def __init__(self, sound_mixer):
self.animation_loader_logger = LoggerMaster(
self.__class__.__name__, LoggingLevelType.DEBUG.value)
self.sound_mixer = sound_mixer
self.sounds = dict()
self.load_sound_sets()
class GameEngine:
def __init__(self):
self.run_game = True
self.run_stage = True
self.game_engine_logger = LoggerMaster(self.__class__.__name__,
file_streamer=False,
console_streamer=True)
self.game_engine_logger.log_info_header(
f'[ Starting {self.__class__.__name__} ]:')
# Initializing Game Attributes, Sound Master, Animation Master
self.game_attributes = GameAttributes()
self.sound_master = SoundMaster()
self.animation_master = AnimationMaster(self.game_attributes.surface)
# Initializing Stage Initializer: This should call Stage Selector in the near future
self.stage_initializer = StageInitializer(self.game_attributes,
self.animation_master,
self.sound_master)
def run(self):
while constants.globals.run_game:
self.game_attributes.surface.fill(Color('Black'))
self.stage_initializer.run_stage()
event_controller.manage_events()
display.update()
quit()
def __init__(self):
self.animation_loader_logger = LoggerMaster(
self.__class__.__name__, LoggingLevelType.DEBUG.value)
self.environment_animation_sets = []
self.unit_animation_sets = self.load_resource_sets(
UNIT_ANIMATION_SETS, AnimationResourceType.UNITS.value)
self.skill_animation_sets = self.load_resource_sets(
SKILL_ANIMATION_SETS, AnimationResourceType.SKILLS.value)
def __init__(self, player):
self.experience_master_logger = LoggerMaster(
'ExperienceMaster', LoggingLevelType.DEBUG.value)
self.player = player
self.experience = 0
self.exp_level_break = 5
self.experience_to_gain = 0
self.previous_exp = 0
def __init__(self):
self.run_game = True
self.run_stage = True
self.game_engine_logger = LoggerMaster(self.__class__.__name__,
file_streamer=False,
console_streamer=True)
self.game_engine_logger.log_info_header(
f'[ Starting {self.__class__.__name__} ]:')
# Initializing Game Attributes, Sound Master, Animation Master
self.game_attributes = GameAttributes()
self.sound_master = SoundMaster()
self.animation_master = AnimationMaster(self.game_attributes.surface)
# Initializing Stage Initializer: This should call Stage Selector in the near future
self.stage_initializer = StageInitializer(self.game_attributes,
self.animation_master,
self.sound_master)
class StageTreeBuilder:
def __init__(self):
self.stage_tree_logger = LoggerMaster(__class__.__name__, level=LoggingLevelType.DEBUG.value)
def roll_leaf_level_properties(self, stage_tree):
pass
def roll_node_level_properties(self, stage_tree, node_lvl):
pass
def build_tree(self, max_number_of_children):
stage_tree = StageTree()
self.stage_tree_logger.log_debug_header(f'[ {self.__class__.__name__} ]:'
f' Building {stage_tree.__class__.__name__}')
self.stage_tree_logger.log_debug_message()
stage_root_node = stage_tree.add_node(root=True)
self.build_branch(stage_tree, stage_root_node, max_number_of_children)
return stage_tree
def build_branch(self, stage_tree, parent_stage_node, max_number_of_children, diminishing=0):
diminishing_list = [95, 75, 60, 20, 0]
for child in range(0, max_number_of_children, 1):
branch_chance = randint(1, 99) < diminishing_list[diminishing]
if branch_chance:
current_stage_node = stage_tree.add_node(parent_stage_node.node_lvl + 1, parent_stage_node.node_identifier)
stage_tree.set_max_node_level(parent_stage_node.node_lvl + 1)
self.stage_tree_logger.log_debug_message(f'[ {self.__class__.__name__} ]:'
f' Generate {current_stage_node.__class__.__name__}'
f' Parent Stage Level {parent_stage_node.node_lvl}'
f' Child Number {child}'
f' with {diminishing_list[diminishing]} diminishing'
f' CREATED')
parent_stage_node.add_children(current_stage_node)
self.build_branch(stage_tree, current_stage_node, max_number_of_children, diminishing + 1)
else:
self.stage_tree_logger.log_debug_message(f'[ {self.__class__.__name__} ]:'
f' Generate StageNode Parent Stage Level'
f' Parent Stage Level {parent_stage_node.node_lvl}'
f' Child Number {child}'
f' with {diminishing_list[diminishing]} diminishing'
f' FAILED')
def build_node_properties(self):
pass
class ExperienceMaster:
def __init__(self, player):
self.experience_master_logger = LoggerMaster(
'ExperienceMaster', LoggingLevelType.DEBUG.value)
self.player = player
self.experience = 0
self.exp_level_break = 5
self.experience_to_gain = 0
self.previous_exp = 0
def next_experience_level_break(self):
self.exp_level_break = round(self.exp_level_break * 1.3)
self.experience_master_logger.log_debug_message(
f'Next Level Break will be {self.exp_level_break}')
def has_enough_experience(self):
return self.experience >= self.exp_level_break
def gain_experience(self):
self.experience += self.experience_to_gain
self.experience_to_gain = 0
if self.has_enough_experience():
self.experience_master_logger.log_debug_message(
f'Player Has Enough Experience to Level Up')
self.level_up()
self.experience_master_logger.log_debug_message(
f'Player Has {self.experience} Left')
self.gain_experience()
def level_up(self):
strength_raise = randint(2, 3)
dexterity_raise = randint(1, 2)
magic_raise = randint(1, 3)
vitality_raise = randint(2, 4)
resilience_raise = randint(1, 2)
luck_raise = randint(1, 2)
self.level_up_stats(strength_raise, dexterity_raise, magic_raise,
vitality_raise, resilience_raise, luck_raise)
self.previous_exp = self.experience
self.experience = self.previous_exp - self.exp_level_break
self.next_experience_level_break()
self.player.level += 1
def level_up_stats(self, strength_raise, dexterity_raise, magic_raise,
vitality_raise, resilience_raise, luck_raise):
self.player.strength += strength_raise
self.player.dexterity += dexterity_raise
self.player.magic += magic_raise
self.player.vitality += vitality_raise
self.player.resilience += resilience_raise
self.player.luck += luck_raise
# This will be used when changing equipment to recover the raw value for the hero.
self.player.raw_strength += strength_raise
self.player.raw_dexterity += dexterity_raise
self.player.raw_magic += magic_raise
self.player.raw_vitality += vitality_raise
self.player.raw_resilience += resilience_raise
self.player.raw_luck += luck_raise
self.player.attack_power = self.player.strength * 1
self.player.attack_rating = self.player.dexterity * 1
self.player.magic_power = self.player.magic * 1
# calculate max hp and max mp
self.player.max_hp = self.player.vitality * 3
self.player.current_hp = self.player.current_hp + vitality_raise * 3
self.player.max_mp = self.player.magic * 2 + self.player.resilience
self.player.current_mp = self.player.current_mp + magic_raise * 2 + resilience_raise
self.player.re_calculate_hero_stats()
def evaluate_kill(self, target, text_sprite):
if not target.alive:
self.experience_to_gain += target.level
damage_text.cast(self.player, "+EXP!", text_sprite)
self.experience_master_logger.log_debug_message(
f'Player Kills {target.__class__.__name__} '
f'and Gains +{target.level} XP')
def evaluate_group_kill(self, target_list, pre_target_list,
post_target_list, text_sprite):
for index, target_unit in enumerate(post_target_list):
if pre_target_list[index] is True and post_target_list[
index] is False:
self.experience_to_gain += target_list[index].level
self.experience_master_logger.log_debug_message(
f'Player Kills {target_list[index].__class__.__name__} '
f'and Gains +{target_list[index].level} XP')
damage_text.cast(self.player, "+EXP!", text_sprite)
def __init__(self):
self.stage_tree_logger = LoggerMaster(__class__.__name__, level=LoggingLevelType.DEBUG.value)
class AnimationLoader:
def __init__(self):
self.animation_loader_logger = LoggerMaster(
self.__class__.__name__, LoggingLevelType.DEBUG.value)
self.environment_animation_sets = []
self.unit_animation_sets = self.load_resource_sets(
UNIT_ANIMATION_SETS, AnimationResourceType.UNITS.value)
self.skill_animation_sets = self.load_resource_sets(
SKILL_ANIMATION_SETS, AnimationResourceType.SKILLS.value)
def get_skill_resource_animation_set(self, resource_type):
return self.skill_animation_sets[resource_type]
def get_unit_resource_animation_set(self, resource_type):
return self.unit_animation_sets[resource_type]
@staticmethod
def generate_animation_callback(index):
return lambda animation_set: (animation_set.set_action(index),
animation_set.reset_frame_index())
def load_resource_sets(self, animation_pool, resource_type):
self.animation_loader_logger.log_debug_header(
f'[ Loading {resource_type.title()} Animation Resources ]:')
animation_sets = dict()
# For Each AnimationSet present in AnimationSets: Environment, Skills, Units
for animation_set_type in animation_pool:
animation_set = []
animation_set_callbacks = dict()
# Load Each Animation Resource present in the Animation to be displayed
self.animation_loader_logger.log_debug_message()
self.animation_loader_logger.log_debug_message(
f'Animation Resource Type: {animation_set_type.value}')
self.animation_loader_logger.log_debug_message('------' * 10)
for index, animation_resource in enumerate(
animation_pool[animation_set_type]):
animation_set_callbacks[
animation_resource.animation_type.
value] = self.generate_animation_callback(index)
# Load: Sequence Animations using Path to Resources
self.animation_loader_logger.log_debug_message(
f'Animation Resource: {animation_resource.animation_type.value}'
)
animation_set.append(
self.load_resource_sequence(
resource_type, animation_set_type.value,
animation_resource.animation_type,
animation_resource.frames, animation_resource.scale_x,
animation_resource.scale_y))
animation_sets[animation_set_type.value +
'CallBacks'] = animation_set_callbacks
animation_sets[animation_set_type.value] = animation_set
self.animation_loader_logger.log_debug_message()
self.animation_loader_logger.log_debug_message('Done.')
return animation_sets
def load_resource_sequence(self, resource_type, name, animation,
sequence_length, x_scale, y_scale):
# Load: Unit Animation Sequence based on Resource Type
animation_sequence = []
for index in range(sequence_length):
animation_sequence.append(
self.load_resource(resource_type, name, animation.value, index,
x_scale, y_scale))
return animation_sequence
def load_resource(self, resource_type, unit_type, value, index, x_scale,
y_scale):
image_path = f"resources/animation/{resource_type}/{unit_type.lower()}/sprites/{value}/{index}.png"
self.animation_loader_logger.log_debug_message('> ' + image_path)
loaded_image = image.load(image_path)
normalized_image = transform.scale(
loaded_image, (round(loaded_image.get_width() * x_scale),
round(loaded_image.get_height() * y_scale)))
return normalized_image
def __init__(self, sound_master):
self.combat_resolver_logger = LoggerMaster(
'CombatResolver', LoggingLevelType.DEBUG.value)
self.sound_master = sound_master
class CombatResolver:
def __init__(self, sound_master):
self.combat_resolver_logger = LoggerMaster(
'CombatResolver', LoggingLevelType.DEBUG.value)
self.sound_master = sound_master
def resolve_attack(self,
caster,
target,
input_damage,
input_type,
text_sprite,
multi_strike=False):
if not multi_strike:
constants.globals.action_cooldown = 0
self.combat_resolver_logger.log_debug_message(
f'Caster {caster.__class__.__name__} performs Attack, '
f'Target {target.__class__.__name__} '
f'receives {input_type.value.title()} '
f'for {input_damage}')
# Activates Block Animation & Sound on the current Target
if input_type is CombatTypeResolution.BLOCKED:
target.use_animation('Block')
self.sound_master.play_unit_fx_sound('block')
# Activates Miss Animation & Sound on the current Target
elif input_type is CombatTypeResolution.MISS:
target.use_animation('Miss')
self.sound_master.play_unit_fx_sound('miss')
# Activates Hurt/Death Animation and Sound on the current Target
else:
if input_damage != 0:
target.use_animation('Hurt')
# Activates Critical Hit Sound
if input_type is CombatTypeResolution.CRITICAL_HIT:
self.sound_master.play_unit_fx_sound('critical_hit')
else:
self.sound_master.play_unit_fx_sound('hit_cut')
# Updates current Target Health
target.reduce_health(input_damage)
if target.has_fury():
# Updates current Target Fury, Saves Previous for Sound Effect Condition
previous_fury = target.current_fury
target.gain_fury(input_damage)
# Only Play Sound of Ultimate Up if player reaches 50
if previous_fury < 50 and target.current_fury >= 50:
self.sound_master.play_unit_fx_sound('ultimate_up')
elif previous_fury < target.max_fury and target.current_fury == target.max_fury:
self.sound_master.play_unit_fx_sound('ultimate_up')
# TODO Activates hurt sound
# Evaluate Death: Target
if target.is_dead():
self.combat_resolver_logger.log_debug_message(
f'Target {target.__class__.__name__} Dies')
target.death()
target.use_animation('Death')
constants.globals.clicked = False
if caster.has_experience():
caster.evaluate_kill(target, text_sprite)
combat_text_resolver.resolve(target, input_damage, input_type,
text_sprite)
def resolve_aoe_attack(self, caster, target_list, input_damage_list,
input_damage_type_list, text_sprite):
for index, target in enumerate(target_list):
if target.alive:
self.resolve_attack(caster, target, input_damage_list[index],
input_damage_type_list[index], text_sprite,
True)
def resolve_multi_attack(self, caster, target_list, multi_strike,
text_sprite):
alive_enemy = get_alive_targets(target_list)
# TODO: pass de proper wait time instead of 90
if self.multi_attacks_left >= 0:
if constants.globals.action_cooldown >= 90:
if len(alive_enemy) > 0:
target = alive_enemy[randint(0, len(alive_enemy) - 1)]
caster.use_animation('Attack')
caster.cast_attack(self, target, text_sprite, True)
self.multi_attacks_left -= 1
constants.globals.action_cooldown = 65
else:
self.multi_attacks_left = 7
caster.ultimate_status = False
# Action Delay: Next Enemy Action will be delayed after the ultimate cast
constants.globals.action_cooldown = -40
def resolve_fixed_damage_attack(self, target, input_damage, input_type,
text_sprite):
target.use_animation('Hurt')
self.sound_master.play_unit_fx_sound('hit_cut')
target.reduce_health(input_damage)
if target.has_fury():
target.gain_fury(input_damage)
if target.has_enough_fury(50) or target.has_enough_fury():
self.sound_master.play_unit_fx_sound('ultimate_up')
if target.is_dead():
target.death()
target.use_animation('Death')
constants.globals.clicked = False
combat_text_resolver.resolve(target, input_damage, input_type,
text_sprite)
class SoundLoader:
def __init__(self, sound_mixer):
self.animation_loader_logger = LoggerMaster(
self.__class__.__name__, LoggingLevelType.DEBUG.value)
self.sound_mixer = sound_mixer
self.sounds = dict()
self.load_sound_sets()
def load_sound_sets(self):
self.animation_loader_logger.log_debug_header(
'[ Loading Sound Resources ]:')
sound_type = dict()
# For Each AnimationSet present in AnimationSets: Environment, Skills, Units
for sound_resource_type in SOUND_POOL:
sound_subtype = dict()
self.animation_loader_logger.log_debug_message()
self.animation_loader_logger.log_debug_message(
f'Sound Type: {sound_resource_type.value}')
self.animation_loader_logger.log_debug_message('------' * 10)
for index, sound_set in enumerate(SOUND_POOL[sound_resource_type]):
sound_resource = dict()
self.animation_loader_logger.log_debug_message(
f'Sound Sub Type: {sound_set.value}')
for sound in SOUND_POOL[sound_resource_type][sound_set]:
sound_resource[sound.sound_name] = self.load_resource(
sound_resource_type.value, sound_set.value,
sound.sound_name, sound.file_extension, sound.volume)
sound_subtype[sound_set.value.lower()] = sound_resource
sound_type[sound_resource_type.value.lower()] = sound_subtype
self.animation_loader_logger.log_debug_message()
self.animation_loader_logger.log_debug_message('Done')
self.sounds = sound_type
def load_resource(self, resource_type, sound_set, sound_name,
sound_file_extension, sound_volume):
sound_path = f'resources/sound/{resource_type.lower()}/{sound_set.lower()}/{sound_name.lower()}.{sound_file_extension.value}'
self.animation_loader_logger.log_debug_message('> ' + sound_path)
sound_resource = WrappedSound(sound_path)
sound_resource.set_volume(sound_volume)
return sound_resource
def __init__(self, sound_master):
self.loot_master_logger = LoggerMaster(self.__class__.__name__,
LoggingLevelType.DEBUG.value)
self.sound_master = sound_master
class LootMaster:
def __init__(self, sound_master):
self.loot_master_logger = LoggerMaster(self.__class__.__name__,
LoggingLevelType.DEBUG.value)
self.sound_master = sound_master
def loot(self, caster, target, text_sprite):
if type(target) is Bandit or type(target) is BoneWizard or type(
target) is Lizard:
self.roll_basic_loot(caster, target, text_sprite)
elif type(target) is BanditChief or type(target) is SmallDragon \
or type(target) is Djinn or type(target) is Dragon \
or type(target) is Demon or type(target) is Medusa:
self.roll_boss_loot(caster, target, text_sprite)
def roll_basic_loot(self, caster, target, text_sprite):
loot_chance = randint(0, 5)
if not target.is_looted():
if loot_chance == 0:
self.sound_master.play_item_fx_sound('empty')
damage_text.warning(target, f'Empty!', text_sprite)
self.loot_master_logger.log_debug_message(
f'Player Loots {target.__class__.__name__} '
f'Receiving Nothing')
elif loot_chance == 1:
self.sound_master.play_item_fx_sound('health_potion')
caster.stash.add_healing_potion(1)
damage_text.warning(target, f'x1 Health Potion Found!',
text_sprite)
self.loot_master_logger.log_debug_message(
f'Player Loots {target.__class__.__name__} '
f'Receiving Health Potion')
elif loot_chance == 2:
self.sound_master.play_item_fx_sound('health_potion')
caster.stash.add_mana_potion(1)
damage_text.warning(target, f'x1 Mana Potion Found!',
text_sprite)
self.loot_master_logger.log_debug_message(
f'Player Loots {target.__class__.__name__} '
f'Receiving Mana Potion')
elif loot_chance == 3:
quality_roll = randint(0, 50)
if quality_roll > target.level:
damage_text.warning(target, f'Food Found!', text_sprite)
BREAD.consume(caster, text_sprite)
self.sound_master.play_item_fx_sound('eat')
self.loot_master_logger.log_debug_message(
f'Player Loots {target.__class__.__name__} '
f'Receiving Bread')
else:
damage_text.warning(target, f'Large Food Found!',
text_sprite)
LARGE_BREAD.consume(caster, text_sprite)
self.sound_master.play_item_fx_sound('eat')
self.loot_master_logger.log_debug_message(
f'Player Loots {target.__class__.__name__} '
f'Receiving Large Bread')
elif loot_chance == 4:
quality_roll = randint(0, 50)
if quality_roll > target.level:
damage_text.warning(target, f'Drink Found!', text_sprite)
DRINK.consume(caster, text_sprite)
self.sound_master.play_item_fx_sound('drink')
self.sound_master.play_item_fx_sound('eat')
self.loot_master_logger.log_debug_message(
f'Player Loots {target.__class__.__name__}'
f' Receiving Drink')
else:
damage_text.warning(target, f'Large Drink Found!',
text_sprite)
LARGE_DRINK.consume(caster, text_sprite)
self.sound_master.play_item_fx_sound('drink')
self.loot_master_logger.log_debug_message(
f'Player Loots {target.__class__.__name__}'
f' Receiving Large Drink')
elif loot_chance == 5:
gold = randint(1, 9) + target.level
caster.stash.add_gold(gold)
damage_text.cast(target, f'{gold} Gold Found!', text_sprite)
self.sound_master.play_item_fx_sound('gold')
self.loot_master_logger.log_debug_message(
f'Player Loots {target.__class__.__name__}'
f' Receiving {gold} Gold')
target.update_looted_status()
else:
self.loot_error(target, text_sprite)
def roll_boss_loot(self, caster, target, text_sprite):
item_generator = EquipmentGenerator()
if not target.is_looted():
self.sound_master.play_item_fx_sound('drum_roll')
# Todo: Proper setup for loot boss, based on level
roll_item = item_generator.get_item(30, 1000)
item_name = roll_item.get_item_name()
damage_text.heal(target, f'{item_name}', text_sprite)
self.loot_master_logger.log_debug_message(
f'Player Loots {target.__class__.__name__}'
f' Receiving {item_name.title()}')
target.update_looted_status()
# Note: Temporary Approach
caster.backpack.add_item(roll_item)
else:
self.loot_error(target, text_sprite)
caster.re_calculate_hero_stats()
def loot_error(self, target, text_sprite):
# Todo: Init with -30y
damage_text.warning(target, f'ALREADY LOOTED!', text_sprite)
self.sound_master.play_item_fx_sound('error')