semvec/pypi-packages huggingface dataset:
enginEcon 0.0.1
helper functions for Engineering Economy problems
Requires Python: >=3.6

This module provides    
Interest table calculators in form of   

    [A/P,i%,n] --> AP(i,n)  

CashFlow Object that helps with adding and calculation of worth


TODO    

    1) Test cases to verify everything is correct    
    2) adding more calculation to CashFlow object
        2a. B/C calculations
        2b. MIRR calculations
        2c. IRR calculation
        2d. incremental comparisons
kspconfig 1.3
Kerbal Space Program Craft and Cfg Loader
Requires Python: >=3.5

# kspconfig-python

 * loadl(list) : 줄 list를 받아 dict를 출력한다
 * loads(str) : 엔터로 묶인 줄 뭉치를 받아 dict를 출력한다
 * dumpl(dict): 위의 출력을 받아 예쁘게 들여써진 줄 list를 출력한다
 * dumps(dict) : 위의 출력을 받아 예쁘게 들여써진 엔터로 묶인 줄 뭉치를 출력한다
 * \_rdump(dict) : 위의 출력을 받아 들여써지지 않은 줄 list를 출력한다
NatPy-andre-scaffidi 0.0.3
Convert the units of particle physics quantities.
Requires Python: >=3.7

# NatPy
## Convert the units of particle physics quantities
---
### Packages needed:
- astropy
- numpy
- sympy
---
### Basic Usage

Code levarages `astropy.units.core.Unit` and `astropy.units.quantity.Quantity` objects.

1. Run `import numpy` and `from astropy import units as u`.
2. Run `import natpy`.
3. Access physical constants with symbol:
```
>>> natpy.c
<Quantity 2.99792458e+08 m / s>

>>> natpy.hbar
<Quantity 1.05457182e-34 J s>
```

4. Specify base of natural units with `natpy.set_active_units()`. Pass a string corresponding to a list of default natural units, or a list of physical constants to set your own. List of default bases found in `natpy/default_values.py`. (will markdown later)

5. Run `natpy.convert()` to convert between units, including necessary factors of natural units. Pass just unit objects to obtain conversion factors. Pass quantity objects to perform conversions. E.g.
```
# kg to keV
>>> natpy.convert(u.kg, u.keV)
5.6173581670146864e+32

# Electron mass
>>> me = natpy.convert(9.11e-31 * u.kg, u.keV)
>>> me
<Quantity 511.74132902 keV>

# Energy of electron with momentum of 1 MeV 
>>> p = 1 * u.MeV
>>> E = np.sqrt(p**2 + me**2)

# Convert to SI units
>>> natpy.convert(E,u.J)
<Quantity 1.79926309e-13 J>
```
Note: Summing quanties requires conventionally equivalent units.

6. See ```tests/convert_test.py ``` for more examples.
kspconfig-penta 1.1
Kerbal Space Program Craft and Cfg Loader
Requires Python: >=3.5

# kspconfig-python

 * loadl(list) : 줄 list를 받아 dict를 출력한다
 * loads(str) : 엔터로 묶인 줄 뭉치를 받아 dict를 출력한다
 * dumpl(dict): 위의 출력을 받아 예쁘게 들여써진 줄 list를 출력한다
 * dumps(dict) : 위의 출력을 받아 예쁘게 들여써진 엔터로 묶인 줄 뭉치를 출력한다
 * \_rdump(dict) : 위의 출력을 받아 들여써지지 않은 줄 list를 출력한다
doc-datatypes 0.0.6
Dict with documentation _-_
Requires Python: >=3.7

# doc_datatypes
## Installation
```
git clone git@github.com:Kel0/doc_dict.git
```
```
pip install doc-datatypes
```
[pypi](https://pypi.org/project/doc-datatypes/)
## Usage
### Documentable list
```
from doc_datatypes.mutable_datatypes import DocumentedList


my_list: DocumentedList = DocumentedList(
    [1, 2, 3], ["First", "Second", "Third"]
)
my_list_2: DocumentedList = DocumentedList(
    [[1, "First"], [2, "Second"], [3, "Third"]]
)
```
### Documentable dict
```
from doc_datatypes.mutable_datatypes import DocumentedDict


my_dict: DocumentedDict = DocumentedDict(
    {"name": "Alex"}, {"name": "Name field"}
)

my_dict_2: DocumentedDict = DocumentedDict(
    {"name": "Alex", "name_doc": "Name field"}
)
```

To get more info see [tests](https://github.com/Kel0/doc_datatypes/tree/master/tests)