Just as an example of the use of the IVTFF format and the ivtt tool, this is how I computed the stats in You are not allowed to view links. Register or Login to view. .
First I made a script including a series of ivtt commands to:
- remove unnecessary bits from the input file ( ivtt -u1 -h2 -c4 <file0 >file1 )
- split into paragraph loci and other loci ( ivtt +@P ... and ivtt -@P ... )
- split the paragraph loci in 'first' and 'all other' ( ivtt -q1 ... and ivtt -q2 ... )
- leave only the individual word tokens (for each of the three files: ivtt -f1 -s3 ... )
- then count the words using standard Unix grep and wc commands.
This script can be run for the entire text (ZL.txt).
The A language part is generated by: ivtt +LA ZL.txt ZLA.txt
The Quire-13 part is generated by: ivtt +QM ZL.txt ZLbio.txt
(and similar for the others).
First I made a script including a series of ivtt commands to:
- remove unnecessary bits from the input file ( ivtt -u1 -h2 -c4 <file0 >file1 )
- split into paragraph loci and other loci ( ivtt +@P ... and ivtt -@P ... )
- split the paragraph loci in 'first' and 'all other' ( ivtt -q1 ... and ivtt -q2 ... )
- leave only the individual word tokens (for each of the three files: ivtt -f1 -s3 ... )
- then count the words using standard Unix grep and wc commands.
This script can be run for the entire text (ZL.txt).
The A language part is generated by: ivtt +LA ZL.txt ZLA.txt
The Quire-13 part is generated by: ivtt +QM ZL.txt ZLbio.txt
(and similar for the others).