def my_click(x, y):
colors = ["Pink", 'Lime', 'Red', "Blue", 'Crimson', 'Gold', 'RosyBrown']
a = enumerate(colors)
for i in a:
canvas.set_color(str(i[1]))
b = range(15)
canvas.circle(x, y, b[i[0]])
# canvas.fill_circle(x, y, 15)
canvas.draw()
def draw_state(statusList: list, x_pos=50, y_pos=50, width=250):
canvas.clear()
height = width # высота поля равно ширине
widKl = width // 3 # ширина клетки
x = widKl // 2 + x_pos # начальные координата середины клетки
y = x
index = 0 # индекс списка
# отрисовка линий
canvas.line_width(2)
canvas.set_color('Grey')
for n in [1, 2]:
canvas.move_to(n * widKl + x_pos, 0 + y_pos)
canvas.line_to(n * widKl + x_pos, height + y_pos)
canvas.move_to(0 + x_pos, n * widKl + y_pos)
canvas.line_to(width + x_pos, n * widKl + y_pos)
canvas.line_width(5)
for i in range(3):
for j in range(3):
el = statusList[index]
index += 1
# расчет координат середины текущей клетки
_x = x + widKl * j
_y = y + widKl * i
if el is not None:
if el == 'o':
canvas.set_color('Green')
canvas.circle(_x, _y, width * 0.1)
if el == 'x':
canvas.set_color('Blue')
wNol = width * 0.1
canvas.move_to(_x - wNol, _y + wNol)
canvas.line_to(_x + wNol, _y - wNol)
canvas.move_to(_x - wNol, _y - wNol)
canvas.line_to(_x + wNol, _y + wNol)
def calc(x, y, width, height, focus):
global calc_butt
global init_calc
global buff
global lcd_value
global memory
border_col, background_content, text_col, header_col = theme[theme_active]
canvas.set_color(border_col)
canvas.stroke_rect(x + 5, y + 5, width - 10, 30)
canvas.fill_style('Black')
canvas.fill_text(lcd_value, x + width - 10, y + 5 + 30 - 7, 'Tahoma', 22,
'right')
if memory[0] != 0:
canvas.fill_style('Black')
canvas.fill_text('M', x + 8, y + 18, 'Tahoma', 14, 'left')
x_but, y_but, width_but, height_but = x + 5, y + 40, (width - 10) / len(
calc_butt[0]) - 4, (height - 45) / len(calc_butt) - 4
border = 5
click, x_click, y_click = buff
if not init_calc:
for i in range(len(calc_butt)):
for j in range(len(calc_butt[0])):
x_b = x_but + (width_but + border) * j
y_b = y_but + (height_but + border) * i
button(x_b, y_b, width_but, height_but, calc_butt[i][j][0],
False)
calc_butt[i][j][1] = x_b
calc_butt[i][j][2] = y_b
init_calc = True
else:
for i in range(len(calc_butt)):
for j in range(len(calc_butt[0])):
cap, x_but, y_but = calc_butt[i][j]
button(x_but, y_but, width_but, height_but, cap, False)
if click and focus:
if x_but < x_click < x_but + width_but and y_but < y_click < y_but + height_but:
calc_handler(cap)
buff[0] = False
def paint_draw():
global paint_obj
for el in paint_obj:
if el[0] == 'point':
canvas.fill_style(el[3])
canvas.fill_circle(el[1], el[2], 2)
if el[0] == 'line':
canvas.set_color(el[5])
canvas.move_to(el[1], el[2])
canvas.line_to(el[3], el[4])
if el[0] == 'rect':
if el[6]:
canvas.fill_style(el[5])
canvas.fill_rect(el[1], el[2], el[3], el[4])
else:
canvas.set_color(el[5])
canvas.stroke_rect(el[1], el[2], el[3], el[4])
if el[0] == 'circle':
if el[5]:
canvas.fill_style(el[4])
canvas.fill_circle(el[1], el[2], el[3])
else:
canvas.set_color(el[4])
canvas.circle(el[1], el[2], el[3])
import time
import canvas
import random
colors = ("Blue","Red","Fuchsia","Green","Purple","Black")
while True:
x = random.randint(0, 350)
y = random.randint(0, 350)
for r in range(150, 185, 5):
randomColors = random.choice(colors)
canvas.circle(x,y, r)
canvas.set_color(randomColors)
canvas.draw()
time.sleep(0.05)
# l_105
string = input()
words = string.split(' ')
numbers = []
for w in words:
if w.isdigit():
numbers.append(int(w))
numbers.sort()
print(numbers)
# l_107
import canvas
for x in range(7, 180, 7):
if x % 2 == 0:
canvas.set_color("Red")
else:
canvas.set_color("Grey")
canvas.circle(175, 175, x)
canvas.draw()
#Letpy's code
# import canvas
# for i in range(7,180,7):
# if i % 2 == 0:
# canvas.set_color('Red')
# else:
# canvas.set_color('Grey')
# canvas.circle(175, 175, i)
circles = []
for i in range(5):
circle = {
'x': random.randint(20, 330),
'y': random.randint(20, 330),
'dx': random.choice([5,-5]),
'dy': random.choice([5,-5]),
'color': colors[i]
}
circles.append(circle)
while True :
canvas.clear()
for circle in circles:
canvas.set_color(circle['color'])
if circle['x']> 330 or circle['x'] < 20:
circle['dx'] *= -1
if circle['y']> 330 or circle['y'] < 20:
circle['dy'] *= -1
circle["x"] += circle["dx"]
circle["y"] += circle["dy"]
canvas.circle(circle["x"], circle["y"], 20)
canvas.draw()
time.sleep(0.01)
import canvas
import time
rad = 180
for i in range(7, rad, 7):
canvas.circle(175, 175, i)
if i % 2 == 0:
canvas.set_color("Red")
else:
canvas.set_color("Grey")
canvas.draw()
def window(x, y, width, height, caption, focus, target):
global data_property
global buff
global stack
global message_listering
border_col, background_content, text_col, header_col = theme[theme_active]
border = 3
height_caption = 20
margin_text = 5
canvas.fill_style('Black')
canvas.fill_rect(x + 1, y + 1, width, height) # Тень окна
canvas.fill_style(border_col)
canvas.fill_rect(x, y, width, height) # Основное окно
if focus:
canvas.fill_style(header_col)
else:
canvas.fill_style('Grey')
canvas.fill_rect(x + border, y + border, width - border * 2,
height_caption) # Окно шапки
canvas.fill_style('Black')
canvas.fill_text(caption, x + border + margin_text + 1,
y + border + 15 + 1, 'Tahoma', 14,
'left') # тень текста шапки
canvas.fill_style(text_col)
canvas.fill_text(caption, x + border + margin_text, y + border + 15,
'Tahoma', 14, 'left') # текст шапки
canvas.fill_style(background_content)
canvas.fill_rect(x + border, y + border * 2 + height_caption,
width - border * 2, height - border * 3 -
height_caption) # фон окна, контента
x_but_close = x + width - margin_text - 14 + 1
y_but_close = y + 6
canvas.fill_style('Black')
canvas.fill_rect(x_but_close + 1, y_but_close + 1, 14, 14)
canvas.fill_style('DarkGray')
canvas.fill_rect(x_but_close, y_but_close, 14, 14)
canvas.set_color('Black')
canvas.line_width(2)
canvas.radius_line(x_but_close + 2, y_but_close + 2, 135, 13)
canvas.radius_line(x_but_close + 2 + 9, y_but_close + 2, 225, 13)
# Реализацию вызовов нужных функций можно переделать с использованием передачи параметра-функции, возможно доработаю в следующих версиях
if data_property[target][6] == 'Paint':
paint(x + border, y + border * 2 + height_caption, width - border * 2,
height - border * 3 - height_caption, focus)
if data_property[target][6] == 'Color':
paint_color_window(x + border, y + border * 2 + height_caption,
width - border * 2,
height - border * 3 - height_caption, focus)
if data_property[target][6] == 'Calc':
calc(x + border, y + border * 2 + height_caption, width - border * 2,
height - border * 3 - height_caption, focus)
# Обработчик закрытия окна
click, x_click, y_click = buff
if click:
if x_but_close + 14 > x_click > x_but_close and y_but_close + 14 > y_click > y_but_close:
message_listering.append(['window', caption, 'close'])
buff[0] = False
if click and not focus:
if x < x_click < x + width and y < y_click < y + height_caption:
message_listering.append(['window', caption, 'enable_focus'])
buff[0] = False