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Copy file name to clipboardExpand all lines: articles/open-datasets/tutorial-opendatasets-automl.md
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Again call `pandas.Series.dt.normalize` on the `datetime` field in the weather data so it matches the time key in `taxi_holidays_df`. Delete the unneeded columns, and filter out records where the temperature is `NaN`.
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Next group the weather data so that you have daily aggregated weather values. Define a dict `aggregations` to define how to aggregate each field at a daily level. For `snowDepth` and `temperature` take the mean and for `precipTime` and `precipDepth` take the daily maximum. Use the `groupby()` function along with the aggregations to group the data. Preview the data to ensure there is one record per day.
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Next group the weather data so that you have daily aggregated weather values. Define a dict named `aggregations` to define how to aggregate each field at a daily level. For `snowDepth` and `temperature` take the mean and for `precipTime` and `precipDepth` take the daily maximum. Use the `groupby()` function along with the aggregations to group the data. Preview the data to ensure there is one record per day.
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