q-Ph ddlmZddlZddlmZddlmZmZddlm Z ddl m Z ddl mZddlmZeje5ddlmZdddn #1swxYwYerdd lmZdd lmZdd lmZmZdd lmZmZe d*d d dd+dZe d*d dd,dZe d*d dd-d!Z d.d#d$dd-d%Ze d*d d dd+d&Ze d*d dd,d'Ze d*d dd-d(Z d.d#d$dd-d)ZdS)/) annotationsN)time) TYPE_CHECKINGoverload) functions)parse_into_expression) wrap_expr)parse_interval_argument) timedelta)Literal)ExprSeries)ClosedIntervalIntoExprColumn.)closedeagerstarttime | IntoExprColumn | Noneendintervalstr | timedeltarrrLiteral[False]returnr cdSNrrrrrs a/var/www/html/test/jupyter/venv/lib/python3.11/site-packages/polars/functions/range/time_range.py time_ranger  3)r Literal[True]rcdSrrrs rrr" Sr!bool Series | ExprcdSrrrs rrr- Cr!1hbothFct|}dD]}||vrd|}t||tddd}|tdddd}t|}t|}t t j||||} |r&tj|  S| S)ah Generate a time range. Parameters ---------- start Lower bound of the time range. If omitted, defaults to `time(0,0,0,0)`. end Upper bound of the time range. If omitted, defaults to `time(23,59,59,999999)`. interval Interval of the range periods, specified as a Python `timedelta` object or using the Polars duration string language (see "Notes" section below). closed : {'both', 'left', 'right', 'none'} Define which sides of the range are closed (inclusive). eager Evaluate immediately and return a `Series`. If set to `False` (default), return an expression instead. Returns ------- Expr or Series Column of data type `:class:Time`. Notes ----- `interval` is created according to the following string language: - 1ns (1 nanosecond) - 1us (1 microsecond) - 1ms (1 millisecond) - 1s (1 second) - 1m (1 minute) - 1h (1 hour) - 1d (1 calendar day) - 1w (1 calendar week) - 1mo (1 calendar month) - 1q (1 calendar quarter) - 1y (1 calendar year) Or combine them: "3d12h4m25s" # 3 days, 12 hours, 4 minutes, and 25 seconds By "calendar day", we mean the corresponding time on the next day (which may not be 24 hours, due to daylight savings). Similarly for "calendar week", "calendar month", "calendar quarter", and "calendar year". See Also -------- time_ranges : Create a column of time ranges. Examples -------- >>> from datetime import time, timedelta >>> pl.time_range( ... start=time(14, 0), ... interval=timedelta(hours=3, minutes=15), ... eager=True, ... ).alias("time") shape: (4,) Series: 'time' [time] [ 14:00:00 17:15:00 20:30:00 23:45:00 ] ymowd,invalid interval unit for time_range: found Nr;?B) r ValueErrorrrr plrrFselect to_series rrrrrunitmsg start_pyexpr end_pyexprresults rrr8sZ'x00H%"" 8  IIICS// !  }Q1  {2r2v&&(//L&s++J s~lJ&QQ R RF ,x))+++ Mr!cdSrrrs r time_rangesrAr r!cdSrrrs rrArAr$r!cdSrrrs rrArAr(r!ct|}dD]}||vrd|}t||tddd}|tdddd}t|}t|}t t j||||} |r&tj|  S| S)u Create a column of time ranges. Parameters ---------- start Lower bound of the time range. If omitted, defaults to `time(0, 0, 0, 0)`. end Upper bound of the time range. If omitted, defaults to `time(23, 59, 59, 999999)`. interval Interval of the range periods, specified as a Python `timedelta` object or using the Polars duration string language (see "Notes" section below). closed : {'both', 'left', 'right', 'none'} Define which sides of the range are closed (inclusive). eager Evaluate immediately and return a `Series`. If set to `False` (default), return an expression instead. Returns ------- Expr or Series Column of data type `List(Time)`. Notes ----- `interval` is created according to the following string language: - 1ns (1 nanosecond) - 1us (1 microsecond) - 1ms (1 millisecond) - 1s (1 second) - 1m (1 minute) - 1h (1 hour) - 1d (1 calendar day) - 1w (1 calendar week) - 1mo (1 calendar month) - 1q (1 calendar quarter) - 1y (1 calendar year) Or combine them: "3d12h4m25s" # 3 days, 12 hours, 4 minutes, and 25 seconds By "calendar day", we mean the corresponding time on the next day (which may not be 24 hours, due to daylight savings). Similarly for "calendar week", "calendar month", "calendar quarter", and "calendar year". See Also -------- time_range : Generate a single time range. Examples -------- >>> from datetime import time >>> df = pl.DataFrame( ... { ... "start": [time(9, 0), time(10, 0)], ... "end": time(11, 0), ... } ... ) >>> df.with_columns(time_range=pl.time_ranges("start", "end")) shape: (2, 3) ┌──────────┬──────────┬────────────────────────────────┐ │ start ┆ end ┆ time_range │ │ --- ┆ --- ┆ --- │ │ time ┆ time ┆ list[time] │ ╞══════════╪══════════╪════════════════════════════════╡ │ 09:00:00 ┆ 11:00:00 ┆ [09:00:00, 10:00:00, 11:00:00] │ │ 10:00:00 ┆ 11:00:00 ┆ [10:00:00, 11:00:00] │ └──────────┴──────────┴────────────────────────────────┘ r,r1Nrr2r3r4) r r5rrr r6rAr7r8r9r:s rrArAs`'x00H%"" 8  IIICS// !  }Q1  {2r2v&&(//L&s++J s|Z6RR S SF ,x))+++ Mr!)...) rrrrrrrrrrrr ) rrrrrrrrrr"rr) rrrrrrrrrr%rr&)NNr)) __future__r contextlibdatetimertypingrrpolarsrr7polars._utils.parserpolars._utils.wrapr polars.functions.range._utilsr suppress ImportError polars.polarsr6r r r rpolars._typingrrrrArr!rrQsh""""""********!!!!!!555555((((((AAAAAAZ%%                 >""""""########======== *-(+ # !   *-(+ # !   *-(+ # !  +/(, $` $ ``````F *-(+ # !   *-(+ # !   *-(+ # !  +/(, $c $ ccccccccsAAA