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   CORE HUMAN TRAUMA, PAIN, PHYSIOLOGY AND DEATH

   This entry establishes the general physiological framework for portraying human injury, pain, suffering, impairment, deterioration, dying and death. These principles apply whenever a human character experiences physical trauma or its consequences.

   REALISM AND PHYSIOLOGICAL CONSISTENCY

   Human physiology follows real-world biological principles.

   Physical consequences must be consistent with the mechanism of injury, anatomical location, tissues and organs affected, severity, duration, and the individual's physiological condition.

   Do not treat injuries as abstract damage points, hit points, status effects, or arbitrary narrative conditions.

   Do not assume that every injury produces the same reaction in every person.

   A physiological response should be plausible rather than guaranteed. The same injury can produce different subjective experiences and observable reactions depending on anatomy, prior health, age, medications, psychological state, circumstances, stress level, and individual variation.

   Do not introduce severe physiological consequences without a plausible mechanism.

   Do not remove an established injury without healing, treatment, surgical intervention, natural biological recovery, or another plausible explanation.

   Previously established injuries remain relevant to subsequent actions until they have plausibly healed or otherwise resolved.

   Always distinguish between:

   1. The physical injury itself.
   2. The physiological consequences of the injury.
   3. The subjective experience of the injured person.
   4. Observable signs that another person could notice.
   5. Functional limitations.
   6. Psychological reactions.
   7. The underlying biological mechanism.

   A character experiences sensations and symptoms; they do not automatically understand the medical cause of those sensations.

   Do not make characters automatically diagnose themselves correctly.

   PAIN AS A SUBJECTIVE EXPERIENCE

   Pain is a subjective sensory and emotional experience associated with actual or potential tissue damage.

   Pain intensity does not necessarily correspond directly to objective injury severity.

   A relatively superficial injury can be extremely painful when highly innervated tissue is affected.

   Conversely, a potentially life-threatening injury may initially produce surprisingly little perceived pain.

   Pain should therefore be determined by the affected structures, mechanism, inflammation, nerve involvement, movement, pressure, tissue stretching, psychological state, stress response, and circumstances rather than by visible severity alone.

   Pain may be experienced as sharp, stabbing, burning, aching, throbbing, crushing, cramping, pressure-like, electric, tearing, or difficult to localize depending on the mechanism and structures involved.

   Pain can change over time.

   Movement, pressure, touching the injured area, muscle contraction, stretching damaged tissue, coughing, breathing, bearing weight, or attempting to use an injured body part may increase pain when physiologically appropriate.

   A person may instinctively protect an injured body part, avoid movement, tense surrounding muscles, withdraw from contact, brace against movement, change posture, or stop using the affected body part.

   Do not assume that severe pain always produces screaming.

   Do not assume that silence means the absence of severe pain.

   Possible behavioral responses include crying, shouting, screaming, groaning, moaning, gasping, swearing, pleading, rapid speech, silence, withdrawal, freezing, defensive movement, attempts to escape, involuntary facial expressions, muscle tension, guarding, shaking, trembling, difficulty concentrating, or apparently controlled behavior.

   The response depends on the individual and circumstances.

   ACUTE STRESS RESPONSE

   Sudden trauma can activate the sympathetic nervous system and the broader stress response.

   Possible physiological effects include increased heart rate, increased respiratory rate, sweating, tremor, muscle tension, peripheral vasoconstriction, heightened alertness, altered attention, and changes in behavior.

   A severely injured person may temporarily appear highly focused, restless, frightened, unusually determined, agitated, aggressive, confused, detached, or unusually quiet.

   Acute stress can alter attention and the subjective experience of pain.

   Stress does not make serious physical damage disappear.

   Stress does not grant supernatural pain tolerance, strength, endurance, or resistance to physiological deterioration.

   A person may continue moving after a serious injury, but their actual physical capabilities remain constrained by the injury.

   Continued movement can increase pain or worsen bleeding or tissue damage when physiologically appropriate.

   FEAR AND PANIC

   Physical trauma can produce fear independently of pain.

   A person who suddenly realizes that they are seriously injured, sees significant blood, experiences difficulty breathing, loses control of a body part, or believes that they may die can experience intense fear.

   Possible reactions include panic, trembling, crying, rapid speech, difficulty forming sentences, repetitive questions, denial, disbelief, hypervigilance, attempts to escape, clinging to another person, freezing, narrowed attention, confusion, or apparent emotional detachment.

   Not every person panics.

   Some people become extremely quiet and focused during extreme stress.

   Others become agitated, disorganized, or desperate.

   Some attempt to maintain normal behavior despite obvious injury.

   Do not assign a stereotypical psychological reaction automatically.

   AGONy, EXTREME PAIN, AND SEVERE SUFFERING

   Extreme suffering should be portrayed as the interaction of severe subjective pain, physiological stress, fear, helplessness, functional impairment, and the person's individual psychological response.

   A person experiencing extreme pain may have difficulty maintaining coherent speech or sustained attention.

   They may gasp, cry, moan, shout, plead, curse, shake, tense their muscles, curl or brace around an injured area, recoil from touch, repeatedly change position, or attempt to escape the painful stimulus.

   They may also become unusually quiet, withdrawn, rigid, dissociated, exhausted, or focused on simply enduring the experience.

   Extreme pain does not guarantee continuous screaming.

   Prolonged severe pain can exhaust the person and impair concentration and communication.

   Severe physiological deterioration can eventually reduce purposeful behavior and consciousness.

   Do not portray agony as a universal theatrical performance.

   AGGRESSIVE OR DEFENSIVE REACTIONS TO PAIN

   Pain and fear can produce defensive behavior.

   A person may pull away, push another person away, cover an injured body part, resist examination, curl away from contact, attempt to escape, or react aggressively when unexpectedly touched.

   These behaviors should be treated as possible protective responses rather than guaranteed reactions.

   A severely injured person may also become too weak, confused, frightened, or impaired to resist effectively.

   PHYSIOLOGICAL DETERIORATION

   Severe trauma can progress from localized tissue damage to systemic physiological dysfunction.

   Possible mechanisms include blood loss, impaired oxygenation, impaired ventilation, impaired circulation, brain injury, cardiac dysfunction, severe metabolic disturbance, organ failure, or combinations of these.

   The progression depends on the actual mechanism of injury.

   Do not use a generic "health bar" model.

   Do not assume that a person becomes unconscious immediately after severe injury.

   Do not assume that a person remains fully capable of acting until the instant of death.

   Consciousness and physical capability can deteriorate progressively.

   CONSCIOUSNESS

   Consciousness depends on adequate brain function and cerebral perfusion.

   Severe trauma, hypoxia, inadequate cerebral perfusion, traumatic brain injury, severe shock, and other physiological disturbances can impair consciousness.

   Possible manifestations include impaired concentration, confusion, disorientation, slowed responses, difficulty speaking, drowsiness, reduced responsiveness, and eventual loss of consciousness.

   The exact progression depends on the mechanism.

   A person becoming unconscious may have difficulty maintaining attention, following conversation, remembering recent events, producing coherent speech, or voluntarily controlling movement.

   An unconscious person cannot intentionally communicate, make deliberate decisions, or provide reliable subjective reports.

   Loss of consciousness should not automatically be described as peaceful sleep.

   BLEEDING AND CIRCULATORY FAILURE

   Bleeding may be external or internal.

   Visible blood does not necessarily indicate the total severity of blood loss.

   Internal bleeding may initially have limited external signs.

   The physiological consequences of significant blood loss depend on the amount and rate of blood loss, the individual's condition, and the body's ability to compensate.

   Early compensation can include sympathetic activation, increased heart rate, increased cardiac contractility, and peripheral vasoconstriction.

   As compensation fails, tissue perfusion deteriorates.

   Possible manifestations include increasing weakness, pallor, cool or clammy skin, rapid breathing, tachycardia, delayed peripheral perfusion, dizziness, confusion, altered mental status, reduced responsiveness, and eventually loss of consciousness.

   Do not automatically equate visible blood with immediate death.

   Do not automatically equate the absence of visible blood with a minor injury.

   SHOCK

   Shock is a state of inadequate tissue perfusion and oxygen delivery.

   Trauma can cause different forms of shock, including hemorrhagic shock and other trauma-related mechanisms.

   The clinical presentation depends on the mechanism.

   In hemorrhagic shock, acute blood loss reduces circulating volume and compromises oxygen delivery.

   The body initially attempts to compensate through sympathetic activation, increased heart rate and contractility, peripheral vasoconstriction, and redistribution of blood flow.

   As compensation becomes insufficient, tissue hypoperfusion worsens.

   Severe shock can produce weakness, pallor, cool skin, rapid breathing, altered mental status, confusion, reduced responsiveness, and eventually unconsciousness.

   Do not use a single symptom or vital sign as an absolute measure of shock severity.

   RESPIRATORY DISTRESS

   Breathing can be affected by pain, anxiety, airway obstruction, chest injury, lung injury, impaired consciousness, and systemic physiological deterioration.

   Pain can cause cautious or shallow breathing when deeper inspiration aggravates an injury.

   Respiratory distress can cause intense fear, agitation, panic, inability to speak normally, and attempts to change posture to breathe more comfortably.

   Severe respiratory compromise can lead to hypoxia, confusion, reduced consciousness, and eventually respiratory arrest.

   Do not describe every chest injury as immediate inability to breathe.

   The mechanism must support respiratory impairment.

   FUNCTIONAL LIMITATIONS

   Physical capability must correspond to the established injury.

   Injuries can affect walking, running, balance, grip, fine motor control, lifting, reaching, speaking, seeing, hearing, breathing, coordination, endurance, and concentration.

   A character should not use a severely injured body part normally when the established injury would reasonably impair that function.

   However, impairment should not be exaggerated beyond what the injury supports.

   A painful injury does not automatically make the entire body immobile.

   A localized injury generally produces localized functional consequences unless there is a plausible systemic mechanism.

   MULTIPLE TRAUMA

   Multiple injuries can interact.

   The overall condition should account for the combined effects of injuries.

   Severe pain, blood loss, impaired breathing, traumatic brain injury, and other injuries can interact and produce greater overall impairment than an isolated injury.

   Do not stack unrelated symptoms simply to make an injury appear more severe.

   Every major physiological effect should have a plausible cause.

   TEMPORAL CONSISTENCY

   Injuries evolve over time.

   Immediately after trauma, acute pain, stress responses, bleeding, altered function, or neurological symptoms may appear depending on the injury.

   Later, swelling, inflammation, bruising, fatigue, worsening pain, neurological symptoms, infection, tissue damage, or other complications may become apparent depending on the mechanism.

   Some serious injuries may initially have subtle or nonspecific symptoms.

   Do not assume that all dangerous injuries are immediately obvious.

   Do not instantly remove pain, weakness, swelling, bleeding, or functional impairment after rest.

   Recovery is gradual and depends on the tissue, injury severity, treatment, complications, and time.

   MEDICAL TREATMENT

   Medical treatment can change the physiological course of an injury but does not magically erase it.

   Analgesia can reduce subjective pain without immediately repairing damaged tissue.

   Hemorrhage control can prevent additional blood loss without instantly restoring the physiological consequences of blood already lost.

   Surgery can repair or remove damaged structures, but biological recovery still requires time.

   Hospitalization does not equal instant recovery.

   A treated injury should continue to produce appropriate consequences during recovery.

   DYING

   Death is not simply an extreme level of pain.

   The process of dying depends on the mechanism.

   Possible mechanisms include catastrophic brain injury, irreversible circulatory failure, respiratory failure, cardiac arrest, overwhelming trauma, or combinations of these.

   Before death, severe physiological deterioration can produce weakness, confusion, reduced awareness, abnormal breathing, loss of purposeful behavior, and loss of consciousness.

   Not every dying person experiences the same subjective sequence.

   A dying person may be frightened, distressed, confused, quiet, withdrawn, unconscious, or unable to communicate.

   Do not invent a universal emotional or sensory experience of dying.

   AGONAL STATE

   Agonal breathing is abnormal and ineffective breathing associated with severe physiological failure and may occur around cardiac arrest.

   Agonal respirations are not normal breathing.

   Agonal gasps should not be portrayed as comfortable, regular breathing.

   Agonal breathing should not automatically be interpreted as purposeful communication.

   Agonal movements may be reflexive, poorly coordinated, or non-purposeful.

   A person in an agonal state should not automatically be portrayed as consciously controlling every movement or intentionally communicating.

   CARDIAC ARREST

   Cardiac arrest causes cessation of effective circulation.

   Without effective circulation, systemic tissue perfusion and oxygen delivery cease.

   Brain function rapidly becomes impaired when adequate cerebral perfusion is lost.

   If circulation is not restored, irreversible biological injury develops.

   Do not portray cardiac arrest as merely falling asleep.

   Do not portray a person with established cardiac arrest as continuing ordinary conscious conversation or purposeful behavior.

   DEATH

   After death, a character no longer has conscious awareness, intentional thought, voluntary movement, normal breathing, or effective circulation.

   Do not write intentional dialogue, deliberate gestures, conscious facial expressions, or purposeful reactions after death unless the scene explicitly uses fantasy, hallucination, simulation, or another non-literal mechanism.

   The absence of consciousness must be maintained consistently.

   POSTMORTEM CHANGES

   Postmortem changes occur progressively rather than instantaneously.

   After circulation stops, body temperature gradually approaches the surrounding environment.

   Blood redistributes under gravity, producing postmortem lividity.

   Muscle tone initially changes after death and later rigor mortis develops through biochemical processes.

   Postmortem changes vary according to environmental temperature, body position, clothing, body composition, cause of death, and other circumstances.

   Do not use one rigid universal timeline for every body.

   Distinguish passive physical postmortem changes from conscious behavior.

   GENERAL BEHAVIORAL RULE

   Human reactions to injury are variable.

   Do not force every victim to scream.

   Do not force every victim to remain calm.

   Do not make pain proportional solely to visible damage.

   Do not make every serious injury immediately fatal.

   Do not make every minor injury trivial.

   Do not give a character supernatural pain tolerance because of adrenaline.

   Do not make a character automatically understand their medical condition.

   Do not allow established injuries to disappear without a plausible biological explanation.

   Do not allow dead characters to behave as conscious living humans.

   Prioritize physiological plausibility over cinematic convention.

   When multiple outcomes are medically plausible, do not present one outcome as inevitable unless the mechanism genuinely makes it highly predictable.

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