View source: R/bind_into_vpts.R
bind_into_vpts | R Documentation |
vp
) into time series (vpts
)Binds vertical profiles (vp
) into a vertical profile time series
(vpts
), sorted on datetime. Can also bind multiple vpts
of a
single radar into one vpts
.
bind_into_vpts(x, ...)
## S3 method for class 'vp'
bind_into_vpts(...)
## S3 method for class 'list'
bind_into_vpts(x, ...)
## S3 method for class 'vpts'
bind_into_vpts(..., attributes_from = 1)
x |
A |
... |
A |
attributes_from |
Integer. Which |
bind_into_vpts()
currently requires profiles to have aligning altitude
layers that are of equal width. Profiles are allowed to differ in the number
of altitude layers, i.e. the maximum altitude.
A vpts
for a single radar or a list of vpts
for multiple radars.
Input vp
are sorted on datetime in the output vpts
.
bind_into_vpts(vp)
: Bind multiple vp
into a vpts
.
If vp
for multiple radars are provided, a list is returned containing
a vpts
for each radar.
bind_into_vpts(list)
: Bind multiple vp
objects into a
vpts
. If data for multiple radars is provided, a list is returned
containing a vpts
for each radar.
bind_into_vpts(vpts)
: Bind multiple vpts
into a single
vpts
. Requires the input vpts
to be from the same radar.
summary.vp()
summary.vpts()
# Split the example vpts into two separate time series, one containing
# profile 1-10 and a second containing profile 11-20
vpts1 <- example_vpts[1:10]
vpts2 <- example_vpts[11:20]
# Bind the two vpts together
vpts1_and_2 <- bind_into_vpts(vpts1, vpts2)
# Verify that the binded vpts now has 20 profiles, 10 from vpts1 and 10 from
# vpts2
summary(vpts1_and_2)
# Extract two profiles
vp1 <- example_vpts[1]
vp1
vp2 <- example_vpts[2]
vp2
# Bind the two profiles back into a vpts:
bind_into_vpts(vp1, vp2)
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