See: Reflection 3 - General Relativity
My understanding is that the answer is generated in two phases.
In the first phase the program generates what you could call raw text and in the second phase the final text.
The issue is to what extend the final text is adapted, specific based on the subjects discussed. That means a certain type of moderation is involved.
Using this this information you can more or less predict what happens at the event when line "that connects the hammer with the thrower at the centre" is broken:
2. Now imagine what happens when there two throwers in the centre, each throwing a hammer.
Both throwers are at the centre, staged back-to-back.
What is important that both hammers should move both in one line through the centre.
In case the connections (hammer - thrower) are simultaneous released, both balls will move parallel, in opposite directions.
3. Now imagine the same situation in space. Remove the throwers and keep the two connecting lines connected.
In principle the two hammers can continue to revolve around each other in space.
4. Now disconnect the connecting line
In principle the two hammers can continue to revolve around each other in space.
In order to explain the force of gravity is introduced. This force is used to explain why baryonic masses attract each other, by introducing the concept of gravitons.
What this example (Thought Experiment) tries to explain is a physical explanation of a binary star system. Its details. In order to explain only experiments are used and no existing laws. Newtons law is some way tries to describe this same physics in a mathematical form. That is very clever.
One of the most important things is science is to perform observations. The main reason is to describe the past accurate and to compare predictions with the future. The past and the future meaning observations in the past, etc.
When we perform observations what we observe are images representing the positions of objects in the past. These observations are performed in what I call the OO coordination system. OO stands for Original Observation. The further away the longer ago. What we want is the positions at a certain moment in a TT coordination system. TT stands for Time t. From a physical point of view, the problem is that all movements in the universe have a different speed. By linking your observations to a mutual agreed time frame or system, different observations can be 'synchronised'. That means what you need is a transformation between the OO coordination systems and TT coordinates. The simulation is performed in the TT coordination system. Finally, you need a transformation from the TT coordinates to the OO coordinates to match with the present observations.
In the case of Newton mechanics, it is only impossible to use one single coordination system if you want to simulate the movement of the stars in our Galaxy or simpler 10 stars around Black Hole Sagittarius A* in the centre of our Galaxy. The main reason is, that all these stars influence each other and are influenced by the BH.
I expect, using General Relativity, this situation is (almost) the same.
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