Retrieve Accuracy over Time plots metadata for a model.
GetAccuracyOverTimePlotsMetadata(model, forecastDistance = NULL)
list with the following components:
forecastDistance. integer or NULL: The forecast distance for which the metadata was retrieved. NULL for OTV projects.
resolutions. list: A list of DatetimeTrendPlotsResolutions
,
which represents available time resolutions for which plots can be retrieved.
backtestStatuses. data.frame: Each row represents a status for the backtest
SourceType
. The row index corresponds to the backtest index via the relation
rowIndex <- backtestIndex + 1
. Status should be one of
DatetimeTrendPlotsStatuses
backtestMetadata. data.frame: Each row represents a metadata for the backtest
SourceType
start and end date. The row index corresponds to the
backtest index via the relation rowIndex <- backtestIndex + 1
.
Each cell contains a POSIXct timestamp for start date (inclusive)
and end date (exclusive) if the correspoding source type
for the backtest is computed, and NA otherwise.
holdoutStatuses. list: Contains statuses for holdout.
training. character: Status, one of DatetimeTrendPlotsStatuses
validation. character: Status, one of DatetimeTrendPlotsStatuses
holdoutMetadata. list. Contains metadata for holdout.
training. list. Contains start and end date for holdout training.
validation. list. Contains start and end date for holdout validation.
startDate. POSIXct or NA: The datetime of the start of the holdout training/validation (inclusive). NA if the data is not computed.
endDate. POSIXct or NA: The datetime of the end of the holdout training/validation (exclusive). NA if the data is not computed.
An S3 object of class dataRobotModel like that returned by the function GetModel, or each element of the list returned by the function ListModels.
integer. Optional. Forecast distance to retrieve the metadata for. If not specified, the first forecast distance for this project will be used. Only available for time series projects.
if (FALSE) {
projectId <- "59a5af20c80891534e3c2bde"
modelId <- "5996f820af07fc605e81ead4"
model <- GetModel(projectId, modelId)
GetAccuracyOverTimePlotsMetadata(model)
}
Run the code above in your browser using DataLab