# January 15, 2021
# read in raw data, filter to make the file size smaller, and export to inst/extdata
library(dplyr)
library(readr)
library(lubridate)
library(stringr)
# aquaMeasure -------------------------------------------------------------
aM <- read_csv("data-raw/aquaMeasure/aquaMeasure-670364_2019-10-19_140933_UTC.csv")
rm_aM <- c("Power Up", "Text", "Device Tilt", "Battery Voltage", "Time Set")
aM_out <- aM %>%
filter(!(`Record Type` %in% rm_aM)) %>%
arrange(`Record Type`) %>%
filter(row_number() %% 20 == 0)
(nrow(aM) - nrow(aM_out))/nrow(aM)
write_csv(aM_out, file = "inst/extdata/aquaMeasure/aquaMeasure-670364_2019-10-19_UTC.csv")
# Vemco -------------------------------------------------------------------
vemco <- read_csv("data-raw/Vemco/Borgles_Island_2019_05_30.csv",
col_names = TRUE,
col_types = cols(.default = col_character()))
vemco_out <- vemco %>%
filter(Description == "Temperature",
row_number() %% 10 == 0)
write_csv(vemco_out, file = "inst/extdata/vemco/Vemco_Borgles_Island_2019_05_30.csv")
# library(strings)
# x <- compile_vemco_data(path = "C:/Users/Danielle Dempsey/Desktop/RProjects/strings/inst/extdata",
# depth.vemco = depth,
# deployment.range = deployment)
#
# x_tidy <- convert_to_tidydata(x[,-1])
#
# plot_variables_at_depth(x_tidy, vars.to.plot = c("Temperature"))
# HOBO --------------------------------------------------------------------
# This doesn't work because the deg C symbol gets corrupted and breaks the compile_HOBO_data function
# hobo <- read_csv("data-raw/Hobo/10755220.csv",
# col_names = FALSE,
# col_types = cols(.default = col_character()))
#
# hobo_colnames <- hobo[1,]
#
# hobo_out <- hobo %>%
# slice(-1) %>%
# filter(row_number() %% 4 == 0)
#
# hobo_out <- rbind(hobo_colnames, hobo_out)
#
# write_csv(hobo_out, file = "inst/extdata/Hobo/10755220.csv", col_names = FALSE)
#
# y <- compile_HOBO_data(path = "C:/Users/Danielle Dempsey/Desktop/RProjects/strings/inst/extdata",
# serial.table.HOBO = data.frame("SENSOR" = "HOBO-10755220", "DEPTH" = "2m"),
# deployment.range = deployment)
#
# y_tidy <- convert_to_tidydata(y[,-1])
#
# plot_variables_at_depth(y_tidy, vars.to.plot = c("Temperature"))
#
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