View source: R/schoeller_plot.R
schoeller_plot | R Documentation |
Schoeller Diagram
schoeller_plot(
df,
location_id = "location_id",
sample_date = "sample_date",
param_name = "param_name",
analysis_result = "analysis_result",
default_unit = "default_unit",
calcium = "Calcium, dissolved",
magnesium = "Magnesium, dissolved",
sodium = "Sodium, dissolved",
potassium = "Potassium, dissolved",
chloride = "Chloride, total",
alkalinity = "Alkalinity, total (lab)",
sulfate = "Sulfate, total",
facet_var = "location_id",
title = NULL,
lwt = 1
)
df |
dataframe of environmental data in tidy format. The function will convert data from mg/L to meq/L |
location_id |
the column for sample locations |
sample_date |
column for sample date |
param_name |
the column of parameter names |
analysis_result |
column containing the numerical analysis result |
default_unit |
column containing the units. Assumes mg/L. |
calcium |
name of calcium. Default is "Calcium, dissolved" |
magnesium |
name of magnesium. Default is "Magnesium, dissolved" |
sodium |
name for sodium. Default is "Sodium, dissolved" |
potassium |
name for potassium. Default is "Potassium, dissolved" |
chloride |
name for chloride. Default is "Chloride, total" |
alkalinity |
name for alkalinity. Default is "Alkalinity, total (lab)" |
sulfate |
name of sulfate. Default is "Sulfate, total" |
facet_var |
parameter to facet plots by. Default is location |
title |
title of plot |
lwt |
lineweight |
data(gw_data)
gw_data %>%
filter(location_id %in% c("MW-1", "MW-2")) %>%
schoeller_plot(., facet_var = "location_id", title = "Example Scholler Plot")
gw_data %>%
filter(location_id %in% c("MW-1", "MW-2")) %>%
schoeller_plot(., facet_var = "sample_date", lwt = 2)
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.