What about using the smallest X possible? i.e. the smallest number we can use to compute something? That would be the marginal value. I don't know much about Y, but I'd tend to leave with all that I have, thus Y could be the ratio of existing resources/population, multiplied by X. That is probably the maximum value anyway. The problem is this Y depends on the starting location, not on the target, but I can't think of ways around it except to decide of a fixed value, which would be "what you can carry with you", but even that varies with tech (I Can carry more with a truck than with a horse, with a horse than on foot).
I don't think people save up and go. They sell and go. Probably, they save, sell and go, but I think the savings part is little compared to the selling off your house and business part.
How do you plan to compute the number of migrants? The Goths migrated en masse in Europe, mainly because they were being harrassed, but they didn't want to fight their way through the Roman Empire (they had to because of the Romans and Byzantines reaction mostly).
Do you have a formula for the cost of the travel in?
I don't think people save up and go. They sell and go. Probably, they save, sell and go, but I think the savings part is little compared to the selling off your house and business part.
How do you plan to compute the number of migrants? The Goths migrated en masse in Europe, mainly because they were being harrassed, but they didn't want to fight their way through the Roman Empire (they had to because of the Romans and Byzantines reaction mostly).
Do you have a formula for the cost of the travel in?
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