Function KillObject

Descent3/damage.cpp:1036–1079

Applies a default death to an object Parameters: objp - the object to destroy killer - the object who is killing it, or NULL damage - how much damage was applied in the death blow?

//					killer - the object who is killing it, or NULL
//					damage - how much damage was applied in the death blow?
void KillObject(object *objp, object *killer, float damage) {
  int death_flags = -1;
  float delay_time;

  // Make sure a valid type
  ASSERT(IS_GENERIC(objp->type) || (objp->type == OBJ_DOOR));

  // Bail if already dying or exploding
  if ((objp->flags & OF_DYING) || (objp->flags & OF_DEAD))
    return;

  // Get death info from the object page
  if (IS_GENERIC(objp->type)) {

    // Get random probability
    int r = (ps_rand() * 100 / (D3_RAND_MAX + 1)) + 1; // in range 1 to 100

    // Loop through death types looking for chosen one
    for (int i = 0; i < MAX_DEATH_TYPES; i++) {
      int p = Object_info[objp->id].death_probabilities[i];
      if (r <= p) {
        float delay_min, delay_max;

        death_flags = Object_info[objp->id].death_types[i].flags;

        delay_min = Object_info[objp->id].death_types[i].delay_min;
        delay_max = Object_info[objp->id].death_types[i].delay_max;

        delay_time = delay_min + (delay_max - delay_min) * ps_rand() / D3_RAND_MAX;

        mprintf(0, "Using %d\n", i);
        break;
      }
      r -= p;
    }
  }

  // If no death from page, generate default
  if (death_flags == -1)
    GenerateDefaultDeath(objp, &death_flags, &delay_time);

  // Now kill the object
  KillObject(objp, killer, damage, death_flags, delay_time);
}

// Sets the physics parameters for a falling object
void SetFallingPhysics(object *objp) {