private void SetAgentAwareTimes(LogProcessorState state)
{
foreach (var ev in state.Events)
{
if (ev is AgentEvent agentEvent)
{
if (agentEvent.Agent == null)
{
continue;
}
if (agentEvent.Agent.FirstAwareTime == 0 || ev.Time < agentEvent.Agent.FirstAwareTime)
{
agentEvent.Agent.FirstAwareTime = ev.Time;
}
if (agentEvent.Agent.LastAwareTime == long.MaxValue || ev.Time > agentEvent.Agent.LastAwareTime)
{
agentEvent.Agent.LastAwareTime = ev.Time;
}
}
else if (ev is DamageEvent damageEvent)
{
if (damageEvent.Attacker != null)
{
if (damageEvent.Attacker.FirstAwareTime == 0 || ev.Time < damageEvent.Attacker.FirstAwareTime)
{
damageEvent.Attacker.FirstAwareTime = ev.Time;
}
if (damageEvent.Attacker.LastAwareTime == long.MaxValue ||
ev.Time > damageEvent.Attacker.LastAwareTime)
{
damageEvent.Attacker.LastAwareTime = ev.Time;
}
}
if (damageEvent.Defender != null)
{
if (damageEvent.Defender.FirstAwareTime == 0 || ev.Time < damageEvent.Defender.FirstAwareTime)
{
damageEvent.Defender.FirstAwareTime = ev.Time;
}
if (damageEvent.Defender.LastAwareTime == long.MaxValue ||
ev.Time > damageEvent.Defender.LastAwareTime)
{
damageEvent.Defender.LastAwareTime = ev.Time;
}
}
}
}
state.AwareTimesSet = true;
}
private Event GetEvent(LogProcessorState state,
IReadOnlyDictionary <uint, Skill> skillsById, ParsedCombatItem item)
{
Debug.Assert(state.AgentsByAddress != null);
Agent GetAgentByAddress(ulong address)
{
if (state.AgentsByAddress.TryGetValue(address, out Agent agent))
{
return(agent);
}
return(null);
}
Skill GetSkillById(uint id)
{
if (skillsById.TryGetValue(id, out Skill skill))
{
return(skill);
}
return(null);
}
if (item.IsStateChange != StateChange.Normal)
{
switch (item.IsStateChange)
{
case StateChange.EnterCombat:
return(new AgentEnterCombatEvent(item.Time, GetAgentByAddress(item.SrcAgent),
(int)item.DstAgent));
case StateChange.ExitCombat:
return(new AgentExitCombatEvent(item.Time, GetAgentByAddress(item.SrcAgent)));
case StateChange.ChangeUp:
return(new AgentRevivedEvent(item.Time, GetAgentByAddress(item.SrcAgent)));
case StateChange.ChangeDead:
return(new AgentDeadEvent(item.Time, GetAgentByAddress(item.SrcAgent)));
case StateChange.ChangeDown:
return(new AgentDownedEvent(item.Time, GetAgentByAddress(item.SrcAgent)));
case StateChange.Spawn:
return(new AgentSpawnEvent(item.Time, GetAgentByAddress(item.SrcAgent)));
case StateChange.Despawn:
return(new AgentDespawnEvent(item.Time, GetAgentByAddress(item.SrcAgent)));
case StateChange.HealthUpdate:
var healthFraction = item.DstAgent / 10000f;
return(new AgentHealthUpdateEvent(item.Time, GetAgentByAddress(item.SrcAgent),
healthFraction));
case StateChange.WeaponSwap:
WeaponSet newWeaponSet;
switch (item.DstAgent)
{
case 0:
newWeaponSet = WeaponSet.Water1;
break;
case 1:
newWeaponSet = WeaponSet.Water2;
break;
case 4:
newWeaponSet = WeaponSet.Land1;
break;
case 5:
newWeaponSet = WeaponSet.Land2;
break;
default:
newWeaponSet = WeaponSet.Unknown;
break;
}
return(new AgentWeaponSwapEvent(item.Time, GetAgentByAddress(item.SrcAgent),
newWeaponSet));
case StateChange.MaxHealthUpdate:
return(new AgentMaxHealthUpdateEvent(item.Time, GetAgentByAddress(item.SrcAgent),
item.DstAgent));
case StateChange.Reward:
return(new RewardEvent(item.Time, item.DstAgent, item.Value));
case StateChange.BuffInitial:
return(new InitialBuffEvent(item.Time, GetAgentByAddress(item.SrcAgent),
GetSkillById(item.SkillId)));
case StateChange.Position:
{
float x = BitConversions.ToSingle((uint)(item.DstAgent & 0xFFFFFFFF));
float y = BitConversions.ToSingle((uint)(item.DstAgent >> 32 & 0xFFFFFFFF));
float z = BitConversions.ToSingle(item.Value);
return(new PositionChangeEvent(item.Time, GetAgentByAddress(item.SrcAgent), x, y, z));
}
case StateChange.Velocity:
{
float x = BitConversions.ToSingle((uint)(item.DstAgent & 0xFFFFFFFF));
float y = BitConversions.ToSingle((uint)(item.DstAgent >> 32 & 0xFFFFFFFF));
float z = BitConversions.ToSingle(item.Value);
return(new VelocityChangeEvent(item.Time, GetAgentByAddress(item.SrcAgent), x, y, z));
}
case StateChange.Rotation:
{
float x = BitConversions.ToSingle((uint)(item.DstAgent & 0xFFFFFFFF));
float y = BitConversions.ToSingle((uint)(item.DstAgent >> 32 & 0xFFFFFFFF));
return(new FacingChangeEvent(item.Time, GetAgentByAddress(item.SrcAgent), x, y));
}
case StateChange.TeamChange:
return(new TeamChangeEvent(item.Time, GetAgentByAddress(item.SrcAgent),
item.DstAgent));
case StateChange.Targetable:
{
var agent = GetAgentByAddress(item.SrcAgent);
if (agent is AttackTarget target)
{
return(new TargetableChangeEvent(item.Time, target, item.DstAgent != 0));
}
else
{
return(new UnknownEvent(item.Time, item));
}
}
case StateChange.ReplInfo:
return(new UnknownEvent(item.Time, item));
case StateChange.StackActive:
return(new ActiveBuffStackEvent(item.Time, GetAgentByAddress(item.SrcAgent),
(uint)item.DstAgent));
case StateChange.StackReset:
return(new ResetBuffStackEvent(item.Time, GetAgentByAddress(item.SrcAgent), item.Padding,
item.Value));
case StateChange.BreakbarState:
var breakbarState = item.Value switch
{
0 => DefianceBarStateUpdateEvent.DefianceBarState.Active,
1 => DefianceBarStateUpdateEvent.DefianceBarState.Recovering,
2 => DefianceBarStateUpdateEvent.DefianceBarState.Immune,
3 => DefianceBarStateUpdateEvent.DefianceBarState.None,
_ => DefianceBarStateUpdateEvent.DefianceBarState.Unknown
};
return(new DefianceBarStateUpdateEvent(item.Time, GetAgentByAddress(item.SrcAgent),
breakbarState));
case StateChange.BreakbarPercent:
// This encoding is inconsistent with the health update.
float breakbarHealthFraction = BitConversions.ToSingle(item.Value);
return(new DefianceBarHealthUpdateEvent(item.Time, GetAgentByAddress(item.SrcAgent),
breakbarHealthFraction));
case StateChange.BuffInfo:
// TODO: Figure out what the contents are
case StateChange.BuffFormula:
// TODO: Figure out what the contents are
case StateChange.SkillInfo:
// TODO: Figure out what the contents are
case StateChange.SkillTiming:
// TODO: Figure out what the contents are
case StateChange.Error:
// TODO: Implement
return(new UnknownEvent(item.Time, item));
case StateChange.Tag:
return(new AgentTagEvent(item.Time, GetAgentByAddress(item.SrcAgent), item.Value));
case StateChange.Unknown:
return(new UnknownEvent(item.Time, item));
default:
throw new ArgumentOutOfRangeException();
}
}
else if (item.IsActivation != Activation.None)
{
switch (item.IsActivation)
{
case Activation.CancelCancel:
return(new EndSkillCastEvent(item.Time, GetAgentByAddress(item.SrcAgent),
GetSkillById(item.SkillId), item.Value, EndSkillCastEvent.SkillEndType.Cancel));
case Activation.CancelFire:
return(new EndSkillCastEvent(item.Time, GetAgentByAddress(item.SrcAgent),
GetSkillById(item.SkillId), item.Value, EndSkillCastEvent.SkillEndType.Fire));
case Activation.Normal:
return(new StartSkillCastEvent(item.Time, GetAgentByAddress(item.SrcAgent),
GetSkillById(item.SkillId), item.Value, StartSkillCastEvent.SkillCastType.Normal));
case Activation.Quickness:
return(new StartSkillCastEvent(item.Time, GetAgentByAddress(item.SrcAgent),
GetSkillById(item.SkillId), item.Value,
StartSkillCastEvent.SkillCastType.WithQuickness));
case Activation.Reset:
return(new ResetSkillCastEvent(item.Time, GetAgentByAddress(item.SrcAgent),
GetSkillById(item.SkillId), item.Value));
case Activation.Unknown:
return(new UnknownEvent(item.Time, item));
}
}
else if (item.Buff != 0 && item.IsBuffRemove != BuffRemove.None)
{
Skill buff = GetSkillById(item.SkillId);
int remainingDuration = item.Value;
int remainingIntensity = item.BuffDmg;
int stacksRemoved = (int)item.Result;
var cleansingAgent = GetAgentByAddress(item.DstAgent);
var agent = GetAgentByAddress(item.SrcAgent);
switch (item.IsBuffRemove)
{
case BuffRemove.All:
return(new AllStacksRemovedBuffEvent(item.Time, agent, buff, cleansingAgent,
stacksRemoved));
case BuffRemove.Single:
uint stackId = item.Padding;
return(new SingleStackRemovedBuffEvent(item.Time, agent, buff, cleansingAgent,
remainingDuration, remainingIntensity, stackId));
case BuffRemove.Manual:
return(new ManualStackRemovedBuffEvent(item.Time, agent, buff, cleansingAgent,
remainingDuration, remainingIntensity));
default:
throw new ArgumentOutOfRangeException();
}
}
else if (item.Buff > 0 && item.BuffDmg == 0)
{
Skill buff = GetSkillById(item.SkillId);
int durationApplied = item.Value;
uint durationOfRemovedStack = item.OverstackValue;
var agent = GetAgentByAddress(item.DstAgent);
var sourceAgent = GetAgentByAddress(item.SrcAgent);
return(new BuffApplyEvent(item.Time, agent, buff, sourceAgent, durationApplied,
durationOfRemovedStack));
}
else if (item.Buff > 0 && item.Value == 0)
{
Skill buff = GetSkillById(item.SkillId);
int buffDamage = item.BuffDmg;
bool isOffCycle = item.IsOffCycle > 0;
Agent attacker = GetAgentByAddress(item.SrcAgent);
Agent defender = GetAgentByAddress(item.DstAgent);
bool isMoving = item.IsMoving > 0;
bool isNinety = item.IsNinety > 0;
bool isFlanking = item.IsFlanking > 0;
bool isIgnored = item.Result != 0;
if (isIgnored)
{
var reason = item.Result == (Result)1
? IgnoredBuffDamageEvent.Reason.InvulnerableBuff
: IgnoredBuffDamageEvent.Reason.InvulnerableSkill;
return(new IgnoredBuffDamageEvent(item.Time, attacker, defender, buff, buffDamage,
isMoving, isNinety, isFlanking, reason));
}
else
{
if (isOffCycle)
{
return(new OffCycleBuffDamageEvent(item.Time, attacker, defender, buff, buffDamage,
isMoving, isNinety, isFlanking));
}
else
{
return(new BuffDamageEvent(item.Time, attacker, defender, buff, buffDamage, isMoving,
isNinety, isFlanking));
}
}
}
else if (item.Buff == 0)
{
int damage = item.Value;
uint shieldDamage = item.OverstackValue;
Agent attacker = GetAgentByAddress(item.SrcAgent);
Agent defender = GetAgentByAddress(item.DstAgent);
Skill skill = GetSkillById(item.SkillId);
bool isMoving = item.IsMoving > 0;
bool isNinety = item.IsNinety > 0;
bool isFlanking = item.IsFlanking > 0;
// TODO: Rewrite
bool ignored = false;
var hitResult = PhysicalDamageEvent.Result.Normal;
var ignoreReason = IgnoredPhysicalDamageEvent.Reason.Absorbed;
switch (item.Result)
{
case Result.Normal:
hitResult = PhysicalDamageEvent.Result.Normal;
break;
case Result.Critical:
hitResult = PhysicalDamageEvent.Result.Critical;
break;
case Result.Glance:
hitResult = PhysicalDamageEvent.Result.Glance;
break;
case Result.Block:
ignored = true;
ignoreReason = IgnoredPhysicalDamageEvent.Reason.Blocked;
break;
case Result.Evade:
ignored = true;
ignoreReason = IgnoredPhysicalDamageEvent.Reason.Evaded;
break;
case Result.Interrupt:
hitResult = PhysicalDamageEvent.Result.Interrupt;
break;
case Result.Absorb:
ignored = true;
ignoreReason = IgnoredPhysicalDamageEvent.Reason.Absorbed;
break;
case Result.Blind:
ignored = true;
ignoreReason = IgnoredPhysicalDamageEvent.Reason.Missed;
break;
case Result.KillingBlow:
hitResult = PhysicalDamageEvent.Result.KillingBlow;
break;
case Result.Downed:
hitResult = PhysicalDamageEvent.Result.DowningBlow;
break;
case Result.Unknown:
return(new UnknownEvent(item.Time, item));
default:
return(new UnknownEvent(item.Time, item));
}
if (!ignored)
{
return(new PhysicalDamageEvent(item.Time, attacker, defender, skill, damage, isMoving,
isNinety, isFlanking, shieldDamage, hitResult));
}
else
{
return(new IgnoredPhysicalDamageEvent(item.Time, attacker, defender, skill, damage,
isMoving, isNinety, isFlanking, shieldDamage, ignoreReason));
}
}
return(new UnknownEvent(item.Time, item));
}
public Log ProcessLog(ParsedLog log)
{
var context = new LogProcessorState();
context.EvtcVersion = log.LogVersion.BuildVersion;
context.Agents = GetAgents(log).ToList();
context.AgentsByAddress = new Dictionary <ulong, Agent>();
context.AgentsById = new Dictionary <int, List <Agent> >();
foreach (var agent in context.Agents)
{
foreach (var origin in agent.AgentOrigin.OriginalAgentData)
{
context.AgentsByAddress[origin.Address] = agent;
int id = origin.Id;
if (!context.AgentsById.TryGetValue(id, out var agentsWithId))
{
agentsWithId = new List <Agent>();
context.AgentsById[id] = agentsWithId;
}
agentsWithId.Add(agent);
}
}
context.Skills = GetSkills(log).ToList();
GetDataFromCombatItems(log, context);
Agent mainTarget = null;
context.LogType = LogType.PvE;
if (log.ParsedBossData.ID == 1)
{
context.LogType = LogType.WorldVersusWorld;
}
else
{
// The boss id be either an NPC species id or a Gadget id.
// Conflicts may happen, in that case the first found agent is chosen,
// as they are more likely to be the trigger. It is also possible to have
// multiple agents with the same id if they are not unique, in that case
// we once again choose the first one.
foreach (var agent in context.Agents)
{
if (agent is NPC npc && npc.SpeciesId == log.ParsedBossData.ID ||
agent is Gadget gadget && gadget.VolatileId == log.ParsedBossData.ID)
{
mainTarget = agent;
break;
}
}
}
SetAgentAwareTimes(context);
AssignAgentMasters(log, context); // Has to be done after setting aware times
context.EncounterData = GetEncounterData(mainTarget, context);
foreach (var step in context.EncounterData.ProcessingSteps)
{
step.Process(context);
}
return(new Log(mainTarget, context));
}
private void GetDataFromCombatItems(ParsedLog log, LogProcessorState state)
{
Debug.Assert(state.Agents != null);
Debug.Assert(state.Skills != null);
Debug.Assert(state.AgentsByAddress != null);
var skillsById = new Dictionary <uint, Skill>();
foreach (var skill in state.Skills)
{
// Rarely, in old logs a skill may be duplicated (typically a skill with id 0),
// so we only use the first definition
if (!skillsById.ContainsKey(skill.Id))
{
skillsById.Add(skill.Id, skill);
}
}
state.GameLanguage = GameLanguage.Other;
var events = new List <Event>();
foreach (var item in log.ParsedCombatItems)
{
if (item.IsStateChange == StateChange.LogStart)
{
if (state.LogStartTime != null)
{
throw new LogProcessingException("Multiple log start combat items found");
}
var serverTime = DateTimeOffset.FromUnixTimeSeconds(item.Value);
var localTime = DateTimeOffset.FromUnixTimeSeconds(item.BuffDmg);
state.LogStartTime = new LogTime(localTime, serverTime, item.Time);
continue;
}
if (item.IsStateChange == StateChange.LogEnd)
{
if (item.Value == 0 && item.BuffDmg == 0)
{
// This is an erroneous extra log end without any data,
// we ignore it. Happened in every log with EVTC20200506.
continue;
}
if (state.LogEndTime != null)
{
throw new LogProcessingException("Multiple log end combat items found");
}
var serverTime = DateTimeOffset.FromUnixTimeSeconds(item.Value);
var localTime = DateTimeOffset.FromUnixTimeSeconds(item.BuffDmg);
state.LogEndTime = new LogTime(localTime, serverTime, item.Time);
continue;
}
if (item.IsStateChange == StateChange.PointOfView)
{
if (state.AgentsByAddress.TryGetValue(item.SrcAgent, out var agent))
{
state.PointOfView = agent as Player ??
throw new LogProcessingException("The point of view agent is not a player");
}
continue;
}
if (item.IsStateChange == StateChange.Language)
{
int languageId = (int)item.SrcAgent;
state.GameLanguageId = languageId;
state.GameLanguage = GameLanguageIds.GetLanguageById(languageId);
continue;
}
if (item.IsStateChange == StateChange.GWBuild)
{
state.GameBuild = (int)item.SrcAgent;
continue;
}
if (item.IsStateChange == StateChange.ShardId)
{
state.GameShardId = (int)item.SrcAgent;
continue;
}
if (item.IsStateChange == StateChange.MapId)
{
state.MapId = (int)item.SrcAgent;
continue;
}
if (item.IsStateChange == StateChange.Guild)
{
if (state.AgentsByAddress.TryGetValue(item.SrcAgent, out Agent agent))
{
var player = (Player)agent;
var guid = new byte[16];
// It is unclear how the arcdps values would be stored on a big-endian platform
Debug.Assert(BitConverter.IsLittleEndian);
var dstBytes = BitConverter.GetBytes(item.DstAgent);
var valueBytes = BitConverter.GetBytes(item.Value);
var buffDamageBytes = BitConverter.GetBytes(item.BuffDmg);
guid[0] = dstBytes[3];
guid[1] = dstBytes[2];
guid[2] = dstBytes[1];
guid[3] = dstBytes[0];
guid[4] = dstBytes[5];
guid[5] = dstBytes[4];
guid[6] = dstBytes[7];
guid[7] = dstBytes[6];
guid[8] = valueBytes[0];
guid[9] = valueBytes[1];
guid[10] = valueBytes[2];
guid[11] = valueBytes[3];
guid[12] = buffDamageBytes[0];
guid[13] = buffDamageBytes[1];
guid[14] = buffDamageBytes[2];
guid[15] = buffDamageBytes[3];
player.GuildGuid = guid;
}
continue;
}
if (item.IsStateChange == StateChange.AttackTarget)
{
// Only used for master assignment
// Contains if the attack target is targetable as the value.
continue;
}
var processedEvent = GetEvent(state, skillsById, item);
if (!(processedEvent is UnknownEvent) || !IgnoreUnknownEvents)
{
events.Add(processedEvent);
}
}
state.Events = events;
}
private void AssignAgentMasters(ParsedLog log, LogProcessorState state)
{
// Requires aware times to be set first
Debug.Assert(state.AwareTimesSet);
Debug.Assert(!state.MastersAssigned);
Debug.Assert(state.AgentsByAddress != null);
Debug.Assert(state.AgentsById != null);
foreach (var combatItem in log.ParsedCombatItems)
{
if (combatItem.IsStateChange == StateChange.Normal)
{
if (combatItem.SrcMasterId != 0)
{
Agent minion = null;
if (state.AgentsById.TryGetValue(combatItem.SrcAgentId, out var agentsWithId))
{
foreach (var agent in agentsWithId)
{
if (agent.IsWithinAwareTime(combatItem.Time))
{
minion = agent;
break;
}
}
}
if (minion != null && minion.Master == null)
{
Agent master = null;
if (state.AgentsById.TryGetValue(combatItem.SrcMasterId, out var potentialMasters))
{
foreach (var agent in potentialMasters)
{
if (!(agent is Gadget) && agent.IsWithinAwareTime(combatItem.Time))
{
master = agent;
break;
}
}
}
if (master != null)
{
bool inCycle = false;
var masterParent = master;
while (masterParent != null)
{
if (masterParent == minion)
{
// A cycle is present in the minion hierarchy, this minion would end up as
// a transitive minion of itself, which could cause infinite looping.
// This is common in very old logs where minion data is somewhat weird.
inCycle = true;
break;
}
masterParent = masterParent.Master;
}
if (!inCycle)
{
minion.Master = master;
master.MinionList.Add(minion);
}
}
}
}
}
if (combatItem.IsStateChange == StateChange.AttackTarget)
{
ulong attackTargetAddress = combatItem.SrcAgent;
ulong masterGadgetAddress = combatItem.DstAgent;
AttackTarget target = null;
Gadget master = null;
foreach (var agent in state.Agents)
{
switch (agent)
{
case Gadget gadget when gadget.AgentOrigin.OriginalAgentData.Any(x => x.Address == masterGadgetAddress):
master = gadget;
break;
case AttackTarget attackTarget when attackTarget.AgentOrigin.OriginalAgentData.Any(x => x.Address == attackTargetAddress):
target = attackTarget;
break;
}
}
if (master != null && target != null)
{
master.AddAttackTarget(target);
target.Gadget = master;
}
}
}
state.MastersAssigned = true;
}
private IEncounterData GetEncounterData(Agent mainTarget, LogProcessorState state)
{
return(EncounterIdentifier.GetEncounterData(mainTarget, state.Events, state.Agents, state.Skills, state.GameBuild, state.LogType));
}
