def create_main_screen(self):
main_screen = BoxLayout()
## buttons
button_layout = BoxLayout(orientation='vertical')
xtabs_btn = Button(text="Crosstab Reports", size_hint=(.5,.3), on_press = self.main_to_xtabs)
xtabs_btn.font_name = "Y2"
top_btn = Button(text="Topline Reports", size_hint=(.5,.3), on_press = self.main_to_top)
top_btn.font_name = "Y2"
rnc_btn = Button(text="RNC Reports", size_hint=(.5,.3), on_press = self.main_to_rnc)
rnc_btn.font_name = "Y2"
help_btn = Button(text="Help", size_hint=(.5,.15), on_press = self.main_help)
help_btn.font_name = "Y2"
help_btn.background_normal = ''
help_btn.background_color = (0.07, 0.306, 0.651, 1)
button_layout.add_widget(xtabs_btn)
button_layout.add_widget(top_btn)
button_layout.add_widget(rnc_btn)
button_layout.add_widget(help_btn)
main_screen.add_widget(button_layout)
# y2 logo
screen_image = Image()
screen_image.source = "resources/images/y2_white_logo.png"
main_screen.add_widget(screen_image)
return main_screen
def _draw_hearts(self):
self.clear_widgets()
i = 0
while i < (self.max_health / 4):
heart = Image(size=(80, 80))
heart.source = 'img/heart-' + str(self.hearts[i]) + '.png'
self.add_widget(heart)
i += 1
def IMAG(self):
layout = RelativeLayout()
widget3 = Widget()
img2 = Image()
img2.source = "img/text.png"
x, y = 130, 370
img2.pos = x + self.xo, y - 420 + self.yo
img2.size = 300, 680
widget3.add_widget(img2)
self.widget1.add_widget(widget3)
def showPicture(self, *args):
self.clear_widgets()
i1 = Image()
i1.keep_ratio = True
i1.source = 'simplekivy3.gif'
self.add_widget(i1)
b1 = Button()
b1.size_hint_y = 0.1
b1.background_color = (1, 0, 0, 1)
b1.text = '< -- Back'
self.add_widget(b1)
b1.bind(on_press=self.showMenu)
def IMAG2(self):
layout = RelativeLayout()
widget4 = Widget()
img2 = Image()
img2.source = "img/text.png"
x, y = 140, -250
img2.pos = x, y
img2.size = 300, 680
widget4.add_widget(img2)
layout.add_widget(widget4)
self.widget1.add_widget(layout)
def __init__(self, display):
self.board = [[] for x in xrange(15)]
self.seed_ref = []
for index in range(6 * 12):
seed = Image()
seed.id = "seed,{}".format(index)
seed_pic = random.choice(
SEED_DICT[settings['seed_choice']]['images'])
seed.source = seed_pic['file']
seed.pos_fixed = (2000, 2000)
seed.spot_fixed = seed_pic['true_spot']
seed.size_fixed = seed_pic['size_fixed']
display.game_screen_root.add_widget(seed)
self.board[HAND].append(seed)
self.seed_ref.append(seed)
hand = Image()
hand.id = "user_hand"
hand.source = img_dir + "/user-hand-01.png"
hand.pos_fixed = GameScreen.HANDS[USER]['pos']
hand.spot_fixed = (300, 1500 - 128)
hand.size_fixed = (600, 1500)
display.game_screen_root.add_widget(hand)
self.user_hand = hand
hand = Image()
hand.id = "ai_hand"
hand.source = img_dir + "/ai-hand-01.png"
hand.pos_fixed = GameScreen.HANDS[AI]['pos']
hand.spot_fixed = (340, 128)
hand.size_fixed = (600, 1500)
display.game_screen_root.add_widget(hand)
self.ai_hand = hand
face = Image()
face.id = "ai_picture"
face.source = img_dir + "/ai-pic-01.png"
face.pos_fixed = (-1000, 2401)
face.size_fixed = (300, 300)
self.ai_face = face
display.game_screen_root.add_widget(face)
self.display = display
def Label2(self):
widget3 = Widget()
img2 = Image()
img2.source = "img/text.png"
x, y = 130, 370
img2.pos = x + self.xo, y - 160 + self.yo
img2.size = 300, 500
lbl2 = Label()
lbl2.pos = x + 90 + self.xo, y + 40 + self.yo
lbl2.text = " " + 'HACK-VISION DEMO\n Recibe GPS \n' + " " + ' Blueetooth '
widget3.add_widget(img2)
widget3.add_widget(lbl2)
self.widget1.add_widget(widget3)
def Label2(self):
widget3 = Widget()
img2 = Image()
img2.source = "img/text.png"
x, y = 130, 370
img2.pos = x + self.xo, y - 160 + self.yo
img2.size = 300, 500
lbl2 = Label()
lbl2.pos = x + 90 + self.xo, y + 40 + self.yo
lbl2.text = " " + 'HACK-VISION DEMO\n CLIENTE BLUETOOTH ENVIO\n' + " " + ' GPS'
widget3.add_widget(img2)
widget3.add_widget(lbl2)
self.widget1.add_widget(widget3)
def Label2(self):
widget3 = Widget()
img2 = Image()
img2.source = "img/text.png"
x, y = 50, 330
img2.pos = x, y - 160
img2.size = 300, 500
lbl2 = Label()
lbl2.pos = x + 90, y + 40
lbl2.font_size = '18dp'
lbl2.text = " " + 'FReePS DEMO\n Diego Alberto Parra \n' + " " + ' Bogota D.C.'
widget3.add_widget(img2)
widget3.add_widget(lbl2)
Mprincipal.add_widget(widget3)
def Animacion1(self, *args):
global Anim
lol = Widget()
Anim = Image()
Anim.source = "img/fondo_brujula.png"
# Anim.size = 700,700
#Anim.source = "img/caballo.zip"
#Anim.anim_delay=(0.15)
# Anim.pos_hint= {"x": -0.1, "center_y": -1}
# Anim.pos = 10, 10
#Anim.pos = random.randrange(100,680), random.randrange(100,460)
self.dis1.add_widget(Anim)
lol.add_widget(self.dis1)
self.widget1.add_widget(lol)
def iniciar(self, tipo='blocos', *args):
# Limpando área responsável pelos blocos
self.ids.blocos_memoria.clear_widgets()
# Se "tipo" for "blocos", irá iniciar o jogo em si
if (tipo == 'blocos'):
######################### INFO #########################
# Para evitar problemas no "Thread" para carregar e #
# exibir as Imagens, elas e os Botões (BotaoSecreto) #
# são criados anteriormente para depois serem passados #
# como argumento no método "gerar_blocos" #
########################################################
# Lista para armazenar os Widgets criados
imagens = []
botoes = []
# Para cada item em jome.memoria
for i in range(len(self.jome.memoria)):
# Criando Widget de Imagem
img = Image()
# Passando Imagem que será utilizada com base no
# index armazenado em jome.memoria[i]
img.source = self.jome.imagens[self.jome.memoria[i]]
# Adicionando à lista
imagens.append(img)
# Gerando Botão (BotaoSecreto)
bts = BotaoSecreto()
# Armazenando o id (index) da Imagem que ele representa
bts.id_img = self.jome.memoria[i]
# Adicionando função que será executada quando ele terminar
# de ser clicado, e passando a tela atual (TelaJogo) como
# argumento através do "self"
bts.bind(on_release=partial(bts.clicado, self))
# Adicionando à lista
botoes.append(bts)
# Iniciando Thread do método "gerar_blocos"
threading.Thread(target=self.gerar_blocos,
args=(imagens, botoes)).start()
# Se "tipo" for "tela_espera", irá exibir a tela de espera antes de iniciar
elif (tipo == 'tela_espera'):
# Iniciando Thread do método "gerar_tela_espera"
threading.Thread(target=self.gerar_tela_espera).start()
def Label1(self):
global lbl1
img2 = Image()
img2.source = "img/text.png"
# img2.pos = 215, 140
img2.pos = 400, 160
img2.size = 400, 500
lbl1 = Label()
lbl1.text = "Esperando instrucciones:"
# lbl1.pos = 200,140
lbl1.pos = 530, 380
lbl1.font_size = "14dp"
Mprincipal.add_widget(img2)
Mprincipal.add_widget(lbl1)
print "Esperando instrucciones:"
def back_to(self):
# Restores the home screen
self.lay_center.clear_widgets()
self.clear_widgets()
self.lay_center_bt.clear_widgets()
image_back_ground = Image()
image_back_ground.source = 'image/background_ppmt_main.png'
button_new_open_close = ButtonNewOpen(new_proj=self.new_project,
open_proj=self.open_project)
self.add_widget(image_back_ground)
self.lay_center_bt.add_widget(button_new_open_close)
self.lay_center.add_widget(self.lay_center_bt)
self.lay_center.add_widget(self.lay_last_project)
self.add_widget(self.lay_center)
def back_to(self):
# Restores the home screen
self.lay_center.clear_widgets()
self.clear_widgets()
self.lay_center_bt.clear_widgets()
image_back_ground = Image()
image_back_ground.source = 'image/background_ppmt_main.png'
button_new_open_close = ButtonNewOpen(new_proj=self.new_project, open_proj=self.open_project)
self.add_widget(image_back_ground)
self.lay_center_bt.add_widget(button_new_open_close)
self.lay_center.add_widget(self.lay_center_bt)
self.lay_center.add_widget(self.lay_last_project)
self.add_widget(self.lay_center)
def update(self, *args):
dateLabel = self.ids['DateLabel']
dateLabel.text = time.strftime("%A %B %d %Y")
timeLabel = self.ids['TimeLabel']
timeLabel.text = time.strftime("%I:%M:%S %p")
if self.manager.AlarmService:
alarmOnButton = self.ids['alarmOn_button']
if self.manager.AlarmService.AlarmOn == True:
if self.alarmShowing == False:
self.alarmShowing = True
alarmImage = Image()
alarmImage.source = 'trans-alarmclock.png'
alarmOnButton.add_widget(alarmImage)
else:
alarmOnButton.clear_widgets()
self.alarmShowing = False
def __init__(self, **kwargs):
# accesses properties and methods from FloatLayout
super().__init__(**kwargs)
global bestPopCount, store
# create a cloud layout layer where all the clouds will be spawned (this will be above the sky background)
cloud_layout = CloudLayout()
self.add_widget(cloud_layout)
# in the json file set as store in global variables, get the best score value saved to local memory in at the
# key 'bestScore'
bestPopCount = store.get('bestScore')['best']
# create a new float layout for menu items
self.menu_layout = FloatLayout()
# create the start button
start_button = Button()
# the start button width and height should both take up 30% of the screen
start_button.size_hint = (.3, .3)
# the start button should be located in the middle of the screen horizontally and 30% up the screen vertically
start_button.pos_hint = {'center_x': .5, 'center_y': .3}
# set the start button text to say "start"
start_button.text = "Start"
# change its font style
start_button.font_name = "PressStart2P.ttf"
# make the font medium sized
start_button.font_size = "20sp"
# upon the buttons release it will remove the layout with all menu items attached to it
start_button.bind(on_release=self.remove_layout)
# creates an image object for the title image
title = Image()
# the image should take up no more than 90% of the screen horizontally and no more than 90% of screen vertically
title.size_hint = (.9, .9)
# the title image is centered horizontally and located 70% up screen vertically
title.pos_hint = {'center_x': .5, 'center_y': .7}
# changes the title image to the title image .png file
title.source = "Assets/popper_pig_title.png"
# add the start button and the title to the menu layout
self.menu_layout.add_widget(start_button)
self.menu_layout.add_widget(title)
# add the menu layout
self.add_widget(self.menu_layout)
def __init__(self, **kwargs):
super(GameWindow, self).__init__(**kwargs)
self.cols=1
self.rows=2
self.GameWindow1=GridLayout()
self.GameWindow1.cols=1
self.GameWindow1.rows=3
self.GameWindow1.add_widget(Label(text="COMPUTER DEALER", font_size=20, color = (0,1,1,1), halign = "center", valign = "center"))
self.GameWindow2=GridLayout()
self.GameWindow2.cols=7
self.GameWindow2.rows=1
self.GameWindow2.add_widget(Label(text=""))
compCardImage1=Image(source=imagePath + "blue_back.png")
self.GameWindow2.add_widget(compCardImage1)
compCardImage2=Image(source=imagePath + "blue_back.png")
self.GameWindow2.add_widget(compCardImage2)
compCardImage3=Image(source=imagePath + "blue_back.png")
self.GameWindow2.add_widget(compCardImage3)
compCardImage4=Image(source=imagePath + "blue_back.png")
self.GameWindow2.add_widget(compCardImage4)
compCardImage5=Image(source=imagePath + "blue_back.png")
self.GameWindow2.add_widget(compCardImage5)
self.GameWindow2.add_widget(Label(text=""))
self.GameWindow3=GridLayout()
self.GameWindow3.cols=1
self.GameWindow3.rows=1
self.GameWindow4=GridLayout()
self.GameWindow4.cols=1
self.GameWindow4.rows=3
self.GameWindow5=GridLayout()
self.GameWindow5.cols=7
self.GameWindow5.rows=1
self.GameWindow5.add_widget(Label(text=""))
playerCardImage1=Image(source=imagePath + "blue_back.png")
self.GameWindow5.add_widget(playerCardImage1)
playerCardImage2=Image(source=imagePath + "blue_back.png")
self.GameWindow5.add_widget(playerCardImage2)
playerCardImage3=Image(source=imagePath + "blue_back.png")
self.GameWindow5.add_widget(playerCardImage3)
playerCardImage4=Image(source=imagePath + "blue_back.png")
self.GameWindow5.add_widget(playerCardImage4)
playerCardImage5=Image(source=imagePath + "blue_back.png")
self.GameWindow5.add_widget(playerCardImage5)
self.GameWindow5.add_widget(Label(text=""))
self.GameWindow6=GridLayout()
self.GameWindow6.cols=1
self.GameWindow6.rows=1
self.GameWindow6.add_widget(Label(text="PLAYER", font_size=20, color=(0,1,1,1), halign="center", valign="center"))
self.GameWindow7=GridLayout()
self.GameWindow7.cols=7
self.GameWindow7.rows=1
self.GameWindow7.add_widget(Label(text=""))
self.GameWindow7.add_widget(Label(text=""))
self.hitButton=Button(text="HIT", font_size=20, background_color=(0,1,1,1))
self.GameWindow7.add_widget(self.hitButton)
self.GameWindow7.add_widget(Label(text=""))
self.stayButton=Button(text="STAY", font_size=20, background_color=(0,1,1,1))
self.GameWindow7.add_widget(self.stayButton)
self.GameWindow7.add_widget(Label(text=""))
self.GameWindow7.add_widget(Label(text=""))
self.add_widget(self.GameWindow1)
self.GameWindow1.add_widget(self.GameWindow2)
self.GameWindow1.add_widget(self.GameWindow3)
self.add_widget(self.GameWindow4)
self.GameWindow4.add_widget(self.GameWindow5)
self.GameWindow4.add_widget(self.GameWindow6)
self.GameWindow4.add_widget(self.GameWindow7)
deck = Deck()
deck.shuffle()
playerCoins = Coins()
playing=True
playerHandList = []
compHandList = []
#creating starting status of game
playerHand = Hand()
playerHand.addCard(deck.deal())
playerHand.addCard(deck.deal())
compHand = Hand()
compHand.addCard(deck.deal())
compHand.addCard(deck.deal())
#appending starting cards into respective lists
for i in playerHand.cards:
playerHandList.append(str(i))
for i in compHand.cards:
compHandList.append(str(i))
#displaying starting cards in gui
playerCardImage1.source = imagePath + playerHandList[0]
playerCardImage2.source = imagePath + playerHandList[1]
compCardImage1.source = imagePath + compHandList[0]
def hit(instance):
playerHand.addCard(deck.deal()) #new card added in player's hand object (background)
for i in playerHand.cards:
if str(i) not in playerHandList:
playerHandList.append(str(i)) #append newly added card in player hand list
playerHand.adjustForAce()
#adding new cards in gui
print(playerHandList)
if len(playerHandList) == 3:
playerCardImage3.source = imagePath + playerHandList[2] #3rd card showed
elif len(playerHandList) == 4:
playerCardImage4.source = imagePath + playerHandList[3] #4th card showed
elif len(playerHandList) == 5:
playerCardImage4.source = imagePath + playerHandList[4] #5th card showed
#checking if player busts or not
if playerHand.value > 21:
'''
write bust code here
'''
print("player bust!")
screen_manager.current = "Bet"
#binding buttons with functions
self.hitButton.bind(on_press=hit)
def build(self,nom,prenom,nuance,sortant,personalite,dico_envoi,dico_score,dico_scrutin_nuance_proba,liste_oui,liste_petit_effectif):
global compteur
#Pour pouvoir faire les explications on a besoin de stoquer dans la classe les données
self.nom = nom
self.liste_oui = liste_oui
self.liste_petit_effectif = liste_petit_effectif
self.prenom = prenom
self.nuance = nuance
self.sortant = sortant
self.dico_envoi = dico_envoi
if self.sortant:
"""
sql_command = "SELECT uid FROM Elu WHERE nom = '{}' AND prenom = '{}'".format(self.nom,self.prenom)
cursor.execute(sql_command)
for item in cursor:
uid_elu = item[0]
self.score_affinité,self.dico_vote_elu = make_score_sortant(uid_elu,self.dico_envoi)
"""
pass
else:
pass
self.score_affinite = dico_score[self.nuance]
self.score_affinite = dico_score[self.nuance]
#print(self.liste_oui)
self.dico_candidat = 0
self.dico_scrutin_nuance_proba = dico_scrutin_nuance_proba
self.personalite = personalite
self.cols = 1
#print(self.score_affinite)
self.dico_texte_reponse = {}
self.dico_texte_question = {}
self.dico_nuance_nom = {"EXG" : "d'Extrême Gauche","PG":"du Parti de Gauche","COM":"Communistes",
"SOC":"Socialistes","RDG":"Radicaux de Gauche","DVG":"Divers Gauche",
"ECO":"Ecologistes","REG":"Regionalistes","DIV":"Divers","MDM":"Modem",
"REM":"Républiques en Marche","UDI":"Union des démocrates et indépendants",
"LR":"Républicains","DVD":"Divers Droite","DLF":"Debout la France",
"FN":"Front National","EXD":"Extrême droite","FI":"France Insoumise"}
self.resultat_IA = "Oui" * (self.nuance in self.liste_oui) + "Non" * (self.nuance not in self.liste_oui)
if self.nuance in self.liste_oui:
self.resultat_IA = "Oui"
elif self.nuance in self.liste_petit_effectif or self.score_affinite == -10:
self.resultat_IA = "???"
else:
self.resultat_IA = "Non"
for reponse in os.listdir("Texte_bouton"):
with open(os.path.join("Texte_bouton",reponse)) as file:
self.dico_texte_reponse[reponse] = file.read()
#(file.read())
for question in os.listdir("Questions"): # question est l'uid du scrutin
path_question = os.path.join("Texte_résumé",question)
with open(path_question,"r") as file:
texte_question = file.read()
self.dico_texte_question[question] = texte_question
"""
for reponse in os.listdir("Texte_bouton"):
with codecs.open(os.path.join("Texte_bouton",reponse), "r", encoding='utf-8') as file:
self.dico_texte_reponse[reponse] = file.read()
for question in os.listdir("Questions"): # question est l'uid du scrutin
path_question = os.path.join("Questions",question)
with codecs.open(path_question, "r", encoding='utf-8') as file:
texte_question = file.read()
self.dico_texte_question[question] = texte_question
"""
#Layout de la bande du haut
layout_haut = BoxLayout(orientation = "horizontal") #de gauche à droite photo Nom Nuance avec logo ou de couleur (a priori label coloré)
photo_candidat = Image()
photo_candidat.source = "images_candidat/{}.jpg".format(compteur)
compteur+=1
layout_haut.add_widget(photo_candidat)
#label_nom = Label(text = (prenom + " " + nom))
label_nom = WrappedLabel(text = (prenom + " " + nom))
label_nom.halign = "left"
label_nom.font_size = 30
layout_haut.add_widget(label_nom)
image_nuance = Image(source = "image_nuance/"+self.nuance+".png")
layout_haut.add_widget(image_nuance)
layout_haut.size_hint_y = 0.2
#Layout de la bande centrale avec les résultats
layout_score = BoxLayout(orientation = "horizontal")
layout_score.size_hint_y = 0.6
#sous-Layout pour le score d'affinité
layout_score_affinité = BoxLayout(orientation = "vertical")
label_affinite = Label(text = "Score d'Affinité")
label_affinite.size_hint_y = 0.3
label_affinite.font_size = 40
layout_score_affinité.add_widget(label_affinite)
string_label_score = (dico_score[self.nuance] != -10)*(str(dico_score[self.nuance])+"/100") + "???"*(dico_score[self.nuance] == -10)
label_score_affinite = Label(text = string_label_score)
label_score_affinite.font_size = 100
label_score_affinite.size_hint_y = 0.7
layout_score_affinité.add_widget(label_score_affinite)
#sous-Layout pour le resultat IA
layout_resultat_IA = BoxLayout(orientation = "vertical")
label_IA = Label(text = "Conseil IA")
label_IA.font_size = 40
label_IA.size_hint_y = 0.3
layout_resultat_IA.add_widget(label_IA)
label_resultat_IA = Label(text = str(self.resultat_IA))
label_resultat_IA.font_size = 100
label_resultat_IA.size_hint_y = 0.7
layout_resultat_IA.add_widget(label_resultat_IA)
#Ajout des layout score et IA au layout central score
layout_score.add_widget(layout_score_affinité)
layout_score.add_widget(layout_resultat_IA)
self.layout_bouton_explication = GridLayout(cols = 5)
self.layout_bouton_explication.size_hint_y = 0.2
self.bouton_explication = Button(text = "Explications")
self.bouton_explication.bind(on_press = self.explication)
self.bouton_explication.id = self.nuance + "," + self.sortant
self.layout_bouton_explication.add_widget(self.bouton_explication)
self.add_widget(layout_haut)
self.add_widget(layout_score)
self.add_widget(self.layout_bouton_explication)
def __init__(self, ms, **kwargs):
super(MasterClient.Home, self).__init__(**kwargs)
self.ms = ms
# Float Layout Top Bar
self.float_layout = FloatLayout()
self.float_layout.size_hint = (None, None)
# self.float_layout.pos_hint = (None, None) # Não pode definir no FloatLayout
self.float_layout.size = (402, 85)
self.float_layout.y = 630
# Top Bar image
self.top_bar = Image()
self.float_layout.add_widget(self.top_bar)
self.top_bar.source = ("interface/Home/top_bar1.png")
self.top_bar.y = 630
# AddContact button
self.add_contact_btn = Button()
self.float_layout.add_widget(self.add_contact_btn)
self.add_contact_btn.size_hint = (None, None)
self.add_contact_btn.size = (40, 40)
self.add_contact_btn.pos = (345, 643)
self.add_contact_btn.background_color = (1.0, 1.0, 1.0, 0)
self.add_contact_btn.on_press = self.press_add_contact_button
# Switch status button
self.switch_status = Button()
self.float_layout.add_widget(self.switch_status)
self.switch_status.size_hint = (None, None)
self.switch_status.size = (43, 24)
self.switch_status.pos = (20, 651)
self.switch_status.background_color = (1.0, 1.0, 1.0, 0)
self.switch_status.on_press = self.press_switch_status
# Switch status image
self.switch_img = Image()
self.add_widget(self.float_layout)
self.switch_status.add_widget(self.switch_img)
self.switch_img.source = ("interface/Home/switch_on.png")
self.switch_img.size = (43, 24)
self.switch_img.pos = (20, 651)
# Scroll View
self.scroll_view = ScrollView()
self.add_widget(self.scroll_view)
self.scroll_view.size_hint = (None, None)
self.scroll_view.size = (402, 630)
self.scroll_view.y = self.scroll_view.parent.x
self.scroll_view.orientation = "vertical"
self.scroll_view.background_color = (255, 0, 0, 1)
# Box View chats
self.box = BoxLayout()
self.scroll_view.add_widget(self.box)
self.box.id = "box"
self.box.orientation = "vertical"
self.box.size_hint_y = None
self.box.bind(minimum_height=self.box.setter("height"))
self.box.y = self.box.parent.y
print(len(contacts))
for contact in contacts:
print("entrei aqui no coisa do bicho do negoço")
print(contact)
###
# Box button
box_button = Button()
self.box.add_widget(box_button)
box_button.size_hint = (None, None)
box_button.width = 402
box_button.height = 80
#box_button.background_color = (255, 255, 255, 1)
# Contact photo image
contact_photo = Image()
box_button.add_widget(contact_photo)
contact_photo.source = ("interface/Home/contact.png")
contact_photo.size_hint = (None, None)
contact_photo.pos_hint = (None, None)
contact_photo.size = (80, 80)
contact_photo.pos = (0, 0)
# Contact status img
contact_img_status = Image()
box_button.add_widget(contact_img_status)
contact_img_status.source = ("interface/online.png")
contact_img_status.size_hint = (None, None)
contact_img_status.pos_hint = (None, None)
contact_img_status.size = (80, 80)
contact_img_status.pos = (330, contact_img_status.parent.y)
# Contact name label
lbl_name = Label()
box_button.add_widget(lbl_name)
lbl_name.text = contact_name
lbl_name.size = (15, 120)
lbl_name.pos = (90, contact_img_status.parent.y)
