def print_object():
display = projector()
lift = BED_servo(Z_DISTANCE_PER_STEP)
try:
slice_stats = expand_slice_directions()
setup_resin(display, lift)
start_time = time.time()
for i in xrange(NUM_SLICES):
display_status(start_time, i)
method, display_time = slice_stats[i]
slice_image = SLICE_PREFIX+"{:04d}.png".format(i)
if method == "dip":
display.black()
lift.move_microns(DIP_DISTANCE, DIP_SPEED_DOWN)
time.sleep(DIP_WAIT)
lift.move_microns(-DIP_DISTANCE+SLICE_THICKNESS, DIP_SPEED_UP)
time.sleep(RESIN_SETTLE)
display.display(slice_image)
time.sleep(display_time)
elif method == "cont":
display.display(slice_image)
lift.move_microns(SLICE_THICKNESS, SLICE_THICKNESS / display_time)
elif method == "bottom":
display.display(slice_image)
time.sleep(display_time)
elif method == "slow dip":
display.black()
lift.move_microns(SLOW_DIP_DIST, SLOW_DIP_SPEED)
time.sleep(DIP_WAIT)
lift.move_microns(-SLOW_DIP_DIST+SLICE_THICKNESS, SLOW_DIP_SPEED)
time.sleep(RESIN_SETTLE)
display.display(slice_image)
time.sleep(display_time)
print "Print completed in " + time.strftime('%H:%M:%S', time.gmtime(time.time()-start_time))
except:
traceback.print_exception(*sys.exc_info())
display.black()
lift.home(OPTIMUM_LIFT_SPEED)
lift.shutdown()
display.shutdown()
def print_object():
display = projector()
lift = BED_servo(Z_DISTANCE_PER_STEP)
try:
slice_stats = expand_slice_directions()
setup_resin(display, lift)
start_time = time.time()
for i in xrange(NUM_SLICES):
display_status(start_time, i)
method, display_time = slice_stats[i]
slice_image = SLICE_PREFIX + "{:04d}.png".format(i)
if method == "dip":
display.black()
lift.move_microns(DIP_DISTANCE, DIP_SPEED_DOWN)
time.sleep(DIP_WAIT)
lift.move_microns(-DIP_DISTANCE + SLICE_THICKNESS, DIP_SPEED_UP)
time.sleep(RESIN_SETTLE)
display.display(slice_image)
time.sleep(display_time)
elif method == "cont":
display.display(slice_image)
lift.move_microns(SLICE_THICKNESS, SLICE_THICKNESS / display_time)
elif method == "bottom":
display.display(slice_image)
time.sleep(display_time)
elif method == "slow dip":
display.black()
lift.move_microns(SLOW_DIP_DIST, SLOW_DIP_SPEED)
time.sleep(DIP_WAIT)
lift.move_microns(-SLOW_DIP_DIST + SLICE_THICKNESS, SLOW_DIP_SPEED)
time.sleep(RESIN_SETTLE)
display.display(slice_image)
time.sleep(display_time)
print "Print completed in " + time.strftime("%H:%M:%S", time.gmtime(time.time() - start_time))
except:
traceback.print_exception(*sys.exc_info())
display.black()
lift.home(OPTIMUM_LIFT_SPEED)
lift.shutdown()
display.shutdown()
def calibrate():
display = projector()
lift = BED_servo(Z_DISTANCE_PER_STEP)
try:
setup_resin(display, lift)
start_time = time.time()
for i in xrange(NUM_SLICES):
display_status(start_time, i)
lift.move_microns(DIP_DISTANCE, DIP_SPEED_DOWN)
time.sleep(DIP_WAIT)
lift.move_microns(-DIP_DISTANCE + SLICE_THICKNESS, DIP_SPEED_UP)
time.sleep(RESIN_SETTLE)
display.display(SLICE_PREFIX + "0000.png")
if i < FIRST_SLICE_NUM:
time.sleep(FIRST_SLICE_TIME)
else:
time.sleep(CALIBRATE_MIN_TIME)
for j in xrange(1, 9):
display.display(SLICE_PREFIX + "{:04d}.png".format(j))
time.sleep(CALIBRATE_TIME_DELTA)
display.black()
print "Print completed in " + time.strftime("%H:%M:%S", time.gmtime(time.time() - start_time))
except:
traceback.print_exception(*sys.exc_info())
lift.home(OPTIMUM_LIFT_SPEED)
lift.shutdown()
display.shutdown()
def calibrate():
display = projector()
lift = BED_servo(Z_DISTANCE_PER_STEP)
try:
setup_resin(display, lift)
start_time = time.time()
for i in xrange(NUM_SLICES):
display_status(start_time,i)
lift.move_microns(DIP_DISTANCE, DIP_SPEED_DOWN)
time.sleep(DIP_WAIT)
lift.move_microns(-DIP_DISTANCE+SLICE_THICKNESS, DIP_SPEED_UP)
time.sleep(RESIN_SETTLE)
display.display(SLICE_PREFIX+"0000.png")
if i < FIRST_SLICE_NUM:
time.sleep(FIRST_SLICE_TIME)
else:
time.sleep(CALIBRATE_MIN_TIME)
for j in xrange(1,9):
display.display(SLICE_PREFIX+"{:04d}.png".format(j))
time.sleep(CALIBRATE_TIME_DELTA)
display.black()
print "Print completed in " + time.strftime('%H:%M:%S', time.gmtime(time.time()-start_time))
except:
traceback.print_exception(*sys.exc_info())
lift.home(OPTIMUM_LIFT_SPEED)
lift.shutdown()
display.shutdown()
def print_object():
display = projector()
lift = BED_servo(Z_DISTANCE_PER_STEP)
try:
setup_resin(display, lift)
start_time = time.time()
for i in xrange(NUM_SLICES):
display_status(start_time, i)
display.display(SLICE_PREFIX+"{:04d}.png".format(i))
if i < FIRST_SLICE_NUM:
lift.move_microns(SLICE_THICKNESS, FIRST_SLICE_LIFT_SPEED)
else:
lift.move_microns(SLICE_THICKNESS, LIFT_SPEED)
print "Print completed in " + time.strftime('%H:%M:%S', time.gmtime(time.time()-start_time))
except:
traceback.print_exception(*sys.exc_info())
display.black()
lift.home(OPTIMUM_LIFT_SPEED)
lift.shutdown()
display.shutdown()
def supercali():
display = projector()
lift = BED_servo(Z_DISTANCE_PER_STEP)
try:
setup_resin(display, lift)
start_time = time.time()
base_num_slices = (SUPERCALI_BASE_HEIGHT - FIRST_SLICE_THICKNESS) / SLICE_THICKNESS + 1
base_num_slices = 0
# ~ for i in xrange(base_num_slices):
# ~ display_status(start_time,i)
# ~ if i < FIRST_SLICE_NUM:
# ~ thickness = FIRST_SLICE_THICKNESS
# ~ display_time = FIRST_SLICE_TIME
# ~ else:
# ~ thickness = SLICE_THICKNESS
# ~ display_time = SLICE_DISPLAY_TIME
# ~ if i == FIRST_SLICE_NUM:
# ~ dip_speed = 100
# ~ else:
# ~ dip_speed = DIP_SPEED_DOWN
# ~ lift.move_microns(DIP_DISTANCE, dip_speed)
# ~ time.sleep(DIP_WAIT)
# ~ lift.move_microns(-DIP_DISTANCE+thickness, DIP_SPEED_UP)
# ~ time.sleep(RESIN_SETTLE)
# ~ display.display(SLICE_PREFIX+"base.png")
# ~ time.sleep(display_time)
# ~ display.black()
post_num_slices = SUPERCALI_POST_HEIGHT / SLICE_THICKNESS
for i in xrange(post_num_slices):
display_status(start_time, i + base_num_slices)
lift.move_microns(DIP_DISTANCE, DIP_SPEED_DOWN)
time.sleep(DIP_WAIT)
lift.move_microns(-DIP_DISTANCE + SLICE_THICKNESS, DIP_SPEED_UP)
time.sleep(RESIN_SETTLE)
display.display(SLICE_PREFIX + "0000.png")
time.sleep(SUPERCALI_MIN_TIME)
for j in xrange(1, 9):
display.display(SLICE_PREFIX + "{:04d}.png".format(j))
time.sleep(SUPERCALI_TIME_DELTA)
display.black()
print "Print completed in " + time.strftime("%H:%M:%S", time.gmtime(time.time() - start_time))
except:
traceback.print_exception(*sys.exc_info())
lift.home(OPTIMUM_LIFT_SPEED)
lift.shutdown()
display.shutdown()
def supercali():
display = projector()
lift = BED_servo(Z_DISTANCE_PER_STEP)
try:
setup_resin(display, lift)
start_time = time.time()
base_num_slices = (SUPERCALI_BASE_HEIGHT-FIRST_SLICE_THICKNESS)/SLICE_THICKNESS + 1
base_num_slices = 0
#~ for i in xrange(base_num_slices):
#~ display_status(start_time,i)
#~ if i < FIRST_SLICE_NUM:
#~ thickness = FIRST_SLICE_THICKNESS
#~ display_time = FIRST_SLICE_TIME
#~ else:
#~ thickness = SLICE_THICKNESS
#~ display_time = SLICE_DISPLAY_TIME
#~ if i == FIRST_SLICE_NUM:
#~ dip_speed = 100
#~ else:
#~ dip_speed = DIP_SPEED_DOWN
#~ lift.move_microns(DIP_DISTANCE, dip_speed)
#~ time.sleep(DIP_WAIT)
#~ lift.move_microns(-DIP_DISTANCE+thickness, DIP_SPEED_UP)
#~ time.sleep(RESIN_SETTLE)
#~ display.display(SLICE_PREFIX+"base.png")
#~ time.sleep(display_time)
#~ display.black()
post_num_slices = SUPERCALI_POST_HEIGHT/SLICE_THICKNESS
for i in xrange(post_num_slices):
display_status(start_time,i+base_num_slices)
lift.move_microns(DIP_DISTANCE, DIP_SPEED_DOWN)
time.sleep(DIP_WAIT)
lift.move_microns(-DIP_DISTANCE+SLICE_THICKNESS, DIP_SPEED_UP)
time.sleep(RESIN_SETTLE)
display.display(SLICE_PREFIX+"0000.png")
time.sleep(SUPERCALI_MIN_TIME)
for j in xrange(1,9):
display.display(SLICE_PREFIX+"{:04d}.png".format(j))
time.sleep(SUPERCALI_TIME_DELTA)
display.black()
print "Print completed in " + time.strftime('%H:%M:%S', time.gmtime(time.time()-start_time))
except:
traceback.print_exception(*sys.exc_info())
lift.home(OPTIMUM_LIFT_SPEED)
lift.shutdown()
display.shutdown()