
MazamaSpatialUtils - Spatial Data Download and Utility Functions
A suite of conversion functions to create internally standardized spatial polygons data frames. Utility functions use these data sets to return values such as country, state, time zone, watershed, etc. associated with a set of longitude/latitude pairs. (They also make cool maps.)
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8.19 score 5 stars 2 dependents 290 scripts 715 downloadsMazamaCoreUtils - Utility Functions for Production R Code
A suite of utility functions providing functionality commonly needed for production level projects such as logging, error handling, cache management and date-time parsing. Functions for date-time parsing and formatting require that time zones be specified explicitly, avoiding a common source of error when working with environmental time series.
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8.16 score 4 stars 5 dependents 152 scripts 552 downloadsbeakr - A Minimalist Web Framework for R
A minimalist web framework for developing application programming interfaces in R that provides a flexible framework for handling common HTTP-requests, errors, logging, and an ability to integrate any R code as server middle-ware.
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6.08 score 95 stars 32 scripts 612 downloadsMazamaLocationUtils - Manage Spatial Metadata for Known Locations
Utility functions for discovering and managing metadata associated with spatially unique "known locations". Applications include all fields of environmental monitoring (e.g. air and water quality) where data are collected at stationary sites.
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5.38 score 120 scripts 601 downloadsMazamaRollUtils - Efficient Rolling Functions
Fast rolling-window functions for numeric vectors. Designed for efficient processing of environmental time-series data.
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cpprcppcpp
5.30 score 2 stars 2 dependents 11 scripts 635 downloadsMazamaTimeSeries - Core Functionality for Environmental Time Series
Utility functions for working with environmental time series data from known locations. The compact data model is structured as a list with two dataframes. A 'meta' dataframe contains spatial and measuring device metadata associated with deployments at known locations. A 'data' dataframe contains a 'datetime' column followed by columns of measurements associated with each "device-deployment". Ephemerides calculations are based on code originally found in NOAA's "Solar Calculator" <https://gml.noaa.gov/grad/solcalc/>.
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timeseries
5.27 score 1 dependents 62 scripts 688 downloads