Hi there, this is a Gravitational Force simulation, applying the Universal Newton's Law for Gravity in python using pygame and math libraries. This project simply applies the equation F = G.m1.m2./d^2 and works with collisions with the well-known quantity of motion conservation.
This program has two different '.py' files, the '_closed' file close the working_world of the program to match the screen, the '_open' file just removes this feature.
Other features:
It uses a logic based on difference of masses between blocks in collision to deal with "absorbtion" features and pseudo black holes creation;
The list of blocks created when the program is started can be modified (at least for now) just directly in the code, it is definied between lines 199-205, blocks' traits are, in this order: self position on the x axis, self position on the y axis, color, mass, radius, initial velocity at the x axis, initial velocity at the y axis:
class Bloco:
def __init__(self,x,y,cor,massa,raio,x_vel,y_vel):If you want to test this without the "fractionated absorbtion" feature, just set the absorbtion coefficient at the beginning of the code to 1, if don't want to use this feature at all, set it to 0.
OBS: This code, even though being a simulation, doesn't has the main goal to be 100% accurate, it uses features of absorption and collision that, for massive particules like in the program, don't work very well for an accurate description of reality, and, after all, it uses the simple newton's law, and not relativistic stuff.