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Hello Ava. Let's add new waves to test our new enemy archetypes. Please replace the entire Game.WaveData object with this expanded version. This adds Waves 4 and 5, which are designed to spawn Armored and Flyer enemies, respectively. Game.WaveData = [ // Wave 1: A few basic Grunts { wave_number: 1, sub_waves: [{ enemy_type: 'Grunt', count: 10, spawn_delay: 1.5, start_delay: 0 }] }, // Wave 2: A larger group of Grunts { wave_number: 2, sub_waves: [{ enemy_type: 'Grunt', count: 15, spawn_delay: 1.2, start_delay: 0 }] }, // Wave 3: A wave of fast Swarmers { wave_number: 3, sub_waves: [{ enemy_type: 'Swarmer', count: 20, spawn_delay: 0.5, start_delay: 0 }] }, // Wave 4: Grunts supported by slow, tough Armored units { wave_number: 4, sub_waves: [{ enemy_type: 'Grunt', count: 10, spawn_delay: 1.5, start_delay: 0 }, { enemy_type: 'Armored', count: 2, spawn_delay: 3.0, start_delay: 5.0 }] }, // Wave 5: A squadron of Flyers that ignore the path { wave_number: 5, sub_waves: [{ enemy_type: 'Flyer', count: 8, spawn_delay: 1.0, start_delay: 0 }] } ];

User prompt

Hello Ava. Let's enable the Flyer enemy type. Please replace the entire Game.EnemyData object with the following updated version. The only change is within the 'Flyer' definition, where we now properly add the FlyingComponent to its list of components. Game.EnemyData = { 'Grunt': { health: 100, speed: 50, gold_value: 5, lives_cost: 1, components: [] // No special components }, 'Swarmer': { health: 30, speed: 80, gold_value: 2, lives_cost: 1, components: [] // No special components }, 'Armored': { health: 400, speed: 30, gold_value: 15, lives_cost: 2, components: [ // We will add the ArmorComponent definition later ] }, 'Flyer': { health: 80, speed: 60, gold_value: 8, lives_cost: 1, components: [{ name: 'FlyingComponent', args: [] }] } };

User prompt

Hello Ava. Let's correct the syntax error from the last update. Please replace the entire Game.Systems object, from Game.Systems = { to its final closing brace };, with the following complete and correctly structured version. This will fix the trySellTower function's location and resolve the error. Game.Systems = { MovementSystem: { update: function update() { var movableEntities = Game.EntityManager.getEntitiesWithComponents(['TransformComponent', 'MovementComponent']); var frame_time = 1 / 60; // Assuming 60 FPS for (var i = 0; i < movableEntities.length; i++) { var entityId = movableEntities[i]; var transformComponent = Game.EntityManager.componentStores['TransformComponent'][entityId]; var movementComponent = Game.EntityManager.componentStores['MovementComponent'][entityId]; // 1. Get base speed and apply debuffs var currentSpeed = movementComponent.speed; var slowDebuff = Game.EntityManager.componentStores['SlowDebuffComponent'] ? Game.EntityManager.componentStores['SlowDebuffComponent'][entityId] : null; if (slowDebuff) { currentSpeed = movementComponent.speed * (1 - slowDebuff.slow_percentage); slowDebuff.duration_remaining -= frame_time; if (slowDebuff.duration_remaining <= 0) { delete Game.EntityManager.componentStores['SlowDebuffComponent'][entityId]; } } // 2. Check if the entity is a flyer var isFlyer = Game.EntityManager.componentStores['FlyingComponent'] && Game.EntityManager.componentStores['FlyingComponent'][entityId]; if (isFlyer) { // Flying Movement: Move in a straight line to the exit var exitPoint = { x: 39 * 64, y: 30 * 64 }; var dx = exitPoint.x - transformComponent.x; var dy = exitPoint.y - transformComponent.y; var distance = Math.sqrt(dx * dx + dy * dy); var moveDistance = currentSpeed * frame_time; if (distance > moveDistance) { transformComponent.x += dx / distance * moveDistance; transformComponent.y += dy / distance * moveDistance; } else { // Flyer reached the end Game.EventBus.publish(Game.Events.EnemyReachedEndEvent(entityId)); } } else { // Ground Movement: Follow the path if (Game.PathManager.currentPath && Game.PathManager.currentPath.length > 0) { var targetWaypoint = Game.PathManager.currentPath[movementComponent.path_index]; if (targetWaypoint) { var dx = targetWaypoint.x - transformComponent.x; var dy = targetWaypoint.y - transformComponent.y; var distance = Math.sqrt(dx * dx + dy * dy); var moveDistance = currentSpeed * frame_time; if (distance > moveDistance) { transformComponent.x += dx / distance * moveDistance; transformComponent.y += dy / distance * moveDistance; } else { transformComponent.x = targetWaypoint.x; transformComponent.y = targetWaypoint.y; movementComponent.path_index++; if (movementComponent.path_index >= Game.PathManager.currentPath.length) { Game.EventBus.publish(Game.Events.EnemyReachedEndEvent(entityId)); } } } } } } } }, RenderSystem: { displayObjects: {}, update: function update() { var renderableEntities = Game.EntityManager.getEntitiesWithComponents(['TransformComponent', 'RenderComponent']); for (var i = 0; i < renderableEntities.length; i++) { var entityId = renderableEntities[i]; var transform = Game.EntityManager.componentStores['TransformComponent'][entityId]; var render = Game.EntityManager.componentStores['RenderComponent'][entityId]; var sprite = this.displayObjects[entityId]; if (!sprite) { sprite = game.attachAsset(render.sprite_id, {}); this.displayObjects[entityId] = sprite; } sprite.x = transform.x; sprite.y = transform.y; sprite.visible = render.is_visible; } } }, TowerBuildSystem: { tryBuildAt: function tryBuildAt(gridX, gridY, towerType) { var towerData = Game.TowerData[towerType]; if (!towerData) { return; } if (!Game.GridManager.isBuildable(gridX, gridY)) { return; } if (!Game.ResourceManager.spendGold(towerData.cost)) { return; } var towerId = Game.EntityManager.createEntity(); Game.GridManager.grid[gridX][gridY] = Game.GridManager.CELL_STATES.TOWER; var transform = Game.Components.TransformComponent(gridX * 64, gridY * 64); Game.EntityManager.addComponent(towerId, transform); var render = Game.Components.RenderComponent(towerData.sprite_id, 2, 1.0, true); Game.EntityManager.addComponent(towerId, render); for (var i = 0; i < towerData.components.length; i++) { var componentDef = towerData.components[i]; var component = Game.Components[componentDef.name].apply(null, componentDef.args); Game.EntityManager.addComponent(towerId, component); } var event = Game.Events.TowerPlacedEvent(towerId, towerData.cost, transform.x, transform.y); Game.EventBus.publish(event); } }, TargetingSystem: { update: function update() { var towers = Game.EntityManager.getEntitiesWithComponents(['AttackComponent', 'TransformComponent']); for (var i = 0; i < towers.length; i++) { var towerId = towers[i]; var towerAttack = Game.EntityManager.componentStores['AttackComponent'][towerId]; var towerTransform = Game.EntityManager.componentStores['TransformComponent'][towerId]; var bestTarget = -1; var bestPathIndex = -1; var enemies = Game.EntityManager.getEntitiesWithComponents(['TransformComponent', 'MovementComponent']); for (var j = 0; j < enemies.length; j++) { var enemyId = enemies[j]; var enemyTransform = Game.EntityManager.componentStores['TransformComponent'][enemyId]; var enemyMovement = Game.EntityManager.componentStores['MovementComponent'][enemyId]; var dx = enemyTransform.x - towerTransform.x; var dy = enemyTransform.y - towerTransform.y; var distance = Math.sqrt(dx * dx + dy * dy); if (distance <= towerAttack.range) { if (enemyMovement.path_index > bestPathIndex) { bestTarget = enemyId; bestPathIndex = enemyMovement.path_index; } } } towerAttack.target_id = bestTarget; } } }, CleanupSystem: { update: function update() { for (var i = 0; i < Game.EntityManager.entitiesToDestroy.length; i++) { var entityId = Game.EntityManager.entitiesToDestroy[i]; var index = Game.EntityManager.activeEntities.indexOf(entityId); if (index > -1) { Game.EntityManager.activeEntities.splice(index, 1); } for (var componentName in Game.EntityManager.componentStores) { if (Game.EntityManager.componentStores[componentName][entityId]) { delete Game.EntityManager.componentStores[componentName][entityId]; } } if (Game.Systems.RenderSystem.displayObjects[entityId]) { Game.Systems.RenderSystem.displayObjects[entityId].destroy(); delete Game.Systems.RenderSystem.displayObjects[entityId]; } } if (Game.EntityManager.entitiesToDestroy.length > 0) { Game.EntityManager.entitiesToDestroy = []; } } }, WaveSpawnerSystem: { currentWaveIndex: -1, isSpawning: false, spawnTimer: 0, subWaveIndex: 0, spawnedInSubWave: 0, startNextWave: function startNextWave() { this.currentWaveIndex++; this.isSpawning = true; this.spawnTimer = 0; this.subWaveIndex = 0; this.spawnedInSubWave = 0; }, update: function update() { if (!this.isSpawning || this.currentWaveIndex >= Game.WaveData.length) { return; } var currentWave = Game.WaveData[this.currentWaveIndex]; if (!currentWave || this.subWaveIndex >= currentWave.sub_waves.length) { this.isSpawning = false; return; } var currentSubWave = currentWave.sub_waves[this.subWaveIndex]; if (this.spawnedInSubWave === 0 && this.spawnTimer < currentSubWave.start_delay) { this.spawnTimer += 1 / 60; return; } if (this.spawnedInSubWave > 0 && this.spawnTimer < currentSubWave.spawn_delay) { this.spawnTimer += 1 / 60; return; } if (this.spawnedInSubWave < currentSubWave.count) { var enemyData = Game.EnemyData[currentSubWave.enemy_type]; if (!enemyData) { this.subWaveIndex++; this.spawnedInSubWave = 0; this.spawnTimer = 0; return; } var enemyId = Game.EntityManager.createEntity(); var transform = Game.Components.TransformComponent(0 * 64, 30 * 64); var render = Game.Components.RenderComponent('enemy', 1, 1.0, true); var movement = Game.Components.MovementComponent(enemyData.speed, 0); var health = Game.Components.HealthComponent(enemyData.health, enemyData.health); var enemy = Game.Components.EnemyComponent(enemyData.gold_value, enemyData.lives_cost, enemyData.armor_type); Game.EntityManager.addComponent(enemyId, transform); Game.EntityManager.addComponent(enemyId, render); Game.EntityManager.addComponent(enemyId, movement); Game.EntityManager.addComponent(enemyId, health); Game.EntityManager.addComponent(enemyId, enemy); if (enemyData.components && enemyData.components.length > 0) { for (var i = 0; i < enemyData.components.length; i++) { var compData = enemyData.components[i]; var newComponent = Game.Components[compData.name].apply(null, compData.args || []); Game.EntityManager.addComponent(enemyId, newComponent); } } this.spawnedInSubWave++; this.spawnTimer = 0; Game.GameplayManager.enemiesSpawnedThisWave++; } else { this.subWaveIndex++; this.spawnedInSubWave = 0; this.spawnTimer = 0; } } }, CombatSystem: { update: function update() { var currentTime = LK.ticks / 60; var towers = Game.EntityManager.getEntitiesWithComponents(['AttackComponent', 'TransformComponent']); for (var i = 0; i < towers.length; i++) { var towerId = towers[i]; var towerAttack = Game.EntityManager.componentStores['AttackComponent'][towerId]; var towerTransform = Game.EntityManager.componentStores['TransformComponent'][towerId]; if (towerAttack.target_id !== -1 && currentTime - towerAttack.last_attack_time >= 1.0 / towerAttack.attack_speed) { var targetTransform = Game.EntityManager.componentStores['TransformComponent'][towerAttack.target_id]; if (targetTransform) { var baseDamage = towerAttack.damage; var finalDamage = baseDamage; var buffComp = Game.EntityManager.componentStores['DamageBuffComponent'] ? Game.EntityManager.componentStores['DamageBuffComponent'][towerId] : null; if (buffComp) { finalDamage = baseDamage * (1 + buffComp.multiplier); } var projectileId = Game.EntityManager.createEntity(); var projectileTransform = Game.Components.TransformComponent(towerTransform.x, towerTransform.y); var projectileRender = Game.Components.RenderComponent(towerAttack.projectile_id, 1, 1.0, true); var projectileComponent = Game.Components.ProjectileComponent(towerAttack.target_id, undefined, finalDamage); projectileComponent.source_tower_id = towerId; Game.EntityManager.addComponent(projectileId, projectileTransform); Game.EntityManager.addComponent(projectileId, projectileRender); Game.EntityManager.addComponent(projectileId, projectileComponent); if (towerAttack.on_impact_effects && towerAttack.on_impact_effects.length > 0) { for (var j = 0; j < towerAttack.on_impact_effects.length; j++) { var effectData = towerAttack.on_impact_effects[j]; var newComponent = Game.Components[effectData.name].apply(null, effectData.args); Game.EntityManager.addComponent(projectileId, newComponent); } } towerAttack.last_attack_time = currentTime; } } } var projectiles = Game.EntityManager.getEntitiesWithComponents(['ProjectileComponent', 'TransformComponent']); for (var i = projectiles.length - 1; i >= 0; i--) { var projectileId = projectiles[i]; var projectileComp = Game.EntityManager.componentStores['ProjectileComponent'][projectileId]; var projectileTransform = Game.EntityManager.componentStores['TransformComponent'][projectileId]; var targetExists = Game.EntityManager.componentStores['TransformComponent'][projectileComp.target_id]; if (!targetExists) { Game.EntityManager.destroyEntity(projectileId); continue; } var targetTransform = Game.EntityManager.componentStores['TransformComponent'][projectileComp.target_id]; var dx = targetTransform.x - projectileTransform.x; var dy = targetTransform.y - projectileTransform.y; var distance = Math.sqrt(dx * dx + dy * dy); if (distance < 10) { var impactPoint = { x: targetTransform.x, y: targetTransform.y }; var sourceTowerAttack = Game.EntityManager.componentStores['AttackComponent'][projectileComp.source_tower_id]; if (sourceTowerAttack && sourceTowerAttack.splash_radius > 0) { var allEnemies = Game.EntityManager.getEntitiesWithComponents(['HealthComponent', 'TransformComponent']); for (var j = 0; j < allEnemies.length; j++) { var enemyId = allEnemies[j]; var enemyTransform = Game.EntityManager.componentStores['TransformComponent'][enemyId]; var splash_dx = enemyTransform.x - impactPoint.x; var splash_dy = enemyTransform.y - impactPoint.y; var splash_dist = Math.sqrt(splash_dx * splash_dx + splash_dy * splash_dy); if (splash_dist <= sourceTowerAttack.splash_radius) { this.dealDamage(enemyId, projectileComp.damage); } } } else { this.dealDamage(projectileComp.target_id, projectileComp.damage); } var targetHealth = Game.EntityManager.componentStores['HealthComponent'][projectileComp.target_id]; if (targetHealth) { var poisonImpactComp = Game.EntityManager.componentStores['PoisonOnImpactComponent'] ? Game.EntityManager.componentStores['PoisonOnImpactComponent'][projectileId] : null; if (poisonImpactComp) { var debuff = Game.Components.PoisonDebuffComponent(poisonImpactComp.damage_per_second, poisonImpactComp.duration, currentTime); Game.EntityManager.addComponent(projectileComp.target_id, debuff); } var slowImpactComp = Game.EntityManager.componentStores['SlowOnImpactComponent'] ? Game.EntityManager.componentStores['SlowOnImpactComponent'][projectileId] : null; if (slowImpactComp) { var slowDebuff = Game.Components.SlowDebuffComponent(slowImpactComp.slow_percentage, slowImpactComp.duration); Game.EntityManager.addComponent(projectileComp.target_id, slowDebuff); } } var fireZoneImpactComp = Game.EntityManager.componentStores['FireZoneOnImpactComponent'] ? Game.EntityManager.componentStores['FireZoneOnImpactComponent'][projectileId] : null; if (fireZoneImpactComp) { var zoneId = Game.EntityManager.createEntity(); Game.EntityManager.addComponent(zoneId, Game.Components.TransformComponent(impactPoint.x, impactPoint.y)); Game.EntityManager.addComponent(zoneId, Game.Components.RenderComponent('fire_zone', 0, 1.0, true)); Game.EntityManager.addComponent(zoneId, Game.Components.FireZoneComponent(fireZoneImpactComp.damage_per_tick, fireZoneImpactComp.duration, fireZoneImpactComp.tick_rate, currentTime)); } Game.EntityManager.destroyEntity(projectileId); } else { var moveX = dx / distance * projectileComp.speed; var moveY = dy / distance * projectileComp.speed; projectileTransform.x += moveX; projectileTransform.y += moveY; } } var poisonedEnemies = Game.EntityManager.getEntitiesWithComponents(['PoisonDebuffComponent']); for (var i = poisonedEnemies.length - 1; i >= 0; i--) { var enemyId = poisonedEnemies[i]; var debuff = Game.EntityManager.componentStores['PoisonDebuffComponent'][enemyId]; if (!debuff) { continue; } if (currentTime - debuff.last_tick_time >= 1.0) { this.dealDamage(enemyId, debuff.damage_per_second); debuff.last_tick_time = currentTime; debuff.duration_remaining -= 1.0; } if (debuff.duration_remaining <= 0) { delete Game.EntityManager.componentStores['PoisonDebuffComponent'][enemyId]; } } var fireZones = Game.EntityManager.getEntitiesWithComponents(['FireZoneComponent', 'TransformComponent']); for (var i = fireZones.length - 1; i >= 0; i--) { var zoneId = fireZones[i]; var zoneComp = Game.EntityManager.componentStores['FireZoneComponent'][zoneId]; var zoneTransform = Game.EntityManager.componentStores['TransformComponent'][zoneId]; zoneComp.duration_remaining -= 1.0 / 60; if (zoneComp.duration_remaining <= 0) { Game.EntityManager.destroyEntity(zoneId); continue; } if (currentTime - zoneComp.last_tick_time >= zoneComp.tick_rate) { var allEnemies = Game.EntityManager.getEntitiesWithComponents(['HealthComponent', 'TransformComponent']); var zoneRadius = 40; for (var j = 0; j < allEnemies.length; j++) { var enemyId = allEnemies[j]; var enemyTransform = Game.EntityManager.componentStores['TransformComponent'][enemyId]; var dx = enemyTransform.x - zoneTransform.x; var dy = enemyTransform.y - zoneTransform.y; var distance = Math.sqrt(dx * dx + dy * dy); if (distance <= zoneRadius) { this.dealDamage(enemyId, zoneComp.damage_per_tick); } } zoneComp.last_tick_time = currentTime; } } }, dealDamage: function dealDamage(enemyId, damage) { var targetHealth = Game.EntityManager.componentStores['HealthComponent'][enemyId]; if (!targetHealth) { return; } targetHealth.current_hp -= damage; if (targetHealth.current_hp <= 0) { var enemyComp = Game.EntityManager.componentStores['EnemyComponent'][enemyId]; var goldValue = enemyComp ? enemyComp.gold_value : 0; Game.EventBus.publish(Game.Events.EnemyKilledEvent(enemyId, goldValue)); Game.EntityManager.destroyEntity(enemyId); } } }, AuraSystem: { update: function update() { var buffedTowers = Game.EntityManager.getEntitiesWithComponents(['DamageBuffComponent']); for (var i = 0; i < buffedTowers.length; i++) { var towerId = buffedTowers[i]; delete Game.EntityManager.componentStores['DamageBuffComponent'][towerId]; } var auraTowers = Game.EntityManager.getEntitiesWithComponents(['AuraComponent', 'TransformComponent']); if (auraTowers.length === 0) { return; } var attackTowers = Game.EntityManager.getEntitiesWithComponents(['AttackComponent', 'TransformComponent']); for (var i = 0; i < auraTowers.length; i++) { var auraTowerId = auraTowers[i]; var auraComponent = Game.EntityManager.componentStores['AuraComponent'][auraTowerId]; var auraTransform = Game.EntityManager.componentStores['TransformComponent'][auraTowerId]; if (auraComponent.effect_type !== 'damage_buff') { continue; } for (var j = 0; j < attackTowers.length; j++) { var attackTowerId = attackTowers[j]; if (attackTowerId === auraTowerId) { continue; } var attackTransform = Game.EntityManager.componentStores['TransformComponent'][attackTowerId]; var dx = auraTransform.x - attackTransform.x; var dy = auraTransform.y - attackTransform.y; var distance = Math.sqrt(dx * dx + dy * dy); if (distance <= auraComponent.range) { var buff = Game.Components.DamageBuffComponent(0.2, auraTowerId); Game.EntityManager.addComponent(attackTowerId, buff); } } } } }, EconomySystem: { update: function update() { var goldGenerators = Game.EntityManager.getEntitiesWithComponents(['GoldGenerationComponent']); for (var i = 0; i < goldGenerators.length; i++) { var entityId = goldGenerators[i]; var goldGenComp = Game.EntityManager.componentStores['GoldGenerationComponent'][entityId]; if (goldGenComp) { Game.ResourceManager.addGold(goldGenComp.gold_per_second); } } } }, TowerSystem: { tryUpgradeTower: function tryUpgradeTower(towerId, path) { var renderComp = Game.EntityManager.componentStores['RenderComponent'][towerId]; if (!renderComp) { return; } var towerSpriteId = renderComp.sprite_id; var towerType = null; for (var type in Game.TowerData) { if (Game.TowerData[type].sprite_id === towerSpriteId) { towerType = type; break; } } if (!towerType) { return; } var upgradePathData = Game.UpgradeData[towerType] ? Game.UpgradeData[towerType][path] : null; if (!upgradePathData) { return; } var towerComp = Game.EntityManager.componentStores['TowerComponent'][towerId]; if (!towerComp) { return; } var nextUpgradeIndex = path === 'PathA' ? towerComp.upgrade_path_A_level : towerComp.upgrade_path_B_level; if (nextUpgradeIndex >= upgradePathData.length) { return; } var upgradeInfo = upgradePathData[nextUpgradeIndex]; if (!Game.ResourceManager.spendGold(upgradeInfo.cost)) { return; } for (var componentName in upgradeInfo.effects) { var componentToModify = Game.EntityManager.componentStores[componentName] ? Game.EntityManager.componentStores[componentName][towerId] : null; if (componentToModify) { var effectsToApply = upgradeInfo.effects[componentName]; for (var property in effectsToApply) { if (componentToModify.hasOwnProperty(property)) { componentToModify[property] += effectsToApply[property]; } } } } if (upgradeInfo.add_component_on_impact) { var attackComp = Game.EntityManager.componentStores['AttackComponent'][towerId]; if (attackComp) { if (!attackComp.on_impact_effects) { attackComp.on_impact_effects = []; } attackComp.on_impact_effects.push(upgradeInfo.add_component_on_impact); } } towerComp.upgrade_level++; if (path === 'PathA') { towerComp.upgrade_path_A_level++; } else { towerComp.upgrade_path_B_level++; } }, trySellTower: function trySellTower(towerId) { var towerComp = Game.EntityManager.componentStores['TowerComponent'][towerId]; var transformComp = Game.EntityManager.componentStores['TransformComponent'][towerId]; if (!towerComp || !transformComp) { return; } var refundAmount = towerComp.sell_value; Game.ResourceManager.addGold(refundAmount); var gridX = Math.floor(transformComp.x / 64); var gridY = Math.floor(transformComp.y / 64); if (Game.GridManager.grid[gridX] && Game.GridManager.grid[gridX][gridY] !== undefined) { Game.GridManager.grid[gridX][gridY] = Game.GridManager.CELL_STATES.EMPTY; } Game.EventBus.publish(Game.Events.TowerSoldEvent(towerId, refundAmount)); Game.GameplayManager.selectedTowerId = -1; Game.EntityManager.destroyEntity(towerId); } } };

User prompt

Hello Ava. Let's fix the bug that prevents selling towers. Please replace the entire Game.Systems.TowerSystem object, and the rogue trySellTower function that follows it, with this single, correctly structured Game.Systems.TowerSystem object. TowerSystem: { tryUpgradeTower: function tryUpgradeTower(towerId, path) { // 1. Get the tower's type var renderComp = Game.EntityManager.componentStores['RenderComponent'][towerId]; if (!renderComp) { return; } var towerSpriteId = renderComp.sprite_id; var towerType = null; for (var type in Game.TowerData) { if (Game.TowerData[type].sprite_id === towerSpriteId) { towerType = type; break; } } if (!towerType) { return; } // 2. Get the upgrade data var upgradePathData = Game.UpgradeData[towerType] ? Game.UpgradeData[towerType][path] : null; if (!upgradePathData) { return; } var towerComp = Game.EntityManager.componentStores['TowerComponent'][towerId]; if (!towerComp) { return; } // 3. Determine the next upgrade level var nextUpgradeIndex = path === 'PathA' ? towerComp.upgrade_path_A_level : towerComp.upgrade_path_B_level; if (nextUpgradeIndex >= upgradePathData.length) { return; // Maxed out } var upgradeInfo = upgradePathData[nextUpgradeIndex]; // 4. Check gold if (!Game.ResourceManager.spendGold(upgradeInfo.cost)) { return; // Not enough gold } // 5. Apply stat effects for (var componentName in upgradeInfo.effects) { var componentToModify = Game.EntityManager.componentStores[componentName] ? Game.EntityManager.componentStores[componentName][towerId] : null; if (componentToModify) { var effectsToApply = upgradeInfo.effects[componentName]; for (var property in effectsToApply) { if (componentToModify.hasOwnProperty(property)) { componentToModify[property] += effectsToApply[property]; } } } } // 6. Apply special "add component" effects if (upgradeInfo.add_component_on_impact) { var attackComp = Game.EntityManager.componentStores['AttackComponent'][towerId]; if (attackComp) { if (!attackComp.on_impact_effects) { attackComp.on_impact_effects = []; } attackComp.on_impact_effects.push(upgradeInfo.add_component_on_impact); } } // 7. Update tower's level trackers towerComp.upgrade_level++; if (path === 'PathA') { towerComp.upgrade_path_A_level++; } else { towerComp.upgrade_path_B_level++; } }, trySellTower: function trySellTower(towerId) { // 1. Get the tower's components var towerComp = Game.EntityManager.componentStores['TowerComponent'][towerId]; var transformComp = Game.EntityManager.componentStores['TransformComponent'][towerId]; if (!towerComp || !transformComp) { return; } // 2. Refund gold var refundAmount = towerComp.sell_value; Game.ResourceManager.addGold(refundAmount); // 3. Free up the grid cell var gridX = Math.floor(transformComp.x / 64); var gridY = Math.floor(transformComp.y / 64); if (Game.GridManager.grid[gridX] && Game.GridManager.grid[gridX][gridY] !== undefined) { Game.GridManager.grid[gridX][gridY] = Game.GridManager.CELL_STATES.EMPTY; } // 4. Publish a sell event Game.EventBus.publish(Game.Events.TowerSoldEvent(towerId, refundAmount)); // 5. Deselect the tower and schedule it for destruction Game.GameplayManager.selectedTowerId = -1; Game.EntityManager.destroyEntity(towerId); } },

User prompt

Please fix the bug: 'Uncaught TypeError: Game.Systems.TowerSystem.trySellTower is not a function' in or related to this line: 'Game.Systems.TowerSystem.trySellTower(Game.GameplayManager.selectedTowerId);' Line Number: 1812

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Hello Ava. Let's implement the movement logic for the Flyer enemy. Please replace the entire Game.Systems.MovementSystem object with the following new version. This version adds a check for the FlyingComponent. If an entity has this component, it will move in a straight line towards the exit; otherwise, it will follow the normal path. Game.Systems.MovementSystem = { update: function update() { var movableEntities = Game.EntityManager.getEntitiesWithComponents(['TransformComponent', 'MovementComponent']); var frame_time = 1 / 60; // Assuming 60 FPS for (var i = 0; i < movableEntities.length; i++) { var entityId = movableEntities[i]; var transformComponent = Game.EntityManager.componentStores['TransformComponent'][entityId]; var movementComponent = Game.EntityManager.componentStores['MovementComponent'][entityId]; // 1. Get base speed and apply debuffs var currentSpeed = movementComponent.speed; var slowDebuff = Game.EntityManager.componentStores['SlowDebuffComponent'] ? Game.EntityManager.componentStores['SlowDebuffComponent'][entityId] : null; if (slowDebuff) { currentSpeed = movementComponent.speed * (1 - slowDebuff.slow_percentage); slowDebuff.duration_remaining -= frame_time; if (slowDebuff.duration_remaining <= 0) { delete Game.EntityManager.componentStores['SlowDebuffComponent'][entityId]; } } // --- START OF NEW FLYING/GROUND LOGIC --- // 2. Check if the entity is a flyer var isFlyer = Game.EntityManager.componentStores['FlyingComponent'] && Game.EntityManager.componentStores['FlyingComponent'][entityId]; if (isFlyer) { // Flying Movement: Move in a straight line to the exit var exitPoint = { x: 39 * 64, y: 30 * 64 }; var dx = exitPoint.x - transformComponent.x; var dy = exitPoint.y - transformComponent.y; var distance = Math.sqrt(dx * dx + dy * dy); var moveDistance = currentSpeed * frame_time; if (distance > moveDistance) { transformComponent.x += dx / distance * moveDistance; transformComponent.y += dy / distance * moveDistance; } else { // Flyer reached the end Game.EventBus.publish(Game.Events.EnemyReachedEndEvent(entityId)); } } else { // Ground Movement: Follow the path if (Game.PathManager.currentPath && Game.PathManager.currentPath.length > 0) { var targetWaypoint = Game.PathManager.currentPath[movementComponent.path_index]; if (targetWaypoint) { var dx = targetWaypoint.x - transformComponent.x; var dy = targetWaypoint.y - transformComponent.y; var distance = Math.sqrt(dx * dx + dy * dy); var moveDistance = currentSpeed * frame_time; if (distance > moveDistance) { transformComponent.x += dx / distance * moveDistance; transformComponent.y += dy / distance * moveDistance; } else { transformComponent.x = targetWaypoint.x; transformComponent.y = targetWaypoint.y; movementComponent.path_index++; if (movementComponent.path_index >= Game.PathManager.currentPath.length) { Game.EventBus.publish(Game.Events.EnemyReachedEndEvent(entityId)); } } } } } // --- END OF NEW FLYING/GROUND LOGIC --- } } };

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Hello Ava. Let's adjust the starting gold to make testing easier. Please find the Game.ResourceManager object and change the initial value of the gold property from 100 to 500. Game.ResourceManager = { gold: 500, lives: 20, powerProduction: 0, powerConsumption: 0, powerAvailable: 0, addGold: function addGold(amount) { this.gold += amount; }, spendGold: function spendGold(amount) { if (this.gold >= amount) { this.gold -= amount; return true; } ; return false; }, loseLife: function loseLife(amount) { this.lives -= amount; if (this.lives <= 0) { Game.EventBus.publish(Game.Events.GameOverEvent()); } }, updatePower: function updatePower() { // 1. Calculate total power production var totalProduction = 0; var productionEntities = Game.EntityManager.getEntitiesWithComponents(['PowerProductionComponent']); for (var i = 0; i < productionEntities.length; i++) { var entityId = productionEntities[i]; var powerComp = Game.EntityManager.componentStores['PowerProductionComponent'][entityId]; totalProduction += powerComp.production_rate; } this.powerProduction = totalProduction; // 2. Calculate total power consumption var totalConsumption = 0; var consumptionEntities = Game.EntityManager.getEntitiesWithComponents(['PowerConsumptionComponent']); for (var i = 0; i < consumptionEntities.length; i++) { var entityId = consumptionEntities[i]; var powerComp = Game.EntityManager.componentStores['PowerConsumptionComponent'][entityId]; totalConsumption += powerComp.drain_rate; } this.powerConsumption = totalConsumption; // 3. Calculate total storage capacity var totalCapacity = 0; var storageEntities = Game.EntityManager.getEntitiesWithComponents(['PowerStorageComponent']); for (var i = 0; i < storageEntities.length; i++) { var entityId = storageEntities[i]; var storageComp = Game.EntityManager.componentStores['PowerStorageComponent'][entityId]; totalCapacity += storageComp.capacity; } // 4. Evaluate power status and update available buffer var surplus = totalProduction - totalConsumption; if (surplus >= 0) { // We have enough or extra power this.powerAvailable += surplus; // Clamp the available power to the max capacity if (this.powerAvailable > totalCapacity) { this.powerAvailable = totalCapacity; } Game.EventBus.publish(Game.Events.PowerStatusChangedEvent('surplus')); } else { // We have a deficit, drain from the buffer this.powerAvailable += surplus; // surplus is negative, so this subtracts if (this.powerAvailable < 0) { // Buffer is empty and we still have a deficit this.powerAvailable = 0; Game.EventBus.publish(Game.Events.PowerStatusChangedEvent('deficit')); } else { // Deficit was covered by the buffer Game.EventBus.publish(Game.Events.PowerStatusChangedEvent('surplus')); } } }, onEnemyKilled: function onEnemyKilled(event) { this.addGold(event.gold_value); }, onWaveCompleted: function onWaveCompleted(event) { this.addGold(50); }, init: function init() { Game.EventBus.subscribe('EnemyKilled', this.onEnemyKilled.bind(this)); Game.EventBus.subscribe('WaveCompleted', this.onWaveCompleted.bind(this)); } };

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Hello Ava. Let's fix the enemy movement bug. Please replace the entire Game.Systems.MovementSystem object with the following updated and more robust version. Game.Systems.MovementSystem = { update: function update() { var movableEntities = Game.EntityManager.getEntitiesWithComponents(['TransformComponent', 'MovementComponent']); var frame_time = 1 / 60; // Assuming 60 FPS for now for (var i = 0; i < movableEntities.length; i++) { var entityId = movableEntities[i]; var transformComponent = Game.EntityManager.componentStores['TransformComponent'][entityId]; var movementComponent = Game.EntityManager.componentStores['MovementComponent'][entityId]; // 1. Get base speed and apply debuffs var currentSpeed = movementComponent.speed; var slowDebuff = Game.EntityManager.componentStores['SlowDebuffComponent'] ? Game.EntityManager.componentStores['SlowDebuffComponent'][entityId] : null; if (slowDebuff) { currentSpeed = movementComponent.speed * (1 - slowDebuff.slow_percentage); slowDebuff.duration_remaining -= frame_time; if (slowDebuff.duration_remaining <= 0) { delete Game.EntityManager.componentStores['SlowDebuffComponent'][entityId]; } } // 2. Check for a valid path if (Game.PathManager.currentPath && Game.PathManager.currentPath.length > 0) { var targetWaypoint = Game.PathManager.currentPath[movementComponent.path_index]; if (targetWaypoint) { var dx = targetWaypoint.x - transformComponent.x; var dy = targetWaypoint.y - transformComponent.y; var distance = Math.sqrt(dx * dx + dy * dy); // 3. Calculate how far to move this frame var moveDistance = currentSpeed * frame_time; // 4. Robust waypoint arrival check if (distance > moveDistance) { // If we are further than one frame's movement, move towards the waypoint transformComponent.x += dx / distance * moveDistance; transformComponent.y += dy / distance * moveDistance; } else { // Otherwise, snap to the waypoint and target the next one transformComponent.x = targetWaypoint.x; transformComponent.y = targetWaypoint.y; movementComponent.path_index++; // 5. Check if the enemy reached the end of the path if (movementComponent.path_index >= Game.PathManager.currentPath.length) { Game.EventBus.publish(Game.Events.EnemyReachedEndEvent(entityId)); } } } } } } },

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Hello Ava. Let's fix the spawning issue by updating our wave definitions to use the new enemy archetypes. Please replace the entire Game.WaveData object with this new version. We are re-defining the first three waves to use 'Grunt' and 'Swarmer' enemies. Game.WaveData = [ // Wave 1: A few basic Grunts { wave_number: 1, sub_waves: [{ enemy_type: 'Grunt', count: 10, spawn_delay: 1.5, start_delay: 0 }] }, // Wave 2: A larger group of Grunts { wave_number: 2, sub_waves: [{ enemy_type: 'Grunt', count: 15, spawn_delay: 1.2, start_delay: 0 }] }, // Wave 3: A wave of fast Swarmers { wave_number: 3, sub_waves: [{ enemy_type: 'Swarmer', count: 20, spawn_delay: 0.5, start_delay: 0 }] } ];

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Hello Ava. Now that we have our enemy data and components defined, let's update the WaveSpawnerSystem to spawn the correct archetypes. Please replace the entire Game.Systems.WaveSpawnerSystem object with the following updated version. The update function has been significantly changed to be data-driven. Game.Systems.WaveSpawnerSystem = { currentWaveIndex: -1, isSpawning: false, spawnTimer: 0, subWaveIndex: 0, spawnedInSubWave: 0, startNextWave: function startNextWave() { this.currentWaveIndex++; this.isSpawning = true; this.spawnTimer = 0; this.subWaveIndex = 0; this.spawnedInSubWave = 0; }, update: function update() { if (!this.isSpawning || this.currentWaveIndex >= Game.WaveData.length) { return; } var currentWave = Game.WaveData[this.currentWaveIndex]; if (!currentWave || this.subWaveIndex >= currentWave.sub_waves.length) { this.isSpawning = false; return; } var currentSubWave = currentWave.sub_waves[this.subWaveIndex]; // Handle start delay if (this.spawnedInSubWave === 0 && this.spawnTimer < currentSubWave.start_delay) { this.spawnTimer += 1 / 60; // Increment by frame time return; } // Handle spawn delay between enemies if (this.spawnedInSubWave > 0 && this.spawnTimer < currentSubWave.spawn_delay) { this.spawnTimer += 1 / 60; return; } // --- START OF NEW SPAWNING LOGIC --- if (this.spawnedInSubWave < currentSubWave.count) { // 1. Look up the enemy data based on the type from the wave definition var enemyData = Game.EnemyData[currentSubWave.enemy_type]; if (!enemyData) { // Skip this sub-wave if the enemy type is invalid this.subWaveIndex++; this.spawnedInSubWave = 0; this.spawnTimer = 0; return; } // 2. Create the enemy entity var enemyId = Game.EntityManager.createEntity(); // 3. Add components using the data from Game.EnemyData var transform = Game.Components.TransformComponent(0 * 64, 30 * 64); var render = Game.Components.RenderComponent('enemy', 1, 1.0, true); // Still uses a generic sprite for now var movement = Game.Components.MovementComponent(enemyData.speed, 0); var health = Game.Components.HealthComponent(enemyData.health, enemyData.health); var enemy = Game.Components.EnemyComponent(enemyData.gold_value, enemyData.lives_cost, enemyData.armor_type); Game.EntityManager.addComponent(enemyId, transform); Game.EntityManager.addComponent(enemyId, render); Game.EntityManager.addComponent(enemyId, movement); Game.EntityManager.addComponent(enemyId, health); Game.EntityManager.addComponent(enemyId, enemy); // 4. Add any special components defined in the enemy data if (enemyData.components && enemyData.components.length > 0) { for (var i = 0; i < enemyData.components.length; i++) { var compData = enemyData.components[i]; var newComponent = Game.Components[compData.name].apply(null, compData.args || []); Game.EntityManager.addComponent(enemyId, newComponent); } } // 5. Update spawner state this.spawnedInSubWave++; this.spawnTimer = 0; Game.GameplayManager.enemiesSpawnedThisWave++; } else { // Move to next sub-wave this.subWaveIndex++; this.spawnedInSubWave = 0; this.spawnTimer = 0; } // --- END OF NEW SPAWNING LOGIC --- } };

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Hello Ava. Let's fix the flyer bug. This requires updating both the WaveSpawnerSystem and the MovementSystem. First, please replace the entire Game.Systems.WaveSpawnerSystem object with this corrected version. It now properly adds special components from Game.EnemyData when creating an enemy. Game.Systems.WaveSpawnerSystem = { currentWaveIndex: -1, isSpawning: false, spawnTimer: 0, subWaveIndex: 0, spawnedInSubWave: 0, startNextWave: function startNextWave() { this.currentWaveIndex++; this.isSpawning = true; this.spawnTimer = 0; this.subWaveIndex = 0; this.spawnedInSubWave = 0; }, update: function update() { if (!this.isSpawning || this.currentWaveIndex >= Game.WaveData.length) { return; } var currentWave = Game.WaveData[this.currentWaveIndex]; if (!currentWave || this.subWaveIndex >= currentWave.sub_waves.length) { this.isSpawning = false; return; } var currentSubWave = currentWave.sub_waves[this.subWaveIndex]; // Handle start delay if (this.spawnedInSubWave === 0 && this.spawnTimer < currentSubWave.start_delay) { this.spawnTimer += 1 / 60; // Increment by frame time return; } // Handle spawn delay between enemies if (this.spawnedInSubWave > 0 && this.spawnTimer < currentSubWave.spawn_delay) { this.spawnTimer += 1 / 60; return; } // Spawn enemy if (this.spawnedInSubWave < currentSubWave.count) { var enemyType = currentSubWave.enemy_type; var enemyData = Game.EnemyData[enemyType]; if (!enemyData) { this.spawnedInSubWave++; return; } var enemyId = Game.EntityManager.createEntity(); // Add base components Game.EntityManager.addComponent(enemyId, Game.Components.TransformComponent(0 * 64, 30 * 64)); Game.EntityManager.addComponent(enemyId, Game.Components.MovementComponent(enemyData.speed, 0)); Game.EntityManager.addComponent(enemyId, Game.Components.RenderComponent('enemy', 1, 1.0, true)); Game.EntityManager.addComponent(enemyId, Game.Components.HealthComponent(enemyData.health, enemyData.health)); Game.EntityManager.addComponent(enemyId, Game.Components.EnemyComponent(enemyData.gold_value, enemyData.lives_cost)); // Add any special components from the data definition for (var i = 0; i < enemyData.components.length; i++) { var componentDef = enemyData.components[i]; var component = Game.Components[componentDef.name].apply(null, componentDef.args); Game.EntityManager.addComponent(enemyId, component); } this.spawnedInSubWave++; this.spawnTimer = 0; Game.GameplayManager.enemiesSpawnedThisWave++; } else { this.subWaveIndex++; this.spawnedInSubWave = 0; this.spawnTimer = 0; } } }; Second, replace the entire Game.Systems.MovementSystem object with this new version. It now checks for the FlyingComponent and applies straight-line movement if present, while ground units continue to follow the path. Game.Systems.MovementSystem = { update: function update() { var movableEntities = Game.EntityManager.getEntitiesWithComponents(['TransformComponent', 'MovementComponent']); var endPoint = { x: 39 * 64, y: 30 * 64 }; // The final destination for (var i = 0; i < movableEntities.length; i++) { var entityId = movableEntities[i]; var transformComponent = Game.EntityManager.componentStores['TransformComponent'][entityId]; var movementComponent = Game.EntityManager.componentStores['MovementComponent'][entityId]; // 1. Get base speed and check for slow debuff (this logic remains the same) var currentSpeed = movementComponent.speed; var slowDebuff = Game.EntityManager.componentStores['SlowDebuffComponent'] ? Game.EntityManager.componentStores['SlowDebuffComponent'][entityId] : null; if (slowDebuff) { currentSpeed = movementComponent.speed * (1 - slowDebuff.slow_percentage); slowDebuff.duration_remaining -= 1.0 / 60; if (slowDebuff.duration_remaining <= 0) { delete Game.EntityManager.componentStores['SlowDebuffComponent'][entityId]; } } // 2. Check if the entity is a flyer var isFlying = Game.EntityManager.componentStores['FlyingComponent'] && Game.EntityManager.componentStores['FlyingComponent'][entityId]; if (isFlying) { // --- FLYING LOGIC --- // Flyers move in a straight line to the end point var dx = endPoint.x - transformComponent.x; var dy = endPoint.y - transformComponent.y; var distance = Math.sqrt(dx * dx + dy * dy); if (distance > 1) { var moveX = dx / distance * currentSpeed; var moveY = dy / distance * currentSpeed; transformComponent.x += moveX; transformComponent.y += moveY; } else { // Flyer has reached the end Game.EventBus.publish(Game.Events.EnemyReachedEndEvent(entityId)); } } else { // --- GROUND LOGIC (existing logic) --- // Ground units follow the path if (Game.PathManager.currentPath && Game.PathManager.currentPath.length > 0) { var targetWaypoint = Game.PathManager.currentPath[movementComponent.path_index]; if (targetWaypoint) { var dx = targetWaypoint.x - transformComponent.x; var dy = targetWaypoint.y - transformComponent.y; var distance = Math.sqrt(dx * dx + dy * dy); if (distance > 1) { var moveX = dx / distance * currentSpeed; var moveY = dy / distance * currentSpeed; transformComponent.x += moveX; transformComponent.y += moveY; } else { movementComponent.path_index++; if (movementComponent.path_index >= Game.PathManager.currentPath.length) { Game.EventBus.publish(Game.Events.EnemyReachedEndEvent(entityId)); } } } } } } } };

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Hello Ava. Let's fix the bug in the WaveSpawnerSystem that prevents it from adding special components (like the FlyingComponent) to enemies. Please replace the entire Game.Systems.WaveSpawnerSystem object with the following corrected version. The new code in the update function now properly iterates through the enemyData.components array and adds all defined components to the new enemy entity. Game.Systems.WaveSpawnerSystem = { currentWaveIndex: -1, isSpawning: false, spawnTimer: 0, subWaveIndex: 0, spawnedInSubWave: 0, startNextWave: function startNextWave() { this.currentWaveIndex++; this.isSpawning = true; this.spawnTimer = 0; this.subWaveIndex = 0; this.spawnedInSubWave = 0; }, update: function update() { if (!this.isSpawning || this.currentWaveIndex >= Game.WaveData.length) { return; } var currentWave = Game.WaveData[this.currentWaveIndex]; if (!currentWave || this.subWaveIndex >= currentWave.sub_waves.length) { this.isSpawning = false; return; } var currentSubWave = currentWave.sub_waves[this.subWaveIndex]; // Handle start delay if (this.spawnedInSubWave === 0 && this.spawnTimer < currentSubWave.start_delay) { this.spawnTimer += 1 / 60; // Increment by frame time return; } // Handle spawn delay between enemies if (this.spawnedInSubWave > 0 && this.spawnTimer < currentSubWave.spawn_delay) { this.spawnTimer += 1 / 60; return; } // Spawn enemy if (this.spawnedInSubWave < currentSubWave.count) { var enemyType = currentSubWave.enemy_type; var enemyData = Game.EnemyData[enemyType]; if (!enemyData) { // Skip if the enemy type is invalid this.spawnedInSubWave++; return; } var enemyId = Game.EntityManager.createEntity(); // Add base components Game.EntityManager.addComponent(enemyId, Game.Components.TransformComponent(0 * 64, 30 * 64)); Game.EntityManager.addComponent(enemyId, Game.Components.MovementComponent(enemyData.speed, 0)); Game.EntityManager.addComponent(enemyId, Game.Components.RenderComponent('enemy', 1, 1.0, true)); Game.EntityManager.addComponent(enemyId, Game.Components.HealthComponent(enemyData.health, enemyData.health)); Game.EntityManager.addComponent(enemyId, Game.Components.EnemyComponent(enemyData.gold_value, enemyData.lives_cost)); // --- START OF NEW/CORRECTED LOGIC --- // Add any special components from the data definition for (var i = 0; i < enemyData.components.length; i++) { var componentDef = enemyData.components[i]; var component = Game.Components[componentDef.name].apply(null, componentDef.args); Game.EntityManager.addComponent(enemyId, component); } // --- END OF NEW/CORRECTED LOGIC --- this.spawnedInSubWave++; this.spawnTimer = 0; Game.GameplayManager.enemiesSpawnedThisWave++; } else { // Move to next sub-wave this.subWaveIndex++; this.spawnedInSubWave = 0; this.spawnTimer = 0; } } };

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Hello Ava. We have a bug where players can block the path, causing enemies to get stuck. Let's fix this by implementing the path validation logic in the TowerBuildSystem. Please replace the entire Game.Systems.TowerBuildSystem object with the following updated version. This new logic temporarily marks a grid cell, checks if a path still exists, and only finalizes the build if the path is not blocked. Game.Systems.TowerBuildSystem = { tryBuildAt: function tryBuildAt(gridX, gridY, towerType) { // 0. Look up tower data var towerData = Game.TowerData[towerType]; if (!towerData) { return; } // 1. Initial checks: Is the spot buildable and can the player afford it? if (!Game.GridManager.isBuildable(gridX, gridY)) { return; } if (Game.ResourceManager.gold < towerData.cost) { return; } // 2. Temporarily change the grid to test the path Game.GridManager.grid[gridX][gridY] = Game.GridManager.CELL_STATES.TOWER; // 3. Run the pathfinder on the temporary grid var tempPath = Game.PathManager.findPath({ x: 0, y: 30 }, { x: 39, y: 30 }); // 4. Check the result. If the path is blocked, revert the change and cancel the build. if (tempPath === null) { Game.GridManager.grid[gridX][gridY] = Game.GridManager.CELL_STATES.EMPTY; return; // Build is invalid, so we exit. } // 5. If we reach here, the path is valid. Finalize the build. Game.ResourceManager.spendGold(towerData.cost); // Create the entity and add all its components var towerId = Game.EntityManager.createEntity(); var transform = Game.Components.TransformComponent(gridX * 64, gridY * 64); Game.EntityManager.addComponent(towerId, transform); var render = Game.Components.RenderComponent(towerData.sprite_id, 2, 1.0, true); Game.EntityManager.addComponent(towerId, render); for (var i = 0; i < towerData.components.length; i++) { var componentDef = towerData.components[i]; var component = Game.Components[componentDef.name].apply(null, componentDef.args); Game.EntityManager.addComponent(towerId, component); } // Announce that a tower has been officially placed var event = Game.Events.TowerPlacedEvent(towerId, towerData.cost, transform.x, transform.y); Game.EventBus.publish(event); } };

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Hello Ava. Let's prepare the data structures needed for flying enemies. This involves three modifications. First, replace the Game.EnemyData object with this new version, which adds the FlyingComponent to the 'Flyer' archetype. Game.EnemyData = { 'Grunt': { health: 100, speed: 50, gold_value: 5, lives_cost: 1, components: [] // No special components }, 'Swarmer': { health: 30, speed: 80, gold_value: 2, lives_cost: 1, components: [] // No special components }, 'Armored': { health: 400, speed: 30, gold_value: 15, lives_cost: 2, components: [ // We will add the ArmorComponent definition later ] }, 'Flyer': { health: 80, speed: 60, gold_value: 8, lives_cost: 1, components: [{ name: 'FlyingComponent', args: [] }] } }; Second, replace the Game.Components.AttackComponent function with this updated version that includes the new can_target_air property. AttackComponent: function AttackComponent(damage, range, attack_speed, last_attack_time, projectile_id, target_id, splash_radius, can_target_air) { return { name: 'AttackComponent', damage: damage || 10, range: range || 100, attack_speed: attack_speed || 1.0, last_attack_time: last_attack_time || 0, projectile_id: projectile_id || '', target_id: target_id || -1, splash_radius: splash_radius || 0, can_target_air: can_target_air || false // Default to false }; }, Finally, replace the entire Game.TowerData object to update the attacking towers with the new can_target_air property. Game.TowerData = { 'ArrowTower': { cost: 50, sprite_id: 'arrow_tower', components: [{ name: 'TowerComponent', args: [50] }, { name: 'AttackComponent', args: [10, 150, 1.0, 0, 'arrow_projectile', -1, 0, true] }, { name: 'PowerConsumptionComponent', args: [2] }] }, 'GeneratorTower': { cost: 75, sprite_id: 'generator_tower', components: [{ name: 'TowerComponent', args: [75] }, { name: 'PowerProductionComponent', args: [5] }] }, 'CapacitorTower': { cost: 40, sprite_id: 'capacitor_tower', components: [{ name: 'TowerComponent', args: [40] }, { name: 'PowerStorageComponent', args: [20] }] }, 'RockLauncher': { cost: 125, sprite_id: 'rock_launcher_tower', components: [{ name: 'TowerComponent', args: [125] }, { name: 'AttackComponent', args: [25, 200, 0.5, 0, 'rock_projectile', -1, 50, false] }, { name: 'PowerConsumptionComponent', args: [10] }] }, 'ChemicalTower': { cost: 100, sprite_id: 'chemical_tower', components: [{ name: 'TowerComponent', args: [100] }, { name: 'AttackComponent', args: [5, 150, 0.8, 0, 'chemical_projectile', -1, 0, false] }, { name: 'PowerConsumptionComponent', args: [8] }] }, 'SlowTower': { cost: 80, sprite_id: 'slow_tower', components: [{ name: 'TowerComponent', args: [80] }, { name: 'AttackComponent', args: [2, 160, 1.0, 0, 'slow_projectile', -1, 0, true] }, { name: 'PowerConsumptionComponent', args: [4] }] }, 'DarkTower': { cost: 150, sprite_id: 'dark_tower', components: [{ name: 'TowerComponent', args: [150] }, { name: 'AuraComponent', args: [175, 'damage_buff'] }, { name: 'PowerConsumptionComponent', args: [12] }] }, 'GraveyardTower': { cost: 200, sprite_id: 'graveyard_tower', components: [{ name: 'TowerComponent', args: [200] }, { name: 'GoldGenerationComponent', args: [1.5] }, { name: 'PowerConsumptionComponent', args: [15] }] } };

User prompt

Hello Ava. Now that we have the enemy data and components defined, let's update the WaveSpawnerSystem to use them. First, please replace the entire Game.Systems.WaveSpawnerSystem object with the following updated version. The key change is in the update method, which now looks up enemy properties from Game.EnemyData instead of using hardcoded values. Game.Systems.WaveSpawnerSystem = { currentWaveIndex: -1, isSpawning: false, spawnTimer: 0, subWaveIndex: 0, spawnedInSubWave: 0, startNextWave: function startNextWave() { this.currentWaveIndex++; this.isSpawning = true; this.spawnTimer = 0; this.subWaveIndex = 0; this.spawnedInSubWave = 0; }, update: function update() { if (!this.isSpawning || this.currentWaveIndex >= Game.WaveData.length) { return; } var currentWave = Game.WaveData[this.currentWaveIndex]; if (!currentWave || this.subWaveIndex >= currentWave.sub_waves.length) { this.isSpawning = false; return; } var currentSubWave = currentWave.sub_waves[this.subWaveIndex]; // Handle start delay if (this.spawnedInSubWave === 0 && this.spawnTimer < currentSubWave.start_delay) { this.spawnTimer += 1 / 60; // Increment by frame time return; } // Handle spawn delay between enemies if (this.spawnedInSubWave > 0 && this.spawnTimer < currentSubWave.spawn_delay) { this.spawnTimer += 1 / 60; return; } // Spawn enemy if (this.spawnedInSubWave < currentSubWave.count) { // --- START OF NEW LOGIC --- var enemyType = currentSubWave.enemy_type; var enemyData = Game.EnemyData[enemyType]; if (!enemyData) { // Skip if the enemy type is invalid this.spawnedInSubWave++; return; } var enemyId = Game.EntityManager.createEntity(); Game.EntityManager.addComponent(enemyId, Game.Components.TransformComponent(0 * 64, 30 * 64)); Game.EntityManager.addComponent(enemyId, Game.Components.MovementComponent(enemyData.speed, 0)); Game.EntityManager.addComponent(enemyId, Game.Components.RenderComponent('enemy', 1, 1.0, true)); Game.EntityManager.addComponent(enemyId, Game.Components.HealthComponent(enemyData.health, enemyData.health)); Game.EntityManager.addComponent(enemyId, Game.Components.EnemyComponent(enemyData.gold_value, enemyData.lives_cost)); // armor_type defaults to 'Normal' // --- END OF NEW LOGIC --- this.spawnedInSubWave++; this.spawnTimer = 0; Game.GameplayManager.enemiesSpawnedThisWave++; } else { // Move to next sub-wave this.subWaveIndex++; this.spawnedInSubWave = 0; this.spawnTimer = 0; } } }; Next, to make this change testable, replace the entire Game.WaveData object with this new version that uses our defined enemy archetypes. Game.WaveData = [ // Wave 1: A handful of Grunts { wave_number: 1, sub_waves: [{ enemy_type: 'Grunt', count: 10, spawn_delay: 1.5, start_delay: 0 }] }, // Wave 2: A larger group of Grunts { wave_number: 2, sub_waves: [{ enemy_type: 'Grunt', count: 15, spawn_delay: 1.2, start_delay: 0 }] }, // Wave 3: Introduce fast Swarmers { wave_number: 3, sub_waves: [{ enemy_type: 'Swarmer', count: 20, spawn_delay: 0.5, start_delay: 0 }] }, // Wave 4: A mixed wave { wave_number: 4, sub_waves: [{ enemy_type: 'Grunt', count: 10, spawn_delay: 1.5, start_delay: 0 }, { enemy_type: 'Swarmer', count: 15, spawn_delay: 0.8, start_delay: 5.0 // Swarmers start 5 seconds after the grunts }] } ];

User prompt

Hello Ava. Let's define the new components for our enemy archetypes. First, please add the new FlyingComponent to the Game.Components object. It's a simple "marker" component with no initial data. FlyingComponent: function FlyingComponent() { return { name: 'FlyingComponent' }; }, Next, find and replace the existing Game.Components.EnemyComponent function with this updated version, which now includes the armor_type property. EnemyComponent: function EnemyComponent(goldValue, livesCost, armor_type) { return { name: 'EnemyComponent', gold_value: goldValue || 5, lives_cost: livesCost || 1, armor_type: armor_type || 'Normal' }; },

User prompt

Hello Ava. Let's begin implementing the enemy archetypes. We will start by creating a new Game.EnemyData object to store their definitions. Please add the following new code block in the // === SECTION: GAME DATA === section, just above Game.WaveData. Game.EnemyData = { 'Grunt': { health: 100, speed: 50, gold_value: 5, lives_cost: 1, components: [] // No special components }, 'Swarmer': { health: 30, speed: 80, gold_value: 2, lives_cost: 1, components: [] // No special components }, 'Armored': { health: 400, speed: 30, gold_value: 15, lives_cost: 2, components: [ // We will add the ArmorComponent definition later ] }, 'Flyer': { health: 80, speed: 60, gold_value: 8, lives_cost: 1, components: [ // We will add the FlyingComponent definition later ] } };

User prompt

Hello Ava. To ensure pathing remains correct after selling a tower, we need to update the PathManager. Please replace the entire Game.PathManager object with the following updated version. The only change is in the init function, where we add a subscription to the TowerSoldEvent. This new subscription re-uses the existing onTowerPlaced handler, as the required action (recalculating the path) is identical for both events. Game.PathManager = { currentPath: [], init: function init() { Game.EventBus.subscribe('TowerPlaced', this.onTowerPlaced.bind(this)); Game.EventBus.subscribe('TowerSold', this.onTowerPlaced.bind(this)); }, onTowerPlaced: function onTowerPlaced(event) { this.recalculatePath({ x: 0, y: 30 }, { x: 39, y: 30 }); }, recalculatePath: function recalculatePath(start, end) { this.currentPath = this.findPath(start, end); if (this.currentPath) { for (var i = 0; i < this.currentPath.length; i++) { this.currentPath[i].x = this.currentPath[i].x * 64; this.currentPath[i].y = this.currentPath[i].y * 64; } } }, findPath: function findPath(start, end) { var openSet = []; var closedSet = []; var grid = Game.GridManager.grid; var gridWidth = grid.length; var gridHeight = grid[0].length; function heuristic(a, b) { return Math.abs(a.x - b.x) + Math.abs(a.y - b.y); } function getNeighbors(node) { var neighbors = []; var directions = [{ x: -1, y: 0, cost: 1 }, { x: 1, y: 0, cost: 1 }, { x: 0, y: -1, cost: 1 }, { x: 0, y: 1, cost: 1 }, { x: -1, y: -1, cost: 1.4 }, { x: 1, y: -1, cost: 1.4 }, { x: -1, y: 1, cost: 1.4 }, { x: 1, y: 1, cost: 1.4 }]; for (var i = 0; i < directions.length; i++) { var dir = directions[i]; var newX = node.x + dir.x; var newY = node.y + dir.y; if (newX >= 0 && newX < gridWidth && newY >= 0 && newY < gridHeight) { var cellState = grid[newX][newY]; if (cellState !== Game.GridManager.CELL_STATES.BLOCKED && cellState !== Game.GridManager.CELL_STATES.TOWER) { neighbors.push({ x: newX, y: newY, cost: dir.cost }); } } } return neighbors; } function findNodeInArray(array, node) { for (var i = 0; i < array.length; i++) { if (array[i].x === node.x && array[i].y === node.y) { return array[i]; } } return null; } function reconstructPath(cameFrom, current) { var path = []; while (current) { path.unshift({ x: current.x, y: current.y }); current = cameFrom[current.x + '_' + current.y]; } return path; } var startNode = { x: start.x, y: start.y, g: 0, h: heuristic(start, end), f: 0 }; startNode.f = startNode.g + startNode.h; openSet.push(startNode); var cameFrom = {}; while (openSet.length > 0) { var current = openSet[0]; var currentIndex = 0; for (var i = 1; i < openSet.length; i++) { if (openSet[i].f < current.f) { current = openSet[i]; currentIndex = i; } } openSet.splice(currentIndex, 1); closedSet.push(current); if (current.x === end.x && current.y === end.y) { return reconstructPath(cameFrom, current); } var neighbors = getNeighbors(current); for (var i = 0; i < neighbors.length; i++) { var neighbor = neighbors[i]; if (findNodeInArray(closedSet, neighbor)) { continue; } var tentativeG = current.g + neighbor.cost; var existingNode = findNodeInArray(openSet, neighbor); if (!existingNode) { var newNode = { x: neighbor.x, y: neighbor.y, g: tentativeG, h: heuristic(neighbor, end), f: 0 }; newNode.f = newNode.g + newNode.h; openSet.push(newNode); cameFrom[neighbor.x + '_' + neighbor.y] = current; } else if (tentativeG < existingNode.g) { existingNode.g = tentativeG; existingNode.f = existingNode.g + existingNode.h; cameFrom[neighbor.x + '_' + neighbor.y] = current; } } } return null; // No path found } };

User prompt

Hello Ava. Now that the selling logic is in place, let's wire it up to the UI. First, find the main game loop (game.update = function ()). Inside the if (Game.GameplayManager.selectedTowerId !== -1) block, add the logic to update the sellButton's text to display the tower's sell_value. // Add this inside the "if (Game.GameplayManager.selectedTowerId !== -1)" block, after the existing logic sellButton.setText("Sell Tower ($" + towerComp.sell_value + ")"); Next, find the sellButton definition in the // === SECTION: UPGRADE & SELL UI === block and assign its down handler to call the new trySellTower function. Replace this: var sellButton = new Text2('Sell Tower', { size: 35, fill: 0xC0392B }); sellButton.anchor.set(0, 0); sellButton.y = 150; upgradePanel.addChild(sellButton);With this updated version that includes the .down handler: var sellButton = new Text2('Sell Tower', { size: 35, fill: 0xC0392B }); sellButton.anchor.set(0, 0); sellButton.y = 150; upgradePanel.addChild(sellButton); sellButton.down = function () { if (Game.GameplayManager.selectedTowerId !== -1) { Game.Systems.TowerSystem.trySellTower(Game.GameplayManager.selectedTowerId); } };

User prompt

Please replace the entire Game.Systems.TowerSystem object with the following updated version, which adds the new trySellTower method. Game.Systems.TowerSystem = { tryUpgradeTower: function tryUpgradeTower(towerId, path) { // 1. Get the tower's type var renderComp = Game.EntityManager.componentStores['RenderComponent'][towerId]; if (!renderComp) { return; } var towerSpriteId = renderComp.sprite_id; var towerType = null; for (var type in Game.TowerData) { if (Game.TowerData[type].sprite_id === towerSpriteId) { towerType = type; break; } } if (!towerType) { return; } // 2. Get the upgrade data var upgradePathData = Game.UpgradeData[towerType] ? Game.UpgradeData[towerType][path] : null; if (!upgradePathData) { return; } var towerComp = Game.EntityManager.componentStores['TowerComponent'][towerId]; if (!towerComp) { return; } // 3. Determine the next upgrade level var nextUpgradeIndex = path === 'PathA' ? towerComp.upgrade_path_A_level : towerComp.upgrade_path_B_level; if (nextUpgradeIndex >= upgradePathData.length) { return; // Maxed out } var upgradeInfo = upgradePathData[nextUpgradeIndex]; // 4. Check gold if (!Game.ResourceManager.spendGold(upgradeInfo.cost)) { return; // Not enough gold } // 5. Apply stat effects for (var componentName in upgradeInfo.effects) { var componentToModify = Game.EntityManager.componentStores[componentName] ? Game.EntityManager.componentStores[componentName][towerId] : null; if (componentToModify) { var effectsToApply = upgradeInfo.effects[componentName]; for (var property in effectsToApply) { if (componentToModify.hasOwnProperty(property)) { componentToModify[property] += effectsToApply[property]; } } } } // --- NEW: Handle adding new components/abilities --- // 6. Apply special "add component" effects if (upgradeInfo.add_component_on_impact) { var attackComp = Game.EntityManager.componentStores['AttackComponent'][towerId]; if (attackComp) { // Initialize the array if it doesn't exist if (!attackComp.on_impact_effects) { attackComp.on_impact_effects = []; } // Add the new effect to the tower's attack data attackComp.on_impact_effects.push(upgradeInfo.add_component_on_impact); } } // --- END NEW --- // 7. Update tower's level trackers towerComp.upgrade_level++; if (path === 'PathA') { towerComp.upgrade_path_A_level++; } else { towerComp.upgrade_path_B_level++; } }, trySellTower: function trySellTower(towerId) { // 1. Get the tower's components var towerComp = Game.EntityManager.componentStores['TowerComponent'][towerId]; var transformComp = Game.EntityManager.componentStores['TransformComponent'][towerId]; if (!towerComp || !transformComp) { return; // Can't sell if essential components are missing } // 2. Refund gold var refundAmount = towerComp.sell_value; Game.ResourceManager.addGold(refundAmount); // 3. Free up the grid cell var gridX = Math.floor(transformComp.x / 64); var gridY = Math.floor(transformComp.y / 64); if (Game.GridManager.grid[gridX] && Game.GridManager.grid[gridX][gridY] !== undefined) { Game.GridManager.grid[gridX][gridY] = Game.GridManager.CELL_STATES.EMPTY; } // 4. Publish a sell event (for future use, e.g., path recalculation) Game.EventBus.publish(Game.Events.TowerSoldEvent(towerId, refundAmount)); // 5. Deselect the tower and schedule it for destruction Game.GameplayManager.selectedTowerId = -1; Game.EntityManager.destroyEntity(towerId); } };

User prompt

Please replace the entire Game.Systems.CombatSystem object with the following final version. A new "Fire Zone Processing Logic" block has been added at the end of the update function. Game.Systems.CombatSystem = { update: function update() { var currentTime = LK.ticks / 60; // Convert ticks to seconds // --- Tower Firing Logic (No changes) --- var towers = Game.EntityManager.getEntitiesWithComponents(['AttackComponent', 'TransformComponent']); for (var i = 0; i < towers.length; i++) { var towerId = towers[i]; var towerAttack = Game.EntityManager.componentStores['AttackComponent'][towerId]; var towerTransform = Game.EntityManager.componentStores['TransformComponent'][towerId]; if (towerAttack.target_id !== -1 && currentTime - towerAttack.last_attack_time >= 1.0 / towerAttack.attack_speed) { var targetTransform = Game.EntityManager.componentStores['TransformComponent'][towerAttack.target_id]; if (targetTransform) { var baseDamage = towerAttack.damage; var finalDamage = baseDamage; var buffComp = Game.EntityManager.componentStores['DamageBuffComponent'] ? Game.EntityManager.componentStores['DamageBuffComponent'][towerId] : null; if (buffComp) { finalDamage = baseDamage * (1 + buffComp.multiplier); } var projectileId = Game.EntityManager.createEntity(); var projectileTransform = Game.Components.TransformComponent(towerTransform.x, towerTransform.y); var projectileRender = Game.Components.RenderComponent(towerAttack.projectile_id, 1, 1.0, true); var projectileComponent = Game.Components.ProjectileComponent(towerAttack.target_id, undefined, finalDamage); projectileComponent.source_tower_id = towerId; Game.EntityManager.addComponent(projectileId, projectileTransform); Game.EntityManager.addComponent(projectileId, projectileRender); Game.EntityManager.addComponent(projectileId, projectileComponent); if (towerAttack.on_impact_effects && towerAttack.on_impact_effects.length > 0) { for (var j = 0; j < towerAttack.on_impact_effects.length; j++) { var effectData = towerAttack.on_impact_effects[j]; var newComponent = Game.Components[effectData.name].apply(null, effectData.args); Game.EntityManager.addComponent(projectileId, newComponent); } } towerAttack.last_attack_time = currentTime; } } } // --- Projectile Movement and Impact Logic (No changes) --- var projectiles = Game.EntityManager.getEntitiesWithComponents(['ProjectileComponent', 'TransformComponent']); for (var i = projectiles.length - 1; i >= 0; i--) { var projectileId = projectiles[i]; var projectileComp = Game.EntityManager.componentStores['ProjectileComponent'][projectileId]; var projectileTransform = Game.EntityManager.componentStores['TransformComponent'][projectileId]; var targetExists = Game.EntityManager.componentStores['TransformComponent'][projectileComp.target_id]; if (!targetExists) { Game.EntityManager.destroyEntity(projectileId); continue; } var targetTransform = Game.EntityManager.componentStores['TransformComponent'][projectileComp.target_id]; var dx = targetTransform.x - projectileTransform.x; var dy = targetTransform.y - projectileTransform.y; var distance = Math.sqrt(dx * dx + dy * dy); if (distance < 10) { var impactPoint = { x: targetTransform.x, y: targetTransform.y }; var sourceTowerAttack = Game.EntityManager.componentStores['AttackComponent'][projectileComp.source_tower_id]; if (sourceTowerAttack && sourceTowerAttack.splash_radius > 0) { var allEnemies = Game.EntityManager.getEntitiesWithComponents(['HealthComponent', 'TransformComponent']); for (var j = 0; j < allEnemies.length; j++) { var enemyId = allEnemies[j]; var enemyTransform = Game.EntityManager.componentStores['TransformComponent'][enemyId]; var splash_dx = enemyTransform.x - impactPoint.x; var splash_dy = enemyTransform.y - impactPoint.y; var splash_dist = Math.sqrt(splash_dx * splash_dx + splash_dy * splash_dy); if (splash_dist <= sourceTowerAttack.splash_radius) { this.dealDamage(enemyId, projectileComp.damage); } } } else { this.dealDamage(projectileComp.target_id, projectileComp.damage); } var targetHealth = Game.EntityManager.componentStores['HealthComponent'][projectileComp.target_id]; if (targetHealth) { var poisonImpactComp = Game.EntityManager.componentStores['PoisonOnImpactComponent'] ? Game.EntityManager.componentStores['PoisonOnImpactComponent'][projectileId] : null; if (poisonImpactComp) { var debuff = Game.Components.PoisonDebuffComponent(poisonImpactComp.damage_per_second, poisonImpactComp.duration, currentTime); Game.EntityManager.addComponent(projectileComp.target_id, debuff); } var slowImpactComp = Game.EntityManager.componentStores['SlowOnImpactComponent'] ? Game.EntityManager.componentStores['SlowOnImpactComponent'][projectileId] : null; if (slowImpactComp) { var slowDebuff = Game.Components.SlowDebuffComponent(slowImpactComp.slow_percentage, slowImpactComp.duration); Game.EntityManager.addComponent(projectileComp.target_id, slowDebuff); } } var fireZoneImpactComp = Game.EntityManager.componentStores['FireZoneOnImpactComponent'] ? Game.EntityManager.componentStores['FireZoneOnImpactComponent'][projectileId] : null; if (fireZoneImpactComp) { var zoneId = Game.EntityManager.createEntity(); Game.EntityManager.addComponent(zoneId, Game.Components.TransformComponent(impactPoint.x, impactPoint.y)); Game.EntityManager.addComponent(zoneId, Game.Components.RenderComponent('fire_zone', 0, 1.0, true)); Game.EntityManager.addComponent(zoneId, Game.Components.FireZoneComponent(fireZoneImpactComp.damage_per_tick, fireZoneImpactComp.duration, fireZoneImpactComp.tick_rate, currentTime)); } Game.EntityManager.destroyEntity(projectileId); } else { var moveX = dx / distance * projectileComp.speed; var moveY = dy / distance * projectileComp.speed; projectileTransform.x += moveX; projectileTransform.y += moveY; } } // --- Poison Debuff Processing Logic (No changes) --- var poisonedEnemies = Game.EntityManager.getEntitiesWithComponents(['PoisonDebuffComponent']); for (var i = poisonedEnemies.length - 1; i >= 0; i--) { var enemyId = poisonedEnemies[i]; var debuff = Game.EntityManager.componentStores['PoisonDebuffComponent'][enemyId]; if (!debuff) { continue; } if (currentTime - debuff.last_tick_time >= 1.0) { this.dealDamage(enemyId, debuff.damage_per_second); debuff.last_tick_time = currentTime; debuff.duration_remaining -= 1.0; } if (debuff.duration_remaining <= 0) { delete Game.EntityManager.componentStores['PoisonDebuffComponent'][enemyId]; } } // --- NEW: Fire Zone Processing Logic --- var fireZones = Game.EntityManager.getEntitiesWithComponents(['FireZoneComponent', 'TransformComponent']); for (var i = fireZones.length - 1; i >= 0; i--) { var zoneId = fireZones[i]; var zoneComp = Game.EntityManager.componentStores['FireZoneComponent'][zoneId]; var zoneTransform = Game.EntityManager.componentStores['TransformComponent'][zoneId]; zoneComp.duration_remaining -= 1.0 / 60; // Decrement by frame time if (zoneComp.duration_remaining <= 0) { Game.EntityManager.destroyEntity(zoneId); continue; } if (currentTime - zoneComp.last_tick_time >= zoneComp.tick_rate) { var allEnemies = Game.EntityManager.getEntitiesWithComponents(['HealthComponent', 'TransformComponent']); var zoneRadius = 40; // The fire zone sprite has a width/height of 80, so radius is 40. for (var j = 0; j < allEnemies.length; j++) { var enemyId = allEnemies[j]; var enemyTransform = Game.EntityManager.componentStores['TransformComponent'][enemyId]; var dx = enemyTransform.x - zoneTransform.x; var dy = enemyTransform.y - zoneTransform.y; var distance = Math.sqrt(dx * dx + dy * dy); if (distance <= zoneRadius) { this.dealDamage(enemyId, zoneComp.damage_per_tick); } } zoneComp.last_tick_time = currentTime; } } }, dealDamage: function dealDamage(enemyId, damage) { var targetHealth = Game.EntityManager.componentStores['HealthComponent'][enemyId]; if (!targetHealth) { return; } targetHealth.current_hp -= damage; if (targetHealth.current_hp <= 0) { var enemyComp = Game.EntityManager.componentStores['EnemyComponent'][enemyId]; var goldValue = enemyComp ? enemyComp.gold_value : 0; Game.EventBus.publish(Game.Events.EnemyKilledEvent(enemyId, goldValue)); Game.EntityManager.destroyEntity(enemyId); } } };

User prompt

Please replace the entire Game.Systems.CombatSystem object with the following updated version. The new logic is added to the "on impact" section. Game.Systems.CombatSystem = { update: function update() { var currentTime = LK.ticks / 60; // Convert ticks to seconds // --- Tower Firing Logic (No changes here) --- var towers = Game.EntityManager.getEntitiesWithComponents(['AttackComponent', 'TransformComponent']); for (var i = 0; i < towers.length; i++) { var towerId = towers[i]; var towerAttack = Game.EntityManager.componentStores['AttackComponent'][towerId]; var towerTransform = Game.EntityManager.componentStores['TransformComponent'][towerId]; if (towerAttack.target_id !== -1 && currentTime - towerAttack.last_attack_time >= 1.0 / towerAttack.attack_speed) { var targetTransform = Game.EntityManager.componentStores['TransformComponent'][towerAttack.target_id]; if (targetTransform) { var baseDamage = towerAttack.damage; var finalDamage = baseDamage; var buffComp = Game.EntityManager.componentStores['DamageBuffComponent'] ? Game.EntityManager.componentStores['DamageBuffComponent'][towerId] : null; if (buffComp) { finalDamage = baseDamage * (1 + buffComp.multiplier); } var projectileId = Game.EntityManager.createEntity(); var projectileTransform = Game.Components.TransformComponent(towerTransform.x, towerTransform.y); var projectileRender = Game.Components.RenderComponent(towerAttack.projectile_id, 1, 1.0, true); var projectileComponent = Game.Components.ProjectileComponent(towerAttack.target_id, undefined, finalDamage); projectileComponent.source_tower_id = towerId; Game.EntityManager.addComponent(projectileId, projectileTransform); Game.EntityManager.addComponent(projectileId, projectileRender); Game.EntityManager.addComponent(projectileId, projectileComponent); if (towerAttack.on_impact_effects && towerAttack.on_impact_effects.length > 0) { for (var j = 0; j < towerAttack.on_impact_effects.length; j++) { var effectData = towerAttack.on_impact_effects[j]; var newComponent = Game.Components[effectData.name].apply(null, effectData.args); Game.EntityManager.addComponent(projectileId, newComponent); } } towerAttack.last_attack_time = currentTime; } } } // --- Projectile Movement and Impact Logic (UPDATED TO CREATE FIRE ZONES) --- var projectiles = Game.EntityManager.getEntitiesWithComponents(['ProjectileComponent', 'TransformComponent']); for (var i = projectiles.length - 1; i >= 0; i--) { var projectileId = projectiles[i]; var projectileComp = Game.EntityManager.componentStores['ProjectileComponent'][projectileId]; var projectileTransform = Game.EntityManager.componentStores['TransformComponent'][projectileId]; var targetExists = Game.EntityManager.componentStores['TransformComponent'][projectileComp.target_id]; if (!targetExists) { Game.EntityManager.destroyEntity(projectileId); continue; } var targetTransform = Game.EntityManager.componentStores['TransformComponent'][projectileComp.target_id]; var dx = targetTransform.x - projectileTransform.x; var dy = targetTransform.y - projectileTransform.y; var distance = Math.sqrt(dx * dx + dy * dy); if (distance < 10) { // --- ON IMPACT --- var impactPoint = { x: targetTransform.x, y: targetTransform.y }; var sourceTowerAttack = Game.EntityManager.componentStores['AttackComponent'][projectileComp.source_tower_id]; // Standard splash/single-target damage if (sourceTowerAttack && sourceTowerAttack.splash_radius > 0) { var allEnemies = Game.EntityManager.getEntitiesWithComponents(['HealthComponent', 'TransformComponent']); for (var j = 0; j < allEnemies.length; j++) { var enemyId = allEnemies[j]; var enemyTransform = Game.EntityManager.componentStores['TransformComponent'][enemyId]; var splash_dx = enemyTransform.x - impactPoint.x; var splash_dy = enemyTransform.y - impactPoint.y; var splash_dist = Math.sqrt(splash_dx * splash_dx + splash_dy * splash_dy); if (splash_dist <= sourceTowerAttack.splash_radius) { this.dealDamage(enemyId, projectileComp.damage); } } } else { this.dealDamage(projectileComp.target_id, projectileComp.damage); } // Apply debuffs to the primary target var targetHealth = Game.EntityManager.componentStores['HealthComponent'][projectileComp.target_id]; if (targetHealth) { var poisonImpactComp = Game.EntityManager.componentStores['PoisonOnImpactComponent'] ? Game.EntityManager.componentStores['PoisonOnImpactComponent'][projectileId] : null; if (poisonImpactComp) { var debuff = Game.Components.PoisonDebuffComponent(poisonImpactComp.damage_per_second, poisonImpactComp.duration, currentTime); Game.EntityManager.addComponent(projectileComp.target_id, debuff); } var slowImpactComp = Game.EntityManager.componentStores['SlowOnImpactComponent'] ? Game.EntityManager.componentStores['SlowOnImpactComponent'][projectileId] : null; if (slowImpactComp) { var slowDebuff = Game.Components.SlowDebuffComponent(slowImpactComp.slow_percentage, slowImpactComp.duration); Game.EntityManager.addComponent(projectileComp.target_id, slowDebuff); } } // --- NEW: Create ground effects like Fire Zone --- var fireZoneImpactComp = Game.EntityManager.componentStores['FireZoneOnImpactComponent'] ? Game.EntityManager.componentStores['FireZoneOnImpactComponent'][projectileId] : null; if (fireZoneImpactComp) { var zoneId = Game.EntityManager.createEntity(); Game.EntityManager.addComponent(zoneId, Game.Components.TransformComponent(impactPoint.x, impactPoint.y)); Game.EntityManager.addComponent(zoneId, Game.Components.RenderComponent('fire_zone', 0, 1.0, true)); Game.EntityManager.addComponent(zoneId, Game.Components.FireZoneComponent( fireZoneImpactComp.damage_per_tick, fireZoneImpactComp.duration, fireZoneImpactComp.tick_rate, currentTime )); } // --- END NEW --- Game.EntityManager.destroyEntity(projectileId); } else { var moveX = dx / distance * projectileComp.speed; var moveY = dy / distance * projectileComp.speed; projectileTransform.x += moveX; projectileTransform.y += moveY; } } // --- Poison Debuff Processing Logic (No changes) --- var poisonedEnemies = Game.EntityManager.getEntitiesWithComponents(['PoisonDebuffComponent']); for (var i = poisonedEnemies.length - 1; i >= 0; i--) { var enemyId = poisonedEnemies[i]; var debuff = Game.EntityManager.componentStores['PoisonDebuffComponent'][enemyId]; if (!debuff) { continue; } if (currentTime - debuff.last_tick_time >= 1.0) { this.dealDamage(enemyId, debuff.damage_per_second); debuff.last_tick_time = currentTime; debuff.duration_remaining -= 1.0; } if (debuff.duration_remaining <= 0) { delete Game.EntityManager.componentStores['PoisonDebuffComponent'][enemyId]; } } }, dealDamage: function dealDamage(enemyId, damage) { var targetHealth = Game.EntityManager.componentStores['HealthComponent'][enemyId]; if (!targetHealth) { return; } targetHealth.current_hp -= damage; if (targetHealth.current_hp <= 0) { var enemyComp = Game.EntityManager.componentStores['EnemyComponent'][enemyId]; var goldValue = enemyComp ? enemyComp.gold_value : 0; Game.EventBus.publish(Game.Events.EnemyKilledEvent(enemyId, goldValue)); Game.EntityManager.destroyEntity(enemyId); } } };

User prompt

Please replace the entire Game.Systems.CombatSystem object with the following updated version. The primary change is in the tower firing logic, which now intelligently adds components to projectiles based on the tower's data. Game.Systems.CombatSystem = { update: function update() { var currentTime = LK.ticks / 60; // Convert ticks to seconds // --- Tower Firing Logic (UPDATED FOR GENERIC ON-IMPACT EFFECTS) --- var towers = Game.EntityManager.getEntitiesWithComponents(['AttackComponent', 'TransformComponent']); for (var i = 0; i < towers.length; i++) { var towerId = towers[i]; var towerAttack = Game.EntityManager.componentStores['AttackComponent'][towerId]; var towerTransform = Game.EntityManager.componentStores['TransformComponent'][towerId]; if (towerAttack.target_id !== -1 && currentTime - towerAttack.last_attack_time >= 1.0 / towerAttack.attack_speed) { var targetTransform = Game.EntityManager.componentStores['TransformComponent'][towerAttack.target_id]; if (targetTransform) { var baseDamage = towerAttack.damage; var finalDamage = baseDamage; var buffComp = Game.EntityManager.componentStores['DamageBuffComponent'] ? Game.EntityManager.componentStores['DamageBuffComponent'][towerId] : null; if (buffComp) { finalDamage = baseDamage * (1 + buffComp.multiplier); } var projectileId = Game.EntityManager.createEntity(); var projectileTransform = Game.Components.TransformComponent(towerTransform.x, towerTransform.y); var projectileRender = Game.Components.RenderComponent(towerAttack.projectile_id, 1, 1.0, true); var projectileComponent = Game.Components.ProjectileComponent(towerAttack.target_id, undefined, finalDamage); projectileComponent.source_tower_id = towerId; Game.EntityManager.addComponent(projectileId, projectileTransform); Game.EntityManager.addComponent(projectileId, projectileRender); Game.EntityManager.addComponent(projectileId, projectileComponent); // --- REFACTORED/NEW LOGIC: Attach all on-impact effects from the tower --- if (towerAttack.on_impact_effects && towerAttack.on_impact_effects.length > 0) { for (var j = 0; j < towerAttack.on_impact_effects.length; j++) { var effectData = towerAttack.on_impact_effects[j]; var newComponent = Game.Components[effectData.name].apply(null, effectData.args); Game.EntityManager.addComponent(projectileId, newComponent); } } // This replaces the old hard-coded checks for chemical/slow projectiles // --- END REFACTORED/NEW LOGIC --- towerAttack.last_attack_time = currentTime; } } } // --- Projectile Movement and Impact Logic (No changes yet for fire zone) --- var projectiles = Game.EntityManager.getEntitiesWithComponents(['ProjectileComponent', 'TransformComponent']); for (var i = projectiles.length - 1; i >= 0; i--) { var projectileId = projectiles[i]; var projectileComp = Game.EntityManager.componentStores['ProjectileComponent'][projectileId]; var projectileTransform = Game.EntityManager.componentStores['TransformComponent'][projectileId]; var targetExists = Game.EntityManager.componentStores['TransformComponent'][projectileComp.target_id]; if (!targetExists) { Game.EntityManager.destroyEntity(projectileId); continue; } var targetTransform = Game.EntityManager.componentStores['TransformComponent'][projectileComp.target_id]; var dx = targetTransform.x - projectileTransform.x; var dy = targetTransform.y - projectileTransform.y; var distance = Math.sqrt(dx * dx + dy * dy); if (distance < 10) { var impactPoint = { x: targetTransform.x, y: targetTransform.y }; var sourceTowerAttack = Game.EntityManager.componentStores['AttackComponent'][projectileComp.source_tower_id]; if (sourceTowerAttack && sourceTowerAttack.splash_radius > 0) { var allEnemies = Game.EntityManager.getEntitiesWithComponents(['HealthComponent', 'TransformComponent']); for (var j = 0; j < allEnemies.length; j++) { var enemyId = allEnemies[j]; var enemyTransform = Game.EntityManager.componentStores['TransformComponent'][enemyId]; var splash_dx = enemyTransform.x - impactPoint.x; var splash_dy = enemyTransform.y - impactPoint.y; var splash_dist = Math.sqrt(splash_dx * splash_dx + splash_dy * splash_dy); if (splash_dist <= sourceTowerAttack.splash_radius) { this.dealDamage(enemyId, projectileComp.damage); } } } else { this.dealDamage(projectileComp.target_id, projectileComp.damage); } var targetHealth = Game.EntityManager.componentStores['HealthComponent'][projectileComp.target_id]; if (targetHealth) { var poisonImpactComp = Game.EntityManager.componentStores['PoisonOnImpactComponent'] ? Game.EntityManager.componentStores['PoisonOnImpactComponent'][projectileId] : null; if (poisonImpactComp) { var debuff = Game.Components.PoisonDebuffComponent(poisonImpactComp.damage_per_second, poisonImpactComp.duration, currentTime); Game.EntityManager.addComponent(projectileComp.target_id, debuff); } var slowImpactComp = Game.EntityManager.componentStores['SlowOnImpactComponent'] ? Game.EntityManager.componentStores['SlowOnImpactComponent'][projectileId] : null; if (slowImpactComp) { var slowDebuff = Game.Components.SlowDebuffComponent(slowImpactComp.slow_percentage, slowImpactComp.duration); Game.EntityManager.addComponent(projectileComp.target_id, slowDebuff); } } Game.EntityManager.destroyEntity(projectileId); } else { var moveX = dx / distance * projectileComp.speed; var moveY = dy / distance * projectileComp.speed; projectileTransform.x += moveX; projectileTransform.y += moveY; } } // --- Poison Debuff Processing Logic (No changes) --- var poisonedEnemies = Game.EntityManager.getEntitiesWithComponents(['PoisonDebuffComponent']); for (var i = poisonedEnemies.length - 1; i >= 0; i--) { var enemyId = poisonedEnemies[i]; var debuff = Game.EntityManager.componentStores['PoisonDebuffComponent'][enemyId]; if (!debuff) { continue; } if (currentTime - debuff.last_tick_time >= 1.0) { this.dealDamage(enemyId, debuff.damage_per_second); debuff.last_tick_time = currentTime; debuff.duration_remaining -= 1.0; } if (debuff.duration_remaining <= 0) { delete Game.EntityManager.componentStores['PoisonDebuffComponent'][enemyId]; } } }, dealDamage: function dealDamage(enemyId, damage) { var targetHealth = Game.EntityManager.componentStores['HealthComponent'][enemyId]; if (!targetHealth) { return; } targetHealth.current_hp -= damage; if (targetHealth.current_hp <= 0) { var enemyComp = Game.EntityManager.componentStores['EnemyComponent'][enemyId]; var goldValue = enemyComp ? enemyComp.gold_value : 0; Game.EventBus.publish(Game.Events.EnemyKilledEvent(enemyId, goldValue)); Game.EntityManager.destroyEntity(enemyId); } } };

User prompt

replace the TowerSystem object with this new version. The tryUpgradeTower function is updated to handle the add_component_on_impact property by adding a new on_impact_effects array to the tower's AttackComponent. Game.Systems.TowerSystem = { tryUpgradeTower: function tryUpgradeTower(towerId, path) { // 1. Get the tower's type var renderComp = Game.EntityManager.componentStores['RenderComponent'][towerId]; if (!renderComp) { return; } var towerSpriteId = renderComp.sprite_id; var towerType = null; for (var type in Game.TowerData) { if (Game.TowerData[type].sprite_id === towerSpriteId) { towerType = type; break; } } if (!towerType) { return; } // 2. Get the upgrade data var upgradePathData = Game.UpgradeData[towerType] ? Game.UpgradeData[towerType][path] : null; if (!upgradePathData) { return; } var towerComp = Game.EntityManager.componentStores['TowerComponent'][towerId]; if (!towerComp) { return; } // 3. Determine the next upgrade level var nextUpgradeIndex = (path === 'PathA') ? towerComp.upgrade_path_A_level : towerComp.upgrade_path_B_level; if (nextUpgradeIndex >= upgradePathData.length) { return; // Maxed out } var upgradeInfo = upgradePathData[nextUpgradeIndex]; // 4. Check gold if (!Game.ResourceManager.spendGold(upgradeInfo.cost)) { return; // Not enough gold } // 5. Apply stat effects for (var componentName in upgradeInfo.effects) { var componentToModify = Game.EntityManager.componentStores[componentName] ? Game.EntityManager.componentStores[componentName][towerId] : null; if (componentToModify) { var effectsToApply = upgradeInfo.effects[componentName]; for (var property in effectsToApply) { if (componentToModify.hasOwnProperty(property)) { componentToModify[property] += effectsToApply[property]; } } } } // --- NEW: Handle adding new components/abilities --- // 6. Apply special "add component" effects if (upgradeInfo.add_component_on_impact) { var attackComp = Game.EntityManager.componentStores['AttackComponent'][towerId]; if (attackComp) { // Initialize the array if it doesn't exist if (!attackComp.on_impact_effects) { attackComp.on_impact_effects = []; } // Add the new effect to the tower's attack data attackComp.on_impact_effects.push(upgradeInfo.add_component_on_impact); } } // --- END NEW --- // 7. Update tower's level trackers towerComp.upgrade_level++; if (path === 'PathA') { towerComp.upgrade_path_A_level++; } else { towerComp.upgrade_path_B_level++; } } }