY == 16):
delLine(_17.list)
elif(term.cursorPosY == 17):
delLine(_18.list)
elif(term.cursorPosY == 18):
delLine(_19.list)
elif(term.cursorPosY == 19):
delLine(_20.list)
def draw():
# draws the lists
# each lists is a line (Y)
# each of the list's properties are the text (X)
i1 = ''.join(_1.list)
i2 = ''.join(_2.list)
i3 = ''.join(_3.list)
i4 = ''.join(_4.list)
i5 = ''.join(_5.list)
i6 = ''.join(_6.list)
i7 = ''.join(_7.list)
i8 = ''.join(_8.list)
i9 = ''.join(_9.list)
i10 = ''.join(_10.list)
i11 = ''.join(_11.list)
i12 = ''.join(_12.list)
i13 = ''.join(_13.list)
i14 = ''.join(_14.list)
i15 = ''.join(_15.list)
i16 = ''.join(_16.list)
i17 = ''.join(_17.list)
i18 = ''.join(_18.list)
i19 = ''.join(_19.list)
i20 = ''.join(_20.list)
print i1
print i2
print i3
print i4
print i5
print i6
print i7
print i8
print i9
print i10
print i11
print i12
print i13
print i14
print i15
print i16
print i17
print i18
print i19
print i20
print i20
def write(str):
# changes the lists
c = 0
for i in str:
if term.cursorPosX > lineSize:
term.cursorPosX = 0
if term.cursorPosY > 19:
term.cursorPosY = 0
else:
term.cursorPosY = term.cursorPosY + 1
if term.cursorPosY is 0:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
elif term.cursorPosY is 1:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
elif term.cursorPosY is 2:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
elif term.cursorPosY is 3:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
elif term.cursorPosY is 4:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
elif term.cursorPosY is 5:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
elif term.cursorPosY is 6:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
elif term.cursorPosY is 7:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
elif term.cursorPosY is 8:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
elif term.cursorPosY is 9:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
elif term.cursorPosY is 10:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
elif term.cursorPosY is 11:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
elif term.cursorPosY is 12:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
elif term.cursorPosY is 13:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
elif term.cursorPosY is 14:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
elif term.cursorPosY is 15:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
elif term.cursorPosY is 16:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
elif term.cursorPosY is 17:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
elif term.cursorPosY is 18:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
elif term.cursorPosY is 19:
_1.list[term.cursorPosX] = str[c]
c = c + 1
term.cursorPosX = term.cursorPosX + 1
def writf(str,y,x):
write(str)
term.setCursorPos(y,x)
def ask(x):
i = raw_input(x)
return i
def wait(i):
time.sleep(i)
def cursorPos(y,x):
term.setCursorPos(y,x)
# end of preliminary functions
# start of actual stuff
# start of Main Stuff
# start of game functions
def startScreen():
writf('============================ ',8,10)
writf('= = ',9,10)
writf('= TEXT ADVENTURE: = ',10,10)
writf('= WAR OF ZE MONSTERS = ',11,10)
writf('= = ',10,10)
writf('============================ ',12,10)
draw()
wait(5)
# end of game functions
def Main():
startScreen()
Main()
# end of Stuff
# end of actual stuff
如果您想管理基于文本的“屏幕”，最好使用curses模块。这是专为你想要的，虽然有点复杂。此外，通过使用更多的函数，您可以使程序缩短18倍，因为您要多次重复相同的代码。哎哟，这是一个荒谬的代码重复量。当同一代码需要在51个不同的位置进行更改时，您如何管理更改？您是否想过为每一行设置一个行列表，而不是单独的变量？
term.cursorPosY is 191000是1000（500+500）不是1000is