Simulation of a projectile on a Flat Earth written in Python.

  To view graphs and plots specifically using VS Code, the "# %%"
in the code allows for VS Code to use the Jypter Notebook extension to
display the plots. To run them, click "Run Cell" right above "# %%".

  To save the graphs for viewing, remove '#' character on code
that contains "mpl.savefig(..." This will save the graphs/plots
to graph representation.

"numpy" is the numerical library allowing for numerical conversions.
"matplotlib" is the MatLab ploting style for graphs and plots.
"scipy" is a science tool box which comes with integration included.

1. Enter the Virtual environment.
   

• Widnows: "..venv\Scripts\activate"
  
• Mac: "source .venv/bin/activate"
  

2. Run "pip install -r requirements.txt"
   
3. Run python code:
   

• Windows: "(py or python) projectile.py"
  
• Mac: "python projectile.py"
  

4. Run Newtonian Calculations:
   

• Windows: "(py or python) projectile_newtonian.py"
  
• Mac: "python projectile_newtonian.py"
  

5. Run 2D Model:
   

• Windows: "(py or python) projectile_2D_newtonian.py"
  
• Mac: "python projectile_newtonian.py"
  

6. Run Single Stage Rocket Model:
   

• Windows: "(py or python) single_stage_rocket.py"
  
• Mac: "python single_stage_rocket.py"
  

7. Run Second Stage Rocket Model (for Kerbin):
   

• Windows: "(py or python) second_stage_rocket.py"
  
• Mac: "python second_stage_rocket.py"
  

8. Run Aerodynamic 2 Stage Rocket (for Kerbin):
   

• Windows: "(py or python) aerodynamic_2_stage.py"
  
• Mac: "python aerodynamic_2_stage.py"