//! Analyzers for Strike Mission logs. use crate::{ analyzers::{helpers, Analyzer, Outcome}, gamedata::Boss, EventKind, Log, }; /// Analyzer for strikes. /// /// Since there are currently no strikes requiring special logic, this analyzer is used for all /// strike missions. #[derive(Debug, Clone, Copy)] pub struct GenericStrike<'log> { log: &'log Log, } impl<'log> GenericStrike<'log> { /// Create a new [`GenericStrike`] analyzer for the given log. /// /// **Do not** use this method unless you know what you are doing. Instead, rely on /// [`Log::analyzer`]! pub fn new(log: &'log Log) -> Self { GenericStrike { log } } } impl<'log> Analyzer for GenericStrike<'log> { fn log(&self) -> &Log { self.log } fn is_cm(&self) -> bool { false } fn outcome(&self) -> Option { Outcome::from_bool(helpers::boss_is_dead(self.log)) } } /// Analyzer for the Captain Mai Trin/Aetherblade Hideout strike. #[derive(Debug, Clone, Copy)] pub struct CaptainMaiTrin<'log> { log: &'log Log, } impl<'log> CaptainMaiTrin<'log> { pub const ECHO_OF_SCARLET_BRIAR: u16 = 24_768; /// Determined buff that is used in Mai Trin's Strike. /// /// Thanks to ArenaNet's consistency, there are multiple versions of the Determined buff in /// use. /// /// The chat link for this buff is `[&Bn8DAAA=]`. pub const DETERMINED_ID: u32 = 895; /// Create a new [`CaptainMaiTrin`] analyzer for the given log. /// /// **Do not** use this method unless you know what you are doing. Instead, rely on /// [`Log::analyzer`]! pub fn new(log: &'log Log) -> Self { CaptainMaiTrin { log } } } impl<'log> Analyzer for CaptainMaiTrin<'log> { fn log(&self) -> &Log { self.log } fn is_cm(&self) -> bool { // EoD strike CMs are not implemented yet as of 2022-03-31 false } fn outcome(&self) -> Option { check_reward!(self.log); let scarlet = self .log .characters() .find(|npc| npc.id() == Self::ECHO_OF_SCARLET_BRIAR)?; let mai = self .log .characters() .find(|npc| npc.id() == Boss::CaptainMaiTrin as u16)?; for event in self.log.events() { if let EventKind::BuffApplication { destination_agent_addr, buff_id, .. } = event.kind() { if *buff_id == Self::DETERMINED_ID && *destination_agent_addr == mai.addr() && event.time() > scarlet.first_aware() { return Some(Outcome::Success); } } } Some(Outcome::Failure) } } /// Analyzer for the Ankka/Xunlai Jade Junkyard strike. #[derive(Debug, Clone, Copy)] pub struct Ankka<'log> { log: &'log Log, } impl<'log> Ankka<'log> { /// Determined buff that is used in Ankka's Strike. /// /// Thanks to ArenaNet's consistency, there are multiple versions of the Determined buff in /// use. /// /// The chat link for this buff is `[&Bn8DAAA=]`. pub const DETERMINED_ID: u32 = CaptainMaiTrin::DETERMINED_ID; /// The minimum duration of [`DETERMINED_ID`] buff applications. pub const DURATION_CUTOFF: i32 = i32::MAX; /// The expected number of times that Ankka needs to phase before we consider it a success. pub const EXPECTED_PHASE_COUNT: usize = 3; /// Create a new [`Ankka`] analyzer for the given log. /// /// **Do not** use this method unless you know what you are doing. Instead, rely on /// [`Log::analyzer`]! pub fn new(log: &'log Log) -> Self { Ankka { log } } } impl<'log> Analyzer for Ankka<'log> { fn log(&self) -> &Log { self.log } fn is_cm(&self) -> bool { // EoD strike CMs are not implemented yet as of 2022-03-31 false } fn outcome(&self) -> Option { check_reward!(self.log); let ankka = self .log .characters() .find(|npc| npc.id() == Boss::Ankka as u16)?; let phase_change_count = self .log .events() .iter() .filter(|event| { if let EventKind::BuffApplication { destination_agent_addr, buff_id, duration, .. } = event.kind() { *buff_id == Self::DETERMINED_ID && *destination_agent_addr == ankka.addr() && *duration == Self::DURATION_CUTOFF } else { false } }) .count(); Outcome::from_bool(phase_change_count == Self::EXPECTED_PHASE_COUNT) } } /// Analyzer for the Minister Li/Kaineng Overlook strike. #[derive(Debug, Clone, Copy)] pub struct MinisterLi<'log> { log: &'log Log, } impl<'log> MinisterLi<'log> { /// Determined buff that is used in Minister Li's Strike. /// /// Thanks to ArenaNet's consistency, there are multiple versions of the Determined buff in /// use. /// /// The chat link for this buff is `[&BvoCAAA=]`. pub const DETERMINED_ID: u32 = 762; /// The minimum number of times that Minister Li needs to phase before we consider it a success. pub const MINIMUM_PHASE_COUNT: usize = 3; /// Create a new [`MinisterLi`] analyzer for the given log. /// /// **Do not** use this method unless you know what you are doing. Instead, rely on /// [`Log::analyzer`]! pub fn new(log: &'log Log) -> Self { MinisterLi { log } } } impl<'log> Analyzer for MinisterLi<'log> { fn log(&self) -> &Log { self.log } fn is_cm(&self) -> bool { // EoD strike CMs are not implemented yet as of 2022-03-31 false } fn outcome(&self) -> Option { check_reward!(self.log); let li = self .log .characters() .find(|npc| npc.id() == Boss::MinisterLi as u16)?; let phase_change_count = self .log .events() .iter() .filter(|event| { if let EventKind::BuffApplication { destination_agent_addr, buff_id, .. } = event.kind() { *buff_id == Self::DETERMINED_ID && *destination_agent_addr == li.addr() } else { false } }) .count(); Outcome::from_bool(phase_change_count >= Self::MINIMUM_PHASE_COUNT) } } /// Analyzer for the Dragonvoid/Harvest Temple strike. #[derive(Debug, Clone, Copy)] pub struct Dragonvoid<'log> { log: &'log Log, } impl<'log> Dragonvoid<'log> { pub const EXPECTED_TARGET_OFF_COUNT: usize = 2; /// Create a new [`Dragonvoid`] analyzer for the given log. /// /// **Do not** use this method unless you know what you are doing. Instead, rely on /// [`Log::analyzer`]! pub fn new(log: &'log Log) -> Self { Dragonvoid { log } } } impl<'log> Analyzer for Dragonvoid<'log> { fn log(&self) -> &Log { self.log } fn is_cm(&self) -> bool { // EoD strike CMs are not implemented yet as of 2022-03-31 false } fn outcome(&self) -> Option { // check_reward is pointless because the reward is delayed. // First, we find the right agent_addr let mut first_voids = None; for event in self.log.events() { if let EventKind::AttackTarget { agent_addr, parent_agent_addr, .. } = event.kind() { if first_voids.is_none() { first_voids = Some(parent_agent_addr); } else if first_voids != Some(parent_agent_addr) { // We find the amount of target off switches that occurred after a target on // switch. let mut is_on = false; let mut target_off_count = 0; // The nested loop over events is not ideal, but it is currently the easiest // way to implement this logic without trying to cram it into a single loop. for e in self.log.events() { if let EventKind::Targetable { agent_addr: taa, targetable, } = e.kind() { if *taa != *agent_addr { continue; } if *targetable { is_on = true; } else if !targetable && is_on { target_off_count += 1; } } } if target_off_count == Self::EXPECTED_TARGET_OFF_COUNT { return Some(Outcome::Success); } } } } Some(Outcome::Failure) } }