'CDS.F.R' 'C_region.F.R' 'DNA.treatment.R' 'D_loop.F.R'
'D_segment.F.R' 'F_UTR.F.R' 'variation.F.R' 'V_segment.F.R'
'V_region.F.R' 'unsure.F.R' 'tRNA.F.R' 'transit_peptide.F.R'
'tmRNA.F.R' 'telomere.F.R' 'T_UTR.F.R' 'STS.F.R'
'stem_loop.F.R' 'source.F.R' 'sig_peptide.F.R' 'S_region.F.R'
'rRNA.F.R' 'repeat_region.F.R' 'rep_origin.F.R'
'regulatory.F.R' 'protein_bind.F.R' 'propeptide.F.R'
'primer_bind.F.R' 'prim_transcript.F.R' 'precursor_RNA.F.R'
'polyA_site.F.R' 'oriT.F.R' 'operon.F.R' 'old_sequence.F.R'
'ncRNA.F.R' 'N_region.F.R' 'mRNA.F.R' 'modified_base.F.R'
'mobile_element.F.R' 'misc_structure.F.R' 'misc_RNA.F.R'
'misc_recomb.F.R' 'misc_feature.F.R' 'misc_difference.F.R'
'misc_binding.F.R' 'mat_peptide.F.R' 'J_segment.F.R'
'intron.F.R' 'iDNA.F.R' 'gene.F.R' 'gap.F.R' 'exon.F.R'
'centromere.F.R' 'assembly_gap.F.R' 'Feature.sep.R'
'Reference.sep.R' 'Reorganize.report.R' 'extract.gb.R'
'read.gb.R'

person(given = "Robin",
family = "Mercier",
role = c("aut", "cre"),
email = "robin.largon.mercier@hotmail.fr")
'CDS.F.R' 'C_region.F.R' 'DNA.treatment.R' 'D_loop.F.R'
'D_segment.F.R' 'F_UTR.F.R' 'Feature.sep.R' 'J_segment.F.R'
'N_region.F.R' 'Reference.sep.R' 'Reorganize.report.R'
'STS.F.R' 'S_region.F.R' 'T_UTR.F.R' 'V_region.F.R'
'V_segment.F.R' 'assembly_gap.F.R' 'centromere.F.R' 'exon.F.R'
'extract.gb.R' 'gap.F.R' 'gene.F.R' 'iDNA.F.R' 'intron.F.R'
'mRNA.F.R' 'mat_peptide.F.R' 'misc_RNA.F.R' 'misc_binding.F.R'
'misc_difference.F.R' 'misc_feature.F.R' 'misc_recomb.F.R'
'misc_structure.F.R' 'mobile_element.F.R' 'modified_base.F.R'
'ncRNA.F.R' 'old_sequence.F.R' 'operon.F.R' 'oriT.F.R'
'polyA_site.F.R' 'precursor_RNA.F.R' 'prim_transcript.F.R'
'primer_bind.F.R' 'propeptide.F.R' 'protein_bind.F.R'
'rRNA.F.R' 'read.gb.R' 'regulatory.F.R' 'rep_origin.F.R'
'repeat_region.F.R' 'sig_peptide.F.R' 'source.F.R'
'stem_loop.F.R' 'tRNA.F.R' 'telomere.F.R' 'tmRNA.F.R'
'transit_peptide.F.R' 'unsure.F.R' 'variation.F.R'

Parse 'Actigraph' 'GT3X'/'GT3X+' 'Accelerometer' Data
c(person(given = "Tuomo",
family = "Nieminen",
role = c("aut", "cre"),
email = "tuomo.a.nieminen@gmail.com"),
person(given = "John",
family = "Muschelli",
role = "aut",
email = "muschellij2@gmail.com",
comment = c(ORCID = "0000-0001-6469-1750")))
Implements a high performance C++ parser
for 'ActiGraph' 'GT3X'/'GT3X+' data format (with extension '.gt3x')
for 'accelerometer' samples. Activity samples can be easily read into a
matrix or data.frame.  This allows for storing the raw 'accelerometer'
samples in the original binary format to reserve space.
knitr, rmarkdown, testthat (>= 2.1.0), data.table, zoo,
readr, lubridate, zip
Tuomo Nieminen [aut, cre],
John Muschelli [aut] (<https://orcid.org/0000-0001-6469-1750>)