3 回答

TA貢獻1815條經驗 獲得超6個贊
您可以使用Perl csv模塊Text :: CSV提取字段,然后將它們存儲在散列中,其中ID是主鍵,第二個字段是輔助鍵,所有字段都存儲為值。這樣,您可以輕松進行所需的比較。如果要保留行的原始順序,可以在第一個循環內使用數組。
use strict;
use warnings;
use Text::CSV;
my %data;
my $csv = Text::CSV->new({
binary => 1, # safety precaution
eol => $/, # important when using $csv->print()
});
while ( my $row = $csv->getline(*ARGV) ) {
my ($id, $J) = @$row; # first two fields
$data{$id}{$J} = $row; # store line
}

TA貢獻1796條經驗 獲得超4個贊
我沒有像TLP那樣使用Text :: CSV。如果需要,但對于此示例,我認為由于字段中沒有嵌入的逗號,因此對','進行了簡單的拆分。另外,列出了兩個運算符的真實字段(而不是僅列出1),因為我認為最后一個值的特殊情況會使解決方案復雜化。
#!/usr/bin/perl
use strict;
use warnings;
use List::MoreUtils qw/ mesh /;
my %data;
while (<DATA>) {
chomp;
my ($id, $op, @vals) = split /,/;
$data{$id}{$op} = \@vals;
}
my @ops = ([qw/J1 J2/], [qw/S1 S2/], [qw/J1 S1/]);
for my $id (sort keys %data) {
for my $comb (@ops) {
open my $fh, ">>", "@$comb.txt" or die $!;
my $a1 = $data{$id}{ $comb->[0] };
my $a2 = $data{$id}{ $comb->[1] };
print $fh join(",", $id, mesh(@$a1, @$a2)), "\n";
close $fh or die $!;
}
}
__DATA__
WCBP12236,J1,75.7,80.6,65.9,83.2,82.1
WCBP12236,J2,76.3,79.6,61.7,81.9,82.1
WCBP12236,S1,77.2,81.5,69.4,84.1,82.1
WCBP12236,S2,68.0,68.0,53.2,68.5,82.1
WCBP12234,J1,63.7,67.7,72.2,71.6,75.3
WCBP12234,J2,68.6,68.4,41.4,68.9,75.3
WCBP12234,S1,81.8,82.7,67.0,87.5,75.3
WCBP12234,S2,66.6,67.9,53.0,70.7,75.3
WCBP12239,J1,78.6,79.0,56.2,82.1,82.1
WCBP12239,J2,66.6,72.9,79.5,76.6,82.1
WCBP12239,S1,86.6,87.8,23.0,23.0,82.1
WCBP12239,S2,86.0,86.9,62.3,89.7,82.1
WCBP12238,J1,70.9,71.3,66.0,73.7,84.1
WCBP12238,J2,75.1,75.2,54.3,76.4,84.1
WCBP12238,S1,65.9,66.0,40.2,66.5,84.1
WCBP12238,S2,72.7,73.2,52.6,73.9,84.1
產生的輸出文件如下
J1 J2.txt
WCBP12234,63.7,68.6,67.7,68.4,72.2,41.4,71.6,68.9,75.3,75.3
WCBP12236,75.7,76.3,80.6,79.6,65.9,61.7,83.2,81.9,82.1,82.1
WCBP12238,70.9,75.1,71.3,75.2,66.0,54.3,73.7,76.4,84.1,84.1
WCBP12239,78.6,66.6,79.0,72.9,56.2,79.5,82.1,76.6,82.1,82.1
S1 S2.txt
WCBP12234,81.8,66.6,82.7,67.9,67.0,53.0,87.5,70.7,75.3,75.3
WCBP12236,77.2,68.0,81.5,68.0,69.4,53.2,84.1,68.5,82.1,82.1
WCBP12238,65.9,72.7,66.0,73.2,40.2,52.6,66.5,73.9,84.1,84.1
WCBP12239,86.6,86.0,87.8,86.9,23.0,62.3,23.0,89.7,82.1,82.1
J1 S1.txt
WCBP12234,63.7,81.8,67.7,82.7,72.2,67.0,71.6,87.5,75.3,75.3
WCBP12236,75.7,77.2,80.6,81.5,65.9,69.4,83.2,84.1,82.1,82.1
WCBP12238,70.9,65.9,71.3,66.0,66.0,40.2,73.7,66.5,84.1,84.1
WCBP12239,78.6,86.6,79.0,87.8,56.2,23.0,82.1,23.0,82.1,82.1
更新:要僅獲得1個真值,可以將for循環編寫為:
for my $id (sort keys %data) {
for my $comb (@ops) {
local $" = '';
open my $fh, ">>", "@$comb.txt" or die $!;
my $a1 = $data{$id}{ $comb->[0] };
my $a2 = $data{$id}{ $comb->[1] };
pop @$a2;
my @mesh = grep defined, mesh(@$a1, @$a2);
print $fh join(",", $id, @mesh), "\n";
close $fh or die $!;
}
}
更新:在grep expr中添加了“定義”以進行測試。因為這是正確的方法(而不是僅測試'$ _',它可能為0并被grep錯誤地排除在列表之外)。

TA貢獻1831條經驗 獲得超10個贊
Python方式:
import os,sys, re, itertools
info=["WCBP12236,J1,75.7,80.6,65.9,83.2,82.1",
"WCBP12236,J2,76.3,79.6,61.7,81.9,82.1",
"WCBP12236,S1,77.2,81.5,69.4,84.1,82.1",
"WCBP12236,S2,68.0,68.0,53.2,68.5,82.1",
"WCBP12234,J1,63.7,67.7,72.2,71.6,75.3",
"WCBP12234,J2,68.6,68.4,41.4,68.9,80.4",
"WCBP12234,S1,81.8,82.7,67.0,87.5,75.3",
"WCBP12234,S2,66.6,67.9,53.0,70.7,72.7",
"WCBP12238,J1,78.6,79.0,56.2,82.1,82.1",
"WCBP12239,J2,66.6,72.9,79.5,76.6,75.3",
"WCBP12239,S1,86.6,87.8,23.0,23.0,82.1",
"WCBP12239,S2,86.0,86.9,62.3,89.7,82.1",
"WCBP12239,J1,70.9,71.3,66.0,73.7,75.3",
"WCBP12238,J2,75.1,75.2,54.3,76.4,82.1",
"WCBP12238,S1,65.9,66.0,40.2,66.5,80.4",
"WCBP12238,S2,72.7,73.2,52.6,73.9,72.7" ]
def extract_data(operator_1, operator_2):
operator_index=1
id_index=0
data={}
result=[]
ret=[]
for line in info:
conv_list=line.split(",")
if len(conv_list) > operator_index and ((operator_1.strip().upper() == conv_list[operator_index].strip().upper()) or (operator_2.strip().upper() == conv_list[operator_index].strip().upper()) ):
if data.has_key(conv_list[id_index]):
iters = [iter(conv_list[int(operator_index)+1:]), iter(data[conv_list[id_index]])]
data[conv_list[id_index]]=list(it.next() for it in itertools.cycle(iters))
continue
data[conv_list[id_index]]=conv_list[int(operator_index)+1:]
return data
ret=extract_data("j1", "s2")
print ret
O / P:
{'WCBP12239':['70 .9','86 .0','71 .3','86 .9','66 .0','62 .3','73 .7','89 .7','75 .3','82 .1'],'WCBP12238' :['72.7','78.6','73.2','79.0','52.6','56.2','73.9','82.1','72.7','82.1'],'WCBP12234':['66.6 ','63 .7','67.9','67.7','53.0','72.2','70.7','71.6','72.7','75.3'],'WCBP12236':['68.0','75.7 ','68 .0','80 .6','53 .2','65 .9','68 .5','83 .2','82 .1','82 .1']}
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