Have a think about what you're saying.
I have. That is why I realise your nonsense doesn't work.
You should try it some time.
Air does not stack the same in all directions.
All you're doing is adding to your own confusion.
No, all he is doing is showing just how nonsensical your model is.
Are you now saying it only stacks vertically, or are you saying it stacks horizontally as well, but not the same as vertically?
If air goes ariund the fat guy laterally, why is it able to not go around him vertically but instead stacks up?
It does go over him. It goes over in a wave.
I think the point was asking why does it push him down?
If the air can just move around the person horizontally rather than forcing them to the side, why doesn't the same happen with air moving around from top to bottom?
It is the same old issue of why does the air magically push people down?
Well answered but you're just not taking any of it in, creating more frustration on yourself.
No, extremely poorly "answered" in a way which doesn't actually address the issue, with repeatedly deflection on your part, as your model simply doesn't work.
Once more, here are some issues you are yet to actually address (i.e. questions you are yet to actually answer, with an answer that doesn't contradict another observation from reality or from another explanation of yours):
Why does the scale not record an increase in weight but the pressure gauge does record an increase in pressure?
Why does an object in mid air get pushed down, even though it has air all around?
Why does a suction cup get pressed upwards to the ceiling rather than fall down if the air below doesn't push up?
Why only a suction cup rather than any old object?
Similarly, if it is based upon the ground being below you, why doesn't it apply a sideways force if you put yourself up against a cliff?
Why does the pressure/weight/force increase as you move down a stack, if all the force is being applied from the top?
Why does a barometer work, with it working depending on its orientation?
Why does a vessel weigh less if you evacuate the air from it, i.e. cause it to displace more air?
Why does the weight of an object depend upon its mass, rather than its volume or cross sectional area, when all forces of air and other fluids and observed to be proportional to area, not mass?
If air can magically penetrate through everything such that the "volume" an object displaces is magically proportional to its mass rather than being its actual volume, how is anything air tight?
If weight is based upon displacing atmosphere with that atmosphere pushing back onto the object with an "equal and opposite reaction", how come when you replace the atmosphere with a denser fluid, how come the weight becomes less rather than more?
Likewise, why, when you lower the air pressure (making it easier to displace the air), the weight of an object increases, rather than decreases, but only to a point, where when the object is in a near perfect vacuum, with effectively no resistance from the air, it still has a significant weight rather than being weightless?
And if you want to start with the basics, then go ahead;
start with explaining why the air pushes objects down, by actually explaining it in a way which applies universally to any object (at least any denser than air);
i.e. it applies regardless of if the object is on the ground, on a wall, on the ceiling or in mid air.
That means no appealing to using the ground as resistance, as in some cases there would be no ground below and instead there could be a wall to the side or a ceiling above to use as resistance.
Likewise, that means no appealing to the lack of air below, as in some cases there is plenty of air below and no air to the side or no air above.
And if you want to appeal to the air compressing above, remember, in some cases it isn't above, and you need to explain why it doesn't compress below, especially as if you do go down that path and say the air can't push up, it will immediately bring up plenty of situations where the air does push up.
And once more, with all the available evidence of how air (and other fluids) work(s), we know it can't be what causes objects to be pushed down.
That is because we know the force it applies depends on the pressure. That means it will apply an upwards force to any object due to the pressure gradient in the atmosphere (or other fluids).
Likewise, we also know the force is dependent upon area, not mass, and is only dependent on volume when you are dealing with a pressure gradient.