Function MultiSendPermissionToFire

Descent3/multi.cpp:8679–8728

}

void MultiSendPermissionToFire(int pnum) {
  MULTI_ASSERT_NOMESSAGE(Netgame.local_role == LR_SERVER);

  object *obj = &Objects[Players[pnum].objnum];

  int count = 0;
  uint8_t data[MAX_GAME_DATA_SIZE];
  int size_offset;
  size_offset = START_DATA(MP_PERMISSION_TO_FIRE, data, &count);
  MultiAddByte(pnum, data, &count);
  MultiAddUbyte(Player_fire_packet[pnum].wb_index, data, &count);
  MultiAddUbyte(Player_fire_packet[pnum].fire_mask, data, &count);
  MultiAddUbyte(Player_fire_packet[pnum].damage_scalar, data, &count);

  // Do position
  // memcpy (&data[count],&obj->pos,sizeof(vector));
  // count+=sizeof(vector);
  MultiAddVector(obj->pos, data, &count);

  // Do orientation
  angvec angs;
  vm_ExtractAnglesFromMatrix(&angs, &obj->orient);

  MultiAddShort(angs.p, data, &count);
  MultiAddShort(angs.h, data, &count);
  MultiAddShort(angs.b, data, &count);

  // Do roomnumber and terrain flag
  MultiAddShort(CELLNUM(obj->roomnum), data, &count);

  // Fill flags
  if (OBJECT_OUTSIDE(obj))
    MultiAddByte(1, data, &count);
  else
    MultiAddByte(0, data, &count);

  END_DATA(count, data, size_offset);

#ifdef RELIABLE_SECONDARIES
  if ((Player_fire_packet[pnum].wb_index >= SECONDARY_INDEX) && (Player_fire_packet[pnum].wb_index != FLARE_INDEX)) {
    // send reliably
    // mprintf(0,"PCS: SENDING RELIABLE FIRE FOR %d\n",pnum);
    MultiSendReliablyToAllExcept(Player_num, data, count, NETSEQ_PLAYING, true);
  } else
#endif
  {
    MultiSendToAllExcept(Player_num, data, count, NETSEQ_PLAYING);
  }
  MultiDoPermissionToFire(data);
}

// A client is asking for permission to fire
void MultiDoRequestToFire(uint8_t *data) {