/**
* Check state changes related to movement
*/
void BehaviorStandard::checkMove() {
// dying enemies can't move
if (e->stats.cur_state == ENEMY_DEAD || e->stats.cur_state == ENEMY_CRITDEAD) return;
// stunned enemies can't act
if (e->stats.effects.stun) return;
// handle not being in combat and (not patrolling waypoints or waiting at waypoint)
if (!e->stats.hero_ally && !e->stats.in_combat && (e->stats.waypoints.empty() || e->stats.waypoint_pause_ticks > 0) && (!e->stats.wander || e->stats.wander_pause_ticks > 0)) {
if (e->stats.cur_state == ENEMY_MOVE) {
e->newState(ENEMY_STANCE);
}
// currently enemies only move while in combat or patrolling
return;
}
// clear current space to allow correct movement
e->map->collider.unblock(e->stats.pos.x, e->stats.pos.y);
// update direction
if (e->stats.facing) {
if (++e->stats.turn_ticks > e->stats.turn_delay) {
// if blocked, face in pathfinder direction instead
if (!e->map->collider.line_of_movement(e->stats.pos.x, e->stats.pos.y, e->stats.hero_pos.x, e->stats.hero_pos.y, e->stats.movement_type)) {
// if a path is returned, target first waypoint
std::vector<Point> path;
e->map->collider.compute_path(e->stats.pos, pursue_pos, path, e->stats.movement_type);
if(!path.empty())
pursue_pos = path.back();
}
if(fleeing)
e->stats.direction = calcDirection(pursue_pos, e->stats.pos);
else
e->stats.direction = calcDirection(e->stats.pos, pursue_pos);
e->stats.turn_ticks = 0;
}
}
// try to start moving
if (e->stats.cur_state == ENEMY_STANCE) {
checkMoveStateStance();
}
// already moving
else if (e->stats.cur_state == ENEMY_MOVE) {
checkMoveStateMove();
}
// if patrolling waypoints and has reached a waypoint, cycle to the next one
if (!e->stats.waypoints.empty()) {
Point waypoint = e->stats.waypoints.front();
Point pos = e->stats.pos;
// if the patroller is close to the waypoint
if (abs(waypoint.x - pos.x) < UNITS_PER_TILE/2 && abs(waypoint.y - pos.y) < UNITS_PER_TILE/2) {
e->stats.waypoints.pop();
e->stats.waypoints.push(waypoint);
e->stats.waypoint_pause_ticks = e->stats.waypoint_pause;
}
}
// if a wandering enemy reaches its destination early, reset wander_ticks
if (e->stats.wander) {
Point pos = e->stats.pos;
if (abs(pursue_pos.x - pos.x) < UNITS_PER_TILE/2 && abs(pursue_pos.y - pos.y) < UNITS_PER_TILE/2) {
e->stats.wander_ticks = 0;
}
if (e->stats.wander_ticks == 0 && e->stats.wander_pause_ticks == 0) {
e->stats.wander_pause_ticks = rand() % 60;
}
}
// re-block current space to allow correct movement
e->map->collider.block(e->stats.pos.x, e->stats.pos.y, e->stats.hero_ally);
}
//////////////////////////////////////////////////////////////////////////////
// 뱀파이어 타일 핸들러
//////////////////////////////////////////////////////////////////////////////
void BloodyBreaker::execute(Vampire* pVampire, ZoneCoord_t X, ZoneCoord_t Y, VampireSkillSlot* pVampireSkillSlot, CEffectID_t CEffectID)
throw(Error)
{
__BEGIN_TRY
//cout << "TID[" << Thread::self() << "]" << getSkillHandlerName() << "begin " << endl;
SkillType_t SkillType = getSkillType();
// Knowledge of Blood 가 있다면 hit bonus 10
int HitBonus = 0;
if (pVampire->hasRankBonus(RankBonus::RANK_BONUS_KNOWLEDGE_OF_BLOOD ) )
{
RankBonus* pRankBonus = pVampire->getRankBonus(RankBonus::RANK_BONUS_KNOWLEDGE_OF_BLOOD);
Assert(pRankBonus != NULL);
HitBonus = pRankBonus->getPoint();
}
try
{
SkillInput input(pVampire);
SkillOutput output;
computeOutput(input, output);
Dir_t Dir = getDirectionToPosition(pVampire->getX(), pVampire->getY(), X, Y);
// 강제로 knockback시킬 확률
// bool bForceKnockback = rand()%100 < output.ToHit;
Player* pPlayer = pVampire->getPlayer();
Zone* pZone = pVampire->getZone();
Assert(pPlayer != NULL);
Assert(pZone != NULL);
VSRect rect(1, 1, pZone->getWidth()-2, pZone->getHeight()-2);
if (!rect.ptInRect(X, Y ))
{
executeSkillFailException(pVampire, SkillType);
return;
}
GCSkillToTileOK1 _GCSkillToTileOK1;
GCSkillToTileOK2 _GCSkillToTileOK2;
// GCSkillToTileOK3 _GCSkillToTileOK3;
// GCSkillToTileOK4 _GCSkillToTileOK4;
GCSkillToTileOK5 _GCSkillToTileOK5;
// GCSkillToTileOK6 _GCSkillToTileOK6;
SkillInfo* pSkillInfo = g_pSkillInfoManager->getSkillInfo(SkillType);
int RequiredMP = decreaseConsumeMP(pVampire, pSkillInfo);
bool bManaCheck = hasEnoughMana(pVampire, RequiredMP);
bool bTimeCheck = verifyRunTime(pVampireSkillSlot);
bool bRangeCheck = verifyDistance(pVampire, X, Y, pSkillInfo->getRange());
if (bManaCheck && bTimeCheck && bRangeCheck )
{
// 마나를 떨어뜨린다.
decreaseMana(pVampire, RequiredMP, _GCSkillToTileOK1);
// 좌표와 방향을 구한다.
ZoneCoord_t myX = pVampire->getX();
ZoneCoord_t myY = pVampire->getY();
Dir_t dir = calcDirection(myX, myY, X, Y);
list<Creature*> cList;
// knockback 때문에 recursive 하게 데미지를 먹는 경우가 있다.
// 그래서 제일 먼쪽에 있는 마스크부터 체크한다.
for (int i = 21; i >= 0; i-- )
{
int tileX = myX + m_pBloodyBreakerMask[Dir][i].x;
int tileY = myY + m_pBloodyBreakerMask[Dir][i].y;
// 현재 타일이 존 내부이고, 안전지대가 아니라면 맞을 가능성이 있다.
if (rect.ptInRect(tileX, tileY))
{
// 타일을 받아온다.
Tile& tile = pZone->getTile(tileX, tileY);
list<Creature*> targetList;
if (tile.hasCreature(Creature::MOVE_MODE_WALKING))
{
Creature* pCreature = tile.getCreature(Creature::MOVE_MODE_WALKING);
targetList.push_back(pCreature);
}
if (tile.hasCreature(Creature::MOVE_MODE_FLYING))
{
Creature* pCreature = tile.getCreature(Creature::MOVE_MODE_FLYING);
targetList.push_back(pCreature);
}
if (tile.hasCreature(Creature::MOVE_MODE_BURROWING))
{
Creature* pCreature = tile.getCreature(Creature::MOVE_MODE_BURROWING);
targetList.push_back(pCreature);
}
list<Creature*>::iterator itr = targetList.begin();
for(; itr != targetList.end(); itr++)
{
Creature* pTargetCreature = (*itr);
Assert(pTargetCreature != NULL);
if (!canAttack(pVampire, pTargetCreature )
|| pTargetCreature->isFlag(Effect::EFFECT_CLASS_COMA) )
{
continue;
}
if (pTargetCreature != pVampire)
{
bool bPK = verifyPK(pVampire, pTargetCreature);
bool bRaceCheck = pTargetCreature->isSlayer() || pTargetCreature->isMonster() || pTargetCreature->isOusters();
bool bZoneLevelCheck = checkZoneLevelToHitTarget(pTargetCreature);
bool bHitRoll = false;//HitRoll::isSuccessMagic(pVampire, pSkillInfo, pVampireSkillSlot, HitBonus);
int EnemyLevel = 0;
if (pTargetCreature->isSlayer() )
{
Slayer* pSlayer = dynamic_cast<Slayer*>(pTargetCreature);
EnemyLevel = pSlayer->getHighestSkillDomainLevel();
}
else if (pTargetCreature->isOusters() )
{
Ousters* pOusters = dynamic_cast<Ousters*>(pTargetCreature);
EnemyLevel = pOusters->getLevel();
}
else if (pTargetCreature->isMonster() )
{
Monster* pMonster = dynamic_cast<Monster*>(pTargetCreature);
EnemyLevel = pMonster->getLevel();
}
// min : 20, max : 100
int hitRatio = max(20, 50 + pVampire->getLevel() - EnemyLevel + HitBonus);
bHitRoll = (rand()%100) < hitRatio;
if (bPK && bRaceCheck && bZoneLevelCheck && bHitRoll)
{
Damage_t Damage = 0;
bool bForceKnockback = rand() & 1;
Damage += computeMagicDamage(pTargetCreature, output.Damage, SkillType, true, pVampire);
ObjectID_t targetObjectID = pTargetCreature->getObjectID();
cList.push_back(pTargetCreature);
_GCSkillToTileOK1.addCListElement(targetObjectID);
_GCSkillToTileOK2.addCListElement(targetObjectID);
_GCSkillToTileOK5.addCListElement(targetObjectID);
// 일단 맞는 놈이 받을 패킷은 널 상태로 한 채로, 데미지를 준다.
setDamage(pTargetCreature, Damage, pVampire, SkillType, NULL, &_GCSkillToTileOK1);
computeAlignmentChange(pTargetCreature, Damage, pVampire, NULL, &_GCSkillToTileOK1);
increaseAlignment(pVampire, pTargetCreature, _GCSkillToTileOK1);
// 크리티컬 히트라면 상대방을 뒤로 물러나게 한다.
if (bForceKnockback)
{
knockbackCreature(pZone, pTargetCreature, pVampire->getX(), pVampire->getY());
}
if (pTargetCreature->isDead())
{
int exp = computeCreatureExp(pTargetCreature, KILL_EXP);
shareVampExp(pVampire, exp, _GCSkillToTileOK1);
}
}
}
}
}
}
// 공격자의 아이템 내구성을 떨어뜨린다.
decreaseDurability(pVampire, NULL, pSkillInfo, &_GCSkillToTileOK1, NULL);
_GCSkillToTileOK1.setSkillType(SkillType);
_GCSkillToTileOK1.setCEffectID(0);
_GCSkillToTileOK1.setX(X);
_GCSkillToTileOK1.setY(Y);
_GCSkillToTileOK1.setRange(dir);
_GCSkillToTileOK1.setDuration(0);
_GCSkillToTileOK2.setObjectID(pVampire->getObjectID());
_GCSkillToTileOK2.setSkillType(SkillType);
_GCSkillToTileOK2.setX(X);
_GCSkillToTileOK2.setY(Y);
_GCSkillToTileOK2.setRange(dir);
_GCSkillToTileOK2.setDuration(0);
_GCSkillToTileOK5.setObjectID(pVampire->getObjectID());
_GCSkillToTileOK5.setSkillType(SkillType);
_GCSkillToTileOK5.setX(X);
_GCSkillToTileOK5.setY(Y);
_GCSkillToTileOK5.setRange(dir);
_GCSkillToTileOK5.setDuration(0);
pPlayer->sendPacket(&_GCSkillToTileOK1);
// 이 기술에 의해 영향을 받는 놈들에게 패킷을 보내줘야 한다.
for (list<Creature*>::const_iterator itr = cList.begin(); itr != cList.end(); itr++)
{
Creature * pTargetCreature = *itr;
Assert(pTargetCreature != NULL);
if (pTargetCreature->isPC())
{
_GCSkillToTileOK2.clearList();
// HP의 변경사항을 패킷에다 기록한다.
HP_t targetHP = 0;
if (pTargetCreature->isSlayer())
{
targetHP = (dynamic_cast<Slayer*>(pTargetCreature))->getHP(ATTR_CURRENT);
}
else if (pTargetCreature->isVampire())
{
targetHP = (dynamic_cast<Vampire*>(pTargetCreature))->getHP(ATTR_CURRENT);
}
else if (pTargetCreature->isOusters())
{
targetHP = (dynamic_cast<Ousters*>(pTargetCreature))->getHP(ATTR_CURRENT);
}
_GCSkillToTileOK2.addShortData(MODIFY_CURRENT_HP, targetHP);
// 아이템의 내구력을 떨어뜨린다.
decreaseDurability(NULL, pTargetCreature, pSkillInfo, NULL, &_GCSkillToTileOK2);
// 패킷을 보내준다.
pTargetCreature->getPlayer()->sendPacket(&_GCSkillToTileOK2);
}
else if (pTargetCreature->isMonster())
{
// 당근 적으로 인식한다.
Monster* pMonster = dynamic_cast<Monster*>(pTargetCreature);
pMonster->addEnemy(pVampire);
}
}
cList.push_back(pVampire);
pZone->broadcastPacket(myX, myY, &_GCSkillToTileOK5 , cList);
// set Next Run Time
pVampireSkillSlot->setRunTime(output.Delay);
}
else
{
executeSkillFailNormal(pVampire, SkillType, NULL);
}
}
catch (Throwable & t)
{
executeSkillFailException(pVampire, SkillType);
}
//cout << "TID[" << Thread::self() << "]" << getSkillHandlerName() << " end " << endl;
__END_CATCH
}
void Avatar::handlePower(std::vector<ActionData> &action_queue) {
bool blocking = false;
for (unsigned i=0; i<action_queue.size(); i++) {
ActionData &action = action_queue[i];
const Power &power = powers->getPower(action.power);
if (power.new_state == POWSTATE_BLOCK)
blocking = true;
if (action.power != 0 && (stats.cooldown_ticks == 0 || action.instant_item)) {
FPoint target = action.target;
// check requirements
if ((stats.cur_state == AVATAR_ATTACK || stats.cur_state == AVATAR_HIT) && !action.instant_item)
continue;
if (!stats.canUsePower(power, action.power))
continue;
if (power.requires_los && !mapr->collider.line_of_sight(stats.pos.x, stats.pos.y, target.x, target.y))
continue;
if (power.requires_empty_target && !mapr->collider.is_empty(target.x, target.y))
continue;
if (hero_cooldown[action.power] > 0)
continue;
if (!powers->hasValidTarget(action.power, &stats, target))
continue;
// automatically target the selected enemy with melee attacks
if (power.type == POWTYPE_FIXED && power.starting_pos == STARTING_POS_MELEE && enemy_pos.x != -1 && enemy_pos.y != -1) {
target = enemy_pos;
}
// draw a target on the ground if we're attacking
if (!power.buff && !power.buff_teleport && power.type != POWTYPE_TRANSFORM && power.new_state != POWSTATE_BLOCK) {
if (target_anim) {
target_pos = target;
target_visible = true;
target_anim->reset();
}
lock_cursor = true;
}
else {
curs->setCursor(CURSOR_NORMAL);
}
if (power.new_state != POWSTATE_INSTANT) {
current_power = action.power;
act_target = target;
attack_anim = power.attack_anim;
}
// is this a power that requires changing direction?
if (power.face) {
stats.direction = calcDirection(stats.pos, target);
}
switch (power.new_state) {
case POWSTATE_ATTACK: // handle attack powers
stats.cur_state = AVATAR_ATTACK;
break;
case POWSTATE_BLOCK: // handle blocking
stats.cur_state = AVATAR_BLOCK;
powers->activate(action.power, &stats, target);
hero_cooldown[action.power] = power.cooldown;
stats.refresh_stats = true;
break;
case POWSTATE_INSTANT: // handle instant powers
powers->activate(action.power, &stats, target);
hero_cooldown[action.power] = power.cooldown;
break;
}
}
}
stats.blocking = blocking;
}
//////////////////////////////////////////////////////////////////////
//
// ThunderFlash::execute()
//
//////////////////////////////////////////////////////////////////////
void ThunderFlash::execute(Slayer* pSlayer, ZoneCoord_t X, ZoneCoord_t Y, SkillSlot* pSkillSlot, CEffectID_t CEffectID)
throw(Error)
{
__BEGIN_TRY
//cout << "TID[" << Thread::self() << "]" << getSkillHandlerName() << " begin" << endl;
Assert(pSlayer != NULL);
Assert(pSkillSlot != NULL);
try
{
Player* pPlayer = pSlayer->getPlayer();
Zone* pZone = pSlayer->getZone();
Assert(pPlayer != NULL);
Assert(pZone != NULL);
// 무장하고 있는 무기가 널이거나, SWORD가 아니라면 사용할 수 없다.
Item* pItem = pSlayer->getWearItem(Slayer::WEAR_RIGHTHAND);
if (pItem == NULL || pItem->getItemClass() != Item::ITEM_CLASS_SWORD)
{
executeSkillFailException(pSlayer, getSkillType());
//cout << "TID[" << Thread::self() << "]" << getSkillHandlerName() << " end" << endl;
return;
}
bool bIncreaseExp = pSlayer->isRealWearingEx(Slayer::WEAR_RIGHTHAND);
GCSkillToTileOK1 _GCSkillToTileOK1;
GCSkillToTileOK2 _GCSkillToTileOK2;
GCSkillToTileOK5 _GCSkillToTileOK5;
SkillType_t SkillType = pSkillSlot->getSkillType();
SkillInfo* pSkillInfo = g_pSkillInfoManager->getSkillInfo(SkillType);
SkillDomainType_t DomainType = pSkillInfo->getDomainType();
SkillLevel_t SkillLevel = pSkillSlot->getExpLevel();
int RequiredMP = (int)pSkillInfo->getConsumeMP();
bool bManaCheck = hasEnoughMana(pSlayer, RequiredMP);
bool bTimeCheck = verifyRunTime(pSkillSlot);
bool bRangeCheck = verifyDistance(pSlayer, X, Y, pSkillInfo->getRange());
// 마나가 있어야 하고, 시간과 거리 체크에 성공하고,
if (bManaCheck && bTimeCheck && bRangeCheck)
{
// MP를 떨어뜨린다.
decreaseMana(pSlayer, RequiredMP, _GCSkillToTileOK1);
// 좌표와 방향을 구한다.
ZoneCoord_t myX = pSlayer->getX();
ZoneCoord_t myY = pSlayer->getY();
Dir_t dir = calcDirection(myX, myY, X, Y);
SkillInput input(pSlayer, pSkillSlot);
SkillOutput output;
computeOutput(input, output);
Damage_t SkillDamage = output.Damage;
Damage_t Damage = 0;
bool bHit = false;
Level_t maxEnemyLevel = 0;
uint EnemyNum = 0;
VSRect rect(1, 1, pZone->getWidth()-2, pZone->getHeight()-2);
list<Creature*> cList;
for (int count=0; count<4; count++)
{
int tileX = X + m_pThunderFlashMask[count].x;
int tileY = Y + m_pThunderFlashMask[count].y;
// 현재 타일이 존 내부이고, 안전지대가 아니라면, 맞을 확률이 있다.
if (rect.ptInRect(tileX, tileY))
{
// 타일을 받아온다.
Tile& tile = pZone->getTile(tileX, tileY);
list<Creature*> targetList;
if (tile.hasCreature(Creature::MOVE_MODE_WALKING))
{
Creature* pCreature = tile.getCreature(Creature::MOVE_MODE_WALKING);
targetList.push_back(pCreature);
}
list<Creature*>::iterator itr = targetList.begin();
for(; itr != targetList.end(); itr++)
{
Creature* pTargetCreature = (*itr);
Assert(pTargetCreature != NULL);
bool bMoveModeCheck = (pTargetCreature->getMoveMode() == Creature::MOVE_MODE_WALKING) ? true : false;
bool bHitRoll = HitRoll::isSuccess(pSlayer, pTargetCreature, SkillLevel/2);
//bool bCanHit = canHit(pSlayer, pTargetCreature, SkillType);
bool bCanHit = true;
bool bPK = verifyPK(pSlayer, pTargetCreature);
bool bRaceCheck = pTargetCreature->isSlayer() || pTargetCreature->isNPC();
bool bZoneLevelCheck = checkZoneLevelToHitTarget(pTargetCreature);
if (bMoveModeCheck && bHitRoll && bCanHit && bPK && !bRaceCheck && bZoneLevelCheck)
{
CheckCrossCounter(pSlayer, pTargetCreature, Damage, pSkillInfo->getRange());
bool bCriticalHit = false;
Damage = computeDamage(pSlayer, pTargetCreature, SkillLevel/5, bCriticalHit) + SkillDamage;
ObjectID_t targetObjectID = pTargetCreature->getObjectID();
cList.push_back(pTargetCreature);
_GCSkillToTileOK1.addCListElement(targetObjectID);
_GCSkillToTileOK2.addCListElement(targetObjectID);
_GCSkillToTileOK5.addCListElement(targetObjectID);
// 일단 맞는 놈이 받을 패킷은 널 상태로 한 채로, 데미지를 준다.
setDamage(pTargetCreature, Damage, pSlayer, SkillType, NULL, &_GCSkillToTileOK1);
computeAlignmentChange(pTargetCreature, Damage, pSlayer, NULL, &_GCSkillToTileOK1);
increaseAlignment(pSlayer, pTargetCreature, _GCSkillToTileOK1);
// 크리티컬 히트라면 상대방을 뒤로 물러나게 한다.
if (bCriticalHit)
{
knockbackCreature(pZone, pTargetCreature, pSlayer->getX(), pSlayer->getY());
}
// 슬레이어가 아닐 경우에만 맞은 것으로 간주한다.
if (!pTargetCreature->isSlayer())
{
bHit = true;
if (maxEnemyLevel < pTargetCreature->getLevel() ) maxEnemyLevel = pTargetCreature->getLevel();
EnemyNum++;
}
}
} //for (; itr != objectList.end(); itr++)
} // if (rect.ptInRect(tileX, tileY) && ...
} // for (int count=0; count<3; count++)
if (bHit)
{
if (bIncreaseExp)
{
shareAttrExp(pSlayer, Damage , 8, 1, 1, _GCSkillToTileOK1);
increaseDomainExp(pSlayer, DomainType, pSkillInfo->getPoint(), _GCSkillToTileOK1, maxEnemyLevel, EnemyNum);
increaseSkillExp(pSlayer, DomainType, pSkillSlot, pSkillInfo, _GCSkillToTileOK1);
}
}
// 공격자 아이템 내구성 떨어트림.
decreaseDurability(pSlayer, NULL, pSkillInfo, &_GCSkillToTileOK1, NULL);
_GCSkillToTileOK1.setSkillType(SkillType);
_GCSkillToTileOK1.setCEffectID(CEffectID);
_GCSkillToTileOK1.setX(X);
_GCSkillToTileOK1.setY(Y);
_GCSkillToTileOK1.setRange(dir);
_GCSkillToTileOK1.setDuration(0);
_GCSkillToTileOK2.setObjectID(pSlayer->getObjectID());
_GCSkillToTileOK2.setSkillType(SkillType);
_GCSkillToTileOK2.setX(X);
_GCSkillToTileOK2.setY(Y);
_GCSkillToTileOK2.setRange(dir);
_GCSkillToTileOK2.setDuration(0);
_GCSkillToTileOK5.setObjectID(pSlayer->getObjectID());
_GCSkillToTileOK5.setSkillType(SkillType);
_GCSkillToTileOK5.setX(X);
_GCSkillToTileOK5.setY(Y);
_GCSkillToTileOK5.setRange(dir);
_GCSkillToTileOK5.setDuration(0);
pPlayer->sendPacket(&_GCSkillToTileOK1);
// 이 기술에 의해 영향을 받는 놈들에게 패킷을 보내줘야 한다.
for (list<Creature*>::const_iterator itr = cList.begin(); itr != cList.end(); itr++)
{
Creature * pTargetCreature = *itr;
Assert(pTargetCreature != NULL);
if (pTargetCreature->isPC())
{
_GCSkillToTileOK2.clearList();
// HP의 변경사항을 패킷에다 기록한다.
HP_t targetHP = 0;
if (pTargetCreature->isSlayer()) targetHP = (dynamic_cast<Slayer*>(pTargetCreature))->getHP(ATTR_CURRENT);
else if (pTargetCreature->isVampire()) targetHP = (dynamic_cast<Vampire*>(pTargetCreature))->getHP(ATTR_CURRENT);
_GCSkillToTileOK2.addShortData(MODIFY_CURRENT_HP, targetHP);
// 아이템의 내구력을 떨어뜨린다.
decreaseDurability(NULL, pTargetCreature, pSkillInfo, NULL, &_GCSkillToTileOK2);
// 패킷을 보내준다.
pTargetCreature->getPlayer()->sendPacket(&_GCSkillToTileOK2);
}
else if (pTargetCreature->isMonster())
{
// 당근 적으로 인식한다.
Monster* pMonster = dynamic_cast<Monster*>(pTargetCreature);
pMonster->addEnemy(pSlayer);
}
}
cList.push_back(pSlayer);
pZone->broadcastPacket(myX, myY, &_GCSkillToTileOK5 , cList);
// set Next Run Time
pSkillSlot->setRunTime(output.Delay);
}
else
{
executeSkillFailNormal(pSlayer, getSkillType(), NULL);
}
}
catch (Throwable & t)
{
executeSkillFailException(pSlayer, getSkillType());
}
//cout << "TID[" << Thread::self() << "]" << getSkillHandlerName() << " end" << endl;
__END_CATCH
}
unsigned char calcDirection(const FPoint &src, const FPoint &dst) {
return calcDirection(src.x, src.y, dst.x, dst.y);
}
/**
* Check state changes related to movement
*/
void BehaviorStandard::checkMove() {
// dying enemies can't move
if (e->stats.cur_state == ENEMY_DEAD || e->stats.cur_state == ENEMY_CRITDEAD) return;
// stunned enemies can't act
if (e->stats.effects.stun) return;
// handle not being in combat and (not patrolling waypoints or waiting at waypoint)
if (!e->stats.hero_ally && !e->stats.in_combat && (e->stats.waypoints.empty() || e->stats.waypoint_pause_ticks > 0) && (!e->stats.wander || e->stats.wander_pause_ticks > 0)) {
if (e->stats.cur_state == ENEMY_MOVE) {
e->newState(ENEMY_STANCE);
}
// currently enemies only move while in combat or patrolling
return;
}
// clear current space to allow correct movement
mapr->collider.unblock(e->stats.pos.x, e->stats.pos.y);
// update direction
if (e->stats.facing) {
if (++e->stats.turn_ticks > e->stats.turn_delay) {
// if blocked, face in pathfinder direction instead
if (!mapr->collider.line_of_movement(e->stats.pos.x, e->stats.pos.y, pc->stats.pos.x, pc->stats.pos.y, e->stats.movement_type)) {
// if a path is returned, target first waypoint
bool recalculate_path = false;
//if theres no path, it needs to be calculated
if(path.empty())
recalculate_path = true;
//if the target moved more than 1 tile away, recalculate
if(calcDist(map_to_collision(prev_target), map_to_collision(pursue_pos)) > 1)
recalculate_path = true;
//if a collision ocurred then recalculate
if(collided)
recalculate_path = true;
//add a 5% chance to recalculate on every frame. This prevents reclaulating lots of entities in the same frame
chance_calc_path += 5;
if(percentChance(chance_calc_path))
recalculate_path = true;
//dont recalculate if we were blocked and no path was found last time
//this makes sure that pathfinding calculation is not spammed when the target is unreachable and the entity is as close as its going to get
if(!path_found && collided && !percentChance(chance_calc_path))
recalculate_path = false;
else//reset the collision flag only if we dont want the cooldown in place
collided = false;
prev_target = pursue_pos;
// target first waypoint
if(recalculate_path) {
chance_calc_path = -100;
path.clear();
path_found = mapr->collider.compute_path(e->stats.pos, pursue_pos, path, e->stats.movement_type);
}
if(!path.empty()) {
pursue_pos = path.back();
//if distance to node is lower than a tile size, the node is going to be passed and can be removed
if(calcDist(e->stats.pos, pursue_pos) <= 64)
path.pop_back();
}
}
else {
path.clear();
}
if(fleeing)
e->stats.direction = calcDirection(pursue_pos, e->stats.pos);
else
e->stats.direction = calcDirection(e->stats.pos, pursue_pos);
e->stats.turn_ticks = 0;
}
}
// try to start moving
if (e->stats.cur_state == ENEMY_STANCE) {
checkMoveStateStance();
}
// already moving
else if (e->stats.cur_state == ENEMY_MOVE) {
checkMoveStateMove();
}
// if patrolling waypoints and has reached a waypoint, cycle to the next one
if (!e->stats.waypoints.empty()) {
FPoint waypoint = e->stats.waypoints.front();
FPoint pos = e->stats.pos;
// if the patroller is close to the waypoint
if (fabs(waypoint.x - pos.x) < 0.5 && fabs(waypoint.y - pos.y) < 0.5) {
e->stats.waypoints.pop();
e->stats.waypoints.push(waypoint);
e->stats.waypoint_pause_ticks = e->stats.waypoint_pause;
}
}
// if a wandering enemy reaches its destination early, reset wander_ticks
if (e->stats.wander) {
FPoint pos = e->stats.pos;
if (fabs(pursue_pos.x - pos.x) < 0.5 && fabs(pursue_pos.y - pos.y) < 0.5) {
e->stats.wander_ticks = 0;
}
if (e->stats.wander_ticks == 0 && e->stats.wander_pause_ticks == 0) {
e->stats.wander_pause_ticks = rand() % 60;
}
}
// re-block current space to allow correct movement
mapr->collider.block(e->stats.pos.x, e->stats.pos.y, e->stats.hero_ally);
}
//////////////////////////////////////////////////////////////////////////////
// 슬레이어 타일 핸들러 - AR이나 SMG를 들고 있을 경우
//////////////////////////////////////////////////////////////////////////////
void MoleShot::ARSMGexecute(Slayer* pSlayer, ZoneCoord_t X, ZoneCoord_t Y, SkillSlot* pSkillSlot, CEffectID_t CEffectID)
throw(Error)
{
__BEGIN_TRY
//cout << "TID[" << Thread::self() << "]" << getSkillHandlerName() << " SGexecute Begin" << endl;
Assert(pSlayer != NULL);
Assert(pSkillSlot != NULL);
try
{
Player* pPlayer = pSlayer->getPlayer();
Zone* pZone = pSlayer->getZone();
Assert(pPlayer != NULL);
Assert(pZone != NULL);
GCSkillToTileOK1 _GCSkillToTileOK1;
GCSkillToTileOK2 _GCSkillToTileOK2;
GCSkillToTileOK3 _GCSkillToTileOK3;
GCSkillToTileOK4 _GCSkillToTileOK4;
GCSkillToTileOK5 _GCSkillToTileOK5;
SkillInfo* pSkillInfo = g_pSkillInfoManager->getSkillInfo(getSkillType());
SkillDomainType_t DomainType = pSkillInfo->getDomainType();
Level_t SkillLevel = pSkillSlot->getExpLevel();
Item* pWeapon = pSlayer->getWearItem(Slayer::WEAR_RIGHTHAND);
Assert(pWeapon != NULL);
bool bIncreaseExp = pSlayer->isRealWearingEx(Slayer::WEAR_RIGHTHAND);
int RequiredMP = (int)pSkillInfo->getConsumeMP();
bool bManaCheck = hasEnoughMana(pSlayer, RequiredMP);
bool bTimeCheck = verifyRunTime(pSkillSlot);
bool bRangeCheck = verifyDistance(pSlayer, X, Y, pWeapon->getRange());
bool bBulletCheck = (getRemainBullet(pWeapon) > 0) ? true : false;
// 총알 숫자는 무조건 떨어뜨린다.
Bullet_t RemainBullet = 0;
if (bBulletCheck)
{
decreaseBullet(pWeapon);
// 한발쓸때마다 저장할 필요 없다. by sigi. 2002.5.9
// pWeapon->save(pSlayer->getName(), STORAGE_GEAR, 0, Slayer::WEAR_RIGHTHAND, 0);
RemainBullet = getRemainBullet(pWeapon);
}
// 데미지, 투힛 보너스, 좌표와 방향을 구한다.
int ToHitBonus = 0;
int DamageBonus = 0;
int ToHitPenalty = 0;
int DamagePenalty = 0;
ZoneCoord_t myX = pSlayer->getX();
ZoneCoord_t myY = pSlayer->getY();
Dir_t dir = calcDirection(myX, myY, X, Y);
bool bHit = false; // 한번이라도 맞았는가를 저장하기 위한 변수
Damage_t Damage = 0; // 마지막으로 입힌 데미지를 저장하기 위한 변수
// AR이나 SMG일 경우에는 2부터 시작해서 4까지의 splash 데미지를 입힌다.
int Splash = 1 + pSkillSlot->getExpLevel()/30 + 1;
if (bManaCheck && bTimeCheck && bRangeCheck && bBulletCheck)
{
decreaseMana(pSlayer, RequiredMP, _GCSkillToTileOK1);
SkillInput input(pSlayer, pSkillSlot);
SkillOutput output;
computeOutput(input, output);
// 음수 값이 돌아온다.
ToHitPenalty = getPercentValue(pSlayer->getToHit(), output.ToHit);
list<Creature*> cList;
list<Creature*> creatureList;
getSplashVictims(pZone, X, Y, Creature::CREATURE_CLASS_MAX, creatureList, Splash);
Level_t maxEnemyLevel = 0;
uint EnemyNum = 0;
list<Creature*>::iterator itr = creatureList.begin();
for (; itr != creatureList.end(); itr++)
{
Creature* pTargetCreature = (*itr);
Assert(pTargetCreature != NULL);
ToHitBonus = computeArmsWeaponToHitBonus(pWeapon, myX, myY, pTargetCreature->getX(), pTargetCreature->getY());
DamageBonus = computeArmsWeaponDamageBonus(pWeapon, myX, myY, pTargetCreature->getX(), pTargetCreature->getY());
bool bInvokerCheck = (pTargetCreature->getObjectID() == pSlayer->getObjectID()) ? true : false;
bool bRaceCheck = pTargetCreature->isSlayer() || pTargetCreature->isNPC();
bool bHitRoll = HitRoll::isSuccess(pSlayer, pTargetCreature, ToHitPenalty + ToHitBonus);
bool bPK = verifyPK(pSlayer, pTargetCreature);
bool bZoneLevelCheck = checkZoneLevelToHitTarget(pTargetCreature);
if (pTargetCreature->isFlag(Effect::EFFECT_CLASS_NO_DAMAGE )
|| pTargetCreature->isFlag(Effect::EFFECT_CLASS_COMA )
)
{
bHitRoll = false;
}
if (!bInvokerCheck && !bRaceCheck && bHitRoll && bPK && bZoneLevelCheck)
{
bool bCriticalHit = false;
// 데미지를 계산해서 페널티를 가한다.
// 보너스는 멀티샷 페널티 때문에 음수가 될 수도 있다.
Damage = computeDamage(pSlayer, pTargetCreature, SkillLevel/5, bCriticalHit);
DamagePenalty = getPercentValue(Damage, output.Damage);
Damage = max(0, Damage + DamagePenalty + DamageBonus);
// 메인 타겟을 제외하고는, 스플래시 데미지를 입는데,
// 스플래시 데미지는 일반 데미지의 50%다.
if (pTargetCreature->getX() != X || pTargetCreature->getY() != Y)
{
Damage = Damage/2;
}
// 소드웨이브와는 달리 크로스 카운터 체크는 하지 않는다.
ObjectID_t targetObjectID = pTargetCreature->getObjectID();
cList.push_back(pTargetCreature);
_GCSkillToTileOK1.addCListElement(targetObjectID);
_GCSkillToTileOK2.addCListElement(targetObjectID);
_GCSkillToTileOK5.addCListElement(targetObjectID);
setDamage(pTargetCreature, Damage, pSlayer, getSkillType(), NULL, &_GCSkillToTileOK1);
computeAlignmentChange(pTargetCreature, Damage, pSlayer, NULL, &_GCSkillToTileOK1);
// 크리티컬 히트라면 상대방을 뒤로 물러나게 한다.
if (bCriticalHit)
{
knockbackCreature(pZone, pTargetCreature, pSlayer->getX(), pSlayer->getY());
}
// 슬레이어가 아닐 경우에만 맞춘 걸로 간주한다.
if (!pTargetCreature->isSlayer())
{
bHit = true;
if (maxEnemyLevel < pTargetCreature->getLevel() ) maxEnemyLevel = pTargetCreature->getLevel();
EnemyNum++;
}
}
}
if (bHit)
{
if (bIncreaseExp)
{
increaseDomainExp(pSlayer, DomainType , pSkillInfo->getPoint(), _GCSkillToTileOK1, maxEnemyLevel, EnemyNum);
shareAttrExp(pSlayer, Damage , 1, 8, 1, _GCSkillToTileOK1);
}
increaseSkillExp(pSlayer, DomainType, pSkillSlot, pSkillInfo, _GCSkillToTileOK1);
}
_GCSkillToTileOK1.addShortData(MODIFY_BULLET, RemainBullet);
decreaseDurability(pSlayer, NULL, pSkillInfo, &_GCSkillToTileOK1, NULL);
_GCSkillToTileOK1.setSkillType(getSkillType());
_GCSkillToTileOK1.setCEffectID(CEffectID);
_GCSkillToTileOK1.setX(X);
_GCSkillToTileOK1.setY(Y);
_GCSkillToTileOK1.setRange(dir);
_GCSkillToTileOK1.setDuration(0);
_GCSkillToTileOK2.setObjectID(pSlayer->getObjectID());
_GCSkillToTileOK2.setSkillType(getSkillType());
_GCSkillToTileOK2.setX(X);
_GCSkillToTileOK2.setY(Y);
_GCSkillToTileOK2.setRange(dir);
_GCSkillToTileOK2.setDuration(0);
_GCSkillToTileOK3.setObjectID(pSlayer->getObjectID());
_GCSkillToTileOK3.setSkillType(getSkillType());
_GCSkillToTileOK3.setX(X);
_GCSkillToTileOK3.setY(Y);
_GCSkillToTileOK4.setSkillType(getSkillType());
_GCSkillToTileOK4.setX(X);
_GCSkillToTileOK4.setY(Y);
_GCSkillToTileOK4.setDuration(0);
_GCSkillToTileOK4.setRange(dir);
_GCSkillToTileOK5.setObjectID(pSlayer->getObjectID());
_GCSkillToTileOK5.setSkillType(getSkillType());
_GCSkillToTileOK5.setX(X);
_GCSkillToTileOK5.setY(Y);
_GCSkillToTileOK5.setRange(dir);
_GCSkillToTileOK5.setDuration(0);
pPlayer->sendPacket(&_GCSkillToTileOK1);
// 이 기술에 의해 영향을 받는 놈들에게 패킷을 보내줘야 한다.
for(list<Creature*>::const_iterator itr = cList.begin(); itr != cList.end(); itr++)
{
Creature* pTargetCreature = *itr;
Assert(pTargetCreature != NULL);
if (pTargetCreature->isPC())
{
_GCSkillToTileOK2.clearList();
HP_t targetHP = 0;
if (pTargetCreature->isSlayer())
{
targetHP = (dynamic_cast<Slayer*>(pTargetCreature))->getHP();
}
else if (pTargetCreature->isVampire())
{
targetHP = (dynamic_cast<Vampire*>(pTargetCreature))->getHP();
}
_GCSkillToTileOK2.addShortData(MODIFY_CURRENT_HP, targetHP);
// 아이템의 내구력을 떨어뜨린다.
decreaseDurability(NULL, pTargetCreature, pSkillInfo, NULL, &_GCSkillToTileOK2);
// 패킷을 보내준다.
Player* pPlayer = pTargetCreature->getPlayer();
Assert(pPlayer != NULL);
pPlayer->sendPacket(&_GCSkillToTileOK2);
}
else if (pTargetCreature->isMonster())
{
// 당근 적으로 인식한다.
Monster* pMonster = dynamic_cast<Monster*>(pTargetCreature);
pMonster->addEnemy(pSlayer);
}
}
cList.push_back(pSlayer);
cList = pZone->broadcastSkillPacket(myX, myY, X, Y, &_GCSkillToTileOK5, cList);
pZone->broadcastPacket(myX, myY, &_GCSkillToTileOK3 , cList);
pZone->broadcastPacket(X, Y, &_GCSkillToTileOK4 , cList);
pSkillSlot->setRunTime(output.Delay);
}
else
{
executeSkillFailNormalWithGun(pSlayer, getSkillType(), NULL, RemainBullet);
}
}
catch (Throwable & t)
{
executeSkillFailException(pSlayer, getSkillType());
}
//cout << "TID[" << Thread::self() << "]" << getSkillHandlerName() << " SGexecute End" << endl;
__END_CATCH
}
/**
* Apply basic power info to a new hazard.
*
* This can be called several times to combine powers.
* Typically done when a base power can be modified by equipment
* (e.g. ammo type affects the traits of powers that shoot)
*
* @param power_index The activated power ID
* @param src_stats The StatBlock of the power activator
* @param target Aim position in map coordinates
* @param haz A newly-initialized hazard
*/
void PowerManager::initHazard(int power_index, StatBlock *src_stats, Point target, Hazard *haz) {
//the hazard holds the statblock of its source
haz->src_stats = src_stats;
// Hazard attributes based on power source
haz->crit_chance = src_stats->crit;
haz->accuracy = src_stats->accuracy;
// Hazard damage depends on equipped weapons and the power's optional damage_multiplier
if (powers[power_index].base_damage == BASE_DAMAGE_MELEE) {
haz->dmg_min = src_stats->dmg_melee_min;
haz->dmg_max = src_stats->dmg_melee_max;
}
else if (powers[power_index].base_damage == BASE_DAMAGE_RANGED) {
haz->dmg_min = src_stats->dmg_ranged_min;
haz->dmg_max = src_stats->dmg_ranged_max;
}
else if (powers[power_index].base_damage == BASE_DAMAGE_MENT) {
haz->dmg_min = src_stats->dmg_ment_min;
haz->dmg_max = src_stats->dmg_ment_max;
}
//apply the multiplier
haz->dmg_min = ceil(haz->dmg_min * powers[power_index].damage_multiplier / 100.0);
haz->dmg_max = ceil(haz->dmg_max * powers[power_index].damage_multiplier / 100.0);
// Only apply stats from powers that are not defaults
// If we do this, we can init with multiple power layers
// (e.g. base spell plus weapon type)
if (powers[power_index].gfx_index != -1) {
haz->sprites = gfx[powers[power_index].gfx_index];
}
if (powers[power_index].rendered) {
haz->rendered = powers[power_index].rendered;
}
if (powers[power_index].lifespan != 0) {
haz->lifespan = powers[power_index].lifespan;
}
if (powers[power_index].frame_loop != 1) {
haz->frame_loop = powers[power_index].frame_loop;
}
if (powers[power_index].frame_duration != 1) {
haz->frame_duration = powers[power_index].frame_duration;
}
if (powers[power_index].frame_size.x != 0) {
haz->frame_size.x = powers[power_index].frame_size.x;
}
if (powers[power_index].frame_size.y != 0) {
haz->frame_size.y = powers[power_index].frame_size.y;
}
if (powers[power_index].frame_offset.x != 0) {
haz->frame_offset.x = powers[power_index].frame_offset.x;
}
if (powers[power_index].frame_offset.y != 0) {
haz->frame_offset.y = powers[power_index].frame_offset.y;
}
if (powers[power_index].directional) {
haz->direction = calcDirection(src_stats->pos.x, src_stats->pos.y, target.x, target.y);
}
else if (powers[power_index].visual_random != 0) {
haz->visual_option = rand() % powers[power_index].visual_random;
}
else if (powers[power_index].visual_option != 0) {
haz->visual_option = powers[power_index].visual_option;
}
haz->floor = powers[power_index].floor;
if (powers[power_index].speed > 0) {
haz->base_speed = powers[power_index].speed;
}
if (powers[power_index].complete_animation) {
haz->complete_animation = true;
}
// combat traits
if (powers[power_index].no_attack) {
haz->active = false;
}
if (powers[power_index].multitarget) {
haz->multitarget = true;
}
if (powers[power_index].active_frame != -1) {
haz->active_frame = powers[power_index].active_frame;
}
if (powers[power_index].radius != 0) {
haz->radius = powers[power_index].radius;
}
if (powers[power_index].trait_armor_penetration) {
haz->trait_armor_penetration = true;
}
haz->trait_crits_impaired = powers[power_index].trait_crits_impaired;
if (powers[power_index].trait_elemental) {
haz->trait_elemental = powers[power_index].trait_elemental;
}
// status effect durations
// durations stack when combining powers (e.g. base power and weapon/ammo type)
haz->bleed_duration += powers[power_index].bleed_duration;
haz->stun_duration += powers[power_index].stun_duration;
haz->slow_duration += powers[power_index].slow_duration;
haz->immobilize_duration += powers[power_index].immobilize_duration;
// steal effects
haz->hp_steal += powers[power_index].hp_steal;
haz->mp_steal += powers[power_index].mp_steal;
// hazard starting position
if (powers[power_index].starting_pos == STARTING_POS_SOURCE) {
haz->pos.x = (float)src_stats->pos.x;
haz->pos.y = (float)src_stats->pos.y;
}
else if (powers[power_index].starting_pos == STARTING_POS_TARGET) {
haz->pos.x = (float)target.x;
haz->pos.y = (float)target.y;
}
else if (powers[power_index].starting_pos == STARTING_POS_MELEE) {
haz->pos = calcVector(src_stats->pos, src_stats->direction, src_stats->melee_range);
}
// pre/post power effects
if (powers[power_index].post_power != -1) {
haz->post_power = powers[power_index].post_power;
}
if (powers[power_index].wall_power != -1) {
haz->wall_power = powers[power_index].wall_power;
}
// if equipment has special powers, apply it here (if it hasn't already been applied)
if (!haz->equipment_modified && powers[power_index].allow_power_mod) {
if (powers[power_index].base_damage == BASE_DAMAGE_MELEE && src_stats->melee_weapon_power != -1) {
haz->equipment_modified = true;
initHazard(src_stats->melee_weapon_power, src_stats, target, haz);
}
else if (powers[power_index].base_damage == BASE_DAMAGE_MENT && src_stats->mental_weapon_power != -1) {
haz->equipment_modified = true;
initHazard(src_stats->mental_weapon_power, src_stats, target, haz);
}
else if (powers[power_index].base_damage == BASE_DAMAGE_RANGED && src_stats->ranged_weapon_power != -1) {
haz->equipment_modified = true;
initHazard(src_stats->ranged_weapon_power, src_stats, target, haz);
}
}
}
void Creep::update(float deltaTime)
{
m_fStateTime += deltaTime;
m_healthBarFrame = m_health * 16 / m_maxHealth - 1;
m_healthBarFrame = m_healthBarFrame < 0 ? 0 : m_healthBarFrame;
m_timeToShowHealthBar -= deltaTime;
if (FlagUtil::isFlagSet(m_creepCondition, ELECTRIFIED))
{
if (m_electrifiedTime > 0)
{
m_electrifiedTime -= deltaTime;
}
else
{
m_creepCondition = FlagUtil::removeFlag(m_creepCondition, ELECTRIFIED);
m_speed = m_initialSpeed;
if (FlagUtil::isFlagSet(m_creepCondition, FROZEN))
{
m_speed /= 3;
}
}
}
if (FlagUtil::isFlagSet(m_creepCondition, POISONED))
{
if (m_poisonedTime > 0)
{
bool isFrozen = FlagUtil::isFlagSet(m_creepCondition, FROZEN);
m_poisonedTime -= deltaTime;
m_poisonTime += deltaTime;
while (m_poisonTime > TIME_FOR_POISON_DAMAGE)
{
m_poisonTime -= TIME_FOR_POISON_DAMAGE;
takeDamage(m_poisonDamage, Damage_Type::ACID);
}
if (m_isGrowingDueToPoison)
{
m_fWidth += deltaTime * (isFrozen ? 0.1f : 0.5f);
m_fHeight += deltaTime * (isFrozen ? 0.1f : 0.5f);
if (m_fWidth > m_maxSize)
{
m_fWidth = m_maxSize;
m_fHeight = m_maxSize;
m_isGrowingDueToPoison = false;
}
}
else
{
m_fWidth -= deltaTime * (isFrozen ? 0.1f : 0.5f);
m_fHeight -= deltaTime * (isFrozen ? 0.1f : 0.5f);
if (m_fWidth < m_halfSize)
{
m_fWidth = m_halfSize;
m_fHeight = m_halfSize;
m_isGrowingDueToPoison = true;
}
}
}
else
{
m_creepCondition = FlagUtil::removeFlag(m_creepCondition, POISONED);
m_fWidth = m_defaultSize;
m_fHeight = m_defaultSize;
}
resetBounds(m_fWidth * SIZE_TO_BOUNDS_RATIO, m_fHeight * SIZE_TO_BOUNDS_RATIO);
}
if (FlagUtil::isFlagSet(m_creepCondition, FROZEN))
{
if (m_frozenTime > 0)
{
m_frozenTime -= deltaTime;
m_fRed += m_frozenRecoveryRate * deltaTime;
m_fGreen = m_fRed;
}
else
{
thaw();
}
}
else if (FlagUtil::isFlagSet(m_creepCondition, ON_FIRE))
{
if (m_burnTime > 0)
{
m_burnTime -= deltaTime;
}
else
{
m_creepCondition = FlagUtil::removeFlag(m_creepCondition, ON_FIRE);
m_creepCondition = FlagUtil::setFlag(m_creepCondition, FIRE_RECOVERY);
}
}
else if (FlagUtil::isFlagSet(m_creepCondition, FIRE_RECOVERY))
{
m_fRed += 1.5f * deltaTime;
m_fGreen = m_fRed;
m_fBlue = m_fRed;
if (m_fRed > 1)
{
m_creepCondition = FlagUtil::removeFlag(m_creepCondition, FIRE_RECOVERY);
resetColor();
}
}
m_deltaX = m_velocity->getX() * deltaTime;
m_deltaY = m_velocity->getY() * deltaTime;
m_position->add(m_deltaX, m_deltaY);
m_direction = calcDirection();
updateBounds();
}
void Gps::update()
{
float angle = 0.0; /* 4msecごとの車体角度の変化量 (度) */
float radius = 0.0; /* 4msecごとの車体の描く円の半径 */
float el = 0.0; /* 4msec間のエンコーダー値の変化量(left) */
float er = 0.0; /* 4msec間のエンコーダー値の変化量(right) */
float currEl = 0.0; /* 現在のエンコーダー値(left) */
float currEr = 0.0; /* 現在のエンコーダー値(right) */
timeCounter++;
/********* 値取得 *********/
/* エンコーダー値を取得 */
motorL.setCount();
motorR.setCount();
currEl = motorL.getCount();
currEr = motorR.getCount();
/* 4msec間のエンコーダー値の変化量を計算 */
el = currEl - prevEl;
er = currEr - prevEr;
/********* 値取得終了 *********/
/********* 座標計算 ***********/
angle = calcAngle(el, er); /* 曲がった角度を計算 */
radius = calcRadius(el, angle); /* 走行体の描く円の半径を計算 */
calcCoordinates(angle, radius, el); /* 座標の更新 */
calcDirection(angle); /* 現在向いている方向の更新 */
/********* 座標計算終了 *******/
/******* prevEl,Erの更新 ******/
prevEl = currEl;
prevEr = currEr;
/**** prevEl,Erの更新の終了****/
/************ 座標補正 *****************/
//lcd.clear();
//lcd.putf("d", );
//lcd .disp();
/*
if(timeCounter%50 !=0)
{
xHistory += mXCoordinate;
yHistory += mYCoordinate;
mDirectionHistory += mDirection;
}
else
{
xHistory = (xHistory+mXCoordinate)/timeCounter;
yHistory = (yHistory + mYCoordinate)/timeCounter;
mDirectionHistory = (mDirectionHistory + mDirection)/timeCounter;
if(!gAngleTraceFlag)
adjustPosition(xHistory, yHistory, mDirectionHistory);
xHistory = 0;
yHistory = 0;
mDirectionHistory = 0;
timeCounter = 0;
}
*/
prevEl = currEl;
prevEr = currEr;
}