utsnow: An interval-valued design ground snow load dataset for Utah.
In intkrige: A Numerical Implementation of Interval-Valued Kriging
Description
Usage
Format
Details
References
Description
A dataset containing the interval-valued data used in the analysis
of Bean et. at (2019). The 415 measurement locations
included in the dataset are taken from Bean et. al. (2018).
Usage
1
Format
A data frame with 415 rows and 8 variables:
- STATION
The global historical climatological network (GHCN)
station identifier
- STATION_NAME
The GHCN station name
- LATITUDE
Latitude coordinate position
- LONGITUDE
Longitude coordinate position
- ELEVATION
Elevation of the measurement location (meters)
- minDL
The lower endpoint of the interval-valued design snow load as measured in kilopascals (kpa)
- maxDL
The upper endpoint of the design snow load interval (kpa)
- pointDL
The original point-valued design snow load from the 2018 Utah Snow Load Study (kpa)
Details
The interval valued kriging analysis described in Bean et. al. (2019) analyzes this dataset on a
log scale after removing the effect of elevation. An example of predictions using this workflow are
found in the README associated with this package.
References
\insertRefBean2019-intintkrige
\insertRefBean2018-reportintkrige
intkrige documentation built on Feb. 8, 2020, 1:06 a.m.
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Description Usage Format Details References
Description
A dataset containing the interval-valued data used in the analysis of Bean et. at (2019). The 415 measurement locations included in the dataset are taken from Bean et. al. (2018).
Usage
1 |
Format
A data frame with 415 rows and 8 variables:
- STATION
The global historical climatological network (GHCN) station identifier
- STATION_NAME
The GHCN station name
- LATITUDE
Latitude coordinate position
- LONGITUDE
Longitude coordinate position
- ELEVATION
Elevation of the measurement location (meters)
- minDL
The lower endpoint of the interval-valued design snow load as measured in kilopascals (kpa)
- maxDL
The upper endpoint of the design snow load interval (kpa)
- pointDL
The original point-valued design snow load from the 2018 Utah Snow Load Study (kpa)
Details
The interval valued kriging analysis described in Bean et. al. (2019) analyzes this dataset on a log scale after removing the effect of elevation. An example of predictions using this workflow are found in the README associated with this package.
References
\insertRefBean2019-intintkrige
\insertRefBean2018-reportintkrige
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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