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eventprobability range can consist of a lower and upper boundary (both are optional) and can be configured in 3 ways:
Boundary values directly as a value, an attribute or obtained from a timeseries.
<event><lower><value>10</value></lower></event>
<event><lower><value>@my_lower_bound@</value></lower></event> ,properties are also possible using $my_lower_bound$ instead
<event><lower><timeSeries><variableId>my<event><lower><variableId>my_lower_bound_timeseries</variableId></timeSeries></lower></event>
Value:
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<transformation id="compute_probability_of_exceedance_of_spi_equal_to_two"> <statisticsEnsemble> <eventProbability> <inputVariable> <variableId>spi</variableId> </inputVariable> <includeMissingValues>false</includeMissingValues> <event> <lower><value>2</value></lower> <upper><value>5</value></upper> </event> <outputVariable> <variableId>probability_spi_gte_2</variableId> </outputVariable> </eventProbability> </statisticsEnsemble> </transformation> |
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<transformation id="compute_probability_of_exceedance_of_spi_equal_to_two"> <statisticsEnsemble> <eventProbability> <inputVariable> <variableId>spi</variableId> </inputVariable> <includeMissingValues>false</includeMissingValues> <event> <lower><timeSeries><variableId>lower<lower><variableId>lower_boundaries</variableId><timeSeries><variableId></lower> <upper><timeSeries><variableId>upper<upper><variableId>upper_boundaries</variableId><timeSeries><variableId></upper> </event> <outputVariable> <variableId>probability_spi_gte_2</variableId> </outputVariable> </eventProbability> </statisticsEnsemble> </transformation> |
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