connected to WiFi network check time
Massage chair is known as an invaluable tool that can be used for relieving stress and pain in your body. Massage chair can be easily found for alleviating pain in nearly area of your body which is in distress. By taking your time necessary for using this massager can really help you in reducing your stress and pain levels as well as soothe yourself. At this time, this article will give you some information about ghế massage toàn thân. So, just take a look at the following information.
With the high level of stress environment in the workplace today, it is very important for you to take your time for relaxation. It is believed since years ago that massage could be a great healing method. Stress can cause blood pressure, heart rate, and adrenalin to increase while immunity, digestion decrease, and circulation. Having massage chair with the relaxation massager can help you to prevent the effect of stress by causing the body to release all of the tensions and then be restored to the state of relaxation and calm.
There are available several types of relaxation massagers that you can find on the market today. Therefore, you will have many chances to find one that suits you in relieving your tense muscle area or stress. Several options that you can choose include massaging back cushions, handheld massagers, chair massagers, foot massagers, and pressure point tools.
Moreover, when you are looking for relaxation massagers, there are also various features that you can take into your consideration. There is a massage chair that can give you the ability for customizing its every movement. There is also massage cushion that allows you to get the feel of a massage chair in a convenient cushion. Read more: ghế massage nào tốt
Furthermore, you can also consider choosing self massaging tool that can make you easily to directly apply the pain-relieving deep compression to hard and knotted muscles. This tool is made to give you the ability for applying the pressure to yourself and also alleviating pain and soreness. Besides, a handheld massager will be another great choice that can provide deep, penetrating muscle therapy for tense, tired, and aching muscles. You can use this massager over any part of your body, making it a versatile tool for relaxation massage.
Additionally, if there is an area of your body that has been recently injured, it is important for you to contact your doctor before you are using a relaxation massager. It is because the improper treated of injury can possibly cause further problems in the long run. So, you have to make sure that you use a relaxation massager on the areas of your body which are not impaired.
If you want to know other options of massager that can be used for different purposes, you can take a look at the information from Haruko. On this information, you will find the right massager that may suit with your needs like Medi Rub massager chair Haruko.
posted in Pythonista
Map API, need suggestions for how to execute ideas
@cvp sorry been busy so testing has been an issue. Finally got around to it. My iPad doesn’t have an automatic connection (needs WiFi) but it is still able to give locations on the map. I brought a WiFi hotspot with me and it didn’t seem to help. The locations are mostly accurate, but the updating is extremely inconsistent.
I had the update_interval set to values like 0.2, 0.5, 2, 5, and 10. None of them updated on their set intervals. Do you know if this is due to the lack of connection on my iPad or maybe something else is causing the error?
Thanks!
posted in Pythonista
WiFi Name
And the best solution (if it works):
You could even define a shortcut with an automation "when my iDevice connects to any wifi network" with actions:
- get wifi name
- copy it into a file (in Shortcuts folder)
This shortcut will run in background.
Your script, when it needs this wifi name, should only read this file (in external Shortcuts folder ) and should get the current wifi name.
To be tested, obviously
Édit: automation works, at each network update, not tested with a file but with clipboard
posted in Pythonista
WiFi Name
Hello Guys,
I have a Question, is it Possible That Pythonista can Return the current wifi Name ? Or ssid Nummer to Check wich wifi is connected ?
Thanks for reply ✌️
posted in Pythonista
scenes updating each other’s variables
@JonB here’s the whole game I’m marking. I have basically most of the things working. The settings allows you to adjust the time and the main issue I have now is when the new game starts it updates the time to the initial time not the time that was chosen in the settings page.
from scene import *
import sound
import random
import math
# --- To Do ---
#animate time so that tim added floats away and dissappears
#add bomb emoji thatbsubtracts time.
# --- Game variations ---
#make 3 5 and 10 second versions of the game.
#Different colored circles pop up on the screen randomly and the play has to tap as many as they can within a minute
#As game proceeds more and more bubles ate added to the screen untill its full. when the screen is full game is over
A = Action
#slow flash screen
'''self.run_action(
A.repeat(
A.sequence(
A.call(self.move_bubble),
A.fade_to(0, 1.5), A.fade_to(1, 1)), 0))'''
class Intro(Scene):
def setup(self):
self.intro_bg = SpriteNode(position=self.size/2, color='black', size=self.size, alpha=1, parent=self)
'''self.intro_bubble = SpriteNode('emj:White_Circle', position=(self.size.w/2, self.size.h *0.25), parent=self)'''
self.tap = LabelNode('TappyTap', font=('MarkerFelt-Wide', 50), position=(self.size/2), parent=self)
'''self.intro_bubble.run_action(
A.repeat(
A.sequence(
A.fade_to(0, 2), A.fade_to(1, 2)), 0))'''
self.run_action(A.sequence(A.wait(10), A.call(self.dismiss_scene)))
def dismiss_scene(self):
self.dismiss_modal_scene()
class Rules(Scene):
def setup(self):
self.rules_message = 'Rules: \nTap the white bubble \nas many times as you can \nbefore time runs out. \nTry to avoid the bombs \nor you will run out of time \nfaster than you think!'
self.tip_message = 'Tip: \nLandscape will helps \ndivide the screen in half \nand you can use \nboth thumbs!'
self.rules_node = Node(parent=self)
self.rules_node.alpha=1
self.rules_box = ShapeNode(ui.Path.rounded_rect(0, 0, self.size.w * 0.8, self.size.h *0.30, 20))
self.rules_box.position=self.size.w/2, self.size.h * 0.70
self.rules_box.fill_color='black'
self.rules_box.line_width=4
self.rules_box.stroke_color='white'
self.add_child(self.rules_box)
self.small_box = ShapeNode(ui.Path.rounded_rect(0, 0, self.size.w * 0.8, self.size.h *0.30, 20))
self.small_box.position=(self.size.w/2, self.size.h * 0.55)
self.small_box.fill_color='black'
self.small_box.line_width=4
self.small_box.stroke_color='white'
self.small_box.anchor_point= 0.5, 1
self.add_child(self.small_box)
self.back = SpriteNode(
'iow:ios7_redo_outline_32', position=(self.size.w * 0.10, self.size.h * 0.95), parent=self)
self.rules_bg = SpriteNode(position=self.size/2, color='black', size=self.size, alpha=1, parent=self.rules_node)
self.rules_text = LabelNode(f'{self.rules_message}', font=('American Typewriter', 20), position=(self.size.w/2, self.size.h * 0.72),parent=self)
self.tip_text = LabelNode(f'{self.tip_message}', font=('American Typewriter', 20), position=(self.size.w/2, self.size.h * 0.45),parent=self)
self.moving_bubble = SpriteNode('emj:White_Circle')
self.run_action(A.repeat(A.sequence(A.call(self.move_bubble), A.wait(1)), 0))
def move_bubble(self):
self.moving_bubble.alpha=1
self.new_pos = (
random.randrange(
30, self.size.w - 30),
random.randrange(
30, self.size.h - 30))
self.moving_bubble.position = self. new_pos
self.rules_node.add_child(
self.moving_bubble)
self.moving_bubble.run_action(
A.repeat(
A.sequence(
A.fade_to(0, 1.5), A.fade_to(1, 1)), 0))
def touch_began(self, touch):
if touch.location in self.back.frame:
self.dismiss_modal_scene()
class Settings(Scene):
def setup(self):
self.presses = 2
self.times_dict = {
1: 3, 2: 10, 3: 40}
self.level_choice = 'Normal'
self.time_choice = '10'
self.settings_node = Node(parent=self)
self.settings_bg = SpriteNode(position=self.size/2, color='black', size=self.size, alpha=1, parent=self.settings_node)
self.inc_time = SpriteNode(
'iow:arrow_up_b_256', position= (self.size.w/2, self.size.h *0.65), scale=0.50, parent=self.settings_node)
self.dec_time = SpriteNode(
'iow:arrow_down_b_256', position= (self.size.w/2, self.size.h *0.35), scale=0.50, parent=self.settings_node)
self.back_btn = SpriteNode('iow:ios7_redo_outline_32', position=(self.size.w * 0.10, self.size.h * 0.95), parent=self.settings_node)
self.settings_label = LabelNode('Settings', ('Marker Felt', 30), position=(self.size.w/2, self.size.h * .92), parent=self.settings_node)
self.time_label = LabelNode('Time', ('Marker Felt', 30), position=(self.size.w/2, self.size.h * 0.55), parent=self.settings_node)
self.level_c_label = LabelNode('Level', ('Marker Felt', 30), position=(self.size.w/2, self.size.h * 0.20), parent=self.settings_node)
self.level_label = LabelNode(f'{self.level_choice}', ('Marker Felt', 30), position=(self.size.w/2, self.size.h * 0.15), parent=self.settings_node)
#self.lvl_label = LabelNode(f'{}', ('Marker Felt', 30), position=(self.size.w/2, self.size.h * 0.15), parent=self.settings_node)
self.time_choice_label = LabelNode(f'{self.time_choice}', ('Marker Felt', 30), position=(self.size.w/2, self.size.h/2), parent=self.settings_node)
self.moving_bubble = SpriteNode('emj:White_Circle')
self.run_action(A.repeat(A.sequence(A.call(self.move_bubble), A.wait(1)), 0))
def move_bubble(self):
self.moving_bubble.alpha=1
self.new_pos = (
random.randrange(
30, self.size.w - 30),
random.randrange(
30, self.size.h - 30))
self.moving_bubble.position = self. new_pos
self.settings_node.add_child(
self.moving_bubble)
self.moving_bubble.run_action(
A.repeat(
A.sequence(
A.fade_to(0, 1.5), A.fade_to(1, 1)), 0))
def touch_began(self, touch):
if touch.location in self.inc_time.frame:
self.presses += 1
if self.presses == 4:
self.presses = 1
if self.presses == 1:
self.level_choice = 'Hard'
self.level_label.text = f'{self.level_choice}'
elif self.presses == 2:
self.level_choice = 'Normal'
self.level_label.text = f'{self.level_choice}'
else:
self.level_choice = 'Easy'
self.level_label.text = f'{self.level_choice}'
for key, value in self.times_dict.items():
if key <= self.presses:
self.time_choice = value
self.time_choice_label.text = f'{self.time_choice}'
if touch.location in self.back_btn.frame:
self.sp.timer_value = self.time_choice
self.dismiss_modal_scene()
class StartPage(Scene):
def setup(self):
self.start_page_music = sound.play_effect('TappyTapIntro.wav', volume= 0.10)
self.start_page_music.looping = True
self.timer_value = 0
self.start_page_node = Node(parent=self)
self.start_page_bg = ShapeNode(ui.Path.rect(0, 0, self.size.w, self.size.h))
self.start_page_bg.position=self.size/2
self.start_page_bg.color='black'
self.start_page_bg.alpha=1
self.start_page_node.add_child(
self.start_page_bg)
self.settings_btn = SpriteNode('iow:gear_a_24',
position=(self.size.w * 0.10, self.size.h * 0.95), parent=self.start_page_node)
self.rules_btn = SpriteNode('iow:help_circled_24', position=(self.size.w * 0.10, self.size.h * 0.9), parent=self.start_page_node)
self.play_btn = SpriteNode('iow:ios7_play_32', position=(self.size.w * 0.10, self.size.h * 0.85), parent=self.start_page_node)
self.tap = LabelNode('TappyTap', font=('MarkerFelt-Wide', 50), position=(self.size/2), alpha=2, parent=self.start_page_node)
self.moving_bubble = SpriteNode('emj:White_Circle')
self.run_action(A.repeat(A.sequence(A.call(self.move_bubble), A.wait(1)), 0))
self.present_modal_scene(Intro())
def move_bubble(self):
self.moving_bubble.alpha=1
self.new_pos = (
random.randrange(
30, self.size.w - 30),
random.randrange(
30, self.size.h - 30))
self.moving_bubble.position = self. new_pos
self.start_page_node.add_child(
self.moving_bubble)
self.moving_bubble.run_action(
A.repeat(
A.sequence(
A.fade_to(0, 1), A.fade_to(1, 1)), 0))
def touch_began(self, touch):
# --- Tap Me Btn ---
if touch.location in self.play_btn.frame:
sound.stop_all_effects()
bg_music = sound.play_effect('TappyBeat.wav', volume=0.12)
bg_music.looping = True
self.main.start_time = True
self.main.timer_value = self.timer_value
self.main.timer_amount_label.text = f'{self.main.timer_value}'
self.dismiss_modal_scene()
if touch.location in self.settings_btn.frame:
set.sp = self
self.present_modal_scene(set)
if touch.location in self.rules_btn.frame:
rl.sp = self
self.present_modal_scene(rl)
class MainScene (Scene):
def setup(self):
self.root_node = Node(parent=self)
self.root_node.alpha=1
self.game_over = False
self.start_time = False
self.timer_value = 15
self.tap_count = 0
self.frame_counter = 0
self.seconds_past = 0
self.points = 0
self.highscore = self.load_highscore()
self.color_list = ['#63ebff', '#71ff7e', '#ff44d6', 'orange', '#ffd174', 'yellow', '#ff40d5', '#00a200', '#3243ff', '#ba00ba', '#cbff55', '#5cbfff']
self.background_color = random.choice(self.color_list)
sp.main = self
self.present_modal_scene(sp)
# --- Sprites ---
self.bubble_radius = 30
self.bubble_diameter = self.bubble_radius * 2
self.bubble_pos = (random.randint(30, self.size.w - 30), random.randint(30, self.size.h - 30))
self.bubble = SpriteNode('emj:White_Circle', position=self.bubble_pos, size=(self.bubble_diameter, self.bubble_diameter),
z_position=1, parent=self.root_node)
self.vanish_bubble = SpriteNode('emj:White_Circle', position=self.bubble_pos, size=(self.bubble_diameter, self.bubble_diameter),
z_position=1, parent=self.root_node)
self.fader_bubble = SpriteNode('emj:White_Circle', position=self.bubble_pos, size=(self.bubble_diameter, self.bubble_diameter),
z_position=1, parent=self.root_node)
self.extra_time = SpriteNode('emj:Hourglass_1')
self.extra_time.position = random.randrange(30, self.size.w - 30), random.randrange(30, self.size.h - 30)
self.replay_btn = SpriteNode('iow:ios7_refresh_empty_256', position=(-15, self.size.h * 0.2), scale=0.25, alpha=0.8)
# --- Labels ---
self.label_color = 'white'
self.label_alpha = 0.8
self.title_label = LabelNode('Tappy Tap', font=('MarkerFelt-Wide', 28), position=(self.size.w/2, self.size.h * .94), color=self.label_color, alpha=self.label_alpha, parent=self)
self.timer_label = LabelNode('Timer', font=('MarkerFelt-Wide', 28), position=(self.size.w/2, self.size.h *0.07), color=self.label_color, alpha=self.label_alpha, parent=self.root_node)
self.timer_amount_label = LabelNode(f'{self.timer_value}', font=('MarkerFelt-Wide', 20), position=(self.size.w/2, self.size.h *0.04), color=self.label_color, alpha=self.label_alpha, parent=self.root_node)
self.tap_amount_label = LabelNode(f'{self.tap_count}', font=('MarkerFelt-Wide', 150), position=(self.size/2), color=self.label_color, alpha=self.label_alpha, parent=self.root_node)
self.vanish_score = LabelNode('+5', font=('MarkerFelt-Wide', 40), position=(self.size/2), color=self.label_color, alpha=self.label_alpha,
z_position=1)
self.points_label = LabelNode(f'{self.points}', ('MarkerFelt-Wide', 45), position=(self.size.w/2, self.size.h * .65), parent=self.root_node)
self.high_score_label = LabelNode('High Scores', font=('MarkerFelt-Wide', 23), position=(self.size.w/2, 0), color=self.label_color, alpha=self.label_alpha)
self.show_highscore = LabelNode(str(self.highscore), font=('MarkerFelt-Wide', 23), position=(self.size.w/2, 0), color=self.label_color, alpha=self.label_alpha)
def new_game(self):
self.remove_all_actions()
self.setup()
self.start_time = True
self.dismiss_modal_scene()
def spawn_time(self):
self.root_node.add_child(self.extra_time)
def remove_time(self):
self.extra_time.remove_from_parent()
def white_bg(self):
self.background_color = 'white'
def red_bg(self):
self.background_color = 'red'
def load_highscore(self):
try:
with open('.TappyTapHighscore', 'r') as f:
return int(f.read())
except:
return 0
def save_highscore(self):
if self.tap_count > self.highscore:
with open('.TappyTapHighscore', 'w') as f:
f.write(str(self.tap_count))
self.highscore = self.tap_count
def did_change_size(self):
pass
def update(self):
self.frame_counter += 1
if self.frame_counter >= 60 and self.start_time == True:
self.seconds_past += 1
if self.timer_value <= 0:
self.timer_value = 0
else:
self.timer_value -= 1
self.timer_amount_label.text = f'{self.timer_value}'
self.frame_counter = 0
if self.timer_value == 0:
self.game_over = True
self.bubble.remove_from_parent()
self.root_node.add_child(
self.high_score_label)
self.save_highscore()
self.load_highscore()
self.show_highscore.text=str(
self.highscore)
self.root_node.add_child(
self.show_highscore)
self.high_score_label.run_action(
A.move_to(self.size.w/2, self.size.h * 0.90, 3, TIMING_ELASTIC_OUT))
self.show_highscore.run_action(
A.sequence(
A.wait(0.5),
A.move_to(self.size.w/2, self.size.h * 0.85, 3, TIMING_ELASTIC_OUT)))
self.root_node.add_child(
self.replay_btn)
self.replay_btn.run_action(
A.move_to(self.size.w/2, self.size.h * 0.2, .5, TIMING_EASE_OUT))
if self.seconds_past % 4 == 0 and self.game_over == True:
self.run_action(
A.repeat(
A.sequence(
A.call(self.red_bg), A.wait(4), A.call(self.white_bg), A.wait(4)), 0))
def touch_began(self, touch):
# --- Touch Bubble ---
if abs(self.bubble.position - touch.location) <= self.bubble_radius and self.game_over == False:
self.points += 5
self.tap_count += 1
self.background_color = random.choice(self.color_list)
self.new_x = random.randrange(30, self.size.w - 30)
self.new_y = random.randrange(30, self.size.h - 30)
self.tap_amount_label.font = ('MarkerFelt-Wide', 200)
self.tap_amount_label.alpha = 1
self.tap_amount_label.text = f'{self.tap_count}'
self.points_label.text=f'{self.points}'
self.vanish_score.alpha=1
self.vanish_score.scale=1
self.vanish_bubble.alpha=1
self.fader_bubble.alpha=1
self.fader_bubble.scale=1
self.bubble.position = (self.new_x, self.new_y)
self.vanish_bubble.position = touch.location
self.fader_bubble.position = touch.location
self.vanish_score.position = touch.location
self.root_node.add_child(self.vanish_score)
sound.play_effect('digital:Tone1', pitch=2, volume=0.6)
self.vanish_bubble.run_action(
A.sequence(
A.fade_to(0, 0.3)))
self.fader_bubble.run_action(
A.sequence(
A.group(
A.scale_to(0.0, 1), A.move_by(random.randrange(-20, 20), 200, 1, TIMING_EASE_OUT), A.fade_to(0, 1))))
self.vanish_score.run_action(
A.sequence(
A.group(
A.scale_to(2, 1), A.move_by(random.randrange(-20, 20), 200, 1, TIMING_EASE_OUT), A.fade_to(0, 2))))
if self.tap_count % 20 == 0 and self.tap_count != 0:
if self.tap_count > 50:
self.timer_value += 7
else:
self.timer_value += 10
sound.play_effect(
'arcade:Powerup_2', volume=0.2)
if self.tap_count % 50 == 0:
self.run_action(
A.sequence(
A.wait(random.randint(0, 4)), A.call(self.spawn_time), A.wait(1), A.call(self.remove_time)))
# --- Extra Time Btn
if touch.location in self.extra_time.frame:
self.extra_time.remove_from_parent()
self.timer_value += 5
# --- Replay Btn ---
if touch.location in self.replay_btn.frame:
self.root_node.remove_from_parent()
self.new_game()
def touch_moved(self, touch):
pass
def touch_ended(self, touch):
self.tap_amount_label.font = ('MarkerFelt-Wide', 150)
self.tap_amount_label.alpha = 0.8
def pause(self):
sound.stop_all_effects()
def resume(self):
if self.presented_scene == sp:
sound.play_effect('TappyTapIntro.wav', 0.10)
else:
sound.play_effect('TappyBeat.wav', volume=0.10)
sound.looping = True
def stop(self):
sound.stop_all_effects()
tro = Intro()
rl = Rules()
set = Settings()
sp = StartPage()
main = MainScene()
if __name__ == '__main__':
run(main, PORTRAIT, show_fps=False)
posted in Pythonista
Latitude and Longitude when using a Hotspot for WiFi in a remote location
I'm having an issue retrieving Latitude and Longitude when using a Hotspot for WiFi in a remote location. This works without a hitch when the iPad is connected to my home WiFi (or within an urban area when using the Hotspot.)
When at a remote location, I am able to access the internet connection through the Hotspot and pull down weather data within the program, but when executing the following piece of code, it cycles through the loop ten times and "here" is still equal to "None". What do I need to do to make this work in a remote location?
print("Getting Location...")
location.start_updates();
time.sleep(2);
here = location.get_location();
x = 1
while here is None and x < 10:
time.sleep(5);
here = location.get_location();
x += 1
print(x, " ", here)
if here is None :
print("no data")
location.stop_updates();
if here is None :
#DSS
lat = 38.220;
long = -94.560;
#Bonanza
lat = 39.625;
long = -93.958;
else :
lat = here.get("latitude");
long = here.get("longitude");
posted in Pythonista
Playing sound
@cvp ive got it working with a stock sound but not my wav file. It must be something with my wav
posted in Pythonista
Can Pythonista set wifi off?
I'm using Siri shortcut to set wifi off.But Siri shortcut have some problems. So I want to use Pythonista to implement.
posted in Pythonista
Location Module 'speed'
Thanks @mikael, I figured out the problem. I was debugging on an iPad without GPS, so while it returns lat/lon based on wifi, it doesn't return speed. When I tried the same code on an iPhone with GPS it also returns speed. I guess it wouldn't make much sense to derive speed from the wifi based location.
posted in Pythonista
Reconnecting to WiFi
You can use objc_util to check your connection type.
from objc_util import *
NWPathEvaluator = ObjCClass('NWPathEvaluator')
connection = NWPathEvaluator.sharedDefaultEvaluator()
def isOnWifi():
info=connection.path()
if info.isExpensive():
#on cellular data
return False #Not on wifi
elif info.status() == 2:
#no connection
return False #Not on wifi
elif info.status() == 1:
#on wifi
return True #Wifi!
else:
return None #Unknown or Error
Will continue to see if there’s a way to retry a connection....
posted in Pythonista