def init_widgets():
global app, Weather_drawing, Add_textbox, To_do_list_Title, Addbutton, delbutton, Clearbutton, Citybutton, Spotifybutton
To_do_list_Title = Text(app,
"To-do List:",
size=20,
color="light gray",
grid=[0, 2, 1, 1],
align="left")
create_list()
Add_textbox = TextBox(app, grid=[0, 4, 1, 1], width=50, align="left")
Add_textbox.text_size = 12
Add_textbox.text_color = "Black"
Add_textbox.font = "Century Gothic Bold"
Add_textbox.bg = "white"
Addbutton = PushButton(app,
command=addto_todolist,
image="Images/add_button.png",
grid=[0, 4, 1, 1],
align="right")
delbutton = PushButton(app,
command=delfrom_todolist,
image="Images/sub_button.png",
grid=[1, 4, 4, 1],
align="right")
Clearbutton = PushButton(app,
command=clear_todolist,
image="Images/clear_button.png",
grid=[0, 5],
width=100,
height=50,
align="left")
Clearbutton.bg = "light gray"
Citybutton = PushButton(app,
command=change_city,
image="Images/Change_city_button.png",
grid=[0, 5],
width=160,
height=50)
Citybutton.bg = "light gray"
Spotifybutton = PushButton(app,
command=Spotify_gui,
image="Images/spotify_button.png",
grid=[0, 5, 1, 1],
align="right",
width=50,
height=50)
Spotifybutton.bg = "black"
Weather_drawing = Drawing(app,
grid=[0, 6, 2, 1],
align="left",
width=600,
height=300)
weather_font_color = which_color(description)
Image_picture = which_image(description)
update_weather()
Weather_drawing.image(0,
0,
image="Images/" + Image_picture,
width=600,
height=400)
city_num_x = 200 - (len(city_name) * 10)
city_num_y = 0
Weather_drawing.text(city_num_x,
city_num_y,
text=city_name,
color=weather_font_color,
font="Arial",
size=40)
Weather_drawing.text(135 - len(temp),
45,
text=temp,
color=weather_font_color,
font="Arial",
size=50)
Weather_drawing.text(110 - len(temp),
110,
text="Low:" + temp_min,
color=weather_font_color,
font="Arial",
size=15)
Weather_drawing.text(225 - len(temp) + len(temp_high) * 2,
110,
text="High:" + temp_high,
color=weather_font_color,
font="Arial",
size=15)
Weather_drawing.text(150 - len(humidity),
135,
text="Humidity: " + humidity,
color=weather_font_color,
font="Arial",
size=15)
Weather_drawing.text(125 - len(wind_speed),
155,
text="Wind Speed: " + wind_speed,
color=weather_font_color,
font="Arial",
size=15)
Add_textbox.when_clicked = Make_keys
return switcher.get(description, "black")
weather_font_color = which_color(description)
Image_picture = which_image(description)
Weather_drawing.image(0,
0,
image="Images/" + Image_picture,
width=600,
height=400)
city_num_x = 200 - (len(city_name) * 10)
city_num_y = 0
Weather_drawing.text(city_num_x,
city_num_y,
text=city_name,
color=weather_font_color,
font="Arial",
size=40)
Weather_drawing.text(135 - len(temp),
45,
text=temp,
color=weather_font_color,
font="Arial",
size=50)
Weather_drawing.text(110 - len(temp),
110,
text="Low:" + temp_min,
color=weather_font_color,
font="Arial",
size=15)
Weather_drawing.text(225 - len(temp) + len(temp_high) * 2,
#Gauge Needles
radius = GaugeWidth/4
#Q1 Gauge
Q1xc = radius
Q1yc = radius
Q1x = radius
Q1y = 0
#///Q1 VARIABLES////
Q1Min = 32
Q1Max = 110
Q1Title = "Cab *F"
Q1TitleSize = 13
#///////////////////
Q1TargetP = 0.0
Q1Needle = GaugeCluster.line(Q1xc, Q1yc, Q1x, Q1y, color="red", width=5)
Q1MainText = GaugeCluster.text(Q1xc , Q1yc+10, text = Q1Title,size=Q1TitleSize)
Q1MainReading = GaugeCluster.text(Q1xc , Q1yc+35, text = "0",size=14)
Q1ErrorCount = 0
Q1MinText = GaugeCluster.text(Q1xc-30 , Q1yc+55, text = Q1Min,size=10)
Q1MaxText = GaugeCluster.text(Q1xc+50, Q1yc-10, text = Q1Max,size=10)
Q1Max1 = GaugeCluster.line(Q1xc, Q1yc,Q1xc + (math.cos((((100 - 0) * ((3.141592 * 1.25) - 0)) / (100 - 0))-(3.141592 / .75)) * radius), Q1yc + (math.sin((((100 - 0) * ((3.141592 * 1.25) - 0)) / (100 - 0))-(3.141592 / .75)) * radius), color="red", width=4)
Q1Min1 = GaugeCluster.line(Q1xc, Q1yc,Q1xc + (math.cos((((0 - 0) * ((3.141592 * 1.25) - 0)) / (100 - 0))-(3.141592 / .75)) * radius), Q1yc + (math.sin((((0 - 0) * ((3.141592 * 1.25) - 0)) / (100 - 0))-(3.141592 / .75)) * radius), color="blue", width=4)
Q1MaxRadius = GaugeWidth/6
for i in range(1, 10):
Q1Dashes = GaugeCluster.line(Q1xc, Q1yc,Q1xc + (math.cos(((((i*10) - 0) * ((3.141592 * 1.25) - 0)) / (100 - 0))-(3.141592 / .75)) * radius), Q1yc + (math.sin(((((i*10) - 0) * ((3.141592 * 1.25) - 0)) / (100 - 0))-(3.141592 / .75)) * radius), color="black", width=2)
for i in range(0, 11):
Q1DashCover = GaugeCluster.line(Q1xc, Q1yc,Q1xc + (math.cos(((((i*10) - 0) * ((3.141592 * 1.25) - 0)) / (100 - 0))-(3.141592 / .75)) * Q1MaxRadius), Q1yc + (math.sin(((((i*10) - 0) * ((3.141592 * 1.25) - 0)) / (100 - 0))-(3.141592 / .75)) * Q1MaxRadius), color="white", width=5)
#Q2 Gauge
Q2xc = radius*3
Q2yc = radius
Q2x = radius*2
def test_text():
a = App()
d = Drawing(a)
id = d.text(1, 2, "foo")
assert id > 0
a.destroy()
300,
400,
250,
450,
color="yellow",
outline=5,
outline_color="green")
d.triangle(310,
400,
360,
400,
310,
450,
color=None,
outline=5,
outline_color="green")
d.image(10, 500, "guizero.png", width=350, height=100)
d.text(10, 600, "guizero")
d.text(110, 600, "guizero", font="times new roman")
d.text(210, 600, "guizero", size=24)
d.text(10,
650,
"this is a some text which goes over the width and is wrapped",
font="arial",
size=16,
max_width=350)
a.display()
