def redraw(self):
xoffset, yoffset = self.player.x - self.pos_center[
0], self.player.y - self.pos_center[1]
if abs(xoffset) >= self.additional // 2 or abs(
yoffset) >= self.additional // 2: # подгрузка
self.pos_center = (int(self.player.x), int(self.player.y))
self.redraw_all()
self.draw_blocks_in_screen(1) # чтобы солнце под землей не рисовалось
self.sun.draw()
self.moon.draw()
self.draw_blocks_in_screen(2)
for i in self.other_players.values():
if i['model'].moving:
i['model'].simulate_move(i['model'].model.direction, 300 / fps)
else:
i['model'].simulate_move(0, 300 / fps)
i['model'].update_model(self.player.x, self.player.y)
i['model'].model.draw(i['selected'], self.block_size)
glLoadIdentity()
bf = i['model'].model.get_current_tile().rect
glTranslate(bf.x + bf.width // 2, bf.y - self.block_size // 2, 0)
draw_text(i['name'], self.text_font, color=(225, 225, 225, 125))
self.player.draw()
self.draw_all_light()
def draw(self, rect):
glLoadIdentity()
pos = pygame.mouse.get_pos()
glTranslate(rect.x, rect.y, 0)
if rect.x <= pos[0] <= rect.x + rect.width and rect.y <= pos[
1] <= rect.y + rect.height:
draw_resized_image(self.selected_image, rect.width, rect.height)
if pygame.mouse.get_pressed()[0] == 1 and self.interactor.check():
self.interactor.update()
self.event()
else:
draw_resized_image(self.image, rect.width, rect.height)
glTranslate(rect.width // 2, rect.height // 2, 0)
draw_text(self.text, self.font)
def image(self, user, width, height):
"""Generates the current commute image."""
# Extract the directions data.
try:
directions = self._google_maps.directions(user)
status = directions['status']
if status != 'OK':
try:
error_message = directions['error_message']
raise DataError(error_message)
except KeyError:
raise DataError(status)
routes = directions['routes']
route = routes[0]
polyline = route['overview_polyline']['points']
summary = route['summary']
leg = route['legs'][0] # Expect one leg.
try:
duration = leg['duration_in_traffic']['text']
except KeyError:
duration = leg['duration']['text']
except (DataError, IndexError, KeyError) as e:
raise ContentError(e)
# Get the static map with the route as an image.
try:
image = self._google_maps.map_image(width,
height,
polyline=polyline)
except DataError as e:
raise ContentError(e)
# Draw the directions text inside a centered box.
if summary:
directions_text = '%s via %s' % (duration, summary)
else:
directions_text = duration
draw_text(directions_text,
font_spec=SUBVARIO_CONDENSED_MEDIUM,
text_color=DIRECTIONS_TEXT_COLOR,
anchor='center',
box_color=DIRECTIONS_BOX_COLOR,
box_padding=DIRECTIONS_BOX_PADDING,
border_color=DIRECTIONS_BORDER_COLOR,
border_width=DIRECTIONS_BORDER_WIDTH,
image=image)
return image
def settings_response(key, image_func):
"""Creates an image response to start the new user flow."""
# Draw the image with the link text and a computer.
image = Image.new(mode='RGB', size=(DISPLAY_WIDTH, DISPLAY_HEIGHT),
color=BACKGROUND_COLOR)
draw_text(settings_url(key),
font_spec=SUBVARIO_CONDENSED_MEDIUM,
text_color=TEXT_COLOR,
xy=LINK_TEXT_XY,
anchor='center_x',
image=image)
computer = Image.open(COMPUTER_FILE).convert(mode='RGBA')
image.paste(computer, box=COMPUTER_XY, mask=computer)
return image_func(image)
def empty_timeline(self):
"""Generates an empty timeline image."""
image = Image.new(mode='RGB',
size=(TIMELINE_WIDTH, TIMELINE_HEIGHT),
color=TIMELINE_BACKGROUND)
draw = Draw(image)
# Draw each day of the week.
num_days = len(day_abbr)
for day_index in range(num_days):
x = TIMELINE_DRAW_WIDTH * day_index / num_days
# Draw a dashed vertical line.
for y in range(0, TIMELINE_HEIGHT, 2 * TIMELINE_LINE_DASH):
draw.line([(x, y), (x, y + TIMELINE_LINE_DASH - 1)],
fill=TIMELINE_FOREGROUND,
width=TIMELINE_LINE_WIDTH)
# Draw the abbreviated day name.
name = day_abbr[day_index]
day_x = x + TIMELINE_DRAW_WIDTH / num_days / 2
day_y = TIMELINE_HEIGHT - SCREENSTAR_SMALL_REGULAR['height']
draw_text(name,
SCREENSTAR_SMALL_REGULAR,
TIMELINE_FOREGROUND,
xy=(day_x, day_y),
anchor=None,
box_color=None,
box_padding=0,
border_color=None,
border_width=0,
image=image,
draw=draw)
# Draw another dashed line at the end.
for y in range(0, TIMELINE_HEIGHT, 2 * TIMELINE_LINE_DASH):
draw.line([(TIMELINE_DRAW_WIDTH, y),
(TIMELINE_DRAW_WIDTH, y + TIMELINE_LINE_DASH - 1)],
fill=TIMELINE_FOREGROUND,
width=TIMELINE_LINE_WIDTH)
return image
def map_image(self, polyline=None, markers=None, marker_icon=None):
"""Creates a map image with optional route or markers."""
# Get the static map as an image.
image_data = self._download_map(polyline=polyline, markers=markers,
marker_icon=marker_icon)
image = Image.open(image_data).convert('RGB')
# Replace the copyright text with a more readable pixel font.
copyright_text = self._copyright_text(polyline=polyline,
markers=markers,
marker_icon=marker_icon)
draw_text(copyright_text,
font_spec=SCREENSTAR_SMALL_REGULAR,
text_color=COPYRIGHT_TEXT_COLOR,
anchor='bottom_right',
box_color=COPYRIGHT_BOX_COLOR,
box_padding=COPYRIGHT_BOX_PADDING,
image=image)
return image
def draw():
"""
Drawing logic
"""
# Draw background
game.background.draw()
game.background2.draw()
# Drawing a sprite called my_sprite
# my_sprite.draw()
if game.player.alive:
game.player.draw()
if game.player.alive:
for baddie in game.baddies:
baddie.draw()
for coin in game.coins:
coin.draw()
# Draw some text
# graphics.draw_text("Hello World", (255, 255, 255), (50, 50))
if game.player.alive:
graphics.draw_text("Score: " + str(game.score), (255,255,255), (10,10))
else:
graphics.draw_text("Final Score: " + str(game.score), (255,255,255), (210,275))
graphics.draw_text("PRESS SPACE TO PLAY AGAIN", (255,255,255), (100,325))
return
def image(self, _):
"""Generates an image with MTB status"""
resp = requests.get('https://www.trianglemtb.com')
soup = BeautifulSoup(resp.text, 'html.parser')
status_dict = {}
a = soup.findAll("span")
for item in a:
if 'CLOSED' in item.text or 'OPEN' in item.text:
test = item
status_dict[test.parent.parent.parent.a.
text] = True if 'OPEN' in item.text else False
status = status_dict
trail_num = len(status.keys())
# Create a blank image.
image = Image.new(mode='RGB',
size=(DISPLAY_WIDTH, DISPLAY_HEIGHT),
color=BACKGROUND_COLOR)
draw = Draw(image)
# Determine the spacing of the trails in the image.
y_stride = DISPLAY_HEIGHT // (trail_num + 1)
#Draw title text
draw_text('Mountain Bike',
SCREENSTAR_LARGE_REGULAR,
TEXT_COLOR,
xy=(200, (DISPLAY_HEIGHT / 2) - 20),
image=image)
draw_text('Trail Status',
SCREENSTAR_LARGE_REGULAR,
TEXT_COLOR,
xy=(200, (DISPLAY_HEIGHT / 2)),
image=image)
# Draw each trail status
trails = list(status.keys())
for trail_index in range(trail_num):
if not status[trails[trail_index]]:
bg_color = HIGHLIGHT_COLOR
color = HIGHLIGHT_COLOR
else:
color = TEXT_COLOR
bg_color = None
y = (trail_index + 1) * y_stride
draw_text(str(trails[trail_index]),
SUBVARIO_CONDENSED_MEDIUM,
TEXT_COLOR,
xy=(400, y - NUMBER_Y_OFFSET),
image=image,
box_color=bg_color)
dot = Image.open(DOT_FILE).convert(mode='RGBA')
dot = dot.resize((15, 15))
dot_xy = [600, y - dot.width // 2]
draw.bitmap(dot_xy, dot, color)
return image
def image(self, user, width, height):
"""Generates an image with a calendar view."""
# Show a calendar relative to the current date.
try:
time = self._local_time.now(user)
except DataError as e:
raise ContentError(e)
# Get the number of events per day from the API.
event_counts = self._event_counts(time, user)
# Create a blank image.
image = Image.new(mode='RGB',
size=(width, height),
color=BACKGROUND_COLOR)
draw = Draw(image)
# Get this month's calendar.
try:
firstweekday = WEEK_DAYS[user.get('first_week_day')]
except KeyError:
firstweekday = SUNDAY
calendar = Calendar(firstweekday=firstweekday)
weeks = calendar.monthdayscalendar(time.year, time.month)
# Determine the spacing of the days in the image.
x_stride = width // (DAYS_IN_WEEK + 1)
y_stride = height // (len(weeks) + 1)
# Draw each week in a row.
for week_index in range(len(weeks)):
week = weeks[week_index]
# Draw each day in a column.
for day_index in range(len(week)):
day = week[day_index]
# Ignore days from other months.
if day == 0:
continue
# Determine the position of this day in the image.
x = (day_index + 1) * x_stride
y = (week_index + 1) * y_stride
# Mark the current day with a squircle.
if day == time.day:
squircle = Image.open(SQUIRCLE_FILE).convert(mode='RGBA')
squircle_xy = (x - squircle.width // 2,
y - squircle.height // 2)
draw.bitmap(squircle_xy, squircle, HIGHLIGHT_COLOR)
number_color = TODAY_COLOR
event_color = TODAY_COLOR
else:
number_color = NUMBER_COLOR
event_color = HIGHLIGHT_COLOR
# Draw the day of the month number.
number = str(day)
draw_text(number,
SUBVARIO_CONDENSED_MEDIUM,
number_color,
xy=(x, y - NUMBER_Y_OFFSET),
image=image)
# Draw a dot for each event.
num_events = min(MAX_EVENTS, event_counts[day])
dot = Image.open(DOT_FILE).convert(mode='RGBA')
if num_events > 0:
events_width = (num_events * dot.width +
(num_events - 1) * DOT_MARGIN)
for event_index in range(num_events):
event_offset = (event_index *
(dot.width + DOT_MARGIN) -
events_width // 2)
dot_xy = [
x + event_offset, y + DOT_OFFSET - dot.width // 2
]
draw.bitmap(dot_xy, dot, event_color)
return image
def draw(self, rect):
glLoadIdentity()
glTranslate(rect.x, rect.y, 0)
draw_text(self.text, self.font, translate_x=False)
def timeline(self, user):
"""Generate a timeline image of the schedule for settings."""
image = self.empty_timeline()
draw = Draw(image)
# Find the user or return the empty timeline.
try:
now = self._local_time.now(user)
except DataError as e:
return image
# Start the timeline with the most recent beginning of the week.
start = now.replace(hour=0, minute=0, second=0)
start -= timedelta(days=start.weekday())
stop = start + timedelta(weeks=1)
start_timestamp = datetime.timestamp(start)
stop_timestamp = datetime.timestamp(stop)
timestamp_span = stop_timestamp - start_timestamp
# Draw a dashed line in highlight color at the current time.
now_timestamp = datetime.timestamp(now)
now_x = TIMELINE_DRAW_WIDTH * (now_timestamp -
start_timestamp) / timestamp_span
for y in range(0, TIMELINE_HEIGHT, 2 * TIMELINE_LINE_DASH):
draw.line([(now_x, y), (now_x, y + TIMELINE_LINE_DASH - 1)],
fill=TIMELINE_HIGHLIGHT,
width=TIMELINE_LINE_WIDTH)
# Generate the schedule throughout the week.
entries = user.get('schedule')
if not entries:
# Empty timeline.
return image
for i in range(len(entries)):
entries[i]['index'] = i
time = start
while time < stop:
# Find the next entry.
next_entries = [(self._next(entry['start'], time,
user), entry['index'], entry)
for entry in entries]
next_datetime, next_index, next_entry = min(next_entries,
key=lambda x: x[0])
# Draw the entry's index and a vertical line, with a tilde to mark
# the variable sunrise and sunset times.
timestamp = datetime.timestamp(next_datetime)
x = TIMELINE_DRAW_WIDTH * (timestamp -
start_timestamp) / timestamp_span
y = TIMELINE_HEIGHT / 2
text = str(next_index + 1)
next_entry_start = next_entry['start']
if 'sunrise' in next_entry_start or 'sunset' in next_entry_start:
text = '~' + text
box = draw_text(text,
SCREENSTAR_SMALL_REGULAR,
TIMELINE_FOREGROUND,
xy=(x, y),
anchor=None,
box_color=None,
box_padding=4,
border_color=None,
border_width=0,
image=image,
draw=draw)
draw.line([(x, 0), (x, box[1])], fill=TIMELINE_FOREGROUND, width=1)
# Jump to the next entry.
time = next_datetime
return image
def draw_hud():
"""
This is seperate mearly for simplicity
"""
graphics.draw_text("Score: " + str(game.score), (14, 14, 14), (25, 25))