我的表:
2 4,5 100 400
3 20 10 100
4,2 10.000 500 600
9,2 10.024,5 610 1.100
mylist = [['2', '4,5', '100', '400'], ['3', '20', '10', '100'], ['4,2', '10.000', '500', '600'], ['9,2', '10.024,5', '610', '1.100']]
如何对齐这样的数字:
2 4,5 100 400
3 20 10 100
4,2 10.000 500 600
9,2 10.024,5 610 1.100
我做了什么:
for i in range(0, len(mylist)):
'{:>10} {:>10} {:>10} {:>10}'.format(mylist[i][0], mylist[i][1], mylist[i][2], mylist[i][3])
这给出了上面的结果,如第1表所示,但小数没有对齐。
更新
我将弗朗西斯科的解决方案改编为任何列表中元素的长度。
mylist = [['1300', '300', '300'], ['2300,5', '300,5', '300,5'], ['3600000000000', '6000000', '6000000'], ['4200,2345', '200,2345', '200,2345'], ['5301', '301', '301'], ['6200', '200', '200'], ['7300', '300', '300000000'], ['8300,5', '300,500000', '300,5'], ['960000', '600', '6000'], ['10200,2345', '200999,2345', '200,2345'], ['11301', '301', '301'], ['12200', '200', '200'], ['13300', '300', '300'], ['14300,5', '300,5', '300,5']]
column2row = zip(*mylist)
maxbefore = []
maxafter = []
for m in column2row:
maxlengthbefore = 0
maxlengthafter = 0
for e in m:
if ',' in e:
lengthbefore = len(str(e).split(",")[0])
if lengthbefore > maxlengthbefore:
maxlengthbefore = lengthbefore
lengthafter = len(str(e).split(",")[1])
if lengthafter > maxlengthafter:
maxlengthafter = lengthafter
else:
lengthbefore = len(str(e))
if lengthbefore > maxlengthbefore:
maxlengthbefore = lengthbefore
maxbefore.append(maxlengthbefore)
maxafter.append(maxlengthafter + 1)
for m in mylist:
r = 0
for e in m:
if ',' in e:
print(e.rjust(int(maxbefore[r]) + len(e) - e.index(',')).ljust(int(maxbefore[r])+int(maxafter[r])), end=' ')
else:
print(e.rjust(int(maxbefore[r])).ljust(int(maxbefore[r])+int(maxafter[r])), end=' ')
r += 1
print()
输出
1300 300 300
2300,5 300,5 300,5
3600000000000 6000000 6000000
4200,2345 200,2345 200,2345
5301 301 301
6200 200 200
7300 300 300000000
8300,5 300,500000 300,5
960000 600 6000
10200,2345 200999,2345 200,2345
11301 301 301
12200 200 200
13300 300 300
14300,5 300,5 300,5
答案 0 :(得分:1)
for m in mylist:
for e in m:
if ',' in e:
print(e.rjust(10 + len(e) - e.index(',')).ljust(15), end=' ')
else:
print(e.rjust(10).ljust(15), end=' ')
print()
打印:
2 4,5 100 400
3 20 10 100
4,2 10.000 500 600
9,2 10.024,5 610 1.100
基本上它的作用是检查字符串中是否有逗号。
如果是这样,它会检查它的位置,将字符串向右居中,检查有多少个字符而不计算逗号后的所有字符,然后将它居中于左边,这次计算逗号后面的位置。
如果字符串中没有逗号,则只将其居中左侧和右侧。