No. I'm not going to pretend to understand the math, but the reality has more to do with other forces resisting the pull of gravity. Gravity simply says that you're pulled towards the center of the earth, but the other fundamental forces are necessary to explain why you don't get there. Various repulsive forces resist the pull of gravity, like the fact that certain particles resist occupying the same space. The reason you're basically being accelerated upwards is because the repulsive forces keeping the earth from collapsing into a singularity keep you from being at rest. When you're on the surface of a planet and not in free fall, you experience the feeling of weight, because you're not truly at rest.

The way to picture it is space constantly falling inward towards the net source of gravity. If you're in free fall towards a planet's surface, you're actually at rest in relativistic terms. However, because the mass of the planet warps spacetime, you staying at the same spot in space results in you and the source of gravity reaching eachother at some point in time. Neither you or the other object are actually being pulled together by a force, the way both you and the object warp spacetime results in you occupying the same point in space at a future point in time without anything changing your momentum.

When you're experiencing the sensation of weight, that isn't really some force of gravity, but an illusion originating from the forces that keep the ground from giving way beneath you, combined with inertia.