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How to use actual_duration method in Kiwi
Best Python code snippet using Kiwi_python
tale_of_zenith.py
Source:tale_of_zenith.py 
1import datetime2from tale_of_zenith_header import *3from fabaki_menu import *4import random5import pygame6screen = pygame.display.set_mode((SCREEN_SIZE[WIDTH], SCREEN_SIZE[HEIGHT]))7pygame.display.set_caption(GAME_CAPTION)8pygame.display.set_icon(TEXTURE_ICON)9random_object = random.Random()10class OnScreen:11 def __init__(self, x, y, texture):12 self.x = x13 self.y = y14 self.texture = texture15 self.mask = pygame.mask.from_surface(self.texture)16 self.width = texture.get_rect().width17 self.height = texture.get_rect().height18 self.x_texture = x19 self.y_texture = y20 def coords(self):21 return self.x, self.y22 def draw(self):23 self.x_texture = self.x - self.width / 224 self.y_texture = self.y - self.height / 225 screen.blit(self.texture, (self.x_texture, self.y_texture))26class Power:27 def __init__(self, entity, duration, cooldown):28 self.entity = entity29 self.duration = duration30 self.actual_duration = duration31 self.cooldown = cooldown32 self.active = False33class Effect:34 def __init__(self, entity, duration):35 self.entity = entity36 self.duration = duration37 self.actual_duration = duration38 self.active = False39 def start_effect(self):40 return41 def stop_effect(self):42 return43 def tick(self):44 return45class Regeneratable(OnScreen):46 def __init__(self, texture, regen_cooldown, effects=None, random_loc=True, x=-1, y=-1,47 kill_conditions=None, kill_conditions_all=True): # Kill conditions is {Effect: Immunity duration}48 OnScreen.__init__(self, x, y, texture)49 self.regen_cooldown = regen_cooldown50 self.random_loc = random_loc51 self.cooldown = 052 self.alive = True53 if self.random_loc or x < 0 or y < 0:54 self.generate_random_loc()55 self.kill_conditions = kill_conditions56 if kill_conditions is None:57 self.kill_conditions = {}58 if type(kill_conditions) == tuple or type(kill_conditions) == list:59 self.kill_conditions = {kill_cond: None for kill_cond in self.kill_conditions}60 self.kill_conditions_all = kill_conditions_all61 if type(effects) == tuple:62 self.effects = effects63 else:64 self.effects = (effects, )65 def generate_random_loc(self):66 self.x, self.y = random_object.randint(SCREEN_PADDING, SCREEN_SIZE[WIDTH] - self.width - SCREEN_PADDING), \67 random_object.randint(SCREEN_PADDING, SCREEN_SIZE[HEIGHT] - self.height - SCREEN_PADDING)68 def tick(self):69 if not self.cooldown:70 self.alive = True71 else:72 self.cooldown -= 173 if self.alive:74 self.draw()75 def on_collide(self, entity):76 if self.kill_conditions_all:77 for cond, immunity in self.kill_conditions.items():78 if type(cond) == type and issubclass(cond, Effect):79 for effect in entity.effects:80 if cond != type(effect):81 continue82 if not effect.active:83 return ()84 if immunity is not None:85 if effect.duration - effect.actual_duration > immunity:86 return ()87 elif not cond.active:88 return ()89 elif cond.active and immunity is not None:90 if cond.duration - cond.actual_duration > immunity:91 return ()92 else:93 kill_conditions_met = False94 for cond, immunity in self.kill_conditions.items():95 if type(cond) == type and issubclass(cond, Effect):96 for effect in entity.effects:97 if cond != type(effect):98 continue99 if effect.active:100 if immunity is not None:101 if effect.duration - effect.actual_duration > immunity:102 kill_conditions_met = True103 else:104 kill_conditions_met = True105 break106 if kill_conditions_met:107 break108 elif cond.active:109 if immunity is not None:110 if cond.duration - cond.actual_duration > immunity:111 kill_conditions_met = True112 else:113 kill_conditions_met = True114 break115 if not kill_conditions_met:116 return ()117 if type(self.regen_cooldown) == tuple and len(self.regen_cooldown) == 2:118 self.cooldown = random_object.randint(*self.regen_cooldown)119 else:120 self.cooldown = self.regen_cooldown121 if self.random_loc:122 self.generate_random_loc()123 self.alive = False124 return self.effects125class RandomTeleportEffect(Effect):126 def __init__(self, entity, animation_duration=EFFECT_TELESHROOM_ANIMATION_DURATION):127 Effect.__init__(self, entity, animation_duration)128 self.changed_textures = []129 def start_effect(self):130 self.actual_duration = self.duration131 self.entity.x = random_object.randint(1, SCREEN_SIZE[WIDTH] - 2)132 self.entity.y = random_object.randint(1, SCREEN_SIZE[HEIGHT] - 2)133 self.entity.fix_location()134 def stop_effect(self):135 for changed_texture in self.changed_textures:136 load_direction_texture_match(changed_texture)137 def tick(self): # Returns whether to stop138 for changed_texture in self.changed_textures:139 load_direction_texture_match(changed_texture)140 self.changed_textures.remove(changed_texture)141 if self.actual_duration % 6 <= 2:142 DIRECTION_TEXTURE_MATCH[self.entity.direction].fill((0, 0, 190, 100), special_flags=pygame.BLEND_SUB)143 else:144 DIRECTION_TEXTURE_MATCH[self.entity.direction].fill((190, 0, 0, 100), special_flags=pygame.BLEND_SUB)145 self.changed_textures.append(self.entity.direction)146 self.actual_duration -= 1147 if self.actual_duration <= 0:148 self.stop_effect()149 return True150 return False151class SpeedUpEffect(Effect):152 def __init__(self, entity, duration, power):153 Effect.__init__(self, entity, duration)154 self.power = power155 self.actual_duration = duration156 self.changed_textures = []157 self.active = False158 def start_effect(self):159 self.active = True160 self.actual_duration = self.duration161 self.entity.stats[STATS_VELOCITY] *= self.power162 def stop_effect(self):163 self.active = False164 self.entity.stats[STATS_VELOCITY] /= self.power165 for changed_texture in self.changed_textures:166 load_direction_texture_match(changed_texture)167 def tick(self): # Returns whether to stop168 DIRECTION_TEXTURE_MATCH[self.entity.direction]\169 .fill((0, 190, 0, 100), special_flags=pygame.BLEND_SUB)170 self.changed_textures.append(self.entity.direction)171 self.actual_duration -= 1172 if self.actual_duration <= 0:173 self.stop_effect()174 return True175 return False176class ScoreUpEffect(Effect):177 def __init__(self, entity, power):178 Effect.__init__(self, entity, -1)179 self.power = power180 def start_effect(self):181 self.entity.stats[STATS_SCORE] += self.power182class DashPower(Power):183 def __init__(self, entity, direction):184 Power.__init__(self, entity, -1, -1)185 self.direction = direction186 self.power = -1187 self.ready = True188 def start_dash(self, direction, duration=DASH_DURATION, cooldown=DASH_COOLDOWN, power=DASH_POWER):189 if not self.ready:190 return False191 self.direction = direction192 self.duration = duration193 self.actual_duration = duration194 self.cooldown = cooldown195 self.power = power196 self.ready = False197 self.active = True198 self.entity.stats[STATS_MOVABLE] = False199 self.entity.texture.fill((190, 0, 0, 100), special_flags=pygame.BLEND_SUB)200 self.entity.stats[STATS_VELOCITY] *= self.power201 return True202 def stop_dash(self):203 self.duration = -1204 self.actual_duration = -1205 self.active = False206 self.entity.stats[STATS_MOVABLE] = True207 load_direction_texture_match(MOVE_DIRECTION_MATCH[tuple(self.direction)])208 self.entity.stats[STATS_VELOCITY] /= self.power209 def set_cooldown(self, cooldown): # Can't stop dash! only to set the cooldown again when dash is un active210 if cooldown <= self.cooldown:211 return212 self.ready = False213 self.cooldown = cooldown214 def tick(self):215 if not self.active and self.cooldown > 0:216 self.cooldown -= 1217 return218 if self.actual_duration > 0:219 self.actual_duration -= 1220 self.entity.move_vector = self.direction221 if self.cooldown == 0:222 pygame.mixer.Channel(0).play(SOUND_TING)223 self.ready = True224 self.cooldown = -1225 if self.actual_duration == 0:226 self.stop_dash()227 self.actual_duration = -1228class SwordPowers:229 def __init__(self, sword):230 self.dash_effect = DashPower(sword, [0, 0])231class Sword(OnScreen):232 def __init__(self, x, y):233 OnScreen.__init__(self, x, y, DIRECTION_TEXTURE_MATCH[DIRECTION_NORTH])234 self.direction = DIRECTION_NORTH235 self.move_vector = [0, 0] # By means of top-left, aka [1, 1] is South-East236 self.stats = {STATS_VELOCITY: SWORD_SPEED, STATS_SCORE: 0, STATS_MOVABLE: True}237 self.powers = SwordPowers(self)238 self.effects = []239 self.current_tick = 0240 def change_dir(self, new_dir):241 self.direction = new_dir242 self.texture = DIRECTION_TEXTURE_MATCH[new_dir]243 self.mask = TEXTURE_MASK_MATCH[new_dir]244 def draw(self):245 if self.direction == DIRECTION_NORTH or self.direction == DIRECTION_SOUTH:246 self.x_texture = self.x - TEXTURE_PERP_VERT_SIZE[WIDTH] / 2247 self.y_texture = self.y - TEXTURE_PERP_VERT_SIZE[HEIGHT] / 2248 elif self.direction == DIRECTION_EAST or self.direction == DIRECTION_WEST:249 self.x_texture = self.x - TEXTURE_PERP_HORZ_SIZE[WIDTH] / 2250 self.y_texture = self.y - TEXTURE_PERP_HORZ_SIZE[HEIGHT] / 2251 else: # Diagonal252 self.x_texture = self.x - TEXTURE_DIAG_SIZE[WIDTH] / 2253 self.y_texture = self.y - TEXTURE_DIAG_SIZE[HEIGHT] / 2254 screen.blit(self.texture, (self.x_texture, self.y_texture))255 def next_direction(self):256 index = DIRECTION_ORDER.index(self.direction)257 index += 1258 if index == len(DIRECTION_ORDER):259 index = 0260 self.change_dir(DIRECTION_ORDER[index])261 def fix_location(self):262 if self.x < 0:263 self.x = SCREEN_SIZE[WIDTH] + self.x264 elif self.x >= SCREEN_SIZE[WIDTH]:265 self.x = self.x - SCREEN_SIZE[WIDTH]266 if self.y < 0:267 self.y = SCREEN_SIZE[HEIGHT] + self.y268 elif self.y >= SCREEN_SIZE[HEIGHT]:269 self.y = self.y - SCREEN_SIZE[HEIGHT]270 def tick(self, keys):271 self.current_tick += 1272 if not self.powers.dash_effect.active and self.current_tick % SWORD_ANIMATION_DELAY == 0:273 self.next_direction()274 if self.current_tick == SWORD_ANIMATION_DELAY * 2:275 self.current_tick = 1276 self.move_vector = [0, 0]277 self.keys_handler(keys)278 self.powers.dash_effect.tick()279 for effect in self.effects:280 if effect.tick():281 self.effects.remove(effect)282 self.move()283 self.draw()284 def keys_handler(self, keys):285 if self.stats[STATS_MOVABLE]:286 self.move_keys(keys)287 if self.move_vector == [0, 0]: # We didn't move, so we can dash288 if self.powers.dash_effect.ready and keys[pygame.K_SPACE]:289 self.powers.dash_effect.start_dash(list(DIRECTION_MOVE_MATCH[self.direction]))290 else:291 self.change_dir(MOVE_DIRECTION_MATCH[tuple(self.move_vector)])292 self.powers.dash_effect.set_cooldown(DASH_MOVE_COOLDOWN)293 def move_keys(self, keys):294 if keys[pygame.K_a] or keys[pygame.K_LEFT]:295 self.move_vector[0] -= 1296 if keys[pygame.K_d] or keys[pygame.K_RIGHT]:297 self.move_vector[0] += 1298 if keys[pygame.K_w] or keys[pygame.K_UP]:299 self.move_vector[1] -= 1300 if keys[pygame.K_s] or keys[pygame.K_DOWN]:301 self.move_vector[1] += 1302 def move(self):303 self.x += self.move_vector[0] * self.stats[STATS_VELOCITY]304 self.y += self.move_vector[1] * self.stats[STATS_VELOCITY]305 self.fix_location()306 def apply_effect(self, object_effects):307 for effect in object_effects:308 effect.start_effect()309 self.effects.append(effect)310 def colliding(self, obj):311 offset_x = int(obj.x_texture - self.x_texture)312 offset_y = int(obj.y_texture - self.y_texture)313 return self.mask.overlap(obj.mask, (offset_x, offset_y))314current_song = random_object.randint(0, len(BACKGROUND_SONGS) - 1)315changed = datetime.datetime.utcnow() - datetime.timedelta(seconds=2)316def flip_sound():317 global changed318 global current_song319 if datetime.datetime.utcnow() - changed < datetime.timedelta(seconds=1):320 return # prevent spamming, I have when 'e' is pressed it calls this like 4-5 times321 changed = datetime.datetime.utcnow()322 pygame.mixer.Channel(1).stop()323 current_song = (current_song + 1) % len(BACKGROUND_SONGS)324 pygame.mixer.Channel(1).play(BACKGROUND_SONGS[current_song], loops=-1)325def pause_menu():326 menu = Menu(screen, auto=True, background=(100, 100, 100), menu_width=500, menu_height=500)327 comic_sans = pygame.font.SysFont("Arial", 30)328 menu.add_element([TextElement("paused!", comic_sans), TextElement("homo", comic_sans)])329 menu.add_element(TextElement("continue?", comic_sans))330 menu.add_element(ButtonElement("Continue", (130, 0, 130), comic_sans, onclick_kill=True))331 return menu.menu_loop() # We pressed on close button332def global_keys_handler(keys):333 if keys[pygame.K_ESCAPE]:334 if pause_menu():335 return True336 if keys[pygame.K_e]:337 flip_sound()338def game_loop():339 player = Sword(SCREEN_SIZE[WIDTH] / 2, SCREEN_SIZE[HEIGHT] / 2)340 entities = [Regeneratable(TEXTURE_SLIME, 10, effects=ScoreUpEffect(player, EFFECT_SLIME_SCORE)),341 Regeneratable(TEXTURE_SLIME, 10, effects=ScoreUpEffect(player, EFFECT_SLIME_SCORE)),342 Regeneratable(TEXTURE_SLIME, 10, effects=ScoreUpEffect(player, EFFECT_SLIME_SCORE)),343 Regeneratable(TEXTURE_GOLDEN_SLIME, (100, 300),344 kill_conditions={player.powers.dash_effect: EFFECT_GOLDEN_SLIME_DASH_IMMUNITY,345 SpeedUpEffect: None}, kill_conditions_all=False,346 effects=ScoreUpEffect(player, EFFECT_GOLDEN_SLIME_SCORE)),347 Regeneratable(TEXTURE_SPEED_MUSH, 50,348 effects=SpeedUpEffect(player, EFFECT_SPEED_MUSH_DURATION, EFFECT_SPEED_MUSH_POWER)),349 Regeneratable(TEXTURE_TELESHROOM, 50, effects=RandomTeleportEffect(player))]350 clock = pygame.time.Clock()351 start_time = datetime.datetime.utcnow()352 text_font = pygame.font.SysFont("comicsansms", 16)353 progress_width = 10354 progress_height = 150355 game_settings = {SETTINGS_TICK_RATE: TICK_RATE}356 while True:357 clock.tick(game_settings[SETTINGS_TICK_RATE])358 keys = pygame.key.get_pressed()359 screen.blit(TEXTURE_BACKGROUND, (0, 0))360 for event in pygame.event.get():361 if event.type == pygame.QUIT:362 return363 if global_keys_handler(keys):364 return365 player.tick(keys)366 for enemy in entities:367 if enemy.alive and player.colliding(enemy):368 player.apply_effect(enemy.on_collide(player))369 enemy.tick()370 player.draw()371 fps_text = text_font.render(f"fps: {round(clock.get_fps())}", False, (255, 255, 255))372 time_elapsed = datetime.datetime.utcnow() - start_time373 time_text = text_font.render(f"Time: {str(time_elapsed.seconds // 3600).zfill(2)}:"374 f"{str(time_elapsed.seconds % 3600 // 60).zfill(2)}:"375 f"{str(time_elapsed.seconds % 60).zfill(2)}", False, (255, 255, 255))376 score_text = text_font.render(f"Score: {player.stats[STATS_SCORE]}", False, (255, 255, 255))377 if player.powers.dash_effect.ready:378 pygame.draw.rect(screen, (100, 30, 255), (SCREEN_SIZE[WIDTH] - 10 - progress_width, 10, progress_width,379 progress_height))380 pygame.draw.rect(screen, (100, 20, 110), (SCREEN_SIZE[WIDTH] - 10 - progress_width, 10, progress_width,381 progress_height), 2)382 else:383 pygame.draw.rect(screen, (0, 200, 255), (SCREEN_SIZE[WIDTH] - 10 - progress_width, 10, progress_width,384 round(((DASH_COOLDOWN - player.powers.dash_effect.cooldown)385 * progress_height / DASH_COOLDOWN))))386 pygame.draw.rect(screen, (0, 110, 110), (SCREEN_SIZE[WIDTH] - 10 - progress_width, 10, progress_width,387 progress_height), 2)388 screen.blit(fps_text, (0, 0))389 screen.blit(time_text, (SCREEN_SIZE[WIDTH] / 2 - time_text.get_rect().width / 2, 0))390 screen.blit(score_text, (SCREEN_SIZE[WIDTH] / 2 - score_text.get_rect().width / 2, time_text.get_rect().height))391 pygame.display.update()392def main():393 pygame.init()394 pygame.mixer.music.set_volume(0.5)395 pygame.mixer.Channel(1).set_volume(0.1)396 flip_sound()397 game_loop()398 pygame.quit()399if __name__ == '__main__':...
measure_distance.py
Source:measure_distance.py
1# Now let's calculate the travel time & distance between the origin (school) & students home address2import pandas as pd3import googlemaps4import requests5import logging6import time7log = logging.getLogger("root")8log.setLevel(logging.DEBUG)9# create console handler10cons = logging.StreamHandler()11cons.setLevel(logging.DEBUG)12log.addHandler(cons)13api_key = 'your api key'14BACKOFF_TIME = 3015input_filename = "your csv file with geocoded addresses"16address_column_name = "address_edited"17RETURN_FULL_RESULTS = False18data = pd.read_csv(input_filename, encoding='utf8')19if address_column_name not in data.columns:20 raise ValueError("Missing Address column in input data")21data = pd.read_csv(input_filename, encoding='utf8')22gmaps=googlemaps.Client(api_key)23schools=data["school"].tolist()24destinations = (data["formatted_address"]+' ,Pakistan').tolist()25actual_distance=[]26actual_duration=[]27for destination in destinations:28 if destination is None:29 result= "NA"30 resulta= "NA"31 actual_distance.append(resulta)32 actual_duration.append(result)33 continue34 for school in schools:35 if school == 'SMB':36 origin= "SMB Fatima Jinnah Girls School Karachi Pakistan"37 #if you have a list of many schools you can add them to a list and loop through them. I have two schools in my data so I use if/else statement38 else:39 origin= "Khatoon-e-Pakistan Government Degree College For Women Karachi Pakistan"40 try:41 lala = gmaps.distance_matrix(origin, destination, mode='driving')42 status= lala["rows"][0]['elements'][0]['status']43 if status== 'OK':44 result=lala["rows"][0]['elements'][0]['duration']['value']45 result=result/360046 resulta=lala["rows"][0]['elements'][0]['distance']['value']47 resulta=resulta/100048 actual_duration.append(result)49 actual_distance.append(resulta)50 print('done')51 else:52 result= "NA"53 resulta= "NA"54 actual_distance.append(resulta)55 actual_duration.append(result)56 except:57 result= "NA"58 resulta= "NA"59 actual_distance.append(resulta)60 actual_duration.append(result)61data['duration']= actual_duration62data['distance']= actual_distance63df=pd.DataFrame(data)...
tasks.py
Source:tasks.py
1# Copyright (c) 2020-present, The Johann Plugin Example Authors. All Rights Reserved.2# Use of this source code is governed by a BSD-3-clause license that can3# be found in the LICENSE file. See the AUTHORS file for names of contributors.4import time5from typing import TYPE_CHECKING, Dict, Union6import numpy as np # now we're doing data science!7from johann.shared.config import JohannConfig, celery_app8from johann.shared.logger import JohannLogger9from johann.util import TaskState10from johann_plugin_example import config as example_config11if TYPE_CHECKING:12 from celery import Task13config = JohannConfig.get_config()14logger = JohannLogger(__name__).logger15@celery_app.task(bind=True)16def baby_nap(17 self: "Task", desired_duration: int, random_seed: int = example_config.RANDOM_SEED18) -> Dict[str, Union[float, str]]:19 logger.info(f"The baby will nap for up to {desired_duration} seconds")20 # set random seed21 np.random.seed(random_seed)22 # book-keeping23 start: float = time.time()24 stop: float = start + desired_duration25 now: float = start26 actual_duration: float = 0.027 while now < stop:28 time.sleep(1)29 now = time.time()30 actual_duration = now - start31 # 10% chance that she will wake up32 if np.random.randint(1, 10) == 3:33 logger.info(f"The baby is up! She slept for {actual_duration} seconds!")34 break35 # report incremental progress36 self.update_state(37 state=TaskState.PROGRESS,38 meta={"current": actual_duration, "total": desired_duration},39 )40 # return final progress41 return {42 "current": actual_duration,43 "total": desired_duration,44 "status": "The baby is up!",45 "result": actual_duration,...
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