tscli-darts 0.1.1

A DARTS-first CLI for time series analysis, preprocessing, and forecasting

tscli

tscli is a command-line tool for time series analysis and forecasting built around DARTS.

It is designed for a simple workflow:

• load a CSV
• clean common formatting issues
• inspect and analyze the series
• compare models on a holdout window
• generate and export forecasts

What It Does

• works directly from CSV files
• detects and fixes common time-series formatting issues
• supports a clean date + target workflow
• benchmarks multiple models with MAE, RMSE, and MAPE
• exports cleaned datasets, forecasts, benchmark tables, and plots
• provides an interactive terminal mode

Install

Main install:

pip install tscli-darts

Local development install:

pip install -e .

Optional extras:

• Classical DARTS models such as theta and exponential-smoothing

pip install -e .[classical]

• AutoARIMA support

pip install -e .[autoarima]

• Everything

pip install -e .[full]

Typical Workflow

1. Inspect the raw CSV

Use this first to confirm the time column, target column, inferred frequency, and any preprocessing fixes.

python -m tscli inspect .\sales.csv --time-col Month --target-col Sales

2. Clean the dataset

If the CSV has shorthand dates, duplicate timestamps, formatted numeric values, or other simple issues, save a normalized version.

python -m tscli clean .\sales.csv --time-col Month --target-col Sales --output .\cleaned_sales.csv

3. Analyze the time series

Get quick descriptive statistics and recent observations before forecasting.

python -m tscli analyze .\cleaned_sales.csv --time-col Month --target-col Sales

4. Benchmark models

Run several models against a holdout window, compare metrics, and optionally export the score table, forecast, and plot.

python -m tscli benchmark .\cleaned_sales.csv --time-col Month --target-col Sales --horizon 12 --models all --scores-output .\scores.csv --forecast-output .\best_forecast.csv --plot-output .\benchmark.png

5. Generate a forecast

Forecast future periods with a chosen model and optionally export the forecast and chart.

python -m tscli forecast .\cleaned_sales.csv --time-col Month --target-col Sales --model naive-drift --horizon 12 --output .\forecast.csv --plot-output .\forecast.png

6. Use interactive mode

Run the full workflow from a menu-driven terminal interface.

python -m tscli interactive .\cleaned_sales.csv --time-col Month --target-col Sales

Commands

• inspect: summarize the dataset and show preprocessing fixes
• clean: normalize and save a cleaned CSV
• analyze: print descriptive statistics and recent observations
• forecast: generate future values from one model
• benchmark: compare several models on a holdout window
• models: list supported forecasting models
• interactive: launch the terminal menu workflow

Forecasting Models

Supported models:

• naive-last
• naive-drift
• naive-seasonal
• moving-average
• weighted-moving-average
• exp-smoothing
• seasonal-average
• seasonal-median
• linear-trend
• quadratic-trend
• arima
• sarima
• theta
• exponential-smoothing
• auto-arima

Example Dataset

The bundled examples/sales.csv shows a shorthand monthly sales format like:

Month,Sales
1-01,266.0
1-02,145.9
1-03,183.1

tscli will detect and normalize that Month column into proper first-of-month datetimes.

Notes

• The CSV should include a target column and optionally a time column.
• If no time column is provided, tscli builds a synthetic integer index.
• If DARTS cannot infer a frequency automatically, forecasting still uses the ordered observations.
• Some classical DARTS models depend on optional libraries; when unavailable, forecast explains the missing requirement and benchmark skips the model.
• arima and sarima remain DARTS-first models, with fallback behavior only when the DARTS classical path is unavailable.

Packaging

To build distributable artifacts locally:

python -m pip install build
python -m build

This will generate source and wheel distributions in dist/.