Quote Originally Posted by Petter View Post
Fe+ isn't just about "maximizing the positive". Fe+ always interacts with Ni-, which is about scenario thinking and fantasy. ILI's Fe- oversimplifies decisions in "the real world" (Si+), but he or she spends a lot of time speculating about different social scenarios and decisions. For example, LIIs are often completely lost in various social situations. That is not the case with ILIs. We understand the social dynamics (NiFe), but we have no energy to be social in the here and now (SeFi and SiFe).
It seems you are talking about the information exchange without their actual energy spending (or exchange)? (so a 'strong' function would simply mean more 'information' for it without actual energy for it) ILIs are capable of strategizing about the social dynamics (NiFe), but they really don't have the energy to be actively engaged in social world (which you correlates with SeFi and SiFe). By that logic, IEIs would be capable of strategizing about the effects of their actions on objects (NiTe), but they don't have much energy for manipulating the object (or perform day-to-day tasks) here and now (SeTi and SiTe), right? Are you aware that Model G also makes a distinction between information exchange and energy exchange? Did you take some ideas from it?

Quote Originally Posted by Petter View Post
IEI uses Ni+Te- when he or she plays chess, i.e. strategizes about objects (Ni-Fe+ is about subjects).
Gotcha, but how that Te- would be 4D in this case?

Quote Originally Posted by Petter View Post
Yes, there are only 4D (strongest) and 1D (weakest) functions in that diagram. Dimensionality is the same in Model D and Model A, so for example, IEI's Se+ is 2-dimensional. ILI's Te- is 3D, and ILI's Fi+ is also 3D. Neither of those are strongest, in Model D and Model A.
Here, IEI's Se+ is 2-dimensional, so Se- would be 1-dimensional? How is the dimensionality same in Model D and Model A? If ILI's Fi+ is 3D, then IEI's Tii+ would be 3D as well? Can you explain a bit how these 3D and 2D functions are distinguished in terms of quality?

Quote Originally Posted by Petter View Post
The concept of dimensionality in Model D is exactly the same as in Model A. There is no difference between main functions and secondary functions.
But you mentioned that ILI's Fi+ is 3D (which is not the case in Model A), how do you explain that?

I like your model; you seem to explain certain aspects through combined IEs, but you need to reduce the ambiguity (dimensionality issue for example).