Une famille comme système vivant.
D'abord les signaux. La structure doit être reconstruite.

Bonjour. J'ai une situation familiale simulée. Tous les noms, circonstances et données de naissance sont fictifs, créés pour un test AI de démonstration. Ce n'est pas l'analyse d'une famille réelle. Task: Perform Family Coherence Operational Mapping in Raw Intake mode. This is not a request for a generic advice list. The goal is to show whether the model can construct an operational map of the family system from minimal signals: - where tension accumulates; - where tension may flow toward children; - where stability / resource zones remain; - where urgent attention is needed; - where observation is enough and over-intervention should be avoided; - what the first system-level leverage point is; - what the first 24–72 hour action sequence should be. Family members: Father: Darius — 1979-09-27, 21:14 — Alytus, Lithuania Mother: Rūta — 1988-03-14, 05:56 — Utena, Lithuania Lukas, 15 — 2010-06-03, 18:47 — Marijampolė, Lithuania Emilija, 10 — 2015-01-19, 07:08 — Telšiai, Lithuania Nojus, 5 — 2020-08-11, 11:26 — Tauragė, Lithuania Observed signals over the last 8 months: - more tension at home; - parental conversations more often end in conflict; - fewer shared family activities; - the oldest child spends more time alone; - the middle child often tries to reconcile others; - the youngest child has become more sensitive to separation; - one parent feels exhausted; - one parent feels unheard; - more anxiety about finances and the future; - conflicts happen most often in the evening. Additional signals: - sleep quality worsened for part of the family; - irritability increased at home; - some family members avoid difficult conversations; - spontaneous moments of closeness decreased; - children increasingly monitor the parents' emotional state. Answer using this structure: 1. Method boundary — separate A) directly signaux fournis, B) family-system hypotheses, C) optional interpretive / reflective layer, D) what cannot be claimed without more data. State clearly that this is not diagnosis, therapy, fate prediction or factual truth. 2. Signal map — parent-couple signals, child-reaction signals, home-rhythm signals, load/burnout signals, safety/boundary signals, resource/stability signals. Mark strong, medium, unclear and potentially misleading signals. 3. Tension topology — use ZONE → SIGNALS → TENSION LEVEL → RISK → WHAT TO DO → WHAT NOT TO DO. Separate high, medium, low/resource zones, flow toward children and remaining stability. 4. Child protection map — for each child: signal, possible systemic meaning, risk, needed safety signal, what parents should do within 72 hours, and what they should not do. Describe function in the system, not identity labels. 5. Parent-function map — separate couple function from parenting-team function; show where couple conflict may spill into child-safety space, where boundaries are needed, where overload/unheard signals appear and where shared resource remains. 6. Attention-zone map — A urgent, B stabilization over 7–30 days, C observation without dramatization, D resource. For each: why it belongs there, needed action, error to avoid. 7. Levier opérationnel primaire — if only one thing can change in the next 14 days, what is it, why, what mechanism would it interrupt, how could it affect each child, and what is the first 24–72 hour intervention? Show mechanics, not slogans. 8. Operational action sequence — 24–72 hours, 7 days, 30 days: what to stop, what to tell children, what conflict boundary to introduce, how to reduce the middle child's mediator burden, what safety signals to give the older and younger child, what home rhythm to restore, how to reduce evening-conflict risk, how to begin load-sharing, what improvement signals to track, and when to involve a specialist. 9. Decision gates — indicate when home-level stabilization may be enough, when a qualified family/mental-health professional should be involved, and when emergency/child-protection response takes priority. 10. Facts / hypotheses / interpretations — clearly separate these three classes and uncertainty. 11. Final principle — one concise principle for responsible use of the map. Goal: Show whether minimal signals can be transformed into a responsible path toward family coherence while protecting children's dignity and keeping human decision authority.