I-PV aims to unify protein features in a single interactive figure. It is easy to generate and highly customizable. Data is checked and then plotted. When you publish figures with I-PV, I recommed you also post the files in the datatracks folder as supplementary.
In I-PV is designed to convey complex proteomics information to the audience in an interesting format.
Below are some sample outputs.
- Run one of the publish scripts within
package.json
:
npm run publishPatchNPM
- The
gitTag.js
inside/utils
can both updatenpm
version andorg_ipv
version. - If you change peripheral files only, increment
npm
version. - If you change
SNPtoAA.pl
, increment bothnpm
version andorg_ipv
version. - Choose the right publish script based on above.
- Publish scripts automatically run
syncMirror
. For it to work, you must havemirror.conf.json
that haspath
key, which points to the folder of the mirror. Both root folder and mirror folders are recursively searched with a depth of5
. azure.yaml
syncs a private azure repository. You can use it for other projects by changing theREMOTE_ADDR
variable.sync-public.yml
is theazure.yaml
equivalent of syncing public remote master with your fork. For it work, create a remote branch with namepublic
and addGIT_USER_NAME
andGIT_USER_EMAIL
secrets to your repo.