some building fixes

Cargo.lock

@@ -562,7 +562,7 @@ dependencies = [
 [[package]]
 name = "tf-demo-parser"
 version = "0.4.0"
-source = "git+https://github.com/demostf/parser#cb65c0d3ec07ad67587817e7475db5585e1b245f"
+source = "git+https://github.com/demostf/parser#cf58a0609af6d135c09c8e0839a933e109938819"
 dependencies = [
  "bitbuffer",
  "enumflags2",

js/parser.ts

@@ -8,6 +8,7 @@ export async function parseDemo(bytes: Uint8Array, progressCallback : (progress:
     let buildingCount = state.building_count;
     let boundaries = state.boundaries;
     let interval_per_tick = state.interval_per_tick;
+    let tickCount = state.tick_count;
     let kill_ticks = m.get_kill_ticks(state);
     let attackers = m.get_attacker_ids(state);
     let assisters = m.get_assister_ids(state);
@@ -57,7 +58,8 @@ export async function parseDemo(bytes: Uint8Array, progressCallback : (progress:
         },
         data,
         kills,
-        playerInfo
+        playerInfo,
+        tickCount,
     );
 }
 
@@ -130,6 +132,7 @@ export interface BuildingState {
     },
     angle: number,
     health: number,
+    level: number,
     team: Team,
     buildingType: BuildingType,
 }
@@ -167,7 +170,7 @@ export class ParsedDemo {
     public readonly kills: Kill[];
     public readonly playerInfo: PlayerInfo[];
 
-    constructor(playerCount: number, buildingCount: number, world: WorldBoundaries, header: Header, data: Uint8Array, kills: Kill[], playerInfo: PlayerInfo[]) {
+    constructor(playerCount: number, buildingCount: number, world: WorldBoundaries, header: Header, data: Uint8Array, kills: Kill[], playerInfo: PlayerInfo[], tickCount: number) {
         this.playerCount = playerCount;
         this.buildingCount = buildingCount;
         this.world = world;
@@ -175,7 +178,7 @@ export class ParsedDemo {
         this.data = data;
         this.kills = kills;
         this.playerInfo = playerInfo;
-        this.tickCount = data.length / (playerCount * PLAYER_PACK_SIZE + buildingCount * BUILDING_PACK_SIZE);
+        this.tickCount = tickCount;
     }
 
     getPlayer(tick: number, playerIndex: number): PlayerState {
@@ -189,10 +192,10 @@ export class ParsedDemo {
 
     getBuilding(tick: number, buildingIndex: number): BuildingState {
         if (buildingIndex >= this.buildingCount) {
-            throw new Error("Player out of bounds");
+            throw new Error("Building out of bounds");
         }
 
-        const base = ((buildingIndex * this.tickCount) + tick) * BUILDING_PACK_SIZE;
+        const base = (this.playerCount * this.tickCount * PLAYER_PACK_SIZE) + ((buildingIndex * this.tickCount) + tick) * BUILDING_PACK_SIZE;
         return unpackBuilding(this.data, base, this.world);
     }
 }
@@ -227,7 +230,8 @@ function unpackBuilding(bytes: Uint8Array, base: number, world: WorldBoundaries)
     const team_type_health = bytes[base + 4] + (bytes[base + 5] << 8);
     const angle = unpack_angle(bytes[base + 6]);
     const health = team_type_health & 1013;
-    const team = (team_type_health >> 13) as Team;
+    const team = (((team_type_health >> 13) & 1) === 0) ? Team.Blue : Team.Red;
+    const level = (team_type_health >> 14);
     const buildingType = ((team_type_health >> 10) & 7) as BuildingType;
 
     return {
@@ -235,6 +239,7 @@ function unpackBuilding(bytes: Uint8Array, base: number, world: WorldBoundaries)
         angle,
         health,
         team,
-        buildingType
+        buildingType,
+        level,
     }
 }

src/lib.rs

@@ -46,6 +46,7 @@ pub struct FlatState {
     pub building_count: usize,
     pub boundaries: WorldBoundaries,
     pub interval_per_tick: f32,
+    pub tick_count: u32,
     kill_ticks: Box<[u32]>,
     attackers: Box<[u8]>,
     assisters: Box<[u8]>,
@@ -62,21 +63,24 @@ impl FlatState {
             players,
             header,
             buildings,
+            max_building_count,
+            tick,
             ..
         } = parsed;
 
         let player_count = players.len();
-        let building_count = buildings.len();
+        let building_count = max_building_count;
 
         let flat: Vec<_> = players
             .into_iter()
             .chain(buildings.into_iter())
-            .flat_map(|player| player.into_iter())
+            .flat_map(|data| data.into_iter())
             .collect();
 
         FlatState {
             player_count,
             building_count,
+            tick_count: tick as u32,
             boundaries: world.into(),
             interval_per_tick: header.duration / (header.ticks as f32),
             data: flat.into_boxed_slice(),
@@ -195,6 +199,8 @@ pub fn parse_demo_inner(
         }
     }
 
+    parsed_demo.finish();
+
     let state = ticker.into_state();
 
     parsed_demo.kills = state.kills;

src/state.rs

@@ -1,7 +1,8 @@
 use tf_demo_parser::demo::header::Header;
 use tf_demo_parser::demo::parser::analyser::UserInfo;
 use tf_demo_parser::demo::parser::gamestateanalyser::{
-    Building, Class, GameState, Kill, PlayerState as PlayerAliveState, Team, World,
+    Building, Class, Dispenser, GameState, Kill, PlayerState as PlayerAliveState, Sentry, Team,
+    Teleporter, World,
 };
 use tf_demo_parser::demo::vector::VectorXY;
 
@@ -30,6 +31,7 @@ pub struct ParsedDemo {
     pub kills: Vec<Kill>,
     pub header: Header,
     pub player_info: Vec<UserInfo>,
+    pub max_building_count: usize,
 }
 
 impl ParsedDemo {
@@ -40,6 +42,7 @@ impl ParsedDemo {
             buildings: Vec::new(),
             kills: Vec::new(),
             player_info: Vec::new(),
+            max_building_count: 0,
             header,
         }
     }
@@ -76,23 +79,32 @@ impl ParsedDemo {
                 let parsed_player = &mut self.players[index];
                 parsed_player.extend_from_slice(&state.pack(world));
             }
-            for (index, building) in game_state.buildings.iter().enumerate() {
+
+            self.max_building_count = self.max_building_count.max(game_state.buildings.len());
+            for (index, building) in game_state.buildings.values().enumerate() {
                 let state = BuildingState::new(building);
 
                 if let None = self.buildings.get(index) {
-                    let mut new_building =
+                    let new_building =
                         Vec::with_capacity(self.header.ticks as usize * BuildingState::PACKET_SIZE);
-                    new_building.resize(self.tick * BuildingState::PACKET_SIZE, 0);
                     self.buildings.push(new_building);
                 };
 
-                let parsed_player = &mut self.players[index];
-                parsed_player.extend_from_slice(&state.pack(world));
+                let parsed_building = &mut self.buildings[index];
+                parsed_building.resize(self.tick * BuildingState::PACKET_SIZE, 0);
+
+                parsed_building.extend_from_slice(&state.pack(world));
             }
             self.tick += 1;
         }
     }
 
+    pub fn finish(&mut self) {
+        for parsed_building in self.buildings.iter_mut() {
+            parsed_building.resize(self.tick * BuildingState::PACKET_SIZE, 0);
+        }
+    }
+
     pub fn size(&self) -> usize {
         self.players
             .iter()
@@ -255,29 +267,29 @@ impl BuildingType {
 
     pub fn from_building(building: &Building) -> Self {
         match building {
-            Building::Sentry { is_mini: true, .. } => BuildingType::MiniSentry,
-            Building::Sentry {
+            Building::Sentry(Sentry { is_mini: true, .. }) => BuildingType::MiniSentry,
+            Building::Sentry(Sentry {
                 is_mini: false,
                 level: 1,
                 ..
-            } => BuildingType::Level1Sentry,
-            Building::Sentry {
+            }) => BuildingType::Level1Sentry,
+            Building::Sentry(Sentry {
                 is_mini: false,
                 level: 2,
                 ..
-            } => BuildingType::Level2Sentry,
-            Building::Sentry {
+            }) => BuildingType::Level2Sentry,
+            Building::Sentry(Sentry {
                 is_mini: false,
                 level: 3,
                 ..
-            } => BuildingType::Level3Sentry,
-            Building::Dispenser { .. } => BuildingType::Dispenser,
-            Building::Teleporter {
+            }) => BuildingType::Level3Sentry,
+            Building::Dispenser(Dispenser { .. }) => BuildingType::Dispenser,
+            Building::Teleporter(Teleporter {
                 is_entrance: true, ..
-            } => BuildingType::TeleporterEntrance,
-            Building::Teleporter {
+            }) => BuildingType::TeleporterEntrance,
+            Building::Teleporter(Teleporter {
                 is_entrance: false, ..
-            } => BuildingType::TeleporterExit,
+            }) => BuildingType::TeleporterExit,
             _ => BuildingType::Unknown,
         }
     }
@@ -290,43 +302,24 @@ pub struct BuildingState {
     health: u16,
     team: Team,
     ty: BuildingType,
+    level: u8,
 }
 
 impl BuildingState {
     const PACKET_SIZE: usize = 7;
 
     pub fn new(building: &Building) -> Self {
-        match building {
-            Building::Sentry {
-                position,
-                angle,
-                health,
-                team,
-                ..
-            }
-            | Building::Dispenser {
-                position,
-                angle,
-                health,
-                team,
-                ..
-            }
-            | Building::Teleporter {
-                position,
-                angle,
-                health,
-                team,
-                ..
-            } => BuildingState {
+        let position = building.position();
+        BuildingState {
             position: VectorXY {
                 x: position.x,
                 y: position.y,
             },
-                angle: Angle::from(*angle),
-                health: *health,
-                team: *team,
+            angle: Angle::from(building.angle()),
+            health: building.health(),
+            team: building.team(),
             ty: BuildingType::from_building(building),
-            },
+            level: building.level(),
         }
     }
 
@@ -341,11 +334,15 @@ impl BuildingState {
 
         let x = pack_f32(self.position.x, world.boundary_min.x, world.boundary_max.x).to_le_bytes();
         let y = pack_f32(self.position.y, world.boundary_min.y, world.boundary_max.y).to_le_bytes();
-        // 1 bits reserved
-        // 2 bits reserved
+        // 2 bits level
+        // 1 bit team
         // 3 bits for type
         // 10 bits for health
-        let team_type_health = ((self.team as u16) << 13) + ((self.ty as u16) << 10) + self.health;
+        let team = if self.team == Team::Blue { 0 } else { 1 };
+        let team_type_health = ((self.level as u16) << 14)
+            + ((team as u16) << 13)
+            + ((self.ty as u16) << 10)
+            + self.health;
         let combined_bytes = team_type_health.to_le_bytes();
 
         [
@@ -379,8 +376,14 @@ impl BuildingState {
         let team_type_health = u16::from_le_bytes([bytes[4], bytes[5]]);
         let health = team_type_health & 1023;
         let angle = Angle(bytes[6]);
-        let team = Team::new(team_type_health >> 13);
+        let packed_team = (team_type_health >> 13) & 1;
+        let team = if packed_team == 0 {
+            Team::Blue
+        } else {
+            Team::Red
+        };
         let ty = BuildingType::new((team_type_health >> 10) as u8 & 7);
+        let level = (team_type_health >> 14) as u8;
 
         BuildingState {
             position: VectorXY { x, y },
@@ -388,6 +391,7 @@ impl BuildingState {
             health,
             team,
             ty,
+            level,
         }
     }
 }
@@ -417,6 +421,7 @@ fn test_building_packing() {
         angle: Angle::from(213.0),
         health: 250,
         team: Team::Blue,
+        level: 3,
         ty: BuildingType::Level1Sentry,
     };
 
@@ -427,6 +432,7 @@ fn test_building_packing() {
     assert_eq!(input.health, unpacked.health);
     assert_eq!(input.ty, unpacked.ty);
     assert_eq!(input.team, unpacked.team);
+    assert_eq!(input.level, unpacked.level);
 
     assert!(f32::abs(input.position.x - unpacked.position.x) < 0.5);
     assert!(f32::abs(input.position.y - unpacked.position.y) < 0.5);