R/data.R

In hugo-marques/ORFID: Manage and Summarize Data from Oregon RFID ORMR and ORSR Antenna Readers

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#' ORFID data samples
#'
#' Compiled data to illustrate functions from \pkg{ORFID}. The variables are as follows:
#'
#' @format A data frame with 8590 rows and 9 variables:
#' \describe{
#'   \item{DTY}{Detection type (S = summary, I = individual, E = event)}
#'   \item{ARR}{Arrival date and time}
#'   \item{TRF}{Time reference (G = GNSS, N = network, U = unreferenced)}
#'   \item{DUR}{Duration of the period between the arrival and the departure from the detection zone}
#'   \item{TTY}{Tag type A=Animal (R = Read only, W = Writeable, P = Phantom)}
#'   \item{TAG}{Tag ID number}
#'   \item{SCD}{Site code}
#'   \item{NCD}{Number of consecutive detections}
#'   \item{EFA}{Effective amps}
#' }
"reader_1"

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#' ORFID data samples
#'
#' Compiled data to illustrate functions from \pkg{ORFID}. The variables are as follows:
#'
#' @format A data frame with 8590 rows and 9 variables:
#' \describe{
#'   \item{DTY}{Detection type (S = summary, I = individual, E = event)}
#'   \item{ARR}{Arrival date and time}
#'   \item{TRF}{Time reference (G = GNSS, N = network, U = unreferenced)}
#'   \item{DUR}{Duration of the period between the arrival and the departure from the detection zone}
#'   \item{TTY}{Tag type A=Animal (R = Read only, W = Writeable, P = Phantom)}
#'   \item{TAG}{Tag ID number}
#'   \item{SCD}{Site code}
#'   \item{NCD}{Number of consecutive detections}
#'   \item{EFA}{Effective amps}
#' }
"reader_2"

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#' ORFID data samples
#'
#' Compiled data to illustrate functions from \pkg{ORFID}. The variables are as follows:
#'
#' @format A data frame with 1034 rows and 9 variables:
#' \describe{
#'   \item{DTY}{Detection type (S = summary, I = individual, E = event)}
#'   \item{ARR}{Arrival date and time}
#'   \item{TRF}{Time reference (G = GNSS, N = network, U = unreferenced)}
#'   \item{DUR}{Duration of the period between the arrival and the departure from the detection zone}
#'   \item{TTY}{Tag type A=Animal (R = Read only, W = Writeable, P = Phantom)}
#'   \item{TAG}{Tag ID number}
#'   \item{SCD}{Site code}
#'   \item{NCD}{Number of consecutive detections}
#'   \item{EFA}{Effective amps}
#' }
"reader_3"

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#' ORFID data samples
#'
#' Compiled data to illustrate directional functions from \pkg{ORFID}. The variables are as follows:
#'
#' @format A data frame with 824 rows and 16 variables:
#' \describe{
#'   \item{DTY}{Detection type (S = summary, I = individual, E = event)}
#'   \item{ARR}{Arrival date and time}
#'   \item{TRF}{Time reference (G = GNSS, N = network, U = unreferenced)}
#'   \item{DUR}{Duration of the period between the arrival and the departure from the detection zone}
#'   \item{TTY}{Tag type A=Animal (R = Read only, W = Writeable, P = Phantom)}
#'   \item{TAG}{Tag ID number}
#'   \item{SCD}{Site code}
#'   \item{NCD}{Number of consecutive detections}
#'   \item{EFA}{Effective amps}
#'   \item{TCH}{Tag technology (HDX, FDX, HF)}
#'   \item{ANT}{Antenna number}
#'   \item{EMP}{Number of empty scans preceding detection}
#'   \item{TSS}{Tag signal strength}
#'   \item{SPV}{Unknown}
#'   \item{NOI}{Noise}
#'   \item{CLS}{Tag class}
#' }
"reader_ds"

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#' ORFID data samples
#'
#' Compiled data to illustrate directional functions from \pkg{ORFID}. The variables are as follows:
#'
#' @format A data frame with 781 rows and 16 variables:
#' \describe{
#'   \item{DTY}{Detection type (S = summary, I = individual, E = event)}
#'   \item{ARR}{Arrival date and time}
#'   \item{TRF}{Time reference (G = GNSS, N = network, U = unreferenced)}
#'   \item{DUR}{Duration of the period between the arrival and the departure from the detection zone}
#'   \item{TTY}{Tag type A=Animal (R = Read only, W = Writeable, P = Phantom)}
#'   \item{TAG}{Tag ID number}
#'   \item{SCD}{Site code}
#'   \item{NCD}{Number of consecutive detections}
#'   \item{EFA}{Effective amps}
#'   \item{TCH}{Tag technology (HDX, FDX, HF)}
#'   \item{ANT}{Antenna number}
#'   \item{EMP}{Number of empty scans preceding detection}
#'   \item{TSS}{Tag signal strength}
#'   \item{SPV}{Unknown}
#'   \item{NOI}{Noise}
#'   \item{CLS}{Tag class}
#' }
"reader_us"

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