knitr::opts_chunk$set( collapse = TRUE, comment = "#>" )
The SeeGEM package contains the information used to create the demo file
Before you get started with your own data, I suggest you recreate this document to make sure you have all of the libraries and pandoc installed on your computer.
library(SeeGEM) knit_see_gem()
This should create SeeGEM_document.html
in your base user directory (~/
)
To see an example of what the peddy integrated report looks like run this:
knit_see_gem(skip_stats = 'no')
Now it is time to use your own data. You will need the following:
gemini
it will run (with an error about too few arguments
)You can use the \code{\link{gemini_test_wrapper}} or \code{\link{gemini_query_wrapper}} functions to call
gemini
from R and pull the data into the \code{\link{knit_see_gem}} function.
It is much simpler to use the \code{\link{gemini_test_wrapper}} since it has pre-filled out sensible default filters (see the documentation). You just need need to feed \code{\link{gemini_test_wrapper}} the GEMINI database ('2018_06_28__OGVFB_exomes.GATK.PED_master.gemini.db'), the test you want to run ('autosomal_recessive'), finally the family that you want to return the results from ('DDL003').
Then give the path and name of the output file and tell \code{\link{knit_see_gem}}
to use the use the no stats template with skip_stats = 'no'
knit_see_gem(GEMINI_data = gemini_test_wrapper('2018_06_28__OGVFB_exomes.GATK.PED_master.gemini.db', test = 'autosomal_recessive', families = 'DDL003'), output_file='quick_SeeGEM.html', skip_stats = 'yes')
Depending on the speed of the GEMINI query, this can create the document in seconds, potentially making it possible to use SeeGEM in an exploratory manner.
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