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Merge branch 'physics/basic_orbital_capture' of https://github.com/FatAnorexic/Python into physics/basic_orbital_capture

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FatAnorexic 2023-07-08 14:35:53 -04:00
commit e968e14aa5
1 changed files with 14 additions and 11 deletions
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physics/basic_orbital_capture.py
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@ -16,26 +16,29 @@ This algorithm does not account for an N-body problem.
""" """
def capture_radii( def capture_radii(
target_body_radius: float, target_body_mass: float, target_body_radius: float, target_body_mass: float, projectile_velocity: float
projectile_velocity: float ) -> float:
)->float: # Gravitational constant to four signifigant figures as of 7/8/2023|
# Source google: gravitational constant
g = 6.6743e-11 # SI units (N*m**2)/kg**2
<<<<<<< HEAD
#Gravitational constant to four significant figures as of 7/8/2023| #Gravitational constant to four significant figures as of 7/8/2023|
#Source google: gravitational constant #Source google: gravitational constant
g=6.6743e-11 #SI units (N*m**2)/kg**2 g=6.6743e-11 #SI units (N*m**2)/kg**2
=======
escape_velocity_squared = (2 * g * target_body_mass) / target_body_radius
>>>>>>> 3b6df7598ead9eeffd0f53ad6bf8ae27039469c0
escape_velocity_squared=(2*g*target_body_mass)/target_body_radius capture_radius = target_body_radius * math.sqrt(
1 + escape_velocity_squared / math.pow(projectile_velocity, 2)
capture_radius=target_body_radius*math.sqrt(
1+escape_velocity_squared/math.pow(projectile_velocity,2)
) )
return capture_radius return capture_radius
def capture_area(capture_radius: float)->float: def capture_area(capture_radius: float) -> float:
sigma=math.pi*math.pow(capture_radius,2) sigma = math.pi * math.pow(capture_radius, 2)
return sigma return sigma