plot_avg_wavelet {WaverideR}

Plot the average spectral power of a wavelet spectra

Description

Plot the average spectral power of a wavelet spectra using the results of the analyze_wavelet function.

Usage

plot_avg_wavelet(
  wavelet = NULL,
  y_lab = "Power",
  x_lab = "period (metres)",
  keep_editable = FALSE
)

Arguments

wavelet

Wavelet object created using the analyze_wavelet function.

y_lab

Label for the y-axis Default="Power".

x_lab

Label for the x-axis Default="depth (metres)".

keep_editable

Keep option to add extra features after plotting Default=FALSE

Value

The output is a plot of the average spectral power of a wavelet spectra

Examples

#Example 1. Plot the average spectral power of the wavelet spectra of
# the Total Solar Irradiance data set of Steinhilber et al., (2012)
TSI_wt <-
 analyze_wavelet(
   data = TSI,
   dj = 1/200,
   lowerPeriod = 16,
   upperPeriod = 8192,
   verbose = FALSE,
   omega_nr = 6
 )

plot_avg_wavelet(wavelet=TSI_wt,
                 y_lab= "power",
                 x_lab="period (years)",
                 keep_editable=FALSE)


#Example 2. Plot the average spectral power of the wavelet spectra of \cr
# the magnetic susceptibility data set of Pas et al., (2018)
mag_wt <-
analyze_wavelet(
data = mag,
dj = 1/100,
lowerPeriod = 0.1,
upperPeriod = 254,
verbose = FALSE,
omega_nr = 10
)
plot_avg_wavelet(wavelet=mag_wt,
                 y_lab= "power",
                 x_lab="period (metres)",
                 keep_editable=FALSE)



#Example 3. Plot the average spectral power of the wavelet spectra of
#the greyscale data set of Zeeden et al., (2013)
grey_wt <-
 analyze_wavelet(
   data = grey,
   dj = 1/200,
   lowerPeriod = 0.02,
   upperPeriod = 256,
   verbose = FALSE,
   omega_nr = 8
 )

plot_avg_wavelet(wavelet=grey_wt,
                 y_lab= "power",
                 x_lab="period (metres)",
                 keep_editable=FALSE)