## physics-gabri432
A library containing several physics formulas and constants for making various calculations.
## Project structure
- root
- .gitignore
- [license (MIT)](https://github.com/Gabri432/python-physics/blob/master/license)
- pyproject.toml
- README.md
- setup.py
- tests (folder)
- src/physics (folder)
- __init__.py
- [Body.py](https://github.com/Gabri432/python-physics/blob/master/src/physics/Body.py)
- [classical.py](https://github.com/Gabri432/python-physics/blob/master/src/physics/classical.py)
- [constants.py](https://github.com/Gabri432/python-physics/blob/master/src/physics/constants.py)
- [mathem.py](https://github.com/Gabri432/python-physics/blob/master/physics/mathem.py)
- [thermodynamics.py](https://github.com/Gabri432/python-physics/blob/master/src/physics/thermodynamics.py)
- [electromagnetism.py](https://github.com/Gabri432/python-physics/blob/master/src/physics/electromagnetism.py)
- [gravity.py](https://github.com/Gabri432/python-physics/blob/master/src/physics/gravity.py)
- [fluids.py](https://github.com/Gabri432/python-physics/blob/master/src/physics/fluids.py)
- [relativity.py](https://github.com/Gabri432/python-physics/blob/master/src/physics/relativity.py)
## Description
- `Body.py`, a class to ease the use of some formulas;
- `classical.py`, collection of formulas from Cinematics and Dynamics fields;
- `constants.py`, collection of constants from all fields;
- `electromagnetism.py`, collection of formulas from Electromagnetism field;
- `fluids.py`, collection of formulas from Fluids field;
- `gravity.py`, collection of formulas from Gravitation field;
- `mathem.py`, collection of utility math formulas;
- `relativity.py`, collection of formulas from Relativity field;
- `thermodynamics.py`, collection of formulas from Thermodynamics field;
## How to install it
```
pip install physics-gabri432
```
## How to use the library
### Use functions
```python
import physics
from physics import classical #importing the classical module
print(classical.force(3,4)) #using a function from the classical module
```
### Result
```
>>> (12, 'N') // Respectevely, the result and the measurement unit
```
### Or create a custom object and use its methods
```python
from physics.Body import Body #importing the Body class
earth = Body('Earth', 5.97e24, 0) #Initializing a variable 'earth' with its name, mass and speed.
print(earth) #Showing the string representation of the class.
print(earth.grav_field(6.371e6)) #using a function from the classical module
```
### Result
```
>>> Name: Earth // The string representation of a Body object
Mass: 5.97e+24 kg
Speed: 0 m/s.
>>> (9.810360234523877, 'm/s^2') // Respectevely, the result and the measurement unit
```
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