View source: R/filter_tRackIT.R
filter_tRackIT | R Documentation |
Filtering of raw signals based on transmitter frequency, signal duration and runtime of the transmitter. The function reads files from a given folder. Make shure that there is one file per station and that they have the following columns:timestamp= time of received signal-expected format: “%Y-%m-%d %H:%M:%S (e.g. 1970-01-29 15:30:22:11), duration=signal length of the recorded signal, frequency= frequency in kHz (e.g. 150150.2), max= the max signal strength in dBW of the recorded signal (peak) , receiver= name of the receiver device (usually 0,1,2,3 for a 4 Antenna station ), station= name of the station as character string
filter_tRackIT(
animal = NULL,
freq_er = 2,
path_to_data = NULL,
d_min = NULL,
d_max = NULL,
start = NULL,
end = NULL,
freq = NULL
)
animal |
list, generated by initanimal function |
freq_er |
numeric, accepted deviation from tag frequency in khz |
path_to_data |
string, path to awk filtered file |
d_min |
numeric, minimum duration of signal |
d_max |
numeric, maximum duration of signal |
start |
string, start of tracking YYYY-MM-DD |
end |
string, end of tracking YYYY-MM-DD |
freq |
num, tag frequency (khz) |
Jannis Gottwald
#projroot<-paste0(getwd(),"/tRackIT_test_data/")
#anml<-getAnimal(projroot =projroot, animalID = "woodpecker")
#filter_tRackIT(animal = anml, freq_er = 2, path_to_data = "/test_project/data/logger_data_csv/", d_min = anml$meta$duration_min, d_max = anml$meta$duration_max, freq = anml$meta$freq, start = anml$meta$start, end = anml$meta$end)
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