ee.Reducer.circularStddev
Returns a Reducer that computes the (weighted) circular standard deviation of its inputs, which are expected to be in radians, using the sqrt(-2 * ln(R)) formula. Where applicable, the output name is "circularStdDev".
| Usage | Returns |
|---|
ee.Reducer.circularStddev() | Reducer |
No arguments.
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Last updated 2024-07-13 UTC.
[null,null,["Last updated 2024-07-13 UTC."],[[["Calculates the circular standard deviation of input values, assuming they are in radians."],["Employs the `sqrt(-2 * ln(R))` formula for computation."],["Outputs are typically named \"circularStdDev\"."],["Available through the `ee.Reducer.circularStddev()` function, which returns a Reducer."],["Does not require any arguments for usage."]]],["This function creates a Reducer that calculates the circular standard deviation of input values, assumed to be in radians. It uses the formula sqrt(-2 \\* ln(R)). The output of the reducer, when applicable, is named \"circularStdDev\". It does not accept any arguments and returns a Reducer object. The main action is computing this circular standard deviation.\n"]]