This code performs data loading, processing, and visualization tasks related...

August 24, 2025 at 11:31 PM

mfcs_accounts = pd.read_csv('./inputs/end-use/commercial/incrementalAccounts_2024LF.csv') mfcs_sqft = pd.read_csv('./inputs/end-use/commercial/squareFootage_2024LF.csv') premise_level = pd.read_csv('inputs/premise/premise_timeseries_2025q2.csv', parse_dates=['YrQtr']).set_index('YrQtr').resample('AS').mean() mfcs_accounts = mfcs_accounts[(mfcs_accounts['Segment']=='Multifamily Common Area')].set_index(['Segment'])['2025'] mfcs_sqft = mfcs_sqft[(mfcs_sqft['Segment']=='Multifamily Common Area')].set_index(['Segment'])['2025'] # calculate common space per multifamily prem mfcs_sqft_prem_scalar = (mfcs_accounts * mfcs_sqft)[0] / premise_level.loc['2024', 'MF'][0] # create multifamily commonspace forecast mfcs_forecast = preds['MF'].predicted_mean.resample('AS').sum() * mfcs_sqft_prem_scalar fig, ax = plt.subplots(figsize=(11,6)) ax.plot(mfcs_forecast / 1000)

This code performs data loading, processing, and visualization tasks related to multifamily common area predictions. Here’s a step-by-step explanation of what it does:

  1. Load CSV files into pandas DataFrames:

    • mfcs_accounts and mfcs_sqft are loaded from their respective end-use paths. They likely contain data related to multifamily common area accounts and square footage, respectively.
    • premise_level is loaded from a premise timeseries CSV file. It uses the 'YrQtr' column to parse dates and sets it as the index. The resample('AS') part converts the timeseries data to annual frequency (starting in January of each year), and .mean() calculates the mean for each year.
  2. Filter and process the mfcs_accounts and mfcs_sqft data:

    • Both DataFrames are filtered to include only rows where the 'Segment' column equals 'Multifamily Common Area'.
    • These filtered DataFrames are then indexed by 'Segment' and the value for the year 2025 is selected.
  3. Calculate a scalar value:

    • mfcs_sqft_prem_scalar is computed as:
      • The element-wise product of mfcs_accounts and mfcs_sqft (i.e., scaling square footage by the number of accounts).
      • This product is then divided by the 'MF' (probably stands for Multifamily) value of premise_level for the year 2024. This scalar likely represents the amount of common area square footage per multifamily premise.
  4. Create a forecast:

    • mfcs_forecast computes the multifamily common space forecast by scaling predicted means from the 'MF' column in the preds DataFrame. Predictions are resampled to yearly sums (resample('AS').sum()), then multiplied by mfcs_sqft_prem_scalar.
  5. Visualization:

    • The forecast data (mfcs_forecast) is divided by 1000 (likely to convert units, e.g., from square feet to thousands of square feet).
    • The resulting values are plotted using Matplotlib, with a defined figure size of (11, 6).

Overall Purpose:

The code models, calculates, and visualizes the annual forecast of multifamily common area square footage using various datasets, predictive models, and relationships like square footage per premise. This graph provides insights for the year-by-year scale of multifamily common areas based on historical and predictive data.

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