dycdtools (version 0.3.1)

plot_scatter: Scatter plot of sim and obs var values

Description

Scatter plot of sim and obs var values

Usage

plot_scatter(
  sim = temp.interpolated,
  obs = obs.temp,
  sim.start = "2017-06-06",
  sim.end = "2020-02-29",
  plot.start = "2017-06-06",
  plot.end = "2020-02-29",
  min.depth = 0,
  max.depth,
  by.value,
  plot.save = TRUE,
  file_name,
  height = 4,
  width = 7
)

Arguments

sim

interpolated values of variable.

obs

observed values of variable. This data need to have fixed types of colnames and orders.

sim.start, sim.end

the beginning and ending simulation dates for the intended DYRESM-CAEDYM model run. The date format must be "%Y-%m-%d".

plot.start, plot.end

the beginning and ending dates for the plotting purpose. The date format must be "%Y-%m-%d".

min.depth, max.depth, by.value

minimum and maximum depth for the profile plot at the depth increment of by.value.

plot.save

if TRUE, the plot is saved with the "height","width", and "ppi" parameters.

file_name

the file path to save the generated scatter plot.

height, width

the height and width of the scatter figure.

Value

a scatter plot of sim vs. obs

Examples

# NOT RUN {
 var.values<-ext.output(dycd.output=system.file("extdata", "dysim.nc", package = "dycdtools"),
                       var.extract=c("TEMP"))

 for(i in 1:length(var.values)){
   expres<-paste0(names(var.values)[i],"<-data.frame(var.values[[",i,"]])")
   eval(parse(text=expres))
  }

# interpolate temperature for depths from 0 to 13 m at increment of 0.5 m
  temp.interpolated<-interpol(layerHeights = dyresmLAYER_HTS_Var,
                             var = dyresmTEMPTURE_Var,
                             min.dept = 0,max.dept = 13,by.value = 0.5)

 data(obs_temp)

# scatter plot of sim and obs temperature
 plot_scatter(sim=temp.interpolated,
              obs=obs_temp,
              sim.start="2017-06-06",
              sim.end="2017-06-15",
              plot.start="2017-06-06",
              plot.end="2017-06-15",
              plot.save=FALSE,
              min.depth = 0,max.depth = 13,by.value = 0.5)


# }