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bombsquad-plugin-manager/plugins/minigames/dodge_the_ball.py
SenjuZoro 4fb675cff6 [ci] auto-format
2023-07-23 12:05:54 +00:00

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"""
DondgeTheBall minigame by EmperoR#4098
"""
# Feel free to edit.
# ba_meta require api 8
from __future__ import annotations
from typing import TYPE_CHECKING
import babase
import bauiv1 as bui
import bascenev1 as bs
from random import choice
from enum import Enum
from bascenev1lib.actor.bomb import Blast
from bascenev1lib.actor.popuptext import PopupText
from bascenev1lib.actor.powerupbox import PowerupBox
from bascenev1lib.actor.onscreencountdown import OnScreenCountdown
from bascenev1lib.gameutils import SharedObjects
if TYPE_CHECKING:
from typing import NoReturn, Sequence, Any
# Type of ball in this game
class BallType(Enum):
""" Types of ball """
EASY = 0
# Decrease the next ball shooting speed(not ball speed).
# Ball color is yellow.
MEDIUM = 1
# increase the next ball shooting speed(not ball speed).
# target the head of player.
# Ball color is purple.
HARD = 2
# Target player according to player movement (not very accurate).
# Taget: player head.
# increase the next ball speed but less than MEDIUM.
# Ball color is crimson(purple+red = pinky color type).
# this dict decide the ball_type spawning rate like powerup box
ball_type_dict: dict[BallType, int] = {
BallType.EASY: 3,
BallType.MEDIUM: 2,
BallType.HARD: 1,
}
class Ball(bs.Actor):
""" Shooting Ball """
def __init__(self,
position: Sequence[float],
velocity: Sequence[float],
texture: babase.Texture,
body_scale: float = 1.0,
gravity_scale: float = 1.0,
) -> NoReturn:
super().__init__()
shared = SharedObjects.get()
ball_material = bs.Material()
ball_material.add_actions(
conditions=(
(
('we_are_younger_than', 100),
'or',
('they_are_younger_than', 100),
),
'and',
('they_have_material', shared.object_material),
),
actions=('modify_node_collision', 'collide', False),
)
self.node = bs.newnode(
'prop',
delegate=self,
attrs={
'body': 'sphere',
'position': position,
'velocity': velocity,
'body_scale': body_scale,
'mesh': bs.getmesh('frostyPelvis'),
'mesh_scale': body_scale,
'color_texture': texture,
'gravity_scale': gravity_scale,
'density': 4.0, # increase density of ball so ball collide with player with heavy force. # ammm very bad grammer
'materials': (ball_material,),
},
)
# die the ball manually incase the ball doesn't fall the outside of the map
bs.timer(2.5, bs.WeakCall(self.handlemessage, bs.DieMessage()))
# i am not handling anything in this ball Class(except for diemessage).
# all game things and logics going to be in the box class
def handlemessage(self, msg: Any) -> Any:
if isinstance(msg, bs.DieMessage):
self.node.delete()
else:
super().handlemessage(msg)
class Box(bs.Actor):
""" A box that spawn midle of map as a decoration perpose """
def __init__(self,
position: Sequence[float],
velocity: Sequence[float],
) -> NoReturn:
super().__init__()
shared = SharedObjects.get()
# self.ball_jump = 0.0;
no_hit_material = bs.Material()
# we don't need that the box was move and collide with objects.
no_hit_material.add_actions(
conditions=(
('they_have_material', shared.pickup_material),
'or',
('they_have_material', shared.attack_material),
),
actions=('modify_part_collision', 'collide', False),
)
no_hit_material.add_actions(
conditions=(
('they_have_material', shared.object_material),
'or',
('they_dont_have_material', shared.footing_material),
),
actions=(
('modify_part_collision', 'collide', False),
('modify_part_collision', 'physical', False),
),
)
self.node = bs.newnode(
'prop',
delegate=self,
attrs={
'body': 'box',
'position': position,
'mesh': bs.getmesh('powerup'),
'light_mesh': bs.getmesh('powerupSimple'),
'shadow_size': 0.5,
'body_scale': 1.4,
'mesh_scale': 1.4,
'color_texture': bs.gettexture('landMineLit'),
'reflection': 'powerup',
'reflection_scale': [1.0],
'materials': (no_hit_material,),
},
)
# light
self.light = bs.newnode(
"light",
owner=self.node,
attrs={
'radius': 0.2,
'intensity': 0.8,
'color': (0.0, 1.0, 0.0),
}
)
self.node.connectattr("position", self.light, "position")
# Drawing circle and circleOutline in radius of 3,
# so player can see that how close he is to the box.
# If player is inside this circle the ball speed will increase.
circle = bs.newnode(
"locator",
owner=self.node,
attrs={
'shape': 'circle',
'color': (1.0, 0.0, 0.0),
'opacity': 0.1,
'size': (6.0, 0.0, 6.0),
'draw_beauty': False,
'additive': True,
},
)
self.node.connectattr("position", circle, "position")
# also adding a outline cause its look nice.
circle_outline = bs.newnode(
"locator",
owner=self.node,
attrs={
'shape': 'circleOutline',
'color': (1.0, 1.0, 0.0),
'opacity': 0.1,
'size': (6.0, 0.0, 6.0),
'draw_beauty': False,
'additive': True,
},
)
self.node.connectattr("position", circle_outline, "position")
# all ball attribute that we need.
self.ball_type: BallType = BallType.EASY
self.shoot_timer: bs.Timer | None = None
self.shoot_speed: float = 0.0
# this force the shoot if player is inside the red circle.
self.force_shoot_speed: float = 0.0
self.ball_mag = 3000
self.ball_gravity: float = 1.0
self.ball_tex: babase.Texture | None = None
# only for Hard ball_type
self.player_facing_direction: list[float, float] = [0.0, 0.0]
# ball shoot soound.
self.shoot_sound = bs.getsound('laserReverse')
# same as "powerupdist"
self.ball_type_dist: list[BallType] = []
for ball in ball_type_dict:
for _ in range(ball_type_dict[ball]):
self.ball_type_dist.append(ball)
# Here main logic of game goes here.
# like shoot balls, shoot speed, anything we want goes here(except for some thing).
def start_shoot(self) -> NoReturn:
# getting all allive players in a list.
alive_players_list = self.activity.get_alive_players()
# make sure that list is not Empty.
if len(alive_players_list) > 0:
# choosing a random player from list.
target_player = choice(alive_players_list)
# highlight the target player
self.highlight_target_player(target_player)
# to finding difference between player and box.
# we just need to subtract player pos and ball pos.
# Same logic as eric applied in Target Practice Gamemode.
difference = babase.Vec3(target_player.position) - babase.Vec3(self.node.position)
# discard Y position so ball shoot more straight.
difference[1] = 0.0
# and now, this length method returns distance in float.
# we're gonna use this value for calculating player analog stick
distance = difference.length()
# shoot a random BallType
self.upgrade_ball_type(choice(self.ball_type_dist))
# and check the ball_type and upgrade it gravity_scale, texture, next ball speed.
self.check_ball_type(self.ball_type)
# For HARD ball i am just focusing on player analog stick facing direction.
# Not very accurate and that's we need.
if self.ball_type == BallType.HARD:
self.calculate_player_analog_stick(target_player, distance)
else:
self.player_facing_direction = [0.0, 0.0]
pos = self.node.position
if self.ball_type == BallType.MEDIUM or self.ball_type == BallType.HARD:
# Target head by increasing Y pos.
# How this work? cause ball gravity_scale is ......
pos = (pos[0], pos[1]+.25, pos[2])
# ball is generating..
ball = Ball(
position=pos,
velocity=(0.0, 0.0, 0.0),
texture=self.ball_tex,
gravity_scale=self.ball_gravity,
body_scale=1.0,
).autoretain()
# shoot Animation and sound.
self.shoot_animation()
# force the shoot speed if player try to go inside the red circle.
if self.force_shoot_speed != 0.0:
self.shoot_speed = self.force_shoot_speed
# push the ball to the player
ball.node.handlemessage(
'impulse',
self.node.position[0], # ball spawn position X
self.node.position[1], # Y
self.node.position[2], # Z
0, 0, 0, # velocity x,y,z
self.ball_mag, # magnetude
0.000, # magnetude velocity
0.000, # radius
0.000, # idk
difference[0] + self.player_facing_direction[0], # force direction X
difference[1], # force direction Y
difference[2] + self.player_facing_direction[1], # force direction Z
)
# creating our timer and shoot the ball again.(and we create a loop)
self.shoot_timer = bs.Timer(self.shoot_speed, self.start_shoot)
def upgrade_ball_type(self, ball_type: BallType) -> NoReturn:
self.ball_type = ball_type
def check_ball_type(self, ball_type: BallType) -> NoReturn:
if ball_type == BallType.EASY:
self.shoot_speed = 0.8
self.ball_gravity = 1.0
# next ball shoot speed
self.ball_mag = 3000
# box light color and ball tex
self.light.color = (1.0, 1.0, 0.0)
self.ball_tex = bs.gettexture('egg4')
elif ball_type == BallType.MEDIUM:
self.ball_mag = 3000
# decrease the gravity scale so, ball shoot without falling and straight.
self.ball_gravity = 0.0
# next ball shoot speed.
self.shoot_speed = 0.4
# box light color and ball tex.
self.light.color = (1.0, 0.0, 1.0)
self.ball_tex = bs.gettexture('egg3')
elif ball_type == BallType.HARD:
self.ball_mag = 2500
self.ball_gravity = 0.0
# next ball shoot speed.
self.shoot_speed = 0.6
# box light color and ball tex.
self.light.color = (1.0, 0.2, 1.0)
self.ball_tex = bs.gettexture('egg1')
def shoot_animation(self) -> NoReturn:
bs.animate(
self.node,
"mesh_scale", {
0.00: 1.4,
0.05: 1.7,
0.10: 1.4,
}
)
# playing shoot sound.
# self.shoot_sound, position = self.node.position.play();
self.shoot_sound.play()
def highlight_target_player(self, player: bs.Player) -> NoReturn:
# adding light
light = bs.newnode(
"light",
owner=self.node,
attrs={
'radius': 0.0,
'intensity': 1.0,
'color': (1.0, 0.0, 0.0),
}
)
bs.animate(
light,
"radius", {
0.05: 0.02,
0.10: 0.07,
0.15: 0.15,
0.20: 0.13,
0.25: 0.10,
0.30: 0.05,
0.35: 0.02,
0.40: 0.00,
}
)
# And a circle outline with ugly animation.
circle_outline = bs.newnode(
"locator",
owner=player.actor.node,
attrs={
'shape': 'circleOutline',
'color': (1.0, 0.0, 0.0),
'opacity': 1.0,
'draw_beauty': False,
'additive': True,
},
)
bs.animate_array(
circle_outline,
'size',
1, {
0.05: [0.5],
0.10: [0.8],
0.15: [1.5],
0.20: [2.0],
0.25: [1.8],
0.30: [1.3],
0.35: [0.6],
0.40: [0.0],
}
)
# coonect it and...
player.actor.node.connectattr("position", light, "position")
player.actor.node.connectattr("position", circle_outline, "position")
# immediately delete the node after another player has been targeted.
self.shoot_speed = 0.5 if self.shoot_speed == 0.0 else self.shoot_speed
bs.timer(self.shoot_speed, light.delete)
bs.timer(self.shoot_speed, circle_outline.delete)
def calculate_player_analog_stick(self, player: bs.Player, distance: float) -> NoReturn:
# at first i was very confused how i can read the player analog stick \
# then i saw TheMikirog#1984 autorun plugin code.
# and i got it how analog stick values are works.
# just need to store analog stick facing direction and need some calculation according how far player pushed analog stick.
# Notice that how vertical direction is inverted, so we need to put a minus infront of veriable.(so ball isn't shoot at wrong direction).
self.player_facing_direction[0] = player.actor.node.move_left_right
self.player_facing_direction[1] = -player.actor.node.move_up_down
# if player is too close and the player pushing his analog stick fully the ball shoot's too far away to player.
# so, we need to reduce the value of "self.player_facing_direction" to fix this problem.
if distance <= 3:
self.player_facing_direction[0] = 0.4 if self.player_facing_direction[0] > 0 else -0.4
self.player_facing_direction[1] = 0.4 if self.player_facing_direction[0] > 0 else -0.4
# same problem to long distance but in reverse, the ball can't reach to the player,
# its because player analog stick value is between 1 and -1,
# and this value is low to shoot ball forward to Player if player is too far from the box.
# so. let's increase to 1.5 if player pushed analog stick fully.
elif distance > 6.5:
# So many calculation according to how analog stick pushed by player.
# Horizontal(left-right) calculation
if self.player_facing_direction[0] > 0.4:
self.player_facing_direction[0] = 1.5
elif self.player_facing_direction[0] < -0.4:
self.player_facing_direction[0] = -1.5
else:
if self.player_facing_direction[0] > 0.0:
self.player_facing_direction[0] = 0.2
elif self.player_facing_direction[0] < 0.0:
self.player_facing_direction[0] = -0.2
else:
self.player_facing_direction[0] = 0.0
# Vertical(up-down) calculation.
if self.player_facing_direction[1] > 0.4:
self.player_facing_direction[1] = 1.5
elif self.player_facing_direction[1] < -0.4:
self.player_facing_direction[1] = -1.5
else:
if self.player_facing_direction[1] > 0.0:
self.player_facing_direction[1] = 0.2
elif self.player_facing_direction[1] < 0.0:
self.player_facing_direction[1] = -0.2
else:
self.player_facing_direction[1] = -0.0
# if we want stop the ball shootes
def stop_shoot(self) -> NoReturn:
# Kill the timer.
self.shoot_timer = None
class Player(bs.Player['Team']):
"""Our player type for this game."""
class Team(bs.Team[Player]):
"""Our team type for this game."""
# almost 80 % for game we done in box class.
# now remain things, like name, seetings, scoring, cooldonw,
# and main thing don't allow player to camp inside of box are going in this class.
# ba_meta export bascenev1.GameActivity
class DodgeTheBall(bs.TeamGameActivity[Player, Team]):
# defining name, description and settings..
name = 'Dodge the ball'
description = 'Survive from shooting balls'
available_settings = [
bs.IntSetting(
'Cooldown',
min_value=20,
default=45,
increment=5,
),
bs.BoolSetting('Epic Mode', default=False)
]
# Don't allow joining after we start.
allow_mid_activity_joins = False
@classmethod
def supports_session_type(cls, sessiontype: type[bs.Session]) -> bool:
# We support team and ffa sessions.
return issubclass(sessiontype, bs.FreeForAllSession) or issubclass(
sessiontype, bs.DualTeamSession,
)
@classmethod
def get_supported_maps(cls, sessiontype: type[bs.Session]) -> list[str]:
# This Game mode need a flat and perfect shape map where can player fall outside map.
# bombsquad have "Doom Shroom" map.
# Not perfect map for this game mode but its fine for this gamemode.
# the problem is that Doom Shroom is not a perfect circle and not flat also.
return ['Doom Shroom']
def __init__(self, settings: dict):
super().__init__(settings)
self._epic_mode = bool(settings['Epic Mode'])
self.countdown_time = int(settings['Cooldown'])
self.check_player_pos_timer: bs.Timer | None = None
self.shield_drop_timer: bs.Timer | None = None
# cooldown and Box
self._countdown: OnScreenCountdown | None = None
self.box: Box | None = None
# this lists for scoring.
self.joined_player_list: list[bs.Player] = []
self.dead_player_list: list[bs.Player] = []
# normally play RUN AWAY music cause is match with our gamemode at.. my point,
# but in epic switch to EPIC.
self.slow_motion = self._epic_mode
self.default_music = (
bs.MusicType.EPIC if self._epic_mode else bs.MusicType.RUN_AWAY
)
def get_instance_description(self) -> str | Sequence:
return 'Keep away as possible as you can'
# add a tiny text under our game name.
def get_instance_description_short(self) -> str | Sequence:
return 'Dodge the shooting balls'
def on_begin(self) -> NoReturn:
super().on_begin()
# spawn our box at middle of the map
self.box = Box(
position=(0.5, 2.7, -3.9),
velocity=(0.0, 0.0, 0.0),
).autoretain()
# create our cooldown
self._countdown = OnScreenCountdown(
duration=self.countdown_time,
endcall=self.play_victory_sound_and_end,
)
# and starts the cooldown and shootes.
bs.timer(5.0, self._countdown.start)
bs.timer(5.0, self.box.start_shoot)
# start checking all player pos.
bs.timer(5.0, self.check_player_pos)
# drop shield every ten Seconds
# need five seconds delay Because shootes start after 5 seconds.
bs.timer(15.0, self.drop_shield)
# This function returns all alive players in game.
# i thinck you see this function in Box class.
def get_alive_players(self) -> Sequence[bs.Player]:
alive_players = []
for team in self.teams:
for player in team.players:
if player.is_alive():
alive_players.append(player)
return alive_players
# let's disallowed camping inside of box by doing a blast and increasing ball shoot speed.
def check_player_pos(self):
for player in self.get_alive_players():
# same logic as applied for the ball
difference = babase.Vec3(player.position) - babase.Vec3(self.box.node.position)
distance = difference.length()
if distance < 3:
self.box.force_shoot_speed = 0.2
else:
self.box.force_shoot_speed = 0.0
if distance < 0.5:
Blast(
position=self.box.node.position,
velocity=self.box.node.velocity,
blast_type='normal',
blast_radius=1.0,
).autoretain()
PopupText(
position=self.box.node.position,
text='Keep away from me',
random_offset=0.0,
scale=2.0,
color=self.box.light.color,
).autoretain()
# create our timer and start looping it
self.check_player_pos_timer = bs.Timer(0.1, self.check_player_pos)
# drop useless shield's too give player temptation.
def drop_shield(self) -> NoReturn:
pos = self.box.node.position
PowerupBox(
position=(pos[0] + 4.0, pos[1] + 3.0, pos[2]),
poweruptype='shield',
).autoretain()
PowerupBox(
position=(pos[0] - 4.0, pos[1] + 3.0, pos[2]),
poweruptype='shield',
).autoretain()
self.shield_drop_timer = bs.Timer(10.0, self.drop_shield)
# when cooldown time up i don't want that the game end immediately.
def play_victory_sound_and_end(self) -> NoReturn:
# kill timers
self.box.stop_shoot()
self.check_player_pos_timer = None
self.shield_drop_timer = None
bs.timer(2.0, self.end_game)
# this function runs when A player spawn in map
def spawn_player(self, player: Player) -> NoReturn:
spaz = self.spawn_player_spaz(player)
# reconnect this player's controls.
# without bomb, punch and pickup.
spaz.connect_controls_to_player(
enable_punch=False, enable_bomb=False, enable_pickup=False,
)
# storing all players for ScorinG.
self.joined_player_list.append(player)
# Also lets have them make some noise when they die.
spaz.play_big_death_sound = True
# very helpful function to check end game when player dead or leav.
def _check_end_game(self) -> bool:
living_team_count = 0
for team in self.teams:
for player in team.players:
if player.is_alive():
living_team_count += 1
break
if living_team_count <= 0:
# kill the coutdown timer incase the all players dead before game is about to going to be end.
# so, countdown won't call the function.
# FIXE ME: it's that ok to kill this timer?
# self._countdown._timer = None;
self.end_game()
# this function called when player leave.
def on_player_leave(self, player: Player) -> NoReturn:
# Augment default behavior.
super().on_player_leave(player)
# checking end game.
self._check_end_game()
# this gamemode needs to handle only one msg "PlayerDiedMessage".
def handlemessage(self, msg: Any) -> Any:
if isinstance(msg, bs.PlayerDiedMessage):
# Augment standard behavior.
super().handlemessage(msg)
# and storing the dead player records in our dead_player_list.
self.dead_player_list.append(msg.getplayer(Player))
# check the end game.
bs.timer(1.0, self._check_end_game)
def end_game(self):
# kill timers
self.box.stop_shoot()
self.check_player_pos_timer = None
self.shield_drop_timer = None
# here the player_dead_list and joined_player_list gonna be very helpful.
for team in self.teams:
for player in team.players:
# for scoring i am just following the index of the player_dead_list.
# for dead list...
# 0th index player dead first.
# 1st index player dead second.
# and so on...
# i think you got it... maybe
# sometime we also got a empty list
# if we got a empty list that means all players are survived or maybe only one player playing and he/she survived.
if len(self.dead_player_list) > 0:
for index, dead_player in enumerate(self.dead_player_list):
# if this condition is true we find the dead player \
# and his index with enumerate function.
if player == dead_player:
# updating with one, because i don't want to give 0 score to first dead player.
index += 1
break
# and if this statement is true we just find a survived player.
# for survived player i am giving the highest score according to how many players are joined.
elif index == len(self.dead_player_list) - 1:
index = len(self.joined_player_list)
# for survived player i am giving the highest score according to how many players are joined.
else:
index = len(self.joined_player_list)
# and here i am following Table of 10 for scoring.
# very lazY.
score = int(10 * index)
self.stats.player_scored(player, score, screenmessage=False)
# Ok now calc game results: set a score for each team and then tell \
# the game to end.
results = bs.GameResults()
# Remember that 'free-for-all' mode is simply a special form \
# of 'teams' mode where each player gets their own team, so we can \
# just always deal in teams and have all cases covered.
# hmmm... some eric comments might be helpful to you.
for team in self.teams:
max_index = 0
for player in team.players:
# for the team, we choose only one player who survived longest.
# same logic..
if len(self.dead_player_list) > 0:
for index, dead_player in enumerate(self.dead_player_list):
if player == dead_player:
index += 1
break
elif index == len(self.dead_player_list) - 1:
index = len(self.joined_player_list)
else:
index = len(self.joined_player_list)
max_index = max(max_index, index)
# set the team score
results.set_team_score(team, int(10 * max_index))
# and end the game
self.end(results=results)
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