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pelletics

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A tool to compare the consumption of pellets in recent years and other statistics.

⚠️ THIS IS UNFINISHED DRAFT OF INITIAL VERSION OF PROJECT README ⚠️

Goal

The application will calculate statistics based on historical data on the number of burned pellets:

  • number of kg of pellets burned for each month of the year
  • comparison of burned kg of pellets in individual years by months (trend)
  • the amount of ash produced by burning pellets in each month
  • costs of fuel burned in individual months
  • current number of kg of pellets in stock
  • prediction of the date of emptying the pellets based on their use in the current year and the trend of previous years
  • and more...

Motivation

My motivation for this project is:

  • learn to use what's new in Python since version 3.5
  • learn to create a complete Python package
  • learn to create a package in PyPi
  • improve knowledge in the use of Github tools
  • learn to use Travis CI
  • improve knowledge of the use of status badges
  • and more

Getting Started

It will be written.

Roadmap

Functionality definition for version 0.1.0 is now in progress. Subsequent versions will be added gradually.

Contributing

Please read CONTRIBUTING.md for details on code of conduct, and the process for submitting pull requests.

Versioning

pelletics uses SemVer for versioning. For the versions available, see the tags on this repository.

Maintainers and contributors

  • Ales Daniel - Initial work - adpro

License

pelletics is licensed under the MIT License - see the LICENSE file for details.

Project status

Project is in active OSS Lifecycle OSS Lifecycle

More info about lifecycle at Netflix's OSS Tracker.

pelletics's People

Contributors

adpro avatar

Watchers

James Cloos avatar  avatar

pelletics's Issues

Implement Warehouse class

Warehouse class knows about:

  • all deliveries
  • rest amount of wooden pellets (from all deliveries in one pack)
  • all consumptions
  • max amount of pellets in history

Class coordinate interactivity between other classes (Delivery, Consumption).

Implement basic functionality for consumption and deliveries

Create classes for Delivery and Consumption. Data in app will be populated.

Delivery

  • Product
    • Name
    • Bag size
    • Moisture in pct
    • Raw material (Wood type)
    • Ash in pct
    • Class
    • Calorific value in MJ per kg
  • Producer
  • Supplier
  • Amount in kgs
  • Price
  • Date

Consumption

  • Date
  • Delivery
  • Amount in kgs
  • Calculated:
    • Price per consumption

The app allows you to enter temp settings

.. during day hours in a whole week

  • Input for every day of week
  • Input for days 1-5 (Mon-Fri)
  • Input for days 6-7 (Sat-Sun)
  • Input for all days in week

Input contains:

  • Day of week (1 / 1-5 / 6-7 / *)
  • Time for change
  • Target temperature in °C

Implement Event class

Event class serves for records about financial expenses, alarms and other events with stove/boiler.

Members:

  • timestamp
  • type of event
  • price
  • note

Type of event:

  • maintenance
  • spare parts
  • financing
  • payment
  • purchase price
  • miscellaneous
  • accessories
  • supervisory board
  • repair
  • alarm

Implement save file

Implement save file containing:

  • save file version
  • deliveries data records
  • consumption data records
  • maintenance records

Save format could be toml.

The app allows you to enter expenses

You can add expenses as input parameters/interactive input like:

  • type of expense (mandatory inspection of the boiler, maintenance, repair, purchase price, etc)
  • date
  • price in selected currency
  • note

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