project_as_ppi()
|
Project a scan (scan ) or parameter (param ) to a plan
position indicator (ppi ) |
integrate_to_ppi()
|
Calculate a plan position indicator (ppi ) of vertically integrated density adjusted for range effects |
scan_to_raster()
|
convert a polar scan into a raster |
scan_to_spatial()
|
convert a polar scan into a spatial object. |
summary(<ppi>) is.ppi() dim(<ppi>)
|
Class ppi : a plan position indicator |
plot(<ppi>)
|
Plot a plan position indicator (ppi ) |
map()
|
Map a plan position indicator (ppi ) |
download_basemap()
|
Download a basemap for map(ppi) |
composite_ppi()
|
Create a composite of multiple plan position indicators (ppi ) |
`[`(<ppi>)
|
Subset a plan position indicator (ppi ) |
c(<vp>)
|
Concatenate vertical profiles (vp ) into a list of vertical profiles |
bind_into_vpts()
|
Bind vertical profiles (vp ) into time series (vpts ) |
read_vpts()
|
Read a time series of vertical profiles (vpts ) from file |
filter_vpts()
|
Time and night/day selection in a time series of vertical profiles ('vpts') |
summary(<vpts>) is.vpts() dim(<vpts>)
|
Class vpts : a time series of vertical profiles |
example_vpts
|
Example object of class vpts |
plot(<vpts>)
|
Plot a time series of vertical profiles (vpts ) |
regularize_vpts()
|
Regularize a time series of vertical profiles (vpts ) on a
regular time grid |
as.data.frame(<vpts>)
|
Convert a time series of vertical profiles (vpts ) to a data frame |
`[`(<vpts>)
|
Subset a time series of vertical profiles (vpts ) |
get_quantity()
|
Get a quantity of a vertical profile (vp ) or time series of vertical profiles (vpts ) |