semvec/pypi-packages huggingface dataset:
argparse-env 0.1.2
An argpase that can take values from the environment.
Requires Python: >=3.9

# argparse-env - argparse with environment

Use this package when you want to be able to set
arguments wither at the command line or through 
environment variables.

```
from argparse_env import EnvArgumentParser

parser = EnvArgumentParser(env_prefix="MYAPP")
parser.add_argument
>>> from argparse_env import EnvArgumentParser
>>> parser = EnvArgumentParser(env_prefix='MYAPP')
>>> parser.add_argument("--hello", type=str, default="Alex" help="Say hello to.")
>>> parser.parse_args(["--hello", "Jane"])
Namespace(hello='Jane')
>>> parser.parse_args([])
Namespace(hello=Alex)
>>> import os
>>> os.environ["MYAPP_HELLO"] = "Jim"
>>> parser.parse_args([])
Namespace(hello='Jim')
>>> parser.parse_args(["--hello", "Jane"])
Namespace(hello='Jane')
```

## argparse Feature Support

There are some extras added to the class to support argparse features
from environment variables.

## nargs

Provide arguments with nargs != 1 using a comma-separated list
in an environment variable.

```
MYAPP_NARGS_MANY=arg1,arg2,arg3
```

## store true/false

Use `true`, `1`, or `on` for `True` or `false`, `0`, or `off`
for `False`.

```
MYAPP_STORE_FALSE=false
MYAPP_STORE_FALSE=off
MYAPP_STORE_TRUE=true
MYAPP_STORE_TRUE=1
```
caluxPy-fi 0.1.99
Fixed Income Valuation and Analysis
Requires Python: >=3.11.4

# CaluxPy Fixed  Income

## Project Description

Python package for Fixed Income Valuation and Analysis ranging from individual assets to multiple assets, Modern
Portfolio Theory and some basics of Issuance Risk Management. It is important to note that this covers both couponed
and zero-coupon bonds. 

## Table of Contents
- [Payment Types Covered](#payment-types-covered)
- [Methodologies of Valuation Covered](#methodologies-for-the-calculation-of-cash-flows-coupons-covered)
- [Main Features and Functions](#main-features-and-functions)
- [Dependencies](#dependencies)
- [Where to get it](#where-to-get-it)
- Documentation

## Payment Types Covered

- **Bullet Payment:** this kind of repayment is a lump sum payment made for the entirety of an outstanding loan amount, usually at maturity.
- **Amortized:** in this kind of payment the issuer amortizes in previously scheduled dates x pertentage of the outstanding amount in t period of time with could have the same periodicity as the coupons, but should be paid with the coupons, i.e. the coupon peiodicity could be semi-anually and the amortization could be anually; both periodicities are not the same but an amortization will be made on a coupon payment date and that should hold true. For the amortizations it would be needed the starting date, the amount of amortizations, the percentage of the outstanding amount to be amortized and the periodicity.
- **Payment in Kind (PiK):** this is the use of a good or service as payment instead of cash. Also refers to the payment of interest ot dividends to investors of bonds, notes, or preferred stock with additional securities or equity instead of cash. In the scope of this project, for earlier versions, the coupons, would be held and their interest would compound. As the amortized payments this will assume the a star date for the PiK payments and start holdind the cashflows.

## Methodologies for the calculation of Cash Flows (Coupons) Covered

- **ICMA:**
- **Actual/Actual:**
- **Actual/365:**
- **Actual/360:**
- **ISMA-360:**

## Main Features and Functions

- **Single Asset Calculator:**
- **Multiple Asset Calculator:**
- **Modern Portfolio Theory:**

## Dependencies
- [numpy](https://pypi.org/project/numpy/)
- [pandas](https://pypi.org/project/pandas/)
- [matplotlib](https://pypi.org/project/matplotlib/)
- [scipy](https://pypi.org/project/SciPy/)
- [pymongo](https://pypi.org/project/pymongo/)
- [pyodbc](https://pypi.org/project/pyodbc/)

## Where to get it
```
pip install caluxPy-fi
```


This is a simple example package. You can use
[GitHub-flavored Markdown](https://guides.github.com/features/mastering-markdown/)
to write your content.
ocean-crow-voting-system 0.1.0
A voting system package

# OceanCrow Voting System
## Version: 0.1.0
## Author: Sheldon Kenny Salmon (OceanCrow)

### Overview
🌊 *OceanCrow Voting System* lets players propose and vote on game features via a Pygame UI. Devs use the results to guide updates. Built with the *AquaFlow Master Blueprint* for adaptability across industries (e.g., gaming, community feedback).

### Installation
```bash
pip install ocean-crow-voting-system
Usage
Run the System:
voting-system
A window pops up. Type an idea and press Enter to submit (5s cooldown), use Up arrow to vote for the top idea (1 vote limit). Times out after 60s.
Check Votes:
Ideas and votes save to voting_data.json. View top 5 ideas on-screen.
Tweak It:
Modify voting_data.json or extend the code.
Features
Simple UI for idea submission and voting.
Tallies votes in real-time with locking.
Displays top 5 ideas.
Limits votes and submissions for fairness.
License
MIT License - See LICENSE file.
Notes
Test in non-critical systems.
No support provided—experiment and adapt!