def test_repeat_schedule():
a = App()
d = Drawing(a)
schedule_repeat_test(a, d)
a.destroy()
def test_text():
a = App()
d = Drawing(a)
id = d.text(1,2,"foo")
assert id > 0
a.destroy()
def test_after_schedule():
a = App()
d = Drawing(a)
schedule_after_test(a, d)
a.destroy()
def start(event):
painting.last_event = event
def draw(event):
painting.line(painting.last_event.x,
painting.last_event.y,
event.x,
event.y,
color=color.value,
width=width.value)
painting.last_event = event
# ------------------------------
# App
# ------------------------------
app = App("Paint")
color = Combo(app, options=["black", "white", "red", "green", "blue"])
width = Slider(app, start=1, end=10)
painting = Drawing(app, width="fill", height="fill")
painting.when_left_button_pressed = start
painting.when_mouse_dragged = draw
app.display()
def test_image():
a = App()
d = Drawing(a)
id = d.image(1,2,"../examples/guizero.gif")
assert id > 0
a.destroy()
def test_display():
a = App()
d = Drawing(a)
display_test(d)
a.destroy()
def test_inherited_properties():
a = App()
inherited_properties_test(a, lambda: Drawing(a), False)
a.destroy()
spacerb = Text(app, text="") # Spacer B clear = PushButton(app, clearlist, text="Clear list") # Clear list button clear.bg = "#565656" clear.text_size = 13 clear.font = "Cascadia Code" spacerc = Text(app, text="") # Spacer C calculate = PushButton(app, calcular, text="Calculate") # "Calculate" calculate.bg = "#565656" calculate.text_size = 13 calculate.font = "Cascadia Code" spacerd = Text(app, text="") # Spacer D functionlist = PushButton(app, flist, text="Function List") # Function List functionlist.bg = "#565656" functionlist.text_size = 11 functionlist.font = "Cascadia Code" # BG colors operacao.bg = "#565656" numinsert.bg = "#565656" # Drawing variable initialize drawingres = Drawing(app, width="fill", height="fill") # Display app.display()
color_label = Text(tool_box, text="color", align="top", width="fill")
color_label.bg = "black"
color_label.text_color = "white"
red = Slider(tool_box, end=255, command=update_color)
red.bg = (255, 0, 0)
green = Slider(tool_box, end=255, command=update_color)
green.bg = (0, 255, 0)
blue = Slider(tool_box, end=255, command=update_color)
blue.bg = (0, 0, 255)
line_width_box = Box(tool_box, align="top")
Text(line_width_box, text="width", align="top")
line_width = Slider(line_width_box, start=1, end=10, align="top")
painting = Drawing(paint_box, width="fill", height="fill")
painting.last_event = None
painting.last_shape = None
painting.when_left_button_pressed = start_paint
painting.when_mouse_dragged = draw_paint
painting.when_left_button_released = stop_paint
PushButton(tool_box,
text="Clear",
command=painting.clear,
align="bottom",
width="fill")
a.display()
def test_oval():
a = App()
d = Drawing(a)
id = d.oval(1,2,3,4)
assert id > 0
a.destroy()
def test_rectangle():
a = App()
d = Drawing(a)
id = d.rectangle(1,2,3,4)
assert id > 0
a.destroy()
def test_auto_layout():
a = App()
w = Drawing(a)
auto_layout_test(w, None)
a.destroy()
def secondfunc():
global pin8_flag, pin9_flag, pin10_flag, pin11_flag, d0_value, d1_value, d2_value, d3_value, a0_value, a1_value, a2_value, a3_value
global a0_textbox, a1_textbox, a2_textbox, a3_textbox, run_update, circle_2, circle_3, circle_4, circle_5
pin8_flag = "0"
pin9_flag = "0"
pin10_flag = "0"
pin11_flag = "0"
a0_value = "0"
a1_value = "0"
a2_value = "0"
a3_value = "0"
d0_value = "0"
d1_value = "0"
d2_value = "0"
d3_value = "0"
app.bg = "#00cc99"
app.width = 400
app.height = 300
wanted_text = Text(app, "IO data acquisition system GUI")
wanted_text.text_size = 12
wanted_text.font = "Times New Roman"
wanted_text.text_color = "#000000"
Box_input_digital = Box(app, layout="grid", border=1)
digital_text = Text(Box_input_digital, "Input digital", grid=[0, 0])
circle_2 = Drawing(Box_input_digital, height=11, width=11, grid=[0, 1])
circle_3 = Drawing(Box_input_digital, height=11, width=11, grid=[1, 1])
circle_4 = Drawing(Box_input_digital, height=11, width=11, grid=[2, 1])
circle_5 = Drawing(Box_input_digital, height=11, width=11, grid=[3, 1])
box_output = Box(app, layout="grid", border=1)
pin8_button = PushButton(box_output,
text="pin8",
command=pin8_out,
grid=[0, 0])
pin9_button = PushButton(box_output,
text="pin9",
command=pin9_out,
grid=[1, 0])
pin10_button = PushButton(box_output,
text="pin10",
command=pin10_out,
grid=[0, 1])
pin11_button = PushButton(box_output,
text="pin11",
command=pin11_out,
grid=[1, 1])
circle_2.oval(0,
0,
10,
10,
color="black",
outline=True,
outline_color="black")
circle_3.oval(0,
0,
10,
10,
color="black",
outline=True,
outline_color="black")
circle_4.oval(0,
0,
10,
10,
color="black",
outline=True,
outline_color="black")
circle_5.oval(0,
0,
10,
10,
color="black",
outline=True,
outline_color="black")
circle_2_text = Text(Box_input_digital, "2", grid=[0, 2])
circle_2_text = Text(Box_input_digital, "3", grid=[1, 2])
circle_2_text = Text(Box_input_digital, "4", grid=[2, 2])
circle_2_text = Text(Box_input_digital, "5", grid=[3, 2])
box_input_analog = Box(app, layout="grid", border=1)
a0_text = Text(box_input_analog, "A0", grid=[0, 0])
a1_text = Text(box_input_analog, "A1", grid=[0, 1])
a2_text = Text(box_input_analog, "A2", grid=[0, 2])
a3_text = Text(box_input_analog, "A3", grid=[0, 3])
a0_textbox = TextBox(box_input_analog, text=a0_value, grid=[1, 0])
a1_textbox = TextBox(box_input_analog, text=a1_value, grid=[1, 1])
a2_textbox = TextBox(box_input_analog, text=a2_value, grid=[1, 2])
a3_textbox = TextBox(box_input_analog, text=a3_value, grid=[1, 3])
button_exit = PushButton(app, text="Exit", command=exit_program)
return app
from guizero import App, Drawing
import RPi.GPIO as GPIO
import dht11, time, datetime
# LCD 화면 크기
# $ fbset -s 명령어로 알아낼 수 있음.
width = 800
height = 480
app = App(width=width, height=height)
# 윈도우 크기를 최대화 함.
app.tk.attributes("-fullscreen", True)
# Drawing 객체 생성.
d = Drawing(app, width=width, height=height)
w = width
h = height
d.rectangle(0,
0,
w,
h,
color="light blue",
outline=True,
outline_color="white")
# GPIO 초기화
GPIO.setwarnings(False)
GPIO.setmode(GPIO.BCM)
def test_destroy():
a = App()
d = Drawing(a)
destroy_test(d)
a.destroy()
80,
bottom_text.value,
color=color.value,
size=size.value,
font=font.value)
# App
app = App("Meme Generator")
# widgets
title = Text(app, "meme generator")
top_text = TextBox(app, "top_text", command=draw_meme)
bottom_text = TextBox(app, "bottom_text", command=draw_meme)
font = Combo(app,
options=["times new roman", "verdana", "courier", "impact"],
command=draw_meme,
selected="times new roman")
color = Combo(app,
options=["black", "white", "red", "green", "blue", "orange"],
command=draw_meme,
selected="blue")
size = Slider(app, start=20, end=50, command=draw_meme)
meme = Drawing(app, width="fill", height="fill")
draw_meme()
# button = PushButton(app, draw_meme, "Generator")
# Display
app.display()
def test_enable():
a = App()
d = Drawing(a)
enable_test(d)
a.destroy()
def test_polygon():
a = App()
d = Drawing(a)
id = d.polygon(1,2,3,4,5,6,7,8)
assert id > 0
a.destroy()
def test_cascaded_properties():
a = App()
d = Drawing(a)
cascaded_properties_test(a, d, False)
a.destroy()
def test_triangle():
a = App()
d = Drawing(a)
id = d.triangle(1,2,3,4,5,6)
assert id > 0
a.destroy()
def test_line():
a = App()
d = Drawing(a)
id = d.line(1,2,3,4)
assert id > 0
a.destroy()
# ------------------------------
# Imports
# ------------------------------
from guizero import App, Drawing
# ------------------------------
# Functions
# ------------------------------
def draw(event):
painting.oval(event.x - 1,
event.y - 1,
event.x + 1,
event.y + 1,
color="black")
# ------------------------------
# App
# ------------------------------
app = App("Paint")
painting = Drawing(app, width="fill", height="fill")
painting.when_mouse_dragged = draw
app.display()
