Of course there is.
If you are standing in free air the “natural” ADG lost of the Earth is at its maximum. For example MINUS 308,5 µgal/m (FAG).
FAG means free air gradient. So that is what you
measure in free air, but it is simply the gradient with which Earth's gravity falls off according to the square rule as you move away from the center of gravity. It varies slightly due to local conditions, but it is the same whether you are in a building or not; the ADG of
Earth falls according the the FAG.
So soon you walk inside Domus Vista you expect the building to pulls you extra up wards, which mean the “lost” of ADG a gravimeter can measure should increase for ensample 25 µgal, whereby the ADG at a certain place would should be decreasing 308,5 µgal/m + for example 25 µgal a certain place, - because the building “should” pull upwards.
No, you have misunderstood this. You are fond of slightly absurd scenarios, so you should be able to appreciate this:
Suppose the Domus Vista was pre-fabricated, and delivered by a giant helicopter. Now, you sit with your gravimeter on the empty foundation and you measure the gravity (let us say the basement is built there, so you sit where the first floor is going to be). You will measure something like 981550.959mGal. This is the baseline gravity (I can explain how I calculate this value, but let's save that for later).
Now the giant helicopter comes and lowers the building to the foundation, over and around you. When the dust has settled, you read your gravimeter again. Now it reads 981547.684mGal. This is 0.390mgal
less than before they placed the building over you. Because the building pulls upwards a little.
OK, I hope you are with me still. Now you go to the 1st floor of the building and measure gravity. This takes you 4.3m up wards (according to the drawing). Since the FAG in this area is 0.3086mGal/m (according to DTU), you would expect that gravity was 1.3270mGal lower than on the ground floor. However, you measure 98146.482mGal! This is a difference of only 1.202mGal.
How can this happen? Well, if the AGD of the building was constant all the way to the COG, as certain people claim

, we would expect the FAG to apply inside the building, but something else is happening. What is happening is that when you are on the 1st floor, the ground floor now pulls
down on you, plus there is not only 29 floors above you, instead of 30. So the up wards pull that we
subtract from Earth's gravity is smaller; 0.125mGal, to be precise. Add those to the 1.202, and you get 1.327, exactly the FAG!
So already on the 1st floor of the Domus Vista, we can see that the Bjarne model fails and conventional gravity is correct. The measurements from the subsequent floors only confirm this.
BUT the opposite happens in Domus Vista.
The ADG in that building is stronger everywhere, relative to a FAG line, - relative what it would have been without the building. – There is no up wards pull that reinforce the FAG.
The thing that fools you is that the pull of the building is NOT constant. It falls off as you go up. It is not a linear function, but we can see that on the lowest floors the building has its own inner gradient which is 0.4167mGal/m. Note that this is higher than the FAG of Earth.
How can the comparatively tiny gravity field of a building have a higher 'FAG' than that of Earth?! Well,
that is simple: We are 6378100m from the COG of Earth, but we are less than 50m from the COG of the building.
The rest of you post is exactly as expected, you have not answered one single question.
I cannot answer questions that don't make sense.
Hans if you are a coward, simple just ignore the question, or just blap blap blap about something completely different, - you know the politician way you always does when you are losing a discussion.
Bjarne, cut this out, you are behaving like a misfit 5 year old. Anybody reading this thread can see how you have ducked and ignored dozens of questions yourself.
I told you the questions did not make sense. I can see that you have now rephrased them slightly, but they still make very little sense.
Now,
READ the explanation I have given you above, and try to understand.
Then you may ask questions, and I may try to answer,
but do remember that I don't owe you ANY answers. I am doing you a favor and am trying to explain these things to you. If you don't want to understand, well, I really don't give a damn. Your failure to understand physics is not my problem and I'm under no obligation to teach you.
Hans