Package: rOPTRAM 0.3.0.000

Micha Silver

rOPTRAM: Derive Soil Moisture Using the OPTRAM Algorithm

The OPtical TRapezoid Model (OPTRAM) derives soil moisture based on the linear relation between a vegetation index and Land Surface Temperature (LST). The Short Wave Infra-red (SWIR) band is used as a proxy for LST. See: Sadeghi, M. et al., 2017. <https://doi.org/10.1016/j.rse.2017.05.041> .

Authors:Micha Silver [aut, cre], Arnon Karnieli [ctb, fnd], Ron Beiden [ctb], Natalya Panov [ctb], Lauren O'Brien [rev], Harry Eslick [rev]

rOPTRAM_0.3.0.000.tar.gz
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rOPTRAM_0.3.0.000.tgz(r-4.4-any)rOPTRAM_0.3.0.000.tgz(r-4.3-any)
rOPTRAM_0.3.0.000.tar.gz(r-4.5-noble)rOPTRAM_0.3.0.000.tar.gz(r-4.4-noble)
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rOPTRAM.pdf |rOPTRAM.html✨
rOPTRAM/json (API)
NEWS

# Install rOPTRAM in R:
install.packages('rOPTRAM', repos = c('https://ropensci.r-universe.dev', 'https://cloud.r-project.org'))

Peer review:

Bug tracker:https://github.com/ropensci/roptram/issues

On CRAN:

17 exports 1 stars 2.67 score 43 dependencies

Last updated 7 hours agofrom:ef3bb5e68a2bf29fdf8387112a38e1edc4670aa2 (via main)

Exports:acquire_openeoacquire_scihubcalculate_strcalculate_vicrop_landsat_listoptramoptram_acquire_s2optram_calculate_soil_moistureoptram_calculate_stroptram_landsatoptram_ndvi_stroptram_optionsoptram_safeoptram_wetdry_coefficientsplot_vi_str_cloudretrieve_cdse_credentialsstore_cdse_credentials

Dependencies:classclassIntclicolorspaceDBIdplyre1071fansifarvergenericsggplot2gluegtableisobandKernSmoothlabelinglatticelifecyclemagrittrMASSMatrixmgcvmunsellnlmepillarpkgconfigproxyR6RColorBrewerRcpprlangs2scalessfterratibbletidyselectunitsutf8vctrsviridisLitewithrwk

rOPTRAM: Deriving Soil Moisture from Sentinel-2 Imagery

Rendered fromrOPTRAM.Rmdusingknitr::rmarkdown_notangleon Jul 02 2024.

Last update: 2024-07-01
Started: 2023-10-16

Acquiring Sentinel-2 Imagery

Ron Beiden

Rendered fromrOPTRAM_acquiring.Rmdusingknitr::rmarkdown_notangleon Jul 02 2024.

Last update: 2024-07-02
Started: 2024-02-22

rOPTRAM: Three Trapezoid Fitting Methods

Rendered fromrOPTRAM_trapezoid_methods.Rmdusingknitr::rmarkdown_notangleon Jul 02 2024.

Last update: 2024-07-02
Started: 2024-02-19

Readme and manuals

Help Manual

Help pageTopics
Utility Function to Acquire Sentinel-2 Imagery using openEOacquire_openeo
Utility Function to Acquire Sentinel-2 Imagery Using 'CDSE' Packageacquire_scihub
Calculate STR from SWIR Bottom of Atmosphere Bandcalculate_str
Calculate Vegetation Index from Bottom of Atmosphere Image Bandscalculate_vi
Crop List of Landsat Bands to AOIcrop_landsat_list
Utility Function to Prepare Exponential Fitted Edges of Trapezoidexponential_coefficients
Calculate Soil Moisture Grid, Exponential Trapezoidexponential_soil_moisture
Utility Function to Prepare Linear Regression Edges of Trapezoidlinear_coefficients
Calculate Soil Moisture Grid, Linear Trapezoidlinear_soil_moisture
Prepare Sentinel Imagery for Soil Moisture Prediction Using OPTRAM.optram
Acquire Sentinel 2 Images at a Given Location and Date Rangeoptram_acquire_s2
Calculate Soil Moisture Gridoptram_calculate_soil_moisture
Create SWIR Transformed Reflectanceoptram_calculate_str
Handle Satellite Imagery in Original Landsat Formatoptram_landsat
Prepare Dataframe with Pairs of NDVI and STR Valuesoptram_ndvi_str
Display or Set Package Optionsoptram_options
Handle Third Party Imagery With Red, NIR and SWIR Bandsoptram_prepare_other_vi_str
Handle Sentinel Imagery in Original Copernicus SAFE Formatoptram_safe
Derive Coefficients of Slope and Interceptoptram_wetdry_coefficients
Create Scatter Plot of STR-NDVI Data Points,plot_vi_str_cloud
Utility Function to Prepare Polynomial Fitted Edges of Trapezoidpolynomial_coefficients
Calculate Soil Moisture, Polynomial Fitted Curvepolynomial_soil_moisture
Retrieve CDSE Client Credentials from Fileretrieve_cdse_credentials
Store CDSE Client Credentialsstore_cdse_credentials