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RELATIVE DYNAMISM = Maximum Dynamism in a dataPoint - Minimum Dynamism in a dataPoint
1_First we study the relative dynamism of the dataPoints, which is the dynamism over time from the beggining of the process to the state of equilibrium. maximum data
minimum data
2_We compare the relative dynamism of each dataPoint with the global average (inherent dynamism).
inherent dynamism = 3.5
3_We got the motion values with a dynamism relative smaller than the inherent dynamism.
diachronic analysis Study of relative dynamism, which is the probability of a motion value to change in a frame of time. For instance, a motion value localized in the middle of the road where cars are passing all the time will have a data of dynamism relative very little while a motion value localized in a point with different movements during the day will have a data of dynamism relative very high.