marsWaterLevelBaseline_ft: Water Level Baseline
In taywater/pwdgsi: Philadelphia Water Department Green Stormwater Infrastructure
View source: R/mars_water_level_functions.R
marsWaterLevelBaseline_ft R Documentation
Water Level Baseline
Description
Determine the level at which water level stabilizes following draindown
Usage
marsWaterLevelBaseline_ft(dtime, level_ft, max_infil_rate_inhr = 1)
Arguments
dtime
A vector of POSIXct date times, in ascending order
level_ft
Observed water level data (ft)
max_infil_rate_inhr
default = 1; maximum infiltration rate at the end of the timeseries that will allow for a "baseline" to be considered
Value
Output is either the last point in the dataset, or NA, if maximum infiltration rate is exceeded within the last 75 minutes of the time series
taywater/pwdgsi documentation built on June 14, 2025, 9 p.m.
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View source: R/mars_water_level_functions.R
| marsWaterLevelBaseline_ft | R Documentation |
Water Level Baseline
Description
Determine the level at which water level stabilizes following draindown
Usage
marsWaterLevelBaseline_ft(dtime, level_ft, max_infil_rate_inhr = 1)
Arguments
dtime |
A vector of POSIXct date times, in ascending order |
level_ft |
Observed water level data (ft) |
max_infil_rate_inhr |
default = 1; maximum infiltration rate at the end of the timeseries that will allow for a "baseline" to be considered |
Value
Output is either the last point in the dataset, or NA, if maximum infiltration rate is exceeded within the last 75 minutes of the time series
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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