struct Room *get_hated_room_for_quick_attack(struct Computer2 *comp, long min_hate)
{
struct THate hates[PLAYERS_COUNT];
long i;
SYNCDBG(8,"Starting for player %d",(int)comp->dungeon->owner);
get_opponent(comp, hates);
// note that 'i' is not player index, player index is inside THate struct
for (i=0; i < PLAYERS_COUNT; i++)
{
struct THate *hate;
hate = &hates[i];
if (players_are_enemies(comp->dungeon->owner, hate->plyr_idx))
{
if ((hate->pos_near != NULL) && (hate->amount > min_hate))
{
struct Room *room;
room = get_opponent_room(comp, hate->plyr_idx);
if (!room_is_invalid(room)) {
return room;
}
}
}
}
return INVALID_ROOM;
}
void Game_Utils::asynchronous_battle_reset_data()
{
UI::Actor* actor = get_primary_actor();
actor->set_is_dead(false);
reset_character(actor->sprite_id());
actor = get_opponent();
actor->set_is_dead(false);
reset_character(actor->sprite_id());
}
void Game_Utils::send_Real_Time_pk_press_key( int key )
{
// CCLOG("Game_Utils::send_Real_Time_pk_press_key( int key = %d )",key);
int target_id = get_opponent()->sprite_id();
vector<uint64> para;
para.push_back(target_id);
para.push_back(key);
Game_Logic::Game_Content_Interface::instance()->exec_interface("send_online_fight_use_skill",para);
}
void Game_Utils::send_Real_Time_pk_joystick_velocity( int x, int y )
{
int target_id = get_opponent()->sprite_id();
vector<uint64> para;
para.push_back(target_id);
para.push_back(x);
para.push_back(y);
Game_Logic::Game_Content_Interface::instance()->exec_interface("send_online_fight_move",para);
}
void Game_Utils::start_asynchronous_battle()
{
get_opponent()->set_is_hosting(true);
set_operator_is_disable(false);
UI::Game_UI_Delegate * gl = get_Game_UI_layer();
if(gl){
gl->updateCountdownCallback();
}
}
void Game_Utils::send_Real_Time_PK_result( bool bWin )
{
CCLOG("send Real Time PK Result %s", bWin?"win":"fail");
int target_id = get_opponent()->sprite_id();
vector<uint64> para;
para.push_back(target_id);
para.push_back(bWin);
Game_Logic::Game_Content_Interface::instance()->exec_interface("send_online_fight_result",para);
}
bool MatchPool::pop(int size_type, std::vector<MatchEntity*> &camps) {
if (camps.size() != size_t(_camp_size)) {
return false;
}
// find entity for first camp
MatchEntity *ent = camps[0];
if (!top(*ent, size_type)) {
return false;
}
// find others' camp members with size_type
for (size_t i = 1;i < camps.size(); i++) {
MatchEntity *opp = camps[i];
if (!get_opponent(ent, opp, ent->size)) {
return false;
}
}
// find left members
int size = ent->get_size();
while (size < _team_size) {
// find buddies
if (!get_buddy(_team_size - size, camps[0])) {
return false;
}
// find oppoents
for (size_t i = 1;i < camps.size(); i++) {
if (!get_opponent(camps[0], camps[i], _team_size - size)) {
return false;
}
}
size += camps[0]->get_size();
}
return true;
}
void Game_Utils::asynchronous_battle_fail()
{
set_operator_is_disable(true);
int cur_rank = OFFLINE_FIGHT_MGR::instance()->get_self_cur_rank();
Game_Data::offline_fight_challenge_reward_config* config = FIGHT_CONFIG_MGR::instance()->get_offline_fight_challenge_reward_config(cur_rank);
if (config)
{
UI::Game_UI_Delegate * gl = get_Game_UI_layer();
if(gl){
gl->showResult(false, config->lose_gold_, config->lose_prestige_);
}
}
OFFLINE_FIGHT_LOGIC::instance()->offline_fight_finish(get_opponent()->sprite_id(),0);
}
void Game_Utils::Real_Time_PK_reset_data()
{
CCLOG("Real_Time_PK_reset_data");
reset_character(get_primary_actor_id());
reset_character(get_opponent()->sprite_id());
}