Yeah, we can use that World War Two general's (Patton?) important-urgent matrix. Any object (a task to get done eventually) gets assigned a vector of two compo

Yeah, we can use that World War Two general's (Patton?) important-urgent matrix. Any object (a task to get done eventually) gets assigned a vector of two components: important and urgent. Things that are both important and urgent will be in one corner of the geometric graph visual thingy. Things that are the complete opposite type of that both important and urgent object type are in the opposite corner, which is the corner of the not important and not urgent. The other two corners (important but not urgent and urgent but not important) beget the need for a measuring system, to make the whole model useful. Maybe encase the vectors in a Gaussian distribution where each object's vector's components are scaled, measuring, representative, or simply numerical values? Like, for example, for a new task to do, add a new object whose vector is 0.5 important and 0.1 urgent. I don't know what mathematics and analyses this setup will imply. So any mathematician or numbers nerd is invited to help further develop this abstraction.