04-06-2011
For my real dataset, I have something like 80 values in column 1 and 300 values for column 2. Thanks.
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Here is what old matrix look like,
IDs X1 X2 Y1 Y2
10914061 -0.364613333 -0.362922333 0.001691 -0.450094667
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Hi,
I have a data in a file .
Infile:
1 e 1.2 1.6
5 f 2.3 3.6
3 g 1.2 2.6
6 i 2.3 3.6
8 o 1.2 3.6
output:
1 e 1.2 1.6
5 f 2.3 3.6
3 g 1.1 2.6
6 i 2.2 3.5
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Hi all,
Is there a way to convert full data matrix to linearised left data matrix?
e.g full data matrix
Bh1 Bh2 Bh3 Bh4 Bh5 Bh6 Bh7
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is it possible to count the number of keys based on state and cell and output it as a simple matrix.
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cell3-state1 has 4 keys.
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key states cell
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key1 state2 cell1
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Hi, I have data of the following type,
chr1 234 678 39 852 638 abcd 7895
chr1 526 326 33 887 965 kilj 5849
Now, I would like to have something like this
chr1 234 678 39 852 638 abcd 7895 <a href="http://unix.com/thread=chr1:234-678">Link</a>
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Greetings, salutations.
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is it possible to order the following row clusters from ascending to descending. thanx in advance
input
1 2 4 0
1 2 4 0
3 3 3 3
1 5 1 0
1 5 1 0
6 0 0 0
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Hi, Is it possible to transpose the matrix like this using awk ? Many thanks in advance
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abc Name_1 0
abc Name_2 1
abc Name_3 2
abc Name_4 0.4
def Name_1 0
def Name_2 9
def Name_3 78
def Name_4 1
Output
abc def
Name_1 0 ... (4 Replies)
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$ cat sample
dn: MSISDN=400512345677,dc=msisdn,ou=NPSD,serv=CSPS,ou=servCommonData,dc=stc
structuralObjectClass: NphData
objectClass: NphData
objectClass: MSISDN
entryDS: 0
nodeId: 35
createTimestamp: 20170216121047Z
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LEARN ABOUT CENTOS
funcolumnlookup
funcolumnlookup(3) SAORD Documentation funcolumnlookup(3)
NAME
FunColumnLookup - lookup a Funtools column
SYNOPSIS
#include <funtools.h>
int FunColumnLookup(Fun fun, char *s, int which,
char **name, int *type, int *mode,
int *offset, int *n, int *width)
DESCRIPTION
The FunColumnLookup() routine returns information about a named (or indexed) column. The first argument is the Fun handle associated with
this set of columns. The second argument is the name of the column to look up. If the name argument is NULL, the argument that follows is
the zero-based index into the column array of the column for which information should be returned. The next argument is a pointer to a
char *, which will contain the name of the column. The arguments that follow are the addresses of int values into which the following
information will be returned:
o type: data type of column:
o A: ASCII characters
o B: unsigned 8-bit char
o I: signed 16-bit int
o U: unsigned 16-bit int (not standard FITS)
o J: signed 32-bit int
o V: unsigned 32-bit int (not standard FITS)
o E: 32-bit float
o D: 64-bit float
o mode: bit flag status of column, including:
o COL_ACTIVE 1 is column activated?
o COL_IBUF 2 is column in the raw input data?
o COL_PTR 4 is column a pointer to an array?
o COL_READ 010 is read mode selected?
o COL_WRITE 020 is write mode selected?
o COL_REPLACEME 040 is this column being replaced by user data?
o offset: byte offset in struct
o n: number of elements (i.e. size of vector) in this column
o width: size in bytes of this column
If the named column exists, the routine returns a positive integer, otherwise zero is returned. (The positive integer is the index+1 into
the column array where this column was located.)
If NULL is passed as the return address of one (or more) of these values, no data is passed back for that information. For example:
if( !FunColumnLookup(fun, "phas", 0, NULL NULL, NULL, NULL, &npha, NULL) )
gerror(stderr, "can't find phas column
");
only returns information about the size of the phas vector.
SEE ALSO
See funtools(7) for a list of Funtools help pages
version 1.4.2 January 2, 2008 funcolumnlookup(3)