def draw(self, c, r):
c.erase_rect(r)
main_image_pos = (10, 10)
src_rect = pixmap.bounds
dst_rect = offset_rect(src_rect, main_image_pos)
pixmap.draw(c, src_rect, dst_rect)
src_rect = rect_sized((180, 160), (100, 100))
c.frame_rect(offset_rect(src_rect, main_image_pos))
dst_rect = rect_sized((10, 340), (150, 150))
pixmap.draw(c, src_rect, dst_rect)
dst_rect = rect_sized((200, 340), (100, 100))
pixmap.draw(c, src_rect, dst_rect)
dst_rect = rect_sized((340, 340), (50, 50))
pixmap.draw(c, src_rect, dst_rect)
def draw(self, c, r):
c.erase_rect(r)
main_image_pos = (10, 10)
src_rect = pixmap.bounds
dst_rect = offset_rect(src_rect, main_image_pos)
pixmap.draw(c, src_rect, dst_rect)
src_rect = rect_sized((180, 160), (100, 100))
c.frame_rect(offset_rect(src_rect, main_image_pos))
dst_rect = rect_sized((10, 340), (150, 150))
pixmap.draw(c, src_rect, dst_rect)
dst_rect = rect_sized((200, 340), (100, 100))
pixmap.draw(c, src_rect, dst_rect)
dst_rect = rect_sized((340, 340), (50, 50))
pixmap.draw(c, src_rect, dst_rect)
def invalidate_frame(self, rect):
# Below is a logic to invalidate just the frame, not the whole rect.
# This is to fight flicker. A better fix is to use double buffering.
# If fixed, all of this could be just: self.invalidate_rect(rect)
w, h = rect_size(rect)
topleft = rect_topleft(rect)
topright = add_pt(topleft, (w-1, 0))
botleft = add_pt(topleft, (0, h-1))
self.invalidate_rect(rect_sized(topleft, (1, h)))
self.invalidate_rect(rect_sized(topleft, (w, 1)))
self.invalidate_rect(rect_sized(topright, (1, h)))
self.invalidate_rect(rect_sized(botleft, (w, 1)))
def draw(self, c, r):
c.erase_rect(r)
c.fillcolor = white
orig = (0, 0)
src_r = room.bounds
dst_r = rect_sized((0, 0), (340, 670))
room.draw(c, src_r, dst_r) #draw the monitor on left side
src_r = p_on.bounds
dst_r = rect_sized((450, 210), (156, 208))
self.phone1.draw(c, src_r, dst_r) #draw the top phone
src_r = p_on.bounds
dst_r = rect_sized((450, 440), (156, 208))
self.phone2.draw(c, src_r, dst_r) #draw the bottom phone
src_r = rect_sized((0, 250), (1000, 500))
dst_r = rect_sized((380, 20), (300, 150))
self.nurse.draw(c, src_r, dst_r) #draw the nurse sign
src_r = m_on.bounds
dst_r = rect_sized((800, 2), (390, 325))
self.monitor1.draw(c, src_r, dst_r) #draw the top monitor
src_r = m_on.bounds
dst_r = rect_sized((800, 350), (390, 325))
self.monitor2.draw(c, src_r, dst_r) #draw the bottom monitor
def draw(self, c, r):
c.backcolor = yellow
c.erase_rect(r)
main_image_pos = (10, 10)
src_rect = image.bounds
#say("Image bounds =", src_rect)
dst_rect = offset_rect(src_rect, main_image_pos)
#say("Drawing", src_rect, "in", dst_rect)
image.draw(c, src_rect, dst_rect)
src_rect = rect_sized((180, 160), (100, 100))
c.frame_rect(offset_rect(src_rect, main_image_pos))
dst_rect = rect_sized((10, 340), (150, 150))
#say("Drawing", src_rect, "in", dst_rect)
image.draw(c, src_rect, dst_rect)
dst_rect = rect_sized((200, 340), (100, 100))
#say("Drawing", src_rect, "in", dst_rect)
image.draw(c, src_rect, dst_rect)
dst_rect = rect_sized((340, 340), (50, 50))
#say("Drawing", src_rect, "in", dst_rect)
image.draw(c, src_rect, dst_rect)
def draw(self, c, r):
c.backcolor = yellow
c.erase_rect(r)
main_image_pos = (10, 10)
src_rect = image.bounds
# say("Image bounds =", src_rect)
dst_rect = offset_rect(src_rect, main_image_pos)
# say("Drawing", src_rect, "in", dst_rect)
image.draw(c, src_rect, dst_rect)
src_rect = rect_sized((180, 160), (100, 100))
c.frame_rect(offset_rect(src_rect, main_image_pos))
dst_rect = rect_sized((10, 340), (150, 150))
# say("Drawing", src_rect, "in", dst_rect)
image.draw(c, src_rect, dst_rect)
dst_rect = rect_sized((200, 340), (100, 100))
# say("Drawing", src_rect, "in", dst_rect)
image.draw(c, src_rect, dst_rect)
dst_rect = rect_sized((340, 340), (50, 50))
# say("Drawing", src_rect, "in", dst_rect)
image.draw(c, src_rect, dst_rect)
def viewed_rect(self):
"""Return the rectangle in local coordinates bounding the currently
visible part of the extent."""
return rect_sized((0, 0), self.size)
def viewed_rect(self): """Return the rectangle in local coordinates bounding the currently visible part of the extent.""" return rect_sized(self.scroll_offset, self.size)
def get_bounds(self):
return rect_sized((0, 0), self.size)
def get_bounds(self):
return rect_sized((0, 0), self.size)
def key_down(self, event):
if event.char == 'q':
self.tags = (self.tags + 1) % 2
if self.tags % 2 == 1:
self.present = True
self.nurse = n_on
else:
self.present = False
self.nurse = n_off
if event.char == 'm':
print play1.playing
play1.pause()
if event.char == 'a':
self.start = time.time()
self.monitor1 = m_on
self.alarm = True
self.pstate = 1
if event.char == 's':
self.alarm = False
self.pstate = 0
self.phone1 = p_off
self.phone2 = p_off
self.monitor1 = m_off
self.monitor2 = m_off
self.invalidate_rect(rect_sized((0, 0), (1300, 700)))
self.update()
if event.char == 'u':
if self.alarm == True: #counter to play monitor sounds
self.moncount = (self.moncount + 1) % 2
if self.moncount == 1:
mwav = pyglet.media.load('monitor2.mp3')
mwav.play()
txt = f.read(500) #reading from usb
if len(txt) > 0:
self.tags = (self.tags + 1) % 2
if self.tags % 2 == 1:
self.present = True
self.nurse = n_on
else:
self.present = False
self.nurse = n_off
self.invalidate_rect(rect_sized((0, 0), (1300, 700)))
self.update()
if self.alarm:
curr = time.time()
if (curr - self.start > 23) and (self.pstate == 3):
self.pstate += 1
if self.present == False:
self.phone1 = p_on
self.phone2 = p_off
pwav = pyglet.media.load('phone.mp3')
pwav.play()
elif (curr - self.start > 13) and (self.pstate == 2):
self.pstate += 1
pwav = pyglet.media.load('phone.mp3')
pwav.play()
self.phone2 = p_on
self.phone1 = p_off
elif (curr - self.start > 3) and (self.pstate == 1):
self.pstate += 1
if self.present == False:
pwav = pyglet.media.load('phone.mp3')
pwav.play()
self.phone1 = p_on
