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khanat-code-old/code/ryzom/server/src/sabrina/combat_phrase.cpp

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// Ryzom - MMORPG Framework <http://dev.ryzom.com/projects/ryzom/>
// Copyright (C) 2010 Winch Gate Property Limited
//
// This program is free software: you can redistribute it and/or modify
// it under the terms of the GNU Affero General Public License as
// published by the Free Software Foundation, either version 3 of the
// License, or (at your option) any later version.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU Affero General Public License for more details.
//
// You should have received a copy of the GNU Affero General Public License
// along with this program. If not, see <http://www.gnu.org/licenses/>.
//////////////
// INCLUDE //
//////////////
#include "stdpch.h"
#include "combat_phrase.h"
// net
#include "nel/net/message.h"
// misc
#include "nel/misc/common.h"
// game share
#include "game_share/msg_combat_move_service.h"
#include "game_share/mode_and_behaviour.h"
#include "game_share/combat_state.h"
//#include "game_share/sheath.h"
#include "game_share/entity_structure/statistic.h"
#include "phrase_utilities_functions.h"
#include "entity_base.h"
#include "character.h"
#include "egs_mirror.h"
#include "phrase_manager.h"
#include "player_manager.h"
#include "s_phrase_factory.h"
#include "combat_action_stun.h"
//////////////
// USING //
//////////////
using namespace std;
using namespace NLNET;
using namespace NLMISC;
using namespace RY_GAME_SHARE;
//////////////
// EXTERN //
//////////////
extern CRandom RandomGenerator;
extern CPhraseManager *PhraseManager;
extern CPlayerManager PlayerManager;
uint16 HandToHandDamage = 20*260/11;
uint16 HandToHandSpeed = 30; // 3s = 30 ticks
DEFAULT_SPHRASE_FACTORY( CCombatPhrase, BRICK_TYPE::COMBAT );
/*
New = 0,
Evaluated,
Validated,
Idle,
ExecutionInProgress,
SecondValidated,
WaitNextCycle,
Latent,
LatencyEnded,
UnknownState,
*/
bool CCombatPhrase::build( const TDataSetRow & actorRowId, const std::vector< const CStaticBrick* >& bricks )
{
if (actorRowId.isValid() && TheDataset.isDataSetRowStillValid(actorRowId) )
{
// create attacker structure
CEntityBase *attacker = PHRASE_UTILITIES::entityPtrFromId(actorRowId);
if (attacker == NULL)
return false;
if (attacker->getId().getType() == RYZOMID::player )
{
_Attacker = new CCombatAttackerPlayer(actorRowId);
if (!_Attacker)
return false;
}
else
{
_Attacker = new CCombatAttackerAI(actorRowId);
if (!_Attacker)
return false;
}
}
// create defender structure -> wait first validation
// add bricks
for (uint i = 0; i < bricks.size(); i++)
{
addBrick( *bricks[i] );
}
return true;
}
//--------------------------------------------------------------
// destructor
//--------------------------------------------------------------
CCombatPhrase::~CCombatPhrase()
{
if (_Attacker != NULL)
delete _Attacker;
if (_Defender != NULL)
delete _Defender;
const uint size = _CombatActions.size();
for (uint i = 0 ; i < size ; ++i)
{
if (_CombatActions[i] != NULL)
delete _CombatActions[i];
}
};
//--------------------------------------------------------------
// constructor
//--------------------------------------------------------------
CCombatPhrase::CCombatPhrase(const CStaticBrick &rootBrick)
{
init();
//_RootSkill = rootBrick.Skill;
addBrick(rootBrick);
} // constructor //
//--------------------------------------------------------------
// init()
//--------------------------------------------------------------
void CCombatPhrase::init()
{
_State = CSPhrase::New;
_ExecutionBehaviour = MBEHAV::UNKNOWN_BEHAVIOUR;
_SuccessBehaviour = MBEHAV::UNKNOWN_BEHAVIOUR;
_CriticalSuccessBehaviour = MBEHAV::UNKNOWN_BEHAVIOUR;
_FailureBehaviour = MBEHAV::UNKNOWN_BEHAVIOUR;
_FumbleBehaviour = MBEHAV::UNKNOWN_BEHAVIOUR;
_EndBehaviour = MBEHAV::UNKNOWN_BEHAVIOUR;
_StopBehaviour = MBEHAV::UNKNOWN_BEHAVIOUR;
_ForcedLocalisation = SLOT_EQUIPMENT::UNDEFINED;
_Attacker = NULL;
_Defender = NULL;
_RootSkill = SKILLS::unknown;
_AttackSkill = SKILLS::unknown;
_CyclicPhrase = false;
_Idle = false;
_TargetTooFarMsg = false;
_NotEnoughStaminaMsg = false;
_NotEnoughHpMsg = false;
_CurrentTargetIsValid = false;
_MeleeCombat = true;
_ExecutionEndDate = 0;
_LatencyEndDate = 0;
_NbWaitingRequests = 0;
_SabrinaCost = 0;
_SabrinaCredit = 0;
_HPCost = 0;
_StaminaCost = 0;
_AttackSkillModifier = 0;
_ExecutionLengthModifier = 0;
_HitRateModifier = 0;
_DamageModifier = 0;
_DeltaLevel = 0;
_PhraseSuccessDamageFactor = 1.0f;
_LightArmorAbsorptionMultiplier = 1.0f;
_LightArmorWearMultiplier = 1.0f;
_MediumArmorAbsorptionMultiplier= 1.0f;
_MediumArmorWearMultiplier = 1.0f;
_HeavyArmorAbsorptionMultiplier = 1.0f;
_HeavyArmorWearMultiplier = 1.0f;
_LightArmorAbsorptionModifier = 0;
_MediumArmorAbsorptionModifier = 0;
_HeavyArmorAbsorptionModifier = 0;
_AggroMultiplier = 1.0f;
_AggroModifier = 0;
_DamageFactor = 1.0f;
_StaminaLossFactor = 0.0f;
_StaminaLossModifier = 0;
_SapLossFactor = 0.0f;
_SapLossModifier = 0;
_DamagePointBlank = 1.0f;
_DamageShortRange = 1.0f;
_DamageMediumRange = 1.0f;
_DamageLongRange = 1.0f;
} // init //
//--------------------------------------------------------------
// addBrick()
//--------------------------------------------------------------
void CCombatPhrase::addBrick( const CStaticBrick &brick )
{
if ( brick.ForcedLocalisation != SLOT_EQUIPMENT::UNDEFINED )
{
if ( _ForcedLocalisation == SLOT_EQUIPMENT::UNDEFINED )
{
_ForcedLocalisation = brick.ForcedLocalisation;
}
else if (brick.ForcedLocalisation != _ForcedLocalisation)
{
nlwarning("<CCombatPhrase::addBrick> Phrase as a forced localisation to %s, but the new brick (name %s) has localisation %s",SLOT_EQUIPMENT::toString(_ForcedLocalisation).c_str(), brick.Name.c_str(), SLOT_EQUIPMENT::toString(brick.ForcedLocalisation).c_str());
}
}
brick.SabrinaValue < 0 ? _SabrinaCredit += abs(brick.SabrinaValue) : _SabrinaCost += brick.SabrinaValue;
// process params
unsigned i;
for (i=0 ; i<brick.Params.size() ; ++i)
{
switch(brick.Params[i]->id())
{
case TBrickParam::HP:
// INFOLOG("HP: %i",((CSBrickParamHp *)brick.Params[i])->Hp);
_HPCost += ((CSBrickParamHp *)brick.Params[i])->Hp;
break;
case TBrickParam::SAP:
//printf("SAP: %i\n",((CSBrickParamSap *)brick.Params[i])->Sap);
break;
case TBrickParam::STA:
// INFOLOG("STA: %i",((CSBrickParamSta *)brick.Params[i])->Sta);
_StaminaCost += ((CSBrickParamSta *)brick.Params[i])->Sta;
break;
case TBrickParam::EXECUTION_LENGTH:
// INFOLOG("EXECUTION_LENGTH: %i",((CSBrickParamExecutionLength *)brick.Params[i])->ExecutionLength);
_ExecutionLengthModifier += ((CSBrickParamExecutionLength *)brick.Params[i])->ExecutionLength;
break;
case TBrickParam::LATENCY_LENGTH:
// INFOLOG("LATENCY_LENGTH: %i",((CSBrickParamLatencyLength *)brick.Params[i])->LatencyLength);
_HitRateModifier += ((CSBrickParamLatencyLength *)brick.Params[i])->LatencyLength;
break;
case TBrickParam::DMG_MOD:
// INFOLOG("DMG_MOD: %i",((CSBrickParamDamageModifier *)brick.Params[i])->DamageModifier);
_DamageModifier += ((CSBrickParamDamageModifier *)brick.Params[i])->DamageModifier;
break;
case TBrickParam::DMG_MUL:
// INFOLOG("DMG_MUL: %i",((CSBrickParamDamageFactor *)brick.Params[i])->DamageFactor);
_DamageFactor += ((CSBrickParamDamageFactor *)brick.Params[i])->DamageFactor - 1.0f;
break;
case TBrickParam::AGGRO:
// INFOLOG("AGGRO: factor %f mod %d",((CSBrickParamAggro *)brick.Params[i])->AggroFactor, ((CSBrickParamAggro *)brick.Params[i])->AggroModifier);
_AggroMultiplier += ((CSBrickParamAggro *)brick.Params[i])->AggroFactor - 1.0f;
_AggroModifier += ((CSBrickParamAggro *)brick.Params[i])->AggroModifier;
break;
case TBrickParam::STA_LOSS:
// INFOLOG("STA_LOSS: %f, %u",((CSBrickParamStaLossFactor *)brick.Params[i])->StaLossFactor, ((CSBrickParamStaLossFactor *)brick.Params[i])->StaLossModifier);
_StaminaLossFactor += ((CSBrickParamStaLossFactor *)brick.Params[i])->StaLossFactor;
_StaminaLossModifier += ((CSBrickParamStaLossFactor *)brick.Params[i])->StaLossModifier;
break;
case TBrickParam::SAP_LOSS:
// INFOLOG("SAP_LOSS: %f, %u",((CSBrickParamSapLossFactor *)brick.Params[i])->SapLossFactor, ((CSBrickParamSapLossFactor *)brick.Params[i])->SapLossModifier);
_SapLossFactor += ((CSBrickParamSapLossFactor *)brick.Params[i])->SapLossFactor;
_SapLossModifier += ((CSBrickParamSapLossFactor *)brick.Params[i])->SapLossModifier;
break;
case TBrickParam::ATT_SKILL_MOD:
// INFOLOG("ATT_SKILL_MOD: %f",((CSBrickParamAttackSkillModifier *)brick.Params[i])->AttackSkillModifier);
_AttackSkillModifier += ((CSBrickParamAttackSkillModifier *)brick.Params[i])->AttackSkillModifier;
break;
case TBrickParam::AIM:
// INFOLOG("AIMED SLOT: %s",((CSBrickParamAim *)brick.Params[i])->AimedSlot.c_str());
_ForcedLocalisation = SLOT_EQUIPMENT::stringToSlotEquipment( ((CSBrickParamAim *)brick.Params[i])->AimedSlot );
break;
case TBrickParam::OPENING:
INFOLOG("OPENING : %s",((CSBrickParamOpening *)brick.Params[i])->OpeningType.c_str());
_Opening = ((CSBrickParamOpening *)brick.Params[i])->OpeningType;
break;
case TBrickParam::BREAK_CAST:
// nlinfo("TODO TODO BREAK_CAST : modifier on damage for break cast test %d",((CSBrickParamBreakCast *)brick.Params[i])->DamageModifier);
// $*STRUCT CSBrickParamBreakCast: public TBrickParam::CId <TBrickParam::BREAK_CAST>
// $*-i sint32 DamageModifier = 0 // damage modifier only for break cast test
break;
case TBrickParam::RANGES:
/*printf("RANGES: %f", ((CSBrickParamRanges *)brick.Params[i])->ShortRange);
printf(" : %f", ((CSBrickParamRanges *)brick.Params[i])->MediumRange);
printf(" : %f\n", ((CSBrickParamRanges *)brick.Params[i])->LongRange);
*/
break;
case TBrickParam::COMBAT_STUN:
{
// $*STRUCT CSBrickParamCombatStun: public TBrickParam::CId <TBrickParam::COMBAT_STUN>
// $*-f float Duration // duration of the stun in seconds
// $*-f float DurationResisted // duration of the stun in seconds when resisted
// $*-i uint16 Power // stun power (to oppose to target resistance)
// nlinfo("COMBAT_STUN : duration %f, duration resisted %f, power %u",((CSBrickParamCombatStun *)brick.Params[i])->Duration, ((CSBrickParamCombatStun *)brick.Params[i])->DurationResisted, ((CSBrickParamCombatStun *)brick.Params[i])->Power);
NLMISC::TGameCycle duration = NLMISC::TGameCycle( ((CSBrickParamCombatStun *)brick.Params[i])->Duration / CTickEventHandler::getGameTimeStep() );
NLMISC::TGameCycle durationResisted = NLMISC::TGameCycle( ((CSBrickParamCombatStun *)brick.Params[i])->DurationResisted / CTickEventHandler::getGameTimeStep() );
uint16 power = ((CSBrickParamCombatStun *)brick.Params[i])->Power;
_CombatActions.push_back( new CCombatActionStun( _Attacker->getEntityRowId(), this, duration, durationResisted, power));
}
break;
case TBrickParam::LARMOR_MOD:
// INFOLOG("LARMOR_MOD: %f, %u",((CSBrickParamLightArmorMod *)brick.Params[i])->AborptionFactor, ((CSBrickParamLightArmorMod *)brick.Params[i])->AborptionModifier);
_LightArmorAbsorptionMultiplier += ((CSBrickParamLightArmorMod *)brick.Params[i])->AborptionFactor;
_LightArmorAbsorptionModifier += ((CSBrickParamLightArmorMod *)brick.Params[i])->AborptionModifier;
break;
case TBrickParam::MARMOR_MOD:
// INFOLOG("MARMOR_MOD: %f, %u",((CSBrickParamMediumArmorMod *)brick.Params[i])->AborptionFactor, ((CSBrickParamMediumArmorMod *)brick.Params[i])->AborptionModifier);
_MediumArmorAbsorptionMultiplier += ((CSBrickParamMediumArmorMod *)brick.Params[i])->AborptionFactor;
_MediumArmorAbsorptionModifier += ((CSBrickParamMediumArmorMod *)brick.Params[i])->AborptionModifier;
break;
case TBrickParam::HARMOR_MOD:
// INFOLOG("HARMOR_MOD: %f, %u",((CSBrickParamHeavyArmorMod *)brick.Params[i])->AborptionFactor, ((CSBrickParamHeavyArmorMod *)brick.Params[i])->AborptionModifier);
_HeavyArmorAbsorptionMultiplier += ((CSBrickParamHeavyArmorMod *)brick.Params[i])->AborptionFactor;
_HeavyArmorAbsorptionModifier += ((CSBrickParamHeavyArmorMod *)brick.Params[i])->AborptionModifier;
break;
default:
break;
}
}
} // addBrick //
//--------------------------------------------------------------
// evaluate()
//--------------------------------------------------------------
bool CCombatPhrase::evaluate(CEvalReturnInfos *msg)
{
_State = CSPhrase::Evaluated;
_Idle = false;
_PhraseSuccessDamageFactor = 0.0f;
_AttackSkill = SKILLS::unknown;
_Validated = false;
_TargetTooFarMsg = false;
_NotEnoughStaminaMsg = false;
_NotEnoughHpMsg = false;
_DisengageOnEnd = false;
//_CurrentTargetIsValid = false;
//_MeleeCombat = true;
return true;
} // evaluate //
//--------------------------------------------------------------
// validate()
//--------------------------------------------------------------
bool CCombatPhrase::validate()
{
if (_Attacker == NULL )
{
nlwarning("<CCombatPhrase::validate> Found NULL attacker.");
return false;
}
CEntityBase *actingEntity = _Attacker->getEntity();
if (actingEntity == NULL)
{
nlwarning("<CCombatPhrase::validate> Cannot find entity ptr for acting entity %u", _Attacker->getEntityRowId().getIndex());
_BeingProcessed = false;
return false;
}
// set the attack flag to 0, will be set to 1 at the end of method if phrase is valid
actingEntity->setActionFlag( RYZOMACTIONFLAGS::Attacks, false );
_BeingProcessed = true;
//// TEMP
_ExecutionBehaviour = MBEHAV::DEFAULT_ATTACK;
_Idle = false;
if (_State == Evaluated)
_State = Validated;
else if (_State == ExecutionInProgress)
_State = SecondValidated;
else
nlwarning("Validate phrase while in state %u", _State );
bool engaged = false;
string errorCode;
CEntityBase *defender = NULL;
// get target
TDataSetRow targetRowId = TheDataset.getDataSetRow(actingEntity->getTarget());
if ( !_Defender || targetRowId != _Defender->getEntityRowId() )
{
createDefender(targetRowId);
}
if (!_Defender)
{
_CurrentTargetIsValid = false;
errorCode = "INVALID_TARGET";
}
else
{
// check the player has engaged a target if not auto engage the target
TDataSetRow entityRowId = PhraseManager->getEntityEngagedMeleeBy( _Attacker->getEntityRowId() );
if (entityRowId.isValid() && TheDataset.isDataSetRowStillValid(entityRowId) )
{
CEntityId entityId = TheDataset.getEntityId(entityRowId);
if ( _Defender->getEntityRowId() == entityRowId )
{
engaged = true;
}
else
{
engaged = false;
}
}
defender = _Defender->getEntity();
if (defender == NULL)
{
_CurrentTargetIsValid = false;
errorCode = "INVALID_TARGET";
//nlwarning("<CCombatPhrase::validate> Cannot find entity ptr for defending entity %u", _Defender->getEntityRowId().getIndex());
//_BeingProcessed = false;
//if (!engaged)
// PHRASE_UTILITIES::sendEngageFailedMessage( TheDataset.getEntityId(_Attacker->getEntityRowId()) );
//return false;
}
else
{
// check opening
if ( !_Opening.empty() && !_Validated)
{
// get combat initiated by current defender
CCombat *combat = PhraseManager->getCombatInitiatedBy( _Defender->getEntityRowId() );
COMBAT_HISTORY::TCombatHistory event = COMBAT_HISTORY::Unknown;
if (combat)
COMBAT_HISTORY::TCombatHistory event = combat->historyEvent(0);
if (_Opening == string("Parry") && event != COMBAT_HISTORY::Parry)
{
PHRASE_UTILITIES::sendSimpleMessage( _Attacker->getEntityRowId(), "EGS_OPENING_PARRY_FAILED");
return false;
}
if (_Opening == string("Dodge") && event != COMBAT_HISTORY::Dodge)
{
PHRASE_UTILITIES::sendSimpleMessage( _Attacker->getEntityRowId(), "EGS_OPENING_DODGE_FAILED");
return false;
}
PHRASE_UTILITIES::sendSimpleMessage( _Attacker->getEntityRowId(), "EGS_OPENING_SUCCESS");
}
_CurrentTargetIsValid = checkTargetValidity( _Defender->getEntityRowId(), errorCode);
}
}
if (!_CurrentTargetIsValid)
{
// if (!engaged)
// PHRASE_UTILITIES::sendEngageFailedMessage(TheDataset.getEntityId(_Attacker->getEntityRowId()));
PHRASE_UTILITIES::sendSimpleMessage(_Attacker->getEntityRowId(), errorCode);
idle( true );
}
// get the weapon used by the acting entity and check it
CCombatWeapon weapon;
CCombatWeapon ammo;
if ( _Attacker->getItem( CCombatAttacker::RightHandItem, weapon) )
{
if (weapon.Family == ITEMFAMILY::MELEE_WEAPON )
{
_MeleeCombat = true;
}
else if (weapon.Family == ITEMFAMILY::RANGE_WEAPON )
{
_MeleeCombat = false;
// test ammo
if ( _Attacker->getItem( CCombatAttacker::Ammo, ammo) )
{
// check ammo qty
if ( !_Attacker->checkAmmoAmount() )
{
PHRASE_UTILITIES::sendSimpleMessage( _Attacker->getEntityRowId(), "EGS_NOT_ENOUGH_AMMO");
_BeingProcessed = false;
return false;
}
// lock ammos
_Attacker->lockAmmos();
}
else
{
PHRASE_UTILITIES::sendSimpleMessage( _Attacker->getEntityRowId(), "BS_NO_AMMO");
_BeingProcessed = false;
return false;
}
}
else
{
DEBUGLOG("<CCombatPhrase::validate> Entity %u, item in right hand is not a weapon", _Attacker->getEntityRowId().getIndex() );
// ERROR -> Not a weapon
PHRASE_UTILITIES::sendSimpleMessage(_Attacker->getEntityRowId(), "BS_ITEM_INCOMPATIBLE");
// if (!engaged)
// PHRASE_UTILITIES::sendEngageFailedMessage( TheDataset.getEntityId(_Attacker->getEntityRowId()) );
_BeingProcessed = false;
return false;
}
}
else
{
_MeleeCombat = true; // hand to hand
}
if ( _CurrentTargetIsValid && defender != 0 && TheDataset.getEntityId(_Attacker->getEntityRowId()).getType() == RYZOMID::player)
{
// check target is still alive
// test the targeted entity is still alive
const sint32 hp = defender->getScores()._PhysicalScores[ SCORES::hit_points ].Current;
if (hp <= 0 )
{
nlwarning("<CCombatPhrase::validate> Entity %s is dead", TheDataset.getEntityId(_Defender->getEntityRowId()).toString().c_str());
//errorCode = "BS_TARGET_DEAD";
PHRASE_UTILITIES::sendSimpleMessage(_Attacker->getEntityRowId(), "BS_TARGET_DEAD");
// if (!engaged)
// PHRASE_UTILITIES::sendEngageFailedMessage( TheDataset.getEntityId(_Attacker->getEntityRowId()) );
// _BeingProcessed = false;
// return false;
idle(true);
_CurrentTargetIsValid = false;
}
if(_MeleeCombat)
{
// check combat float mode
CCharacter *character = PlayerManager.getChar(_Attacker->getEntityRowId());
if (character && !character->getCombatFloatMode())
{
if (!_TargetTooFarMsg)
{
PHRASE_UTILITIES::sendSimpleMessage( _Attacker->getEntityRowId(), "BS_TARGET_TOO_FAR_OR");
_TargetTooFarMsg = true;
}
idle( true );
INFOLOG("<CCombatPhrase::validate> Entity %s is isn't engaged IDLE mode",TheDataset.getEntityId(_Attacker->getEntityRowId()).toString().c_str());
}
}
else
{
// test range
double range = weapon.Range + ammo.Range;
double distance = PHRASE_UTILITIES::getDistance(_Attacker->getEntityRowId(), defender->getEntityRowId());
if ( distance > range)
{
if (!_TargetTooFarMsg)
{
PHRASE_UTILITIES::sendSimpleMessage( _Attacker->getEntityRowId(), "BS_TARGET_TOO_FAR");
_TargetTooFarMsg = true;
}
idle( true );
INFOLOG("<CCombatPhrase::validate> Entity %s is too far from it's target %s",TheDataset.getEntityId(_Attacker->getEntityRowId()).toString().c_str(), defender->getId().toString().c_str());
}
}
}
// check the player has engaged a target if not auto engage the target
if (!engaged && _CurrentTargetIsValid)
{
// Test entity can engage combat right now
/* if ( ! PhraseManager->canEntityEngageCombat(TheDataset.getEntityId(_Attacker->getEntityRowId())) )
{
//errorCode = "EGS_CANNOT_ENGAGE_COMBAT_YET";
nlwarning("<CCombatPhrase::validate> Entity %s cannot engage combat yet", TheDataset.getEntityId(_Attacker->getEntityRowId()).toString().c_str() );
return false;
}
*/
// engage the target and continue
/* const double d = PHRASE_UTILITIES::getDistance( TheDataset.getEntityId(_Attacker->getEntityRowId()), TheDataset.getEntityId(_Defender->getEntityRowId()) );
if (d >= MaxEngageMeleeDistance )
{
PHRASE_UTILITIES::sendEngageFailedMessage(TheDataset.getEntityId(_Attacker->getEntityRowId()));
//errorCode = "BS_TARGET_TOO_FAR";
return false;
}
*/
if (_MeleeCombat)
{
if ( ! PHRASE_UTILITIES::engageTargetInMelee( TheDataset.getEntityId(_Attacker->getEntityRowId()), TheDataset.getEntityId(_Defender->getEntityRowId()) ) )
{
_BeingProcessed = false;
DEBUGLOG("<CCombatPhrase::validate> Entity %u Failed to engage its target in melee combat", _Attacker->getEntityRowId().getIndex() );
return false;
}
}
else
{
if ( ! PHRASE_UTILITIES::engageTargetRange( TheDataset.getEntityId(_Attacker->getEntityRowId()), TheDataset.getEntityId(_Defender->getEntityRowId()) ) )
{
DEBUGLOG("<CCombatPhrase::validate> Entity %u Failed to engage its target in range combat", _Attacker->getEntityRowId().getIndex() );
_BeingProcessed = false;
return false;
}
}
}
if(!checkPhraseCost(errorCode))
{
if (!_NotEnoughStaminaMsg && errorCode == "EGS_TOO_EXPENSIVE_STAMINA")
{
_NotEnoughStaminaMsg = true;
PHRASE_UTILITIES::sendSimpleMessage( _Attacker->getEntityRowId(), errorCode );
}
else if (!_NotEnoughHpMsg && errorCode == "EGS_TOO_EXPENSIVE_HP")
{
_NotEnoughHpMsg = true;
PHRASE_UTILITIES::sendSimpleMessage( _Attacker->getEntityRowId(), errorCode );
}
_Idle = true;
}
if (!validateCombatActions(errorCode))
{
PHRASE_UTILITIES::sendSimpleMessage( _Attacker->getEntityRowId(), errorCode );
DEBUGLOG("<CCombatPhrase::validate> Entity %u Failed to validate combat actions, error = %s", _Attacker->getEntityRowId().getIndex(), errorCode.c_str() );
return false;
}
// set the attacks flag of the acting entity
actingEntity->setActionFlag( RYZOMACTIONFLAGS::Attacks, true );
_Validated = true;
_BeingProcessed = false;
return true;
} // validate //
//--------------------------------------------------------------
// update()
//--------------------------------------------------------------
bool CCombatPhrase::update()
{
_BeingProcessed = true;
const NLMISC::TGameCycle time = CTickEventHandler::getGameCycle();
// if the sentence execution delay time has ended, apply sentence effects
if ( _State == SecondValidated && _ExecutionEndDate <= time && _NbWaitingRequests == 0 && !_Idle)
{
apply();
}
else if ( _State == Validated || _State == SecondValidated || _State == ExecutionInProgress )
{
_Idle = false;
CEntityBase *actor = _Attacker->getEntity();
if (!actor)
{
_BeingProcessed = false;
// cannot reset the action flag, the actor cannot be found...
return false;
}
// check is actor is stunned
if (actor->isStunned())
{
_Idle = true;
}
actor->setActionFlag( RYZOMACTIONFLAGS::Attacks, false );
// check target validity
TDataSetRow target = TheDataset.getDataSetRow(actor->getTarget());
if (!_Defender || !TheDataset.isDataSetRowStillValid(_Defender->getEntityRowId()) || target != _Defender->getEntityRowId())
{
createDefender(target);
if (!_Defender)
{
_CurrentTargetIsValid =false;
_Idle = true;
}
else
{
string errorCode;
_CurrentTargetIsValid = checkTargetValidity( _Defender->getEntityRowId(), errorCode);
if ( !_CurrentTargetIsValid )
{
PHRASE_UTILITIES::sendSimpleMessage(_Attacker->getEntityRowId(), errorCode);
_Idle = true;
}
else
{
if (_MeleeCombat)
{
if ( ! PHRASE_UTILITIES::engageTargetInMelee( TheDataset.getEntityId(_Attacker->getEntityRowId()), TheDataset.getEntityId(_Defender->getEntityRowId()) ) )
{
DEBUGLOG("<CCombatPhrase::validate> Entity %u Failed to engage its target in melee combat", _Attacker->getEntityRowId().getIndex() );
_BeingProcessed = false;
return false;
}
}
else
{
if ( ! PHRASE_UTILITIES::engageTargetRange( TheDataset.getEntityId(_Attacker->getEntityRowId()), TheDataset.getEntityId(_Defender->getEntityRowId()) ) )
{
DEBUGLOG("<CCombatPhrase::validate> Entity %u Failed to engage its target in range combat", _Attacker->getEntityRowId().getIndex() );
_BeingProcessed = false;
return false;
}
}
}
}
}
else
{
if (!_CurrentTargetIsValid)
_Idle = true;
}
// check costs
string errorCode;
if(!checkPhraseCost(errorCode))
{
if (!_NotEnoughStaminaMsg && errorCode == "EGS_TOO_EXPENSIVE_STAMINA" && !_Idle )
{
_NotEnoughStaminaMsg = true;
PHRASE_UTILITIES::sendSimpleMessage( _Attacker->getEntityRowId(), errorCode );
}
else if (!_NotEnoughHpMsg && errorCode == "EGS_TOO_EXPENSIVE_HP" && !_Idle )
{
_NotEnoughHpMsg = true;
PHRASE_UTILITIES::sendSimpleMessage( _Attacker->getEntityRowId(), errorCode );
}
_Idle = true;
}
// check combat float mode
if ( _CurrentTargetIsValid && TheDataset.getEntityId(_Attacker->getEntityRowId()).getType() == RYZOMID::player)
{
if (_MeleeCombat )
{
CCharacter *character = dynamic_cast<CCharacter *> (actor);
if (character && !character->getCombatFloatMode())
{
if (!_TargetTooFarMsg && !_Idle)
{
PHRASE_UTILITIES::sendSimpleMessage( _Attacker->getEntityRowId(), "BS_TARGET_TOO_FAR_OR");
_TargetTooFarMsg = true;
}
_Idle = true;
}
}
else
{
CCombatWeapon weapon;
CCombatWeapon ammo;
_Attacker->getItem( CCombatAttacker::RightHandItem, weapon);
_Attacker->getItem( CCombatAttacker::Ammo, ammo);
// test range
double range = weapon.Range + ammo.Range;
double distance = PHRASE_UTILITIES::getDistance(_Attacker->getEntityRowId(), _Defender->getEntityRowId());
if ( distance > range)
{
if (!_TargetTooFarMsg)
{
PHRASE_UTILITIES::sendSimpleMessage( _Attacker->getEntityRowId(), "BS_TARGET_TOO_FAR");
_TargetTooFarMsg = true;
}
idle( true );
INFOLOG("<CCombatPhrase::validate> Entity %s is too far from it's target %s",TheDataset.getEntityId(_Attacker->getEntityRowId()).toString().c_str(), _Defender->getEntity()->getId().toString().c_str());
}
}
}
actor->setActionFlag( RYZOMACTIONFLAGS::Attacks, true );
}
else if ( _State == Latent && _LatencyEndDate <= time )
{
INFOLOG("Latency ended");
end();
}
_BeingProcessed = false;
return true;
} // update //
//--------------------------------------------------------------
// execute()
//--------------------------------------------------------------
void CCombatPhrase::execute()
{
if( _Idle || _NbWaitingRequests != 0)
return;
const NLMISC::TGameCycle time = CTickEventHandler::getGameCycle();
_State = CSPhrase::ExecutionInProgress;
_ExecutionEndDate = time + _ExecutionLengthModifier ;// + uint32(sentenceLatency / CTickEventHandler::getGameTimeStep()) ;
if (_Attacker)
{
CCharacter* player = dynamic_cast<CCharacter*> (_Attacker->getEntity());
if (player)
player->setCurrentAction(CLIENT_ACTION_TYPE::Combat,_ExecutionEndDate);
}
} // execute //
//--------------------------------------------------------------
// apply()
//--------------------------------------------------------------
void CCombatPhrase::apply()
{
if ( !_Attacker || !_Defender)
{
nlwarning("<CCombatPhrase::validate> Found NULL attacker or defender.");
return;
}
// spend stamina, hp
CEntityBase* actingEntity = PHRASE_UTILITIES::entityPtrFromId( _Attacker->getEntityRowId() );
if (actingEntity == NULL)
{
nlwarning("<CCombatPhrase::apply> Invalid entity Id %s", TheDataset.getEntityId(_Attacker->getEntityRowId()).toString().c_str() );
_BeingProcessed = false;
return;
}
actingEntity->setActionFlag( RYZOMACTIONFLAGS::Attacks, false );
CEntityBase *defender = _Defender->getEntity();
if (!defender)
{
nlwarning("<CCombatPhrase::apply> Cannot get entity base pointer, error");
return;
}
// get combat object
CCombat *combat = PhraseManager->getCombatInitiatedBy( _Attacker->getEntityRowId() );
if (!combat)
return;
_BeingProcessed = true;
_TargetTooFarMsg = false;
_State = CSPhrase::Latent;
_ExecutionBehaviour.Data = 0;
_AiEventReport.init();
_AiEventReport.Originator = _Attacker->getEntityRowId();
_AiEventReport.Target = _Defender->getEntityRowId();
_AiEventReport.Type = ACTNATURE::OFFENSIVE;
if (_StaminaCost != 0)
{
SCharacteristicsAndScores &stamina = actingEntity->getScores()._PhysicalScores[SCORES::stamina];
if ( stamina.Current != 0 )
{
// nlinfo("Stamina current = %d, cost %d", stamina.Current.getValue(), _StaminaCost);
stamina.Current = stamina.Current - _StaminaCost;
if (stamina.Current < 0)
stamina.Current = 0;
}
}
if ( _HPCost != 0)
{
actingEntity->changeCurrentHp( (_HPCost) * (-1) );
}
CCombatWeapon weapon;
CCombatWeapon ammo;
if ( _Attacker->getItem( CCombatAttacker::RightHandItem, weapon) )
{
if (weapon.Family == ITEMFAMILY::MELEE_WEAPON )
{
_MeleeCombat = true;
}
else if (weapon.Family == ITEMFAMILY::RANGE_WEAPON )
{
if ( _Attacker->getItem( CCombatAttacker::Ammo, ammo) )
{
// check ammo qty
if ( !_Attacker->checkAmmoAmount() )
{
PHRASE_UTILITIES::sendSimpleMessage( _Attacker->getEntityRowId(), "EGS_NOT_ENOUGH_AMMO");
_BeingProcessed = false;
return;
}
// lock ammos
_Attacker->lockAmmos();
}
else
{
PHRASE_UTILITIES::sendSimpleMessage( _Attacker->getEntityRowId(), "BS_NO_AMMO");
_BeingProcessed = false;
return;
}
}
else
{
// ERROR -> Not a weapon
PHRASE_UTILITIES::sendSimpleMessage(_Attacker->getEntityRowId(), "BS_ITEM_INCOMPATIBLE");
_BeingProcessed = false;
return;
}
weapon.SkillValue = _Attacker->getSkillValue(weapon.Skill);
}
else
{
weapon.Damage = HandToHandDamage;
weapon.DmgType = DMGTYPE::BLUNT;
weapon.SpeedInTicks = HandToHandSpeed;
// TODO skill BareHandCombat missing
// weapon.Quality = (uint16)PHRASE_UTILITIES::getEntityLevel( _Attacker->getEntityRowId(), SKILLS::BareHandCombat);
weapon.Quality = (uint16)PHRASE_UTILITIES::getEntityLevel( _Attacker->getEntityRowId(), SKILLS::SFM1H);
// TODO
//weapon.SkillValue = 10;//_Attacker->getEntity()->getSkills()._Skills[ SKILLS::BareHandCombat ].Current;//(uint16)PHRASE_UTILITIES::getEntityLevel( _Attacker->getEntityRowId(), SKILLS::BareHandCombat);
weapon.SkillValue = _Attacker->getEntity()->getSkills()._Skills[ SKILLS::SFM1H ].Current;
weapon.Skill = SKILLS::SFM1H;//SKILLS::BareHandCombat;
}
// compute latency end date
const NLMISC::TGameCycle time = CTickEventHandler::getGameCycle();
_LatencyEndDate = time + _HitRateModifier + weapon.SpeedInTicks + ammo.SpeedInTicks ;
// test phrase success
sint32 damage = 0;
if (!testPhraseSuccess())
{
// Total failure
// send miss message
_ExecutionBehaviour.Combat.DamageType = (ammo.Damage != 0) ? ammo.DmgType : weapon.DmgType;
_ExecutionBehaviour.Combat.AttackIntensity = PHRASE_UTILITIES::getAttackIntensity(_SabrinaCost / 10);
_ExecutionBehaviour.Combat.ImpactIntensity = 0;
_ExecutionBehaviour.Combat.KillingBlow = 0;
if (_PhraseSuccessDamageFactor == 0.0f)
{
// failed
combat->pushEvent( COMBAT_HISTORY::Miss );
PHRASE_UTILITIES::sendCombatResistMessages( _Attacker->getEntityRowId(), _Defender->getEntityRowId() );
}
else if (_PhraseSuccessDamageFactor < 0.0f)
{
// fumble
combat->pushEvent( COMBAT_HISTORY::Fumble );
PHRASE_UTILITIES::sendFumbleMessage( _Attacker->getEntityRowId(), _Defender->getEntityRowId() );
// double latency !
_LatencyEndDate = (_LatencyEndDate-time) * 2 + time;
}
}
else
{
// get shield
CCombatShield shield;
_Defender->getShield(shield);
// determine localisation
PHRASE_UTILITIES::TPairSlotShield localisation;
sint8 adjustment = PHRASE_UTILITIES::getLocalisationSizeAdjustement( _Attacker->getEntityRowId(), _Defender->getEntityRowId() );
if ( _ForcedLocalisation != SLOT_EQUIPMENT::UNDEFINED )
localisation = PHRASE_UTILITIES::getLocalisation( shield.ShieldType, adjustment, _ForcedLocalisation );
else
localisation = PHRASE_UTILITIES::getLocalisation( shield.ShieldType, adjustment );
// test against opponent defense
if ( testOpponentDefense( _Defender->getEntityRowId(), localisation ) )
{
// opponent dodged the attack, send messages
DEBUGLOG("<CCombatPhrase::execute> Actor %u, target %u has dodged", _Attacker->getEntityRowId().getIndex(), _Defender->getEntityRowId().getIndex() );
// update the actor behaviour
_ExecutionBehaviour.Combat.DamageType = (ammo.Damage != 0) ? ammo.DmgType : weapon.DmgType;
_ExecutionBehaviour.Combat.AttackIntensity = PHRASE_UTILITIES::getAttackIntensity(_SabrinaCost / 10);
_ExecutionBehaviour.Combat.ImpactIntensity = 0;
_ExecutionBehaviour.Combat.KillingBlow = 0;
if (defender->dodgeAsDefense())
combat->pushEvent( COMBAT_HISTORY::Dodge );
else
combat->pushEvent( COMBAT_HISTORY::Parry );
}
else
{
if (_PhraseSuccessDamageFactor > 1.0f)
{
// critical strike
PHRASE_UTILITIES::sendCriticalHitMessage( _Attacker->getEntityRowId(), _Defender->getEntityRowId() );
}
// Compute damage
sint32 attackerLevel;
uint16 itemQuality = _MeleeCombat ? weapon.Quality : ammo.Quality;
if ( (weapon.SkillValue/10) >= itemQuality )
{
// attacker level is the same or higher, compute the mean between attacker and weapon level
attackerLevel = (weapon.SkillValue + itemQuality*10)/2;
}
else
{
// attacker level is lower, give him a +10 bonus to skill
attackerLevel = 10 + weapon.SkillValue;
}
sint32 weaponDamage = _MeleeCombat ? weapon.Damage : ammo.Damage;
damage = sint32( ( weaponDamage * ( 10.0f + float(attackerLevel)) / 260.0f + _DamageModifier ) * _PhraseSuccessDamageFactor );
sint32 damageBeforeArmor = damage;
// get damage amplifier on target
const CSEffect * effect = defender->lookForSEffect( EFFECT_FAMILIES::MeleeDmgAmpli );
if ( effect )
damage *= effect->getParamValue() / 100;
// armor
CCombatArmor armor;
_Defender->getArmor( localisation.first, armor);
// compute armor and shield protections
sint32 defenderArmorLevel = ((armor.SkillValue/10) >= armor.Quality) ? ((weapon.SkillValue + armor.Quality)*10)/2 : 10+armor.SkillValue;
sint32 defenderShieldLevel = ((shield.SkillValue/10) >= shield.Quality) ? ((shield.SkillValue + shield.Quality)*10)/2 : 10+shield.SkillValue;
DMGTYPE::EDamageType dmgType = (ammo.Damage != 0) ? ammo.DmgType : weapon.DmgType;
uint32 dmgPreventedByShield = 0;
uint32 dmgPreventedByArmor = 0;
// get modifier according to armor type
float shieldAbsorptionFactor = 1.0;
sint32 shieldAbsorptionModifier = 0;
float armorAbsorptionFactor = 1.0;
sint32 armorAbsorptionModifier = 0;
switch(armor.ArmorType)
{
case ARMORTYPE::LIGHT:
armorAbsorptionFactor = _LightArmorAbsorptionMultiplier;
armorAbsorptionModifier = _LightArmorAbsorptionModifier;
break;
case ARMORTYPE::MEDIUM:
armorAbsorptionFactor = _MediumArmorAbsorptionMultiplier;
armorAbsorptionModifier = _MediumArmorAbsorptionModifier;
break;
case ARMORTYPE::HEAVY:
armorAbsorptionFactor = _HeavyArmorAbsorptionMultiplier;
armorAbsorptionModifier = _HeavyArmorAbsorptionModifier;
break;
default:;
};
switch(shield.ArmorType)
{
case ARMORTYPE::LIGHT:
shieldAbsorptionFactor = _LightArmorAbsorptionMultiplier;
shieldAbsorptionModifier = _LightArmorAbsorptionModifier;
break;
case ARMORTYPE::MEDIUM:
shieldAbsorptionFactor = _MediumArmorAbsorptionMultiplier;
shieldAbsorptionModifier = _MediumArmorAbsorptionModifier;
break;
case ARMORTYPE::HEAVY:
shieldAbsorptionFactor = _HeavyArmorAbsorptionMultiplier;
shieldAbsorptionModifier = _HeavyArmorAbsorptionModifier;
break;
default:;
};
switch( dmgType)
{
case DMGTYPE::BLUNT:
if (localisation.second)
{
dmgPreventedByShield += (uint32)(shield.MaxBluntProtection < (uint32)(0.01 * shield.BluntProtectionFactor * damage) ? shield.MaxBluntProtection : 0.01 * shield.BluntProtectionFactor * damage );
dmgPreventedByShield = (uint32) ((10.0f+ float(defenderShieldLevel))/260.0f * dmgPreventedByShield);
dmgPreventedByShield = max( sint32(0), sint32(dmgPreventedByShield * shieldAbsorptionFactor) + shieldAbsorptionModifier );
damage -= dmgPreventedByShield;
}
dmgPreventedByArmor += (uint32)(armor.MaxBluntProtection < (uint32)(0.01 * armor.BluntProtectionFactor * damage) ? armor.MaxBluntProtection : 0.01 * armor.BluntProtectionFactor * damage );
dmgPreventedByArmor = (uint32) ((10.0f+ float(defenderArmorLevel))/260.0f * dmgPreventedByArmor);
dmgPreventedByArmor = max( sint32(0), sint32(dmgPreventedByArmor * armorAbsorptionFactor) + armorAbsorptionModifier );
damage -= dmgPreventedByArmor;
break;
case DMGTYPE::SLASHING:
if (localisation.second)
{
dmgPreventedByShield += (uint32)(shield.MaxSlashingProtection < (uint32)(0.01 * shield.SlashingProtectionFactor * damage) ? shield.MaxSlashingProtection : 0.01 * shield.SlashingProtectionFactor * damage );
dmgPreventedByShield = (uint32) ((10.0f+ float(defenderShieldLevel))/260.0f * dmgPreventedByShield);
dmgPreventedByShield = max( sint32(0), sint32(dmgPreventedByShield * shieldAbsorptionFactor) + shieldAbsorptionModifier );
damage -= dmgPreventedByShield;
}
dmgPreventedByArmor += (uint32)(armor.MaxSlashingProtection < (uint32)(0.01 * armor.SlashingProtectionFactor * damage) ? armor.MaxSlashingProtection : 0.01 * armor.SlashingProtectionFactor * damage );
dmgPreventedByArmor = (uint32) ((10.0f+ float(defenderArmorLevel))/260.0f * dmgPreventedByArmor);
dmgPreventedByArmor = max( sint32(0), sint32(dmgPreventedByArmor * armorAbsorptionFactor) + armorAbsorptionModifier );
damage -= dmgPreventedByArmor;
break;
case DMGTYPE::PIERCING:
if (localisation.second)
{
dmgPreventedByShield += (uint32)(shield.MaxPiercingProtection < (uint32)(0.01 * shield.PiercingProtectionFactor * damage) ? shield.MaxPiercingProtection : 0.01 * shield.PiercingProtectionFactor * damage );
dmgPreventedByShield = (uint32) ((10.0f+ float(defenderShieldLevel))/260.0f * dmgPreventedByShield);
dmgPreventedByShield = max( sint32(0), sint32(dmgPreventedByShield * shieldAbsorptionFactor) + shieldAbsorptionModifier );
damage -= dmgPreventedByShield;
}
dmgPreventedByArmor += (uint32)(armor.MaxPiercingProtection < (uint32)(0.01 * armor.PiercingProtectionFactor * damage) ? armor.MaxPiercingProtection : 0.01 * armor.PiercingProtectionFactor * damage );
dmgPreventedByArmor = (uint32) ((10.0f+ float(defenderArmorLevel))/260.0f * dmgPreventedByArmor);
dmgPreventedByArmor = max( sint32(0), sint32(dmgPreventedByArmor * armorAbsorptionFactor) + armorAbsorptionModifier );
damage -= dmgPreventedByArmor;
break;
default:
break;
};
if ( dmgPreventedByShield != 0)
{
INFOLOG("Entity %u (attacked by %u) Damage prevented by the shield = %u", _Defender->getEntityRowId().getIndex(), _Attacker->getEntityRowId().getIndex(), dmgPreventedByShield);
// remove shield hit points
// compute the real _DamageAmount of hp removed for the shield
_Defender->damageOnShield( dmgPreventedByShield );
//_ShieldLostHp[targetIndex] += (uint32) (dmgPreventedByShield * ( 1 + shieldDeltaLevel * 0.1));
//sentence->LogReportStructure.ShieldAbsorption += dmgPreventedByShield;
}
if ( dmgPreventedByArmor != 0)
{
_Defender->damageOnArmor(localisation.first, dmgPreventedByArmor );
INFOLOG("Entity %u (attacked by %u) Damage prevented by the armor = %u",_Defender->getEntityRowId().getIndex(), _Attacker->getEntityRowId().getIndex(), dmgPreventedByArmor);
}
_ExecutionBehaviour.Combat.DamageType = dmgType;
_ExecutionBehaviour.Combat.AttackIntensity = PHRASE_UTILITIES::getAttackIntensity(_SabrinaCost / 10);
_ExecutionBehaviour.Combat.ImpactIntensity = PHRASE_UTILITIES::getImpactIntensity( damage, _Defender->getEntityRowId() );
if (damage == 0)
{
// MAY BE AN BUG -> LOG MANY INFOS FOR DEBUG
nlwarning("COMBAT : Entity %s hits entity %s but does 0 damage.", actingEntity->getId().toString().c_str(), defender->getId().toString().c_str() );
nlwarning("Attacker weapon infos : %s", weapon.toString());
nlwarning("attackerLevel = %d, weaponDamage : %d", attackerLevel, weaponDamage);
nlwarning("");
nlwarning("Defender armor infos : %s", armor.toString());
nlwarning("Damage before effects and armor : %d", damageBeforeArmor);
nlwarning("Damage prevented by armor : %d", dmgPreventedByArmor);
nlwarning("Damage prevented by shield : %d", dmgPreventedByShield);
}
// apply damage
if (damage > 0)
{
applyCombatActions();
_ExecutionBehaviour.DeltaHP = (sint16)((-1)*damage);
if ( defender->changeCurrentHp( (-1)*damage ) == true)
{
// entity has been killed, change the bahaviour of the attacker to set the flag
_ExecutionBehaviour.Combat.KillingBlow = 1;
// send mission event
if ( actingEntity->getId().getType()== RYZOMID::player )
{
CMissionEventKill event ( _Defender->getEntityRowId() );
((CCharacter*) actingEntity)->processMissionEvent( event );
}
}
else
{
CPhraseManager::getInstance()->breakCast(attackerLevel,actingEntity,defender);
}
// add modifier to sentence AI event reports
// TODO
// test spell break
//PHRASE_UTILITIES::testSpellBreakOnDamage( _Defender->getEntityRowId(), _Attacker->getEntityRowId(), damage, damageType);
// TODO
sint32 lostStamina = (sint32)( damage * _StaminaLossFactor + _StaminaLossModifier);
sint32 lostSap = (sint32)(damage * _SapLossFactor + _SapLossModifier);
if ( lostStamina != 0 )
{
INFOLOG("entity %s lose %d stamina", TheDataset.getEntityId(_Defender->getEntityRowId()).toString().c_str(),lostStamina );
defender->getPhysScores()._PhysicalScores[SCORES::stamina].Current = defender->getPhysScores()._PhysicalScores[SCORES::stamina].Current - lostStamina;
//TEMPFIX
// clip score to 0
if ( defender->getPhysScores()._PhysicalScores[SCORES::stamina].Current < 0 )
defender->getPhysScores()._PhysicalScores[SCORES::stamina].Current = 0;
// add modifier to sentence AI event reports
_AiEventReport.addDelta(AI_EVENT_REPORT::Stamina, (-1)*lostStamina);
}
if ( lostSap != 0 )
{
//value = toString( _BaseSapAbsorption[i] );
INFOLOG("entity %s lose %d sap", TheDataset.getEntityId(_Defender->getEntityRowId()).toString().c_str(), lostSap );
defender->getPhysScores()._PhysicalScores[SCORES::sap].Current = defender->getPhysScores()._PhysicalScores[SCORES::sap].Current - lostSap;
//TEMPFIX
// clip score to 0
if ( defender->getPhysScores()._PhysicalScores[SCORES::sap].Current < 0 )
defender->getPhysScores()._PhysicalScores[SCORES::sap].Current = 0;
// add modifier to sentence AI event reports
_AiEventReport.addDelta(AI_EVENT_REPORT::Sap, (-1)*lostSap);
}
// send chat messages
PHRASE_UTILITIES::sendHitMessages(_Attacker->getEntityRowId(),_Defender->getEntityRowId(), damage, lostStamina, lostSap);
if ( _ExecutionBehaviour.Combat.KillingBlow == 1 )
PHRASE_UTILITIES::sendDeathMessages( _Attacker->getEntityRowId(), _Defender->getEntityRowId() );
// send report for xp gain if actor is a player
if (_Attacker->getEntity()->getId().getType() == RYZOMID::player )
((CCharacter*)(_Attacker->getEntity()))->actionReport( _Defender->getEntity(), _DeltaLevel, ACTNATURE::OFFENSIVE, SKILLS::toString(_AttackSkill) );
}
else
PHRASE_UTILITIES::sendHitNullMessages( _Attacker->getEntityRowId(), _Defender->getEntityRowId() );
INFOLOG("Entity %s hits entity %s does %u damage", TheDataset.getEntityId(_Attacker->getEntityRowId()).toString().c_str(), TheDataset.getEntityId(_Defender->getEntityRowId()).toString().c_str(), damage );
// --- TODO : INSERT THE REAL HIT LOCATION + CRITICAL HIT MANAGEMENT
if ( !_ExecutionBehaviour.Combat.KillingBlow )
combat->pushEvent( COMBAT_HISTORY::HitChest );
}
}
// update the actor behaviour
if ( _ExecutionBehaviour.Behaviour != MBEHAV::UNKNOWN_BEHAVIOUR )
PHRASE_UTILITIES::sendUpdateBehaviour( _Attacker->getEntityRowId(), _ExecutionBehaviour );
// compute aggro
sint32 aggro = 0;
const sint32 maxPv = defender->getPhysScores()._PhysicalScores[SCORES::hit_points].Max;
if (maxPv)
{
aggro = (-1) * sint32((100.0 * double(damage + _AggroModifier))/double(maxPv) * _AggroMultiplier) ;
}
// update the repor
_AiEventReport.AggroMul = 1.0f;
_AiEventReport.AggroAdd = aggro;
_AiEventReport.addDelta(AI_EVENT_REPORT::HitPoints, (-1)*damage);
PhraseManager->addAiEventReport(_AiEventReport);
CCharacter* player = dynamic_cast<CCharacter*> (_Attacker->getEntity());
if (player)
player->setCurrentAction(CLIENT_ACTION_TYPE::Combat,_LatencyEndDate);
actingEntity->setActionFlag( RYZOMACTIONFLAGS::Attacks, false );
_BeingProcessed = false;
} // apply //
//--------------------------------------------------------------
// end()
//--------------------------------------------------------------
void CCombatPhrase::end()
{
if (!_Attacker) return;
_BeingProcessed = true;
_Attacker->unlockRightItem();
// set the attacks flag of the acting entity
CEntityBase *entityPtr = PHRASE_UTILITIES::entityPtrFromId(_Attacker->getEntityRowId());
if (entityPtr)
entityPtr->setActionFlag( RYZOMACTIONFLAGS::Attacks, false );
_State = CSPhrase::LatencyEnded;
if (_DisengageOnEnd)
{
PhraseManager->disengage( _Attacker->getEntityRowId(), false, true);
}
_BeingProcessed = false;
CCharacter* player = dynamic_cast<CCharacter*> (entityPtr);
if (player)
player->clearCurrentAction();
} // end //
//--------------------------------------------------------------
// testOpponentDefense()
//--------------------------------------------------------------
bool CCombatPhrase::testOpponentDefense(const TDataSetRow &targetRowId, const PHRASE_UTILITIES::TPairSlotShield &localisation)
{
sint32 attackerLevel = 0;
CCombatWeapon weapon;
if (_Attacker->getItem( CCombatAttacker::RightHandItem, weapon) )
{
_AttackSkill = weapon.Skill;
attackerLevel = _AttackSkillModifier + ((weapon.SkillValue/10) >= weapon.Quality) ? ((weapon.SkillValue + weapon.Quality)*10)/2 : 10 + weapon.SkillValue;
attackerLevel /= 10;
}
else
{
if ( _RootSkill == SKILLS::unknown )
//TODO barehandedcombat
_AttackSkill = SKILLS::SFM1H;//SKILLS::BareHandCombat;
else
_AttackSkill = _RootSkill;
attackerLevel = PHRASE_UTILITIES::getEntityLevel(_Attacker->getEntityRowId(), _AttackSkill,_AttackSkillModifier);
}
// defender has a malus of one level per attacker beyond the first one
const set<TDataSetRow> &aggressors = PhraseManager->getMeleeAggressors(targetRowId);
sint32 malus = 0;
sint32 nb = aggressors.size();
if (nb)
malus = (1-nb)*10;
sint32 valueTemp = _Defender->getDefenseValue();
sint32 defenderLevel = max( sint32((valueTemp + malus ) / 10), (sint32)0);
_DeltaLevel = attackerLevel - defenderLevel;
// oposition test
uint8 chances = PHRASE_UTILITIES::getSuccessChance( defenderLevel - attackerLevel );
// TEMP HACK : limit dodge chances for the moment, wait new rules (more 'fun')
chances /= 3;
float result = PHRASE_UTILITIES::getSucessFactor(chances, (uint8)RandomGenerator.rand(99) );
if (result>=1.0f)
{
if ( !_Defender->getEntity()->dodgeAsDefense() )
{
PHRASE_UTILITIES::sendMessage( _Attacker->getEntityRowId(), string("EGS_ACTOR_COMBAT_PARRY_E"), targetRowId);
PHRASE_UTILITIES::sendMessage( targetRowId, string("EGS_TARGET_COMBAT_PARRY_E"), _Attacker->getEntityRowId());
}
else
{
PHRASE_UTILITIES::sendMessage( _Attacker->getEntityRowId(), string("EGS_ACTOR_COMBAT_DODGE_E"), targetRowId);
PHRASE_UTILITIES::sendMessage( targetRowId, string("EGS_TARGET_COMBAT_DODGE_E"), _Attacker->getEntityRowId());
}
return true;
}
return false;
} // testOpponentDefense //
//--------------------------------------------------------------
// testPhraseSuccess()
//--------------------------------------------------------------
bool CCombatPhrase::testPhraseSuccess()
{
sint32 skillValue;
if ( _RootSkill != SKILLS::unknown )
skillValue = _Attacker->getSkillValue( _RootSkill );
else
{
//TODO skill barehanded combat
CCombatWeapon weapon;
if (_Attacker->getItem( CCombatAttacker::RightHandItem, weapon) )
{
skillValue = weapon.SkillValue;
}
else
{
//skillValue = _Attacker->getSkillValue( SKILLS::BareHandCombat );
skillValue = _Attacker->getSkillValue( SKILLS::SFM1H );
}
}
const sint16 relativeLevel = (skillValue + _SabrinaCredit - 2*_SabrinaCost) / 10;
// oposition test
uint8 chances = PHRASE_UTILITIES::getSuccessChance( relativeLevel );
_PhraseSuccessDamageFactor = PHRASE_UTILITIES::getSucessFactor(chances, (uint8)RandomGenerator.rand(99) );
// nlinfo("_PhraseSuccessDamageFactor = %f, (skill+bonus = %d, difficulty = %d)", _PhraseSuccessDamageFactor, (skillValue + _SabrinaCredit - _SabrinaCost), _SabrinaCost);
if (_PhraseSuccessDamageFactor == 0.0f)
{
// failed
return false;
}
else if (_PhraseSuccessDamageFactor < 0.0f)
{
// fumble
return false;
}
return true;
} // testPhraseSuccess //
//--------------------------------------------------------------
// checkTargetValidity()
//--------------------------------------------------------------
bool CCombatPhrase::checkTargetValidity( const TDataSetRow &targetRowId, string &errorCode )
{
if ( !targetRowId.isValid() || !TheDataset.isDataSetRowStillValid(targetRowId) )
{
errorCode = "BS_INVALID_TARGET";
return false;
}
if (targetRowId == _Attacker->getEntityRowId() && TheDataset.getEntityId(_Attacker->getEntityRowId()).getType() == RYZOMID::player)
{
errorCode = "BS_INVALID_TARGET";
return false;
}
if ( ! PHRASE_UTILITIES::testOffensiveActionAllowed(_Attacker->getEntityRowId(), targetRowId, errorCode) )
{
return false;
}
return true;
} // checkTargetValidity //
//--------------------------------------------------------------
// checkPhraseCost()
//--------------------------------------------------------------
bool CCombatPhrase::checkPhraseCost( string &errorCode )
{
if (!_Attacker || !_Attacker->getEntity()) return false;
// only check costs for players
if ( TheDataset.getEntityId(_Attacker->getEntityRowId()).getType() != RYZOMID::player)
return true;
const SCharacteristicsAndScores &stamina = _Attacker->getEntity()->getScores()._PhysicalScores[SCORES::stamina];
if ( stamina.Current < _StaminaCost)
{
errorCode = "EGS_TOO_EXPENSIVE_STAMINA";
return false;
}
const SCharacteristicsAndScores &hp = _Attacker->getEntity()->getScores()._PhysicalScores[SCORES::hit_points];
if ( hp.Current < _HPCost)
{
errorCode = "EGS_TOO_EXPENSIVE_HP";
return false;
}
return true;
} // checkPhraseCost //
//--------------------------------------------------------------
// createDefender()
//--------------------------------------------------------------
void CCombatPhrase::createDefender( const TDataSetRow &targetRowId )
{
if (_Defender != NULL)
{
delete _Defender;
_Defender = NULL;
}
if ( !targetRowId.isValid() || !TheDataset.isDataSetRowStillValid(targetRowId) )
return;
// create defender structure
if ( TheDataset.getEntityId(targetRowId).getType() == RYZOMID::player )
{
_Defender = new CCombatDefenderPlayer(targetRowId);
}
else
{
_Defender = new CCombatDefenderAI(targetRowId);
}
} // createDefender //
//--------------------------------------------------------------
// validateCombatActions()
//--------------------------------------------------------------
bool CCombatPhrase::validateCombatActions( string &errorCode )
{
const uint size = _CombatActions.size();
for (uint i = 0 ; i < size ; ++i)
{
if ( _CombatActions[i] != NULL)
{
if (!_CombatActions[i]->validate(this, errorCode))
return false;
}
}
return true;
} // validateCombatActions //
//--------------------------------------------------------------
// applyCombatActions()
//--------------------------------------------------------------
void CCombatPhrase::applyCombatActions()
{
if (!_Defender) return;
const uint size = _CombatActions.size();
for (uint i = 0 ; i < size ; ++i)
{
if ( _CombatActions[i] != NULL)
{
_CombatActions[i]->setTarget( _Defender->getEntityRowId() );
_CombatActions[i]->apply(this);
}
}
} // validateCombatActions //
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