>>11555486Just create minkowski space grid for different air pressure, that can get compresed.
You have one iteration of the grid, from that you make another, different movement of different pressurized air according to force implied on it by change of pressure is accounted by the fact that minkowski grid is moving over real grid.
You calculate minkowski grid from last iteration of grid.
Then you put a grid there on the cube like texturized vector, problem is with extensions on of the grid, you need 3d data.
You need to also account that cold air is getting down and hot air is getting up and there is a certain pressure of air marked by minkowsky grid and temperature by the float, pressurized steam or cloud acts different by air.
Actually it's better to get machine learning involved on the properties of wet air, 5g pollution which can affect viscosity in water evaportaion or solubility of water in air.
I don't really have time now, do you atleast have world wind data of the valleys and stuff?
How many sensors do you have and where are they placed?
Is there some ground data or just satalite pictures like avialable on nasa?
I would need cross section of atmosphere... (satellite from the side targeting cloud) to measure it correctly.
It's not momentum, but it's bars, bars then push on objects by aerodynamics... Clouds have own electrical viscosity thus they are more like zeppelins, but charge in clouds is separating it from other air, because it forms electron's vision of viscosity.
