View source: R/buildHighTideScenario.R
buildHighTideScenario | R Documentation |
This function takes a sea-level scenario table and elevations for 1 to 3 tidal cycles and outputs a scenario table with annualized high tide levels.
buildHighTideScenario(
scenarioCurve,
meanSeaLevelDatum = scenarioCurve$meanSeaLevel[1],
meanHighWaterDatum,
meanHighHighWaterDatum,
meanHighHighWaterSpringDatum,
lunarNodalAmp,
lunarNodalPhase = 2011.181
)
scenarioCurve |
a data frame, including year, mean sea level, and suspended sediment concentration, with each row being a year in the scenario |
meanSeaLevelDatum |
a numeric, Mean Sea Level over a tidal datum period |
meanHighWaterDatum |
a numeric, Mean High Water level over the last datum period |
meanHighHighWaterDatum |
a numeric, Mean Higher High Water level over the last datum period |
meanHighHighWaterSpringDatum |
a numeric, Mean Higher High Spring Tide Water level over the last datum period |
lunarNodalAmp |
the amplitude of the 18-year lunar nodal cycle |
lunarNodalPhase |
a numeric, in decimal years (YYYY) the start year of the sine wave representing the lunar nodal cycle |
a data frame, including the sea-level and suspended sediment concentration scenario inputted, with annual high tide datum(s) added
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