PyPI 官网下载 | renumSeq-1.2.0.tar.gz

# About renumseq `renumseq` is a Unix/Linux command-line-utility for renumbering image-sequences which are most typically used in CG post-production. `renumseq` allows you to renumber sequences with an offset, or give them a new 'start' frame. It also allows you adjust the padding of the frame numbers. `renumseq` borrows the syntax of the native output of [`lsseq`](https://github.com/jrowellfx/lsseq) to specify the sequence to be renumbered. Therefore it is recommended to also install `lsseq` as it makes using `renumseq` easier. For example, use `lsseq` to list a sequence, then cut and paste its output as the arguments to `renumseq` with appropriate optional arguments for setting the offset etc. `renumseq` was written to be safe in that it won't unintentionally overwrite any existing files during the renumbering. If `renumseq` finds that by renumbering a sequence it will write over another frame outside the range specified then it will skip renumbering that sequence (printing a warning) and go onto the next sequence in the list. Naturally there is an option to force `renumseq` to overwrite those files if desired. `renumseq` doesn't need to make temporary copies of files during the renumbering (it does a move of the file), so it's fast. `renumseq` also has a useful option, called `--replaceUnderscore` to change files of this form: ``` filename_[n-m].extension ``` ...to this, ``` filename.[n-m].extension ``` which, as you can see, replaces the underscore-separator with a dot-separator. `Protip`: If all you want to do is switch the separator from an underscore to a dot, then use a zero offset, plus the `--replaceUnderscore` argument. ## Installing renumseq ``` python3 -m pip install renumSeq ``` ## Testing renumseq After installing try the following: ``` $ cd ~ $ mkdir tmp $ cd tmp $ touch aaa.001.tif aaa.002.tif aaa.003.tif aaa.004.tif aaa.005.tif $ lsseq -Z aaa.[001-005].tif $ renumseq --verbose --offset 10 aaa.[001-005].tif aaa.005.tif -> aaa.015.tif aaa.004.tif -> aaa.014.tif aaa.003.tif -> aaa.013.tif aaa.002.tif -> aaa.012.tif aaa.001.tif -> aaa.011.tif $ lsseq -Z aaa.[011-015].tif ``` Note that you may get an error from your shell when you try to run the `renumseq` command, that might look something like this: ``` % renumseq -o 10 aaa.[001-005].tif renumseq: No match. ``` In which case you need to "escape" the square brackets as they are special characters as far as the shell is concerned. Escape them like this: ``` % renumseq -v -o 10 aaa.\[001-005\].tif aaa.005.tif -> aaa.015.tif aaa.004.tif -> aaa.014.tif aaa.003.tif -> aaa.013.tif aaa.002.tif -> aaa.012.tif aaa.001.tif -> aaa.011.tif ``` Alternatively you can just enclose the argument in quotes like this: `'aaa.[001-005].tif'`. Type this: ``` $ renumseq --help ``` ...for much more useful info. Please contact j a m e s <at> a l p h a - e l e v e n . c o m with any bug reports, suggestions or praise as the case may be.