def calibrate ():
i = 1
while i > -1:
oled.clear()
oled.flush()
oled.textbox(x = 65, y = 50, text = "Calibrating in %s" % i, align = 2)
oled.flush()
oled.redraw()
oled.flush()
sleep(1)
i -= 1
tty.write("c")
sleep(.4)
def imd_playback (): global mode mode = "play" song = menu.imd_db.record(cursong) oled.clear() oled.flush() n = isnum bc = border_color y = offset for i in range(0, 12): oled.fill(0, y + i, 129, y + i+1, [bc.r - (n(bc.r) * i), bc.g - (n(bc.g) * i), bc.b - (n(bc.b) * i)]) oled.flush() oled.textbox(x = 65, y = 4, text = "Now Playing", color = black, align = 2) oled.flush() tcolor = blue oled.textbox(x = 65, y = 35, text = song.title, color = tcolor, mode = 1, align = 2) oled.flush() oled.textbox(x = 65, y = 50, text = song.artist, color = tcolor, mode = 1, align = 2) oled.flush() oled.textbox(x = 65, y = 65, text = song.album, color = tcolor, mode = 1, align = 2) oled.flush() oled.redraw() oled.flush() timer().start() return song
def run (self):
sleep(.5)
while 1:
if mode == "play":
times = audeng.getpos()
#print times
sleep(.8)
if times:
percent_elapsed = times[0] * 1.0 / times[1]
oled.fill(15, 80, 114, 90, blue)
oled.flush()
oled.fill(16, 81, 113, 89, black)
oled.flush()
y = 82
h = highlight_color
n = isnum
#print "bar pos: %s" % (17 + int(95 * percent_elapsed))
for i in range(0, 6):
oled.fill(17, y + i, 17 + int(95 * percent_elapsed), y + i+1, [h.r - (n(h.r) * i), h.g - (n(h.g) * i), h.b - (n(h.b) * i)])
oled.flush()
i2 = 0
secs = (times[0] % 600) / 10
min = (times[0] - secs * 10) / 600
oled.fill(17, 93, 114, 100, black)
oled.flush()
oled.textbox(x=17, y=93, text="%s:%s%s" % (min, ("0", "")[secs > 9], secs), color = blue)
oled.flush()
time_rem = times[1] - times[0]
secs_rem = (time_rem % 600) / 10
min_rem = (time_rem - secs_rem * 10) / 600
oled.textbox(x=114, y=93, text="-%s:%s%s" % (min_rem, ("0", "")[secs_rem > 9], secs_rem), color = blue, align = 1)
oled.flush()
oled.redraw()
oled.flush()
if times[0] >= times[1]:
play_next()
return
else:
return
def menu_draw (): # Clear the frame buffer first oled.clear() oled.flush() # Draw blue bars at top and bottom of screen n = isnum bc = border_color y = offset for i in range(0, 12): oled.fill(0, y + i, 129, y + i+1, [bc.r - (n(bc.r) * i), bc.g - (n(bc.g) * i), bc.b - (n(bc.b) * i)]) oled.flush() y = 116 + offset for i in range(0, 12): oled.fill(0, y + i, 129, y + i+1, [bc.r - (n(bc.r) * i), bc.g - (n(bc.g) * i), bc.b - (n(bc.b) * i)]) oled.flush() # Show title of menu on the top blue bar that was just drawn oled.textbox(x=65, y=4, text=curmenu.name, color=[0, 0, 0], align=2) oled.flush() # Show current item index and total on bottom blue bar oled.textbox(x=65, y=119, text="%s/%s" % (curmenu.index + 1, curmenu.len), color=[0, 0, 0], align=2) oled.flush() # Redraw the counter (bottom blue bar) oled.redraw(116 + offset) for y in range(menu_start, curmenu.end, row_height): if y == curmenu.cursor: # Fill the row of the center menu item because for the selection cursor, iPod-ish style :) h = highlight_color for i in range(0, 6): oled.fill(0, y + i, 129, y + i+1, [h.r - (n(h.r) * i), h.g - (n(h.g) * i), h.b - (n(h.b) * i)]) oled.flush() i2 = 0 for i in range(6, 11): oled.fill(0, y + i, 129, y + i+1, [h.r - (10 * n(h.r)) + i2, h.g - (10 * n(h.r)) + i2, h.b - (10 * n(h.r)) + i2]) oled.flush() i2 += 1 # Also invert selected item's text color oled.textbox (x = 1, y = y + 2, text = curmenu.items[curmenu.top + ((y - menu_start) / row_height)][0], color=texth_color, mode=2) else: # Plain menu items (but they might get selected later!) oled.textbox (x = 1, y = y + 2, text = curmenu.items[curmenu.top + ((y - menu_start) / row_height)][0], color=text_color, mode=2) oled.flush()