class UIInteractiveElement:
def __init__(self):
self.name = None
self.assigned_item = None
self.box = None
self.select_timer = ActionTimer("Click", 0.2)
self.animations = {}
self.anim = 0
self.selected = False
self.already_over = False
self.draw_x, self.draw_y = 0, 0
def update(self, mpos, mpress, at_mouse, can, le):
self.select_timer.update()
for a in self.animations.values():
a.update()
x, y = mpos
x, y = x - self.draw_x, y - self.draw_y
mouseover = False
curr_select = False
if self.box.collidepoint((x, y)):
if mpress[0] == 0:
self.already_over = True
mouseover = True
if self.select_timer.ticked and mpress[0] == 1 and self.already_over and (can or le):
curr_select = True
self.selected = True - self.selected
self.select_timer.reset()
self.already_over = False
else:
self.already_over = False
if self.selected:
self.anim = self.animations["sel"]
else:
self.anim = self.animations["desel"]
select = False
if curr_select and self.selected == True:
select = True
return mouseover, select
def get_frame(self):
return self.anim.get_frame()
class Collar:
def __init__(self, spawn_pos, bub_json):
self.pos = spawn_pos
self.frames = {"0": 292, "1": 293}
self.bubbles_paths = bub_json["Farmhouse"]["Collar"]
self.load_bubble_images()
self.bubble_frame = 0
self.bubble_timer = ActionTimer("", 1.5)
self.should_draw_bub = False
self.type = "collar"
def load_bubble_images(self):
self.bubbles_imgs = {}
for k, e in self.bubbles_paths.items():
i = pygame.image.load("speech/bubbles/{0}".format(e))
self.bubbles_imgs[k] = i
def get_frame(self):
return self.frames["0"]
def get_bubble_frame(self):
return self.bubbles_imgs[str(self.bubble_frame)]
def update(self, g_obj, mpos, mpress, ui):
self.bubble_timer.update()
if in_range(self.pos, g_obj.mc.pos, 2):
if self.should_draw_bub == False:
self.bubble_timer.reset()
self.bubble_frame = 0
self.should_draw_bub = True
else:
self.should_draw_bub = False
if self.bubble_timer.ticked:
self.bubble_timer.reset()
self.bubble_frame += 1
if self.bubble_frame >= len(self.bubbles_imgs.keys()):
self.bubble_frame = 0
class Menu:
def __init__(self, g_obj):
self.menu_items = []
# instantiate buttons
self.menu_items.append(NewGameButton())
self.menu_items.append(ContinueButton())
self.menu_items.append(ExitButton())
self.menu_items.reverse()
self.timer = ActionTimer("", 0.25)
def update(self, mpos, mpress, ui):
self.timer.update()
if mpress[0] == 0 or not ui.get_selected()=="in game menu":
return
for mi in self.menu_items:
if mi.rect == None:
continue
if mi.rect.collidepoint(mpos) and self.timer.ticked:
mi.on_mouse_click()
self.timer.reset()
class Music:
# plays music according to stage.
# doesn't always play something;
# think Minecraft - it only plays
# a song occasionally
def __init__(self):
self.songs = {}
self.song_playing = False
self.intermezzo = False
self.intermezzo_range = (10, 60)
self.timer = ActionTimer("silence timer", 10)
self.fade_timer = ActionTimer("fade", 10)
self.current_stage = None
self.stage_conversion = {0: "farm", 1: "bubbas", 2: "cave", 3: "park"}
self.rel = None
self.fade_type = None
self.muted = False
def play_new_song(self):
stage_actual = self.stage_conversion[self.current_stage]
song = choice(self.songs[stage_actual])
pygame.mixer.music.load(self.rel + song)
pygame.mixer.music.play()
def update(self):
self.timer.update()
self.fade_timer.update()
if self.intermezzo:
if self.timer.ticked:
self.intermezzo = False
else:
if self.song_playing == False:
self.play_new_song()
self.song_playing = True
pygame.mixer.music.set_volume(0)
self.fade_timer.reset()
self.fade_type = 1
else:
if not pygame.mixer.music.get_busy():
self.song_playing = False
self.intermezzo = True
intermezzo_time = randint(*self.intermezzo_range)
self.timer.dt = intermezzo_time
self.timer.reset()
else:
if not self.fade_timer.ticked:
if self.fade_type == 1:
volume = self.fade_timer.get_progress()
elif self.fade_type == -1:
volume = 1 - self.fade_timer.get_progress()
pygame.mixer.music.set_volume(volume)
else:
if pygame.mixer.music.get_volume() != 1:
pygame.mixer.music.set_volume(1)
song_pos_secs = pygame.mixer.music.get_pos() / 1000
if 90 - self.fade_timer.dt <= song_pos_secs:
self.fade_timer.reset()
self.fade_type = -1
if self.muted:
pygame.mixer.music.set_volume(0)
class Controller:
def __init__(self):
self.state = "idling"
self.last_action = "wait"
self.last_dest_pos = None
self.action_delay = ActionTimer("", 0.05)
self.controller_type = None
self.unit = None
self.spot_range = 15
self.con_act = {"do": "nothing"}
self.l_con_act = None
self.l_move_con_act = None
def action(self, c_ap, c_hp_self, m_hp_self, c_pos_enemy, c_hp_enemy,
u_state, c_state, l_action, c_type):
if u_state in ("dying", "dead") or u_state != "idle":
return "wait", c_state, {}
flee_per = 0.3
if c_hp_self / m_hp_self < flee_per:
c_state = "fleeing"
else:
pass
if c_ap < 1 and c_state != "fleeing":
return "pass", c_state, {}
if c_state == "fleeing":
available_abis = get_available_abis(
self.unit, c_ap,
["heal", "buff"]) # returns a list of cast-able abilities
if len(available_abis) == 0:
return "walk", c_state, {"walk_command": "away_from_enemy"}
else:
abi_choice = choice(available_abis)
return "cast", c_state, {"cast_ability": abi_choice}
pass # check if we have heal/buff available, then go into that state
# otherwise stay in this state and keep running away.
elif c_state == "idling":
if in_range(self.unit.pos, c_pos_enemy, self.spot_range):
c_state = "approaching"
return "wait", c_state, {}
else:
return "pass", c_state, {}
pass # check if enemy is within range, if so- go out of idle state.
elif c_state == "approaching":
cur_max_range_self = get_max_range_of(self.unit)
if in_range(self.unit.pos, c_pos_enemy, cur_max_range_self):
c_state = "attacking"
return "wait", c_state, {}
else:
return "walk", c_state, {"walk_command": "toward_enemy"}
pass # if you're too far away from enemy to attack - approach; walk toward
# otherwise; go into attack state.
elif c_state == "kiting":
pass # if you're ranged and your range is greater than the enemies, then
# move a little back, otherwise go into a state of attacking.
elif c_state == "attacking":
available_abis = get_available_abis(self.unit, c_ap,
["ranged", "melee"])
in_range_abis = get_in_range_abis(available_abis, self.unit,
c_pos_enemy)
in_range_attacks = get_in_range_atks(self.unit, c_pos_enemy)
if len(in_range_abis) != 0 and False: # ignore abilites for now
use_abi = choice(in_range_abis)
return "cast", c_state, {"use_ability": use_abi}
elif len(in_range_attacks) != 0:
use_weapon = choice(in_range_attacks)
return "smack", c_state, {"use_weapon": use_weapon}
else:
c_state = "approaching"
return "wait", c_state, {}
pass # here we can use a ranged or melee ability, or ranged or melee basic attack.
return "wait", c_state, {}
def update(self, g_obj, mc, mpos, mpress, ui, fighting):
self.action_delay.update()
con_act = {"do": "nothing"}
if self.unit.end_turn == True:
return
elif self.action_delay.ticked:
c_ap = self.unit.ap.get_ap()
m_hp_self = self.unit.get_health()
dmg = self.unit.damage_taken
c_hp_self = m_hp_self - dmg
c_hp_enemy = mc.get_health()
u_state = self.unit.state
c_state = self.state
l_action = self.last_action
c_type = self.controller_type
c_pos_enemy = mc.pos
action, c_state, commands = self.action(c_ap, c_hp_self, m_hp_self, c_pos_enemy, \
c_hp_enemy, u_state, c_state, l_action, c_type)
self.state = c_state
self.l_action = action
if action == "pass":
self.unit.end_turn = True
elif action == "wait":
pass
elif action == "walk":
con_act["do"] = "walk"
w_comm = commands["walk_command"]
if w_comm == "away_from_enemy":
dest_pos = get_walkable_pos(mc.pos,
self.unit,
g_obj,
eval_func=max)
elif w_comm == "toward_enemy":
dest_pos = get_walkable_pos(mc.pos,
self.unit,
g_obj,
eval_func=min)
con_act["dest"] = dest_pos
#self.state = "attacking"
if dest_pos == self.last_dest_pos and w_comm == "away_from_enemy":
self.unit.end_turn = True
#self.con_act = {"do": "nothing"}
self.last_dest_pos = dest_pos
self.action_delay.reset()
self.l_move_con_act = con_act
elif action == "cast":
pass
elif action == "smack":
con_act["do"] = "smack"
weapon = commands["use_weapon"]
dest_pos = c_pos_enemy
con_act["dest"] = dest_pos
con_act["weapon"] = weapon
con_act["at_mouse"] = {}
con_act["at_mouse"]["unit"] = mc
con_act["at_mouse"]["units"] = get_units_list_at(
g_obj.units, dest_pos)
con_act["at_mouse"]["mapped"] = dest_pos
self.action_delay.reset()
self.con_act = con_act
else:
self.con_act = {"do": "nothing"}
# 5 action types
# smack; use attack - ranged / melee; depending on its weapon, range to enemy, and cds, it will try to attack
# cast; use ability (4 ability categories)
# - heal
# - buff
# - ranged
# - melee
# walk; move somewhere, either toward player (melee attack / ranged attack but too far) or away from player (kiting / fleeing)
# wait; wait until unit finishes its' current action, or enemy is in sight
# pass; end turn
# state types
# idle
# approaching
# kiting
# attacking
# heal/buff
# fleeing
class Bed:
def __init__(self, room, rw, rh, sound):
self.room = room
self.rw, self.rh = rw, rh
self.pos = None, None
self.set_pos()
self.has_used = False
self.done_resting = False
self.sound = sound
self.rest_timer = ActionTimer("", 2)
def set_pos(self):
cox, coy = 13, 4
cw, ch = 6, 6
room = self.room
gx, gy = room.grid_pos
ox, oy = gx * self.rw, gy * self.rh
self.pos = ox + cox + cw // 2 - 0.5, oy + coy + ch // 2 - 0.5
def close_to_bed(self, g_obj, mpos):
return in_range(self.pos, g_obj.mc.pos, 2)
def update(self, g_obj, mpos, mpress, ui, fighting):
if fighting:
return
self.rest_timer.update()
# if not fighting:
# return
#if not self.open_timer.ticked:
# return
#if not ui.get_selected() == None:
# return
if self.has_used and self.rest_timer.ticked and not self.done_resting:
self.done_resting = True
g_obj.mc.labels.add_label("Rested",
g_obj.mc.pos[0],
g_obj.mc.pos[1],
delay=0)
g_obj.mc.heal("percentage", 1, delay=0.5)
am = ui.at_mouse
"""
m = am["mapped"]
if self.check_mouseover(g_obj, mpos):
if self.is_closed == True:
self.is_closed = False
self.sound.play_sound_now("door open")
elif self.is_closed == False:
self.is_closed = True
self.sound.play_sound_now("door close")
self.open_timer.reset()
"""
m = am["mapped"]
if self.close_to_bed(g_obj, mpos) and not self.has_used:
g_obj.mc.current_bed = self
g_obj.mc.state = "resting"
self.sound.play_sound_now("rest")
self.has_used = True
self.rest_timer.reset()