Right so you want me to lawyer up and explain how the facts fit a completely different story. I am just making this up, trusting the actual facts you provided and then disagreeing with you on timescales for all the stuff that happened cause there is evidence that this can happen rapidly in a catastrophic framework. So given this intent you have the below story to go with your sequence:
1) Layer deposited PcB ---> PcK - hardened and solidified : our point of disagreement so far is probably how long it took
2) Local erosion of PcK down to PcG and some tilting towards East : so why cannot a global flood have cut the top of one of the deposited layers with a vicious local current or collisions of some sort - again I think this would have occurred rapidly and you are probably attributing a greater amount of time. Sounds also like some seismic activity again no surprise in the turbulent conditions of a flood. Seismic conditions could well have included superheated waters and pressure waves accelerating local rock hardening but leaving others softer and more pliable.
3) Layers deposited Cl ----> Kw and hardened, footprints of dinosaurs found in the layers : Again how long this took is probably the biggest disagreement and what were the forces at play in hardening the rock e.g. compression or heat or a combination. Dinosaur footprints or mud shoes that broke loose and were deposited elsewhere in the flood conditions?
4) Uplift event , rocks bend and fracture and some slip back- attributed to compressional faulting: again sounds like a seismic event. But in this local scenario may rule out bending cause of soft rocks
5) Formation of KK - accompanied by major water flow erosion and deposition across uplifted area and beyond: suppose the issue here is how hard rocks get eroded by water erosion.
6) KT Event _ dust layer from asteroid strike that could have been before 1) finally then settles on top of the other stuff.
So really with a little time, catastrophic compression, currents, seismic events, asteroid strikes etc all possible in a single year.
For the end of step 2, superheated waters and pressure causing accelerated rock hardening. Super heating and pressurizing sediment, will melt rock, but it wouldnt just cause rock to form. Unless it thoroughly melted like in the mantle of the planet, then cooled. This would involve the planet, at least temporarily turning into a ball of magma. I just dont think this is described in scripture during the flood. Also, i dont know that water can exist along side magma. We are talking about temperatures anywhere from 200-800 degrees celcius.
If the flood began between step 2 and step 3 (with waters and rock at temperatures averaging at 500 degrees celcius), I would not anticipate features of..."dinosaur life" in these layers. For example, if the flood was occuring at the onset of step 2, then i wouldn't expect dinosaurs to be building nests for example, or laying eggs.
If this flood is...ya know, destroying and melting and just blowing rock away, or literally washing mountains away, i just don't think we should see something like a bundle of eggs staying together.
And ya know, as we can see in the diagram,
The rocks from the cambrian up through the cretaceous (the C to the K), these rocks arent all blown up and thrown around or mixed or from some other region or area. These rocks are...in relative terms, neatly deposited. These are relatively speaking, neat layers of equal thickness. Not something we would expect in utter chaos.
This is the home of these rocks. They aren't from new york or anything. New york has its own layers that are unique to itself. So i don't know that i would support the idea of these eggs being hurled from a distant region by flood waters or anything like that.
These features are just regular every day features...tracks, nests, eggs, these dinosaurs were just living, doing regular dinosaur things. So yea...
Between steps 3 and 4, we have more hardening (if not already hard) rocks, up to the mid to late cretaceous. Unless more super heated magma slinging flood waters neatly laid them down and caused them to harden...hm.
Then we have a...earth quake of some sort with instantaneous offset. Ya know, if we were to...really propose that the second offset were to occur instantaneously, in the form of an earthquake, the cambrian rocks (the green colored rocks just above the precambrian), they would not be bent and wedged along the fault as they are. If an earthquake instantaneously pushed the western side up, that some 2000-3000 feet, instantaneously, or in a single instantaneous event, those rocks would be blasted into the atmosphere due to extraordinarily high pressures like none seen in our existence. But instead, they are bent, with normal every day fractures, antithetic and synthetic faults. Faults that occur under regular earthly pressures.
Here is the other thing too, so, the flood at this point is presumably over, as the fresh even post cambrian layres are hardened. Ok, and...earthquakes are a product of tectonic stresses (the faulting occurred parallel and in response to tectonic motion from the west, there is a plate boundary over there), so, the flood is over at this point, and now we have tectonic motion that uplifts the west, 2-3 thousand feet in the air, so, at the plate boundary, what would cause that instantaneous motion?
So, we are running into a number of challenges.
But we arent finished yet...
Step 5, the formation of Kk and accompanying highly erosive waters. ok, so yea, now we have all these hardened rocks from the mid cretaceous and below, that this water needs to erode through without annihilating the whole formation. I hope you can see how this is another challenge. As indicated in another post of mine,
We have large meanders. So, these erosive forces, or erosive waters that are coming in and eroding the pre solidified mid cretaceous and older strata. So, how much force does a river need to dig into thousands of feet of solid rock? Presumably an incredible amount of force.
And yet...not enough force, to beak out of a regular every day meandering direction (just as normal every day rivers flow). It's a physical impossibility.
But, we arent finished yet...
In Kk, we have more tracks, more nests, more dinosaurs, living, doing what dinosaurs do. Then...
"Kt- The dust settles on top". aka, after the flood is over for the 3rd or 4th time, life recovers and goes about living, and then an asteroid comes down and knocks out whatever survived the flood.
But we still arent finished yet, as we still, superpositionally, have all cenozoic rock, overlaying the Kt boundary, cenozoic rock including all the megafauna, whooly mammoths, sabertooths, mega sloths, all that good stuff, and all the recent ice ages.
And all this...some how...some...way. All of this happened.
You have to admit, the uniformitarian explanation, is far cleaner. No challenges of 500 degree celcius temperatures, no challenges of meandering flood waters that simultaneously are eroding thousands of feet of rock almost instantaneously, no question as to how dinosaurs appeared to comfortably live throughout cretaceous rocks.