Divine v144 Source Corpus

Appendix B. Factor-Targeted Test-Design Matrix

Divine v144 Corpus · Section 316 of 317

Factor target	Example pressure
1 Neural Amount	Sustained function-relevant exertion that makes more neural substrate useful.
2 Intraconnectivity	Tasks requiring denser internal coordination within one lobe.
3 Organization Quality	Tasks where poor internal arrangement causes bottlenecks despite adequate raw capacity.
4 Sublobar Specialization	Tasks requiring distinct specialist subfunctions.
5 Recursive Specialization	Tasks requiring progressively finer functional decomposition.
6 Efficiency	Repeated successful performance where equal output with less exertion is advantageous.
7 Processing Power	Tasks requiring many simultaneous variables/operations.
8 Processing Speed	Tasks with stringent processing-time demands.
9 Interlobe Connectivity	Tasks requiring heavy communication among different lobe families.
10 Selectivity	Tasks with many possible interlobe communications but few relevant ones.
11 Crossfunctional Integration	Tasks requiring functions to combine into one coherent result.
12 Crossfunctional Efficiency	Tasks requiring successful combined processing under resource constraints.
13 Neural Routing	Rapidly changing tasks requiring dynamic reassignment of processing pathways.
14 Neural Inhibition	Tasks containing strong distractors, interference, hostile cognition, or irrelevant anti-signals.
15 Functional Independence	Tasks requiring one lobe to operate without unrelated support.
16 Metaneural Control	Tasks requiring monitoring, modification, suppression, or redirection of neural systems.
17 Plasticity	Repeated tasks where success requires architecture to change.
18 Functionally Relevant Development	Genuine demand on the target function, especially at new Hyperfunction orders.
19 Corrective Development	Tasks intentionally exposing causally localizable failures. Positive phi-failures are measured by demanded activation/coverage deficits; high MRD separately exposes failed lower Antilobe monitors for targeted anti-system correction.
20 Growth Efficiency	Training blocks that produce growth and then optimize how much of that growth is useful.
21 NFE Scaling	Tasks exploiting larger lobes while penalizing wasteful architectural complexity.
22 Crossfunctional Prowess Efficiency	Tasks requiring broad/deep/high-quality crossfunctionality without proportional connectivity-complexity waste.

Source Canon: Preserved verbatim text. Interactive cross-references and cranial annotations available at /#divine-section:316.