def set_nbr_steps(self, nbr_steps, width, is_indicator_with_image):
if nbr_steps != self.nbr_steps:
self.nbr_steps = nbr_steps
self.indicators.clear()
self.clear_widgets()
# add dummy button to be correctly aligned
dummy_but = Widget() # instead of Button
dummy_but.size_hint_x = None
dummy_but.width = width
dummy_but.disabled = True
self.add_widget(dummy_but)
self.add_widget(
ImageSeparator()) # add a Track Sound Button with a width
# rebuild layout by adding the PIBs or the PIIs
if is_indicator_with_image:
for i in range(0, nbr_steps):
pii = PlayIndicatorImage(
) # (source="images/indicator_light_off.png")
self.indicators.append(pii)
self.add_widget(pii)
else:
for i in range(0, nbr_steps):
pib = PlayIndicatorButton(text=str(i + 1))
pib.disabled = True
pib.color = (1, 1, 1, 0.5) # text color is (1,1,1,0.4)
pib.background_color = (0, 1, 1, .5
) # bgd color is (0.1,0.1,0.6,.3)
pib.background_normal = ''
pib.background_disabled_down = ''
# tog_but.state = 'down' if i == 0 else 'normal'
self.indicators.append(pib)
self.add_widget(pib)
def set_widget_size(w: Widget, x: int, y: int):
if x <= 1 and x > 0:
w.size_hint_x = x
elif x > 1:
w.size_hint_x = None
w.width = x
else:
pass
if y <= 1 and y > 0:
w.size_hint_x = x
elif y > 1:
w.size_hint_y = None
w.height = y
else:
pass
def response(self, query):
self.incoming_text.color = hex8("#000000")
self.incoming_text.text = query
self. incoming_text.halign = "center"
self.incoming_text.valign = "middle"
self.incoming_text.pos_hint = [0.5, 0.5]
self.incoming_text.font_size = "17dp" if len(self.text.text) < 70 else '10dp'
self.incoming_text.texture_update()
self.incoming_text.text_size = self.width, None
self.texture = self.incoming_text.texture
self.incoming.md_bg_color = hex8("#ffff00")
self.incoming.size_hint_x = 1
self.incoming.height = 243
self.incoming.padding = "3dp"
self.incoming.add_widget(self.incoming_text)
emp2 = Widget()
emp2.size_hint_x = 1
emp2.height = 0.5
self.Top.size_hint_y = len(range(self.count))
self.Bot.add_widget(emp2)
self.Bot.add_widget(self.incoming)
self.Container.height = self.text_msg.size_hint_y
self.Bot.width = self.incoming_text.size_hint_y
self.Scroll.scroll_to(self.incoming)
sound.play()
def send_it(self, message):
self.count += 1
br = Bot_Response()
text = f"{self.text.text}"
abc = br.respond(text)
self.text_msg.color = hex8("#000000")
self.text_msg.text = message
self.text_msg.pos_hint = [0.5, 0.5]
self.text_msg.halign = "center"
self.text_msg.valign = "middle"
self.text_msg.font_size = "17dp" if len(self.text.text) < 70 else '10dp'
self.text_msg.texture_update()
self.text_msg.text_size = self.width, None
self.texture = self.text_msg.texture
self.msg.md_bg_color = hex8("#ffff00")
self.msg.size_hint_x = 1
self.msg.height = 243
self.msg.padding = "3dp"
self.msg.add_widget(self.text_msg)
emp = Widget()
emp.size_hint_x = 1
emp.height = 0.5
sound.play()
if self.count >= 1:
print(self.count)
self.Container.add_widget(self.msg)
self.Container.add_widget(emp)
self.response(abc)
return self.count
def set_nb_steps(self, nb_steps):
if not nb_steps == self.nb_steps:
# Reconstruire notre layout -> mettre les boutons
self.lights = []
self.clear_widgets()
dummy_widget = Widget()
dummy_widget.size_hint_x = None
dummy_widget.width = self.left_align
self.add_widget(dummy_widget)
for i in range(0, nb_steps):
light = PlayIndicatorLight()
light.source = "images/indicator_light_off.png"
# button.state = "down"
self.lights.append(light)
self.add_widget(light)
self.nb_steps = nb_steps
def collide_customed(self, widget):
'''
Function which implement custom collision between 2 widgets
This function draw a square with center (self.center_x, self.center_y) and size = ( widget.size - self.size)/2 (1 if res <0)
:param Widget: the widget to test collision with self
:type widget = Widget, we will use center_x,center_y and size
:return Return true is self's custom zone is in collision with widget
'''
#Calcul of radius
size = ((widget.size_hint_x - self.size_hint_x) / 4)
# if r <=0, the test will be done with a point
if (size <= 0):
size = 1
#Creation of the zone
zone = Widget()
zone.center_x = widget.center_x
zone.center_y = widget.center_y
zone.size_hint_x = size
zone.size_hint_y = size
#Test the collision
return (self.collide_widget(zone))
def collide_customed(self, widget):
'''
Fonction which implement custom collision between 2 widgets
This function draw a square with center (self.center_x, self.center_y) and size = ( widget.size - self.size)/2 (1 if res <0)
:param Widget: the widget to test collision with self
:type widget = Widget, we will use center_x,center_y and size
:return Return true is self's custom zone is in collision with widget
'''
#Calcul of radius
size = ((widget.size_hint_x - self.size_hint_x)/4)
# if r <=0, the test will be done with a point
if (size<=0):
size = 1
#Creation of the zone
zone = Widget()
zone.center_x = widget.center_x
zone.center_y = widget.center_y
zone.size_hint_x = size
zone.size_hint_y = size
#Test the collision
return(self.collide_widget(zone))
