Originally Posted by
snp7901
i only skimmed so maybe someone already brought this up... but what if dynamic data is presented in static form? say someone has already measured and quantified some temporal variables and puts them in a time series. this time series can be looked at statically with graphs, statistically analysis: time is abstractly represented across space here. then fitting a model to that data seems to be a static exercise, even though the model might imply temporal predictions and strategies.
if that exercise is static, then can't static thinking deal with very big trends sometimes, rather than just formal-logic "details?" joy's comments prompted this post of mine, when she associated Te with the "big picture." that doesn't seem to add up. i'm not suggesting Te+Ni doesn't ever deal with the big picture. but given something like the above i don't think the ways we can approach the big picture are exclusively dynamic. additionally couldn't Te sometimes deal with small details like the "algorithms" of everyday administration and routine?
or maybe joy and i are just using "big picture" in different contexts: the big picture of our individual temporal lives does seem to be by definition more dynamic, but my point was that isn’t the only way of seeing the big picture of the organization you are living in.
I'm not sure if this will answer the middle first question or not (or maybe just add to confusion)
a static type is capable of building up a concept/object by combining discrete relationships (fields)
a static type is capable of breaking down a concept/object by pulling out discrete relationships (fields)
a dynamic type is capable of building up a...(i don't know what term should be here...system?) by combining discrete concepts/objects
a dynamic type is capable of breaking down a (system?) by pulling out discrete concepts/objects
so really, both static and dynamic can claim to see the "big picture"
it just depends on what you mean by "big picture"... the big concept or the big (system?)