"""This is the state that handles battles against monsters""" import random import pygame as pg from .. import tools, battlegui, observer, setup from .. components import person, attack, attackitems from .. import constants as c class Battle(tools._State): def __init__(self): super(Battle, self).__init__() self.name = 'battle' self.music = setup.MUSIC['high_action'] def startup(self, current_time, game_data): """Initialize state attributes""" self.current_time = current_time self.timer = current_time self.allow_input = False self.game_data = game_data self.inventory = game_data['player inventory'] self.state = 'transition in' self.next = game_data['last state'] self.run_away = False self.player = self.make_player() self.attack_animations = pg.sprite.Group() self.sword = attackitems.Sword(self.player) self.enemy_group, self.enemy_pos_list, self.enemy_list = self.make_enemies() self.experience_points = self.get_experience_points() self.new_gold = self.get_new_gold() self.background = self.make_background() self.info_box = battlegui.InfoBox(game_data, self.experience_points, self.new_gold) self.arrow = battlegui.SelectArrow(self.enemy_pos_list, self.info_box) self.select_box = battlegui.SelectBox() self.player_health_box = battlegui.PlayerHealth(self.select_box.rect, self.game_data) self.select_action_state_dict = self.make_selection_state_dict() self.observers = [observer.Battle(self)] self.player.observers.extend(self.observers) self.observers.append(observer.SoundEffects()) self.damage_points = pg.sprite.Group() self.player_actions = [] self.player_action_dict = self.make_player_action_dict() self.player_level = self.game_data['player stats']['Level'] self.enemies_to_attack = [] self.action_selected = False self.just_leveled_up = False self.transition_rect = setup.SCREEN.get_rect() self.transition_alpha = 255 def make_player_action_dict(self): """ Make the dict to execute player actions. """ action_dict = {c.PLAYER_ATTACK: self.enter_player_attack_state, c.CURE_SPELL: self.cast_cure, c.FIRE_SPELL: self.cast_fire_blast, c.DRINK_HEALING_POTION: self.enter_drink_healing_potion_state, c.DRINK_ETHER_POTION: self.enter_drink_ether_potion_state} return action_dict def make_enemy_level_dict(self): new_dict = {c.OVERWORLD: 1, c.DUNGEON: 2, c.DUNGEON2: 2, c.DUNGEON3: 3, c.DUNGEON4: 2, c.DUNGEON5: 5} return new_dict def set_enemy_level(self, enemy_list): dungeon_level_dict = self.make_enemy_level_dict() for enemy in enemy_list: enemy.level = dungeon_level_dict[self.previous] def get_experience_points(self): """ Calculate experience points based on number of enemies and their levels. """ experience_total = 0 for enemy in self.enemy_list: experience_total += (random.randint(5,10)*enemy.level) return experience_total def get_new_gold(self): """ Calculate the gold collected at the end of the battle. """ gold = 0 for enemy in self.enemy_list: max_gold = enemy.level * 20 gold += (random.randint(1, max_gold)) return gold def make_background(self): """Make the blue/black background""" background = pg.sprite.Sprite() surface = pg.Surface(c.SCREEN_SIZE).convert() surface.fill(c.BLACK_BLUE) background.image = surface background.rect = background.image.get_rect() background_group = pg.sprite.Group(background) return background_group def make_enemies(self): """Make the enemies for the battle. Return sprite group""" pos_list = [] for column in range(3): for row in range(3): x = (column * 100) + 100 y = (row * 100) + 100 pos_list.append([x, y]) enemy_group = pg.sprite.Group() if self.game_data['battle type']: enemy = person.Enemy('evilwizard', 0, 0, 'down', 'battle resting') enemy_group.add(enemy) else: for enemy in range(random.randint(1, 6)): enemy_group.add(person.Enemy('devil', 0, 0, 'down', 'battle resting')) for i, enemy in enumerate(enemy_group): enemy.rect.topleft = pos_list[i] enemy.image = pg.transform.scale2x(enemy.image) enemy.index = i enemy.level = self.make_enemy_level_dict()[self.previous] enemy.health = enemy.level * 7 enemy_list = [enemy for enemy in enemy_group] return enemy_group, pos_list[0:len(enemy_group)], enemy_list def make_player(self): """Make the sprite for the player's character""" player = person.Player('left', self.game_data, 630, 220, 'battle resting', 1) player.image = pg.transform.scale2x(player.image) return player def make_selection_state_dict(self): """ Make a dictionary of states with arrow coordinates as keys. """ pos_list = self.arrow.make_select_action_pos_list() state_list = [self.enter_select_enemy_state, self.enter_select_item_state, self.enter_select_magic_state, self.try_to_run_away] return dict(zip(pos_list, state_list)) def update(self, surface, keys, current_time): """Update the battle state""" self.current_time = current_time self.check_input(keys) self.check_timed_events() self.check_if_battle_won() self.enemy_group.update(current_time) self.player.update(keys, current_time) self.attack_animations.update() self.info_box.update() self.arrow.update(keys) self.sword.update(current_time) self.damage_points.update() self.execute_player_actions() self.draw_battle(surface) def check_input(self, keys): """ Check user input to navigate GUI. """ if self.allow_input: if keys[pg.K_RETURN]: self.end_battle() elif keys[pg.K_SPACE]: if self.state == c.SELECT_ACTION: enter_state_function = self.select_action_state_dict[ self.arrow.rect.topleft] enter_state_function() elif self.state == c.SELECT_ENEMY: self.player_actions.append(c.PLAYER_ATTACK) self.enemies_to_attack.append(self.get_enemy_to_attack()) self.action_selected = True elif self.state == c.SELECT_ITEM: if self.arrow.index == (len(self.arrow.pos_list) - 1): self.enter_select_action_state() elif self.info_box.item_text_list[self.arrow.index][:14] == 'Healing Potion': self.player_actions.append(c.DRINK_HEALING_POTION) self.action_selected = True elif self.info_box.item_text_list[self.arrow.index][:5] == 'Ether': self.player_actions.append(c.DRINK_ETHER_POTION) self.action_selected = True elif self.state == c.SELECT_MAGIC: if self.arrow.index == (len(self.arrow.pos_list) - 1): self.enter_select_action_state() elif self.info_box.magic_text_list[self.arrow.index] == 'Cure': magic_points = self.game_data['player inventory']['Cure']['magic points'] if self.game_data['player stats']['magic']['current'] >= magic_points: self.player_actions.append(c.CURE_SPELL) self.action_selected = True elif self.info_box.magic_text_list[self.arrow.index] == 'Fire Blast': magic_points = self.game_data['player inventory']['Fire Blast']['magic points'] if self.game_data['player stats']['magic']['current'] >= magic_points: self.player_actions.append(c.FIRE_SPELL) self.action_selected = True self.allow_input = False if keys[pg.K_RETURN] == False and keys[pg.K_SPACE] == False: self.allow_input = True def check_timed_events(self): """ Check if amount of time has passed for timed events. """ timed_states = [c.PLAYER_DAMAGED, c.ENEMY_DAMAGED, c.ENEMY_DEAD, c.DRINK_HEALING_POTION, c.DRINK_ETHER_POTION] long_delay = timed_states[1:] if self.state in long_delay: if (self.current_time - self.timer) > 1000: if self.state == c.ENEMY_DAMAGED: if self.player_actions: self.player_action_dict[self.player_actions[0]]() self.player_actions.pop(0) else: if len(self.enemy_list): self.enter_enemy_attack_state() else: self.enter_battle_won_state() elif (self.state == c.DRINK_HEALING_POTION or self.state == c.CURE_SPELL or self.state == c.DRINK_ETHER_POTION): if self.player_actions: self.player_action_dict[self.player_actions[0]]() self.player_actions.pop(0) else: if len(self.enemy_list): self.enter_enemy_attack_state() else: self.enter_battle_won_state() self.timer = self.current_time elif self.state == c.FIRE_SPELL or self.state == c.CURE_SPELL: if (self.current_time - self.timer) > 1500: if self.player_actions: self.player_action_dict[self.player_actions[0]]() self.player_actions.pop(0) else: if len(self.enemy_list): self.enter_enemy_attack_state() else: self.enter_battle_won_state() self.timer = self.current_time elif self.state == c.RUN_AWAY: if (self.current_time - self.timer) > 1500: self.end_battle() elif self.state == c.BATTLE_WON: if (self.current_time - self.timer) > 1800: self.enter_show_gold_state() elif self.state == c.SHOW_GOLD: if (self.current_time - self.timer) > 1800: self.enter_show_experience_state() elif self.state == c.LEVEL_UP: if (self.current_time - self.timer) > 2200: if self.game_data['player stats']['Level'] == 3: self.enter_two_actions_per_turn_state() else: self.end_battle() elif self.state == c.TWO_ACTIONS: if (self.current_time - self.timer) > 3000: self.end_battle() elif self.state == c.SHOW_EXPERIENCE: if (self.current_time - self.timer) > 2200: player_stats = self.game_data['player stats'] player_stats['experience to next level'] -= self.experience_points if player_stats['experience to next level'] <= 0: player_stats['Level'] += 1 player_stats['health']['maximum'] += int(player_stats['health']['maximum']*.25) player_stats['magic']['maximum'] += int(player_stats['magic']['maximum']*.20) new_experience = int((player_stats['Level'] * 50) * .75) player_stats['experience to next level'] = new_experience self.enter_level_up_state() self.just_leveled_up = True else: self.end_battle() elif self.state == c.PLAYER_DAMAGED: if (self.current_time - self.timer) > 600: if self.enemy_index == (len(self.enemy_list) - 1): if self.run_away: self.enter_run_away_state() else: self.enter_select_action_state() else: self.switch_enemy() self.timer = self.current_time def check_if_battle_won(self): """ Check if state is SELECT_ACTION and there are no enemies left. """ if self.state == c.SELECT_ACTION: if len(self.enemy_group) == 0: self.enter_battle_won_state() def notify(self, event): """ Notify observer of event. """ for new_observer in self.observers: new_observer.on_notify(event) def end_battle(self): """ End battle and flip back to previous state. """ if self.game_data['battle type'] == 'evilwizard': self.game_data['crown quest'] = True self.game_data['last state'] = self.name self.game_data['battle counter'] = random.randint(50, 255) self.game_data['battle type'] = None self.state = 'transition out' def attack_enemy(self, enemy_damage): enemy = self.player.attacked_enemy enemy.health -= enemy_damage self.set_enemy_indices() if enemy: enemy.enter_knock_back_state() if enemy.health <= 0: self.enemy_list.pop(enemy.index) enemy.state = c.FADE_DEATH self.arrow.remove_pos(self.player.attacked_enemy) self.enemy_index = 0 def set_enemy_indices(self): for i, enemy in enumerate(self.enemy_list): enemy.index = i def draw_battle(self, surface): """Draw all elements of battle state""" self.background.draw(surface) self.enemy_group.draw(surface) self.attack_animations.draw(surface) self.sword.draw(surface) surface.blit(self.player.image, self.player.rect) surface.blit(self.info_box.image, self.info_box.rect) surface.blit(self.select_box.image, self.select_box.rect) surface.blit(self.arrow.image, self.arrow.rect) self.player_health_box.draw(surface) self.damage_points.draw(surface) self.draw_transition(surface) def draw_transition(self, surface): """ Fade in and out of state. """ if self.state == 'transition in': transition_image = pg.Surface(self.transition_rect.size) transition_image.fill(c.TRANSITION_COLOR) transition_image.set_alpha(self.transition_alpha) surface.blit(transition_image, self.transition_rect) self.transition_alpha -= c.TRANSITION_SPEED if self.transition_alpha <= 0: self.state = c.SELECT_ACTION self.transition_alpha = 0 elif self.state == 'transition out': transition_image = pg.Surface(self.transition_rect.size) transition_image.fill(c.TRANSITION_COLOR) transition_image.set_alpha(self.transition_alpha) surface.blit(transition_image, self.transition_rect) self.transition_alpha += c.TRANSITION_SPEED if self.transition_alpha >= 255: self.done = True def player_damaged(self, damage): self.game_data['player stats']['health']['current'] -= damage def player_healed(self, heal, magic_points=0): """ Add health from potion to game data. """ health = self.game_data['player stats']['health'] health['current'] += heal if health['current'] > health['maximum']: health['current'] = health['maximum'] if self.state == c.DRINK_HEALING_POTION: self.game_data['player inventory']['Healing Potion']['quantity'] -= 1 if self.game_data['player inventory']['Healing Potion']['quantity'] == 0: del self.game_data['player inventory']['Healing Potion'] elif self.state == c.CURE_SPELL: self.game_data['player stats']['magic']['current'] -= magic_points def magic_boost(self, magic_points): """ Add magic from ether to game data. """ magic = self.game_data['player stats']['magic'] magic['current'] += magic_points if magic['current'] > magic['maximum']: magic['current'] = magic['maximum'] self.game_data['player inventory']['Ether Potion']['quantity'] -= 1 if not self.game_data['player inventory']['Ether Potion']['quantity']: del self.game_data['player inventory']['Ether Potion'] def set_timer_to_current_time(self): """Set the timer to the current time.""" self.timer = self.current_time def cast_fire_blast(self): """ Cast fire blast on all enemies. """ self.notify(c.FIRE) self.state = self.info_box.state = c.FIRE_SPELL POWER = self.inventory['Fire Blast']['power'] POWER += self.game_data['player stats']['Level'] * 5 MAGIC_POINTS = self.inventory['Fire Blast']['magic points'] self.game_data['player stats']['magic']['current'] -= MAGIC_POINTS for enemy in self.enemy_list: DAMAGE = random.randint(POWER//2, POWER) self.damage_points.add( attackitems.HealthPoints(DAMAGE, enemy.rect.topright)) enemy.health -= DAMAGE posx = enemy.rect.x - 32 posy = enemy.rect.y - 64 fire_sprite = attack.Fire(posx, posy) self.attack_animations.add(fire_sprite) if enemy.health <= 0: enemy.kill() self.arrow.remove_pos(enemy) else: enemy.enter_knock_back_state() self.enemy_list = [enemy for enemy in self.enemy_list if enemy.health > 0] self.enemy_index = 0 self.arrow.index = 0 self.arrow.state = 'invisible' self.set_timer_to_current_time() def cast_cure(self): """ Cast cure spell on player. """ self.state = c.CURE_SPELL HEAL_AMOUNT = self.inventory['Cure']['power'] MAGIC_POINTS = self.inventory['Cure']['magic points'] self.player.healing = True self.set_timer_to_current_time() self.arrow.state = 'invisible' self.enemy_index = 0 self.damage_points.add( attackitems.HealthPoints(HEAL_AMOUNT, self.player.rect.topright, False)) self.player_healed(HEAL_AMOUNT, MAGIC_POINTS) self.info_box.state = c.DRINK_HEALING_POTION def drink_ether(self): """ Drink ether potion. """ self.state = self.info_box.state = c.DRINK_ETHER_POTION self.player.healing = True self.set_timer_to_current_time() self.arrow.state = 'invisible' self.enemy_index = 0 self.damage_points.add( attackitems.HealthPoints(30, self.player.rect.topright, False, True)) self.magic_boost(30) def drink_healing_potion(self): """ Drink Healing Potion. """ self.state = self.info_box.state = c.DRINK_HEALING_POTION self.player.healing = True self.arrow.state = 'invisible' self.enemy_index = 0 self.damage_points.add( attackitems.HealthPoints(30, self.player.rect.topright, False)) self.player_healed(30) self.set_timer_to_current_time() def enter_select_enemy_state(self): """ Transition battle into the select enemy state. """ self.state = self.arrow.state = c.SELECT_ENEMY self.arrow.index = 0 def enter_select_item_state(self): """ Transition battle into the select item state. """ self.state = self.info_box.state = c.SELECT_ITEM self.arrow.become_select_item_state() def enter_select_magic_state(self): """ Transition battle into the select magic state. """ self.state = self.info_box.state = c.SELECT_MAGIC self.arrow.become_select_magic_state() def try_to_run_away(self): """ Transition battle into the run away state. """ self.run_away = True self.arrow.state = 'invisible' self.enemy_index = 0 self.enter_enemy_attack_state() def enter_enemy_attack_state(self): """ Transition battle into the Enemy attack state. """ self.state = self.info_box.state = c.ENEMY_ATTACK enemy = self.enemy_list[self.enemy_index] enemy.enter_enemy_attack_state() def enter_player_attack_state(self): """ Transition battle into the Player attack state. """ self.state = self.info_box.state = c.PLAYER_ATTACK enemy_to_attack = self.enemies_to_attack.pop(0) if enemy_to_attack in self.enemy_list: self.player.enter_attack_state(enemy_to_attack) else: if self.enemy_list: self.player.enter_attack_state(self.enemy_list[0]) else: self.enter_battle_won_state() self.arrow.state = 'invisible' def get_enemy_to_attack(self): """ Get enemy for player to attack by arrow position. """ enemy_posx = self.arrow.rect.x + 60 enemy_posy = self.arrow.rect.y - 20 enemy_pos = (enemy_posx, enemy_posy) enemy_to_attack = None for enemy in self.enemy_list: if enemy.rect.topleft == enemy_pos: enemy_to_attack = enemy return enemy_to_attack def enter_drink_healing_potion_state(self): """ Transition battle into the Drink Healing Potion state. """ self.state = self.info_box.state = c.DRINK_HEALING_POTION self.player.healing = True self.set_timer_to_current_time() self.arrow.state = 'invisible' self.enemy_index = 0 self.damage_points.add( attackitems.HealthPoints(30, self.player.rect.topright, False)) self.player_healed(30) def enter_drink_ether_potion_state(self): """ Transition battle into the Drink Ether Potion state. """ self.state = self.info_box.state = c.DRINK_ETHER_POTION self.player.healing = True self.arrow.state = 'invisible' self.enemy_index = 0 self.damage_points.add( attackitems.HealthPoints(30, self.player.rect.topright, False, True)) self.magic_boost(30) self.set_timer_to_current_time() def enter_select_action_state(self): """ Transition battle into the select action state """ self.state = self.info_box.state = c.SELECT_ACTION self.arrow.index = 0 self.arrow.state = self.state def enter_player_damaged_state(self): """ Transition battle into the player damaged state. """ self.state = self.info_box.state = c.PLAYER_DAMAGED if self.enemy_index > len(self.enemy_list) - 1: self.enemy_index = 0 enemy = self.enemy_list[self.enemy_index] player_damage = enemy.calculate_hit(self.inventory['equipped armor'], self.inventory) self.damage_points.add( attackitems.HealthPoints(player_damage, self.player.rect.topright)) self.info_box.set_player_damage(player_damage) self.set_timer_to_current_time() self.player_damaged(player_damage) if player_damage: self.player.damaged = True self.player.enter_knock_back_state() def enter_enemy_damaged_state(self): """ Transition battle into the enemy damaged state. """ self.state = self.info_box.state = c.ENEMY_DAMAGED enemy_damage = self.player.calculate_hit() self.damage_points.add( attackitems.HealthPoints(enemy_damage, self.player.attacked_enemy.rect.topright)) self.info_box.set_enemy_damage(enemy_damage) self.arrow.index = 0 self.attack_enemy(enemy_damage) self.set_timer_to_current_time() def switch_enemy(self): """ Switch which enemy the player is attacking. """ if self.enemy_index < len(self.enemy_list) - 1: self.enemy_index += 1 self.enter_enemy_attack_state() def enter_run_away_state(self): """ Transition battle into the run away state. """ self.state = self.info_box.state = c.RUN_AWAY self.arrow.state = 'invisible' self.player.state = c.RUN_AWAY self.set_timer_to_current_time() def enter_battle_won_state(self): """ Transition battle into the battle won state. """ self.state = self.info_box.state = c.BATTLE_WON self.player.state = c.VICTORY_DANCE self.set_timer_to_current_time() def enter_show_gold_state(self): """ Transition battle into the show gold state. """ self.inventory['GOLD']['quantity'] += self.new_gold self.state = self.info_box.state = c.SHOW_GOLD self.set_timer_to_current_time() def enter_show_experience_state(self): """ Transition battle into the show experience state. """ self.state = self.info_box.state = c.SHOW_EXPERIENCE self.set_timer_to_current_time() def enter_level_up_state(self): """ Transition battle into the LEVEL UP state. """ self.state = self.info_box.state = c.LEVEL_UP self.info_box.reset_level_up_message() self.set_timer_to_current_time() def enter_two_actions_per_turn_state(self): self.state = self.info_box.state = c.TWO_ACTIONS self.set_timer_to_current_time() def execute_player_actions(self): """ Execute the player actions. """ if self.player_level < 3: if self.player_actions: enter_state = self.player_action_dict[self.player_actions[0]] enter_state() self.player_actions.pop(0) else: if len(self.player_actions) == 2: enter_state = self.player_action_dict[self.player_actions[0]] enter_state() self.player_actions.pop(0) self.action_selected = False else: if self.action_selected: self.enter_select_action_state() self.action_selected = False