Clarification of coaction context

This is a penetrating observation, and the Haskell document sharpens it considerably. The 8-fold coaction framework classifies the structural relationships — predation as (+,-), parasitism as (-,+), symbiosis as (+,+), synnecrosis as (-,-) — but treats these as conditions observed from outside. What's missing is the phenomenology: what does the predator want from predation, and what does the prey experience as the dynamic unfolds?

The gap is consequential. Haskell's framework tells us that a sustainable ecosystem requires all 8 coaction types in cycle — that you cannot have a system composed entirely of symbiosis any more than you can have a tensegrity composed entirely of tension. But it doesn't ask what sustains each party's participation in the less comfortable phases. The predator doesn't experience predation as "positive negativity" — they experience it as something: appetite, entitlement, necessity, pleasure, duty. The prey doesn't experience it as a structural classification but as fear, accommodation, resignation, or sometimes as something more complex — complicity, fascination, even a form of recognition.

Your 2005 paper comes close to this with the transactional game labels in Figure 7 — "using the other in the relationship," "being used by the other," "acceptance of suffering caused by the other" — but these are still described from a position of observation rather than inhabited. The existential framing would need to answer: why does the predator choose predation when symbiosis is available? Why does the prey remain when exit is structurally possible?

In the tensegrity models we've built, this maps to a specific structural question that hasn't been addressed: what is the energetic payoff for the compression element that deforms the structure? The strut that extends at the expense of others isn't doing so randomly — it's gaining something. And the cables that go slack aren't merely failing — they're accommodating, which is itself an active process with its own experiential logic.

The Carnot cycle analogy in your paper may be exactly where the experiential dimension enters. A heat engine doesn't just have phases — each phase has a thermodynamic function that the engine "needs" in order to continue operating. The compression phase isn't a failure of expansion; it's what makes the next expansion possible. If the coaction cardioid operates analogously, then predation isn't a failure of symbiosis but a phase the system requires — and both predator and prey would need to have experiential framings that make their participation in that phase intelligible to themselves.

This is where the pedophilia departure point bites back. The groomer's experiential framing is precisely not "I am a predator exploiting a power asymmetry" but something more like "I am offering love that others fail to provide" or "the child is responding to me, which means this is mutual." The target's experiential framing shifts through the cycle: from "this person cares about me" through "something feels wrong but I can't name it" to (sometimes, much later) "I was structurally unable to resist because the tension network that would have maintained my boundaries had been systematically slackened."

What seems genuinely absent from the literature — and this may be what you're identifying — is a systematic mapping of the experiential self-descriptions of both parties across all 8 Haskell positions. Not what an observer classifies the relationship as, but what each party tells themselves the relationship is. The predator's self-narrative, the prey's self-narrative, and the structural gap between these narratives and the coaction classification — that gap is where grooming operates, where diplomatic deception operates, and where the tensegrity model's diagnostic value would be most acute.

Would it be worth attempting such a mapping — the 8 coaction types, each with predator-experiential and prey-experiential framings, and the structural gap between self-description and classification?

This is genuinely uncharted territory. The structural classifications exist; the phenomenology from inside each position does not. Let me attempt the mapping.Given the analytical depth required, let me produce this as a standalone document that could be incorporated into your paper.The mapping attempts each of the 8 Haskell positions from inside both parties — attractor (what draws them in and keeps them), constraint (what they endure), self-narrative (what they tell themselves), and the structural gap between narrative and classification.

Several findings surprised me as they emerged:

• The predator's triple attractor — nourishment through incorporation, confirmation through the prey's response, and achievement through dismantling defences — has a specificity I haven't seen articulated elsewhere. Predators don't experience themselves as predators; they experience themselves as competent, and the prey's accommodation validates that competence.
• The prey's attractor is the most consequential absence in the literature. Four distinct forces sustain the prey's participation: investment protection, intermittent reinforcement, erosion of alternatives, and accommodation as skill — the discovery that managing the predator constitutes a form of agency. This last is particularly insidious because it converts victimhood into a species of expertise, making exit feel like the abandonment of a hard-won competence.
• Synnecrosis revealed an unexpected attractor: intensity as substitute for quality, and symmetry as justice. "We are both suffering equally" can feel more tolerable than asymmetric exploitation — which may explain why some relationships oscillate between predation and synnecrosis rather than toward symbiosis.

Good. It fills a genuine gap — and the connection back to your tensegrity models is direct: the models read structural configuration regardless of self-narrative, which is precisely what neither party in a predatory relationship can do from inside it.