Index

A

ACTUAL (timedatamodel.DataType attribute)

AUDIT (timedatamodel.DataShape attribute)

B

BASELINE (timedatamodel.DataType attribute) bearing_to() (timedatamodel.GeoLocation method)

BENCHMARK (timedatamodel.DataType attribute) bounding_box() (timedatamodel.GeoArea class method) bounds (timedatamodel.GeoArea property)

C

CALCULATED (timedatamodel.DataType attribute) centroid (timedatamodel.GeoArea property) children (timedatamodel.DataType property) columns (timedatamodel.TimeSeries property)

contains_area() (timedatamodel.GeoArea method) contains_point() (timedatamodel.GeoArea method) convert_unit() (timedatamodel.TimeSeries method) CORRECTED (timedatamodel.DataShape attribute) coverage_bar() (timedatamodel.TimeSeries method)

D

DataPoint (class in timedatamodel) DataShape (class in timedatamodel) DataType (class in timedatamodel)

DERIVED (timedatamodel.DataType attribute) df (timedatamodel.TimeSeries property) distance_to() (timedatamodel.GeoArea method) (timedatamodel.GeoLocation method)

E

ESTIMATION (timedatamodel.DataType attribute)

F

FLAT (timedatamodel.TimeSeriesType attribute) FORECAST (timedatamodel.DataType attribute) Frequency (class in timedatamodel) from_coordinates() (timedatamodel.GeoArea class method)

from_list() (timedatamodel.TimeSeries class method) from_numpy() (timedatamodel.TimeSeries class method) from_pandas() (timedatamodel.TimeSeries class method) from_polars() (timedatamodel.TimeSeries class method) from_pyarrow() (timedatamodel.TimeSeries class method)

G

GeoArea (class in timedatamodel)

GeoLocation (class in timedatamodel)

H

has_df (timedatamodel.TimeSeries property)

has_missing (timedatamodel.TimeSeries property) head() (timedatamodel.TimeSeries method)

I

IDEAL (timedatamodel.DataType attribute) is_calendar_based (timedatamodel.Frequency property)

is_leaf (timedatamodel.DataType property) is_within() (timedatamodel.GeoLocation method)

L

latitude (timedatamodel.GeoLocation attribute)

longitude (timedatamodel.GeoLocation attribute)

M

metadata_dict() (timedatamodel.TimeSeries method)

midpoint() (timedatamodel.GeoLocation method)

N

name (timedatamodel.GeoArea attribute)

NONE (timedatamodel.Frequency attribute) num_rows (timedatamodel.TimeSeries property)

O

OBSERVATION (timedatamodel.DataType attribute) offset() (timedatamodel.GeoLocation method)

OVERLAPPING (timedatamodel.TimeSeriesType attribute) overlaps() (timedatamodel.GeoArea method)

P

P1D (timedatamodel.Frequency attribute) P1M (timedatamodel.Frequency attribute) P1W (timedatamodel.Frequency attribute) P1Y (timedatamodel.Frequency attribute) P3M (timedatamodel.Frequency attribute) parent (timedatamodel.DataType property) polygon (timedatamodel.GeoArea attribute)

PREDICTION (timedatamodel.DataType attribute) PT10M (timedatamodel.Frequency attribute) PT15M (timedatamodel.Frequency attribute) PT1H (timedatamodel.Frequency attribute) PT1M (timedatamodel.Frequency attribute) PT1S (timedatamodel.Frequency attribute) PT30M (timedatamodel.Frequency attribute) PT5M (timedatamodel.Frequency attribute)

R

RECONSTRUCTION (timedatamodel.DataType attribute)

REFERENCE (timedatamodel.DataType attribute) root (timedatamodel.DataType property)

S

SCENARIO (timedatamodel.DataType attribute) shape (timedatamodel.TimeSeries property)

SIMPLE (timedatamodel.DataShape attribute) SIMULATION (timedatamodel.DataType attribute)

T

tail() (timedatamodel.TimeSeries method) TimeSeries (class in timedatamodel) TimeSeriesType (class in timedatamodel) timestamp (timedatamodel.DataPoint attribute) to_list() (timedatamodel.TimeSeries method)

to_numpy() (timedatamodel.TimeSeries method) to_pandas() (timedatamodel.TimeSeries method) to_polars() (timedatamodel.TimeSeries method) to_pyarrow() (timedatamodel.TimeSeries method) to_timedelta() (timedatamodel.Frequency method)

V

validate_for_insert() (timedatamodel.TimeSeries method)

value (timedatamodel.DataPoint attribute) VERSIONED (timedatamodel.DataShape attribute)