def sweep_scan(app, args=None, lang='en_US.UTF-8'):
setLanguage(lang)
try:
safety_door = app.config.get('settings', 'safety')['door']
except KeyError:
safety_door = 0
app.trace(_("Initializing Sweeping Laserscanner"))
app.trace(_("Checking panel door status and bed inserted"))
if (safety_door == 1):
app.macro("M741", "TRIGGERED", 2, _("Front panel door control"))
app.macro("M744",
"TRIGGERED",
2,
_("Building plane removed!"),
warning=True)
app.macro("M742",
"TRIGGERED",
1,
_("Spool panel is not closed!"),
warning=True,
verbose=False)
app.macro("M701 S0", "ok", 2, _("Turning off lights"))
app.macro("M702 S0", "ok", 2, _("Turning off lights"), verbose=False)
app.macro("M703 S0", "ok", 2, _("Turning off lights"), verbose=False)
# macro("M744","open",2,"Working plane absent/tilted",0.1)
#~ app.macro("G28 X0 Y0", "ok", 90, _("Homing all axis"), 1)
#~ app.macro("G27", "ok", 90, _("Homing all axis") )
app.macro("G90", "ok", 2, _("Setting abs position"), verbose=False)
# macro("M92 E"+str(units['a']),"ok",1,"Setting 4th axis mode",0)
app.macro("G0 Z145 F1000",
"ok",
100,
_("Lowering the plane"),
verbose=False)
def main():
config = ConfigService()
# SETTING EXPECTED ARGUMENTS
parser = argparse.ArgumentParser(formatter_class=argparse.ArgumentDefaultsHelpFormatter)
parser.add_argument("-T", "--task-id", help=_("Task ID."), default=0)
parser.add_argument("-F", "--file-name", help=_("File name."), required=True)
parser.add_argument("--lang", help="Output language", default='en_US.UTF-8' )
parser.add_argument("--email", help="Send an email on task finish", action='store_true', default=False)
parser.add_argument("--shutdown", help="Shutdown on task finish", action='store_true', default=False )
# GET ARGUMENTS
args = parser.parse_args()
# INIT VARs
gcode_file = args.file_name # GCODE FILE
task_id = args.task_id
lang = args.lang
send_email = bool(args.email)
auto_shutdown = bool(args.shutdown)
if task_id == 0:
standalone = True
else:
standalone = False
app = Application(standalone)
app.run(task_id, gcode_file)
app.loop()
def run(self):
self.resetTrace()
eeprom = self.exec_macro('read_eeprom')
try:
self.probe_length = abs(float(eeprom['reply']['probe_length']))
if (self.probe_length < 38):
self.probe_length = 38
self.probe_length += 5
except KeyError:
pass
points = [[self.x1, self.y1], [self.x1, self.y2], [self.x2, self.y2],
[self.x2, self.y1]]
self.send("M402")
self.send("M733 S0")
if (self.skip_homing == False):
self.trace(_("Homing all axes"))
self.send("G27")
self.send("G92 Z241.2")
self.send("G90")
self.send("G0 Z100 F1000")
self.send("M400")
self.trace(_("Probing points"))
counter = 1
for (x, y) in points:
self.probe(x, y, counter)
counter += 1
self.send("M402")
self.send("M733 S1")
self.stop()
def measure_nozzle_offset(app, args=None, lang='en_US.UTF-8'):
setLanguage(lang)
app.macro("M104 S0", "ok", 2, _("Extruder heating off"))
app.macro("M140 S0", "ok", 2, _("Bed heating off"))
app.trace(_("Measuring nozzle offset"))
zpos = getPosition(app, lang)
# Paper width is 0.08mm
nozzle = float(zpos['z']) - 0.08
app.macro("G90", "ok", 2, _("Setting rel position"), verbose=False)
app.macro("G0 Z+40",
"ok",
100,
_("Moving the bed 40mm away from measured height"),
verbose=False)
# Store offset to head config
head_file = os.path.join(
app.config.get('hardware', 'heads'),
app.config.get('settings', 'hardware.head') + '.json')
with open(head_file) as json_f:
head_info = json.load(json_f)
#head_info['nozzle_offset'] = str(round(nozzle,2))
head_info['nozzle_offset'] = nozzle
with open(head_file, 'w') as outfile:
json.dump(head_info, outfile, sort_keys=True, indent=4)
return {'nozzle_z_offset': nozzle}
def set_lights(app, args=None, lang='en_US.UTF-8'):
setLanguage(lang)
if (len(args) < 3):
try:
colors = app.config.get('settings', 'color')
red = colors['r']
green = colors['g']
blue = colors['b']
except:
red = 255
green = 255
blue = 255
else:
red = args[0]
green = args[1]
blue = args[2]
app.macro("M701 S{0}".format(red),
"ok",
1,
_("Setting red color"),
verbose=False)
app.macro("M702 S{0}".format(green),
"ok",
1,
_("Setting green color"),
verbose=False)
app.macro("M703 S{0}".format(blue),
"ok",
1,
_("Setting blue color"),
verbose=False)
def check_measure_probe(app, args=None, lang='en_US.UTF-8'):
setLanguage(lang)
try:
safety_door = app.config.get('settings', 'safety')['door']
except KeyError:
safety_door = 0
try:
bed_enabled = app.config.get('settings', 'hardware')['bed']['enable']
except KeyError:
bed_enabled = True
app.trace(_("Checking safety measures"))
if safety_door == 1:
app.macro("M741",
"TRIGGERED",
2,
_("Front panel door opened"),
verbose=False)
app.trace(_("Checking building plate"))
if bed_enabled == True:
app.macro("M744",
"TRIGGERED",
1,
_("Build plate needs to be flipped to the printing side"),
verbose=False)
app.macro("M742",
"TRIGGERED",
1,
_("Spool panel control"),
verbose=False,
warning=True)
def auto_bed_leveling(app, args=None, lang='en_US.UTF-8'):
setLanguage(lang)
app.trace(_("Auto Bed leveling Initialized"))
app.macro("G28", "ok", 120, _("Homing Z axis"))
app.macro("G28 X Y", "ok", 90, _("Homing X/Y axis"))
app.macro("G29", "ok", 150, _("Probing the bed"))
def end_additive_aborted(app, args=None, lang='en_US.UTF-8'):
setLanguage(lang)
#app.macro("G91", "ok", 2, _("Setting rel position") )
#app.macro("G0 Z5 F10000", "ok", 100, _("Moving to safe zone") )
app.macro("G27 Z0", "ok", 100, _("Moving to safe zone"))
app.macro("G28 XY", "ok", 100, _("Zeroing Z axis"), verbose=False)
app.macro("M400", "ok", 200, _("Waiting for all moves to finish"))
app.macro("M18", "ok", 2, _("Motors off"), verbose=False)
def state_change_callback(self, state):
if state == 'paused':
self.trace( _("Engraving PAUSED") )
self.trace( _("Please wait until the buffered moves in totumduino are finished") )
if state == 'resumed':
self.trace( _("Engraving RESUMED") )
if state == 'aborted':
self.trace( _("Engraving ABORTED") )
def set_ambient_color(app, args=None, lang='en_US.UTF-8'):
_ = setLanguage(lang)
red = args[0]
green = args[1]
blue = args[2]
app.macro("M701 S{0}".format(red), "ok", 1, _("Setting red color"))
app.macro("M702 S{0}".format(green), "ok", 1, _("Setting green color"))
app.macro("M703 S{0}".format(blue), "ok", 1, _("Setting blue color"))
def pause_prism(app, args=None, lang='en_US.UTF-8'):
setLanguage(lang)
try:
max_height = args[0]
except:
max_height = 40.00
try:
z_offset = args[1]
except:
z_offset = 100.00
app.macro("M300", "ok", 3, _("Play beep"), verbose=False)
app.macro("M732 S0", "ok", 2, _("Disabling door safety"), verbose=False)
# turn lights to red
set_lights(app, [25, 2, 0])
# get position
position = getPosition(app, lang)
current_z = float(position['z'])
# raise platform only if object's height is < max_height
if current_z < max_height:
# store position
with open('/var/lib/fabui/settings/stored_task.json', 'w') as f:
f.write(json.dumps({'position': position}))
safe_z = current_z + z_offset
app.macro("G91", "ok", 1, _("Relative mode"), verbose=False)
app.macro("G0 Z-{0} F300".format(safe_z),
"ok",
100,
_("Raising platform"),
verbose=False)
app.macro("M400",
"ok",
120,
_("Wait for all movements"),
verbose=False)
def start_subtractive(app, args = None, lang='en_US.UTF-8'):
_ = setLanguage(lang)
feeder = app.config.get_feeder_info('built_in_feeder')
units_a = feeder['steps_per_angle']
configure_head(app, app.config.get('settings', 'hardware.head'))
app.macro("G92 X0 Y0 Z0 E0", "ok", 1, _("Setting Origin Point"), verbose=False)
app.macro("M92 E"+str(units_a), "ok", 1, _("Setting 4th Axis mode"), verbose=False)
def prepare_additive(app, args=None, lang='en_US.UTF-8'):
_ = setLanguage(lang)
ext_temp = args[0];
bed_temp = args[1];
app.macro("M104 S"+str(ext_temp), "ok", 3, _("Pre Heating Nozzle ({0}°) (fast)").format(str(ext_temp)))
app.macro("M140 S"+str(bed_temp), "ok", 3, _("Pre Heating Bed ({0}°) (fast)").format(str(bed_temp)))
app.macro("M402", "ok", 2, _("Retract Probe"), verbose=False)
def run_update(self, task_id, plugins):
"""
Plugin update procedure
"""
#~ task_id = -1
print "task started"
self.factory = UpdateFactory(config=self.config,
gcs=self.gcs,
notify_update=self.update_monitor)
self.prepare_task(task_id,
task_type='plugin',
task_controller='update')
self.set_task_status(GCodePusher.TASK_RUNNING)
print "getting online repo"
repo_plugins = self.factory.getPlugins()
for slug in plugins:
print "check", slug
if slug in repo_plugins:
repo_plugin = repo_plugins[slug]
latest = repo_plugin['latest']
print "Name:", repo_plugin['name']
print "Latest:", latest
print "Rels:", repo_plugin['releases']
task = PluginTask(slug, repo_plugin)
self.factory.addTask(task)
print "downloading"
self.factory.setStatus('downloading')
for task in self.factory.getTasks():
self.factory.setCurrentTask(task.getName())
self.factory.update()
self.trace(_("Downloading plugin {0}...").format(task.getName()))
task.download()
active_plugins = Plugin(self.db).get_active_plugins()
installed_plugins = get_installed_plugins()
print "installing"
self.factory.setStatus('installing')
for task in self.factory.getTasks():
self.factory.setCurrentTask(task.getName())
self.factory.update()
self.trace(_("Installing plugin {0}...").format(task.getName()))
task.install()
self.trace(_("Installed plugin {0}").format(task.getName()))
self.trace(_("Finishing task"))
print "finishing task"
self.finalize_task()
def run_deactivate(self, plugins):
"""
Deactivate plugins by removing their links to the system
"""
for plugin in plugins:
self.trace(
_("Decoupling plugin <strong>{0}</strong> from system...").
format(plugin))
deactivate_plugin(plugin, self.config)
self.trace(_("Done"))
print "ok"
def run_activate(self, plugins):
"""
Activate plugins by creating links in the system to plugin resources
"""
for plugin in plugins:
self.trace(
_("Integrating plugin <strong>{0}</strong> into system...").
format(plugin))
activate_plugin(plugin, self.config)
self.trace(_("Done"))
print "ok"
def state_change_callback(self, state):
if state == 'paused':
self.trace(_("PAUSED"))
if state == 'resuming':
self.trace(_("RESUMING"))
if state == 'resumed':
self.trace(_("RESUMED"))
if state == 'aborted':
self.trace(_("ABORTED"))
def __send_task_email(self):
if not self.task_stats["send_email"]:
return
import shlex, subprocess
cmd = 'sudo -u www-data php /usr/share/fabui/index.php Std sendTaskEmail/{0}'.format(
self.task_stats['id'])
try:
output = subprocess.check_output(shlex.split(cmd))
self.trace(_("Email sent"))
except subprocess.CalledProcessError as e:
self.trace(_("Email sending failed"))
def heats(app, args=None, lang='en_US.UTF-8'):
_ = setLanguage(lang)
what = args[0]
temperature = float(args[1])
CODES = {"nozzle": "M109", "bed": "M190"}
app.macro(
"{0} S{1}".format(CODES[what], temperature), "*", 400,
_("Waiting for {0} to reach temperature (<span class='top-bar-{1}-actual'>-</span> / {2}°)"
.format(what, what, temperature))) #heating and waiting.
app.trace(_("Please wait..."))
def start_engraving(app, args=None, lang='en_US.UTF-8'):
_ = setLanguage(lang)
feeder = app.config.get_feeder_info('built_in_feeder')
units_a = feeder['steps_per_angle']
LASER_FOCUS_OFFSET = 2
configure_head(app, app.config.get('settings', 'hardware.head'))
go_to_focus = int(args[0])
if (go_to_focus == 1):
app.macro("G91", "ok", 2, _("Set relative mode"), verbose=False)
app.macro("G0 Z{0} F1000".format(LASER_FOCUS_OFFSET),
"ok",
2,
_("Going to focus point"),
verbose=True)
app.macro("G92 X0 Y0 Z0 E0",
"ok",
1,
_("Setting Origin Point"),
verbose=False)
app.macro("M92 E" + str(units_a),
"ok",
1,
_("Setting 4th Axis mode"),
verbose=False)
app.macro("M106 S255", "ok", 1, _("Turning fan on"), verbose=False)
app.macro("M701 S0", "ok", 2, _("Turning off lights"), verbose=False)
app.macro("M702 S0", "ok", 2, _("Turning off lights"), verbose=False)
app.macro("M703 S0", "ok", 2, _("Turning off lights"), verbose=False)
def door_safety(app, args=None, lang='en_US.UTF-8'):
setLanguage(lang)
try:
safety_door = app.config.get('settings', 'safety')['door']
except KeyError:
safety_door = 0
app.trace(_("Checking safety measures"))
if safety_door == 1:
app.macro("M741",
"TRIGGERED",
2,
_("Front panel door opened"),
verbose=False)
def probe_scan(app, args=None, lang='en_US.UTF-8'):
setLanguage(lang)
feeder = app.config.get_feeder_info('built_in_feeder')
units_a = feeder['steps_per_angle']
try:
safety_door = app.config.get('settings', 'safety')['door']
except KeyError:
safety_door = 0
app.trace(_("Initializing Probing procedure"))
if (safety_door == 1):
app.macro("M741",
"TRIGGERED",
2,
_("Front panel door control"),
warning=True)
app.macro("M402", "ok", 2, _("Retracting Probe"))
app.macro("M744",
"TRIGGERED",
2,
_("Building plane is absent"),
warning=True)
app.macro("M742", "TRIGGERED", 2, _("Spool panel"), warning=False)
app.macro("G90", "ok", 2, _("Setting abs position"), verbose=True)
app.macro("M302 S0",
"ok",
2,
_("Disabling cold extrusion prevention"),
verbose=True)
app.macro("M92 E" + str(units_a),
"ok",
2,
_("Setting 4th axis mode"),
verbose=True)
def run_remove(self, plugins):
"""
Remove plugins from the system
"""
self.run_deactivate(plugins)
plugins_path = self.config.get('general', 'plugins_path')
for plugin in plugins:
self.trace(
_("Deleting plugin <strong>{0}</strong> files...").format(
plugin))
remove_plugin(plugin, self.config)
self.trace(_("Done"))
print "ok"
def error_callback(self, error_no):
"""
Triggered when an error occures.
:param error_no: Error number
"""
message = _("Warning: print paused due to error {0}".format(error_no))
if (self.is_paused() == False):
if (error_no == ERROR_WIRE_END):
message = _("Warning: filament is about to end")
elif (error_no == ERROR_EXTRUDE_MINTEMP):
message = _(
"Warning: cannot extrude filament: the nozzle temperature is too low"
)
elif (error_no == ERROR_AMBIENT_TEMP):
message = _(
"Warning: ambient temperature is less then 15°C. Cannot continue"
)
elif (error_no == ERROR_LONG_EXTRUSION):
message = _("Warning: cannot extrude so much filament!")
elif (error_no == ERROR_MAX_TEMP):
message = _(
"Warning: extruder Temperature critical, shutting down")
elif (error_no == ERROR_IDLE_SAFETY):
message = _(
"The FABtotum has been idling for more than 10 minutes. Temperatures and Motors have been turned off"
)
elif (error_no == ERROR_X_MIN_ENDSTOP):
message = _(
"X min Endstop hit: Move the carriage to the center or check Settings > Hardware > Custom Settings >Invert X Endstop Logic"
)
self.trace(message)
self.task_stats['message'] = message
self.pause()
def end_prism(app, args=None, lang='en_US.UTF-8'):
setLanguage(lang)
set_lights(app, [0, 0, 0])
app.macro("G91", "ok", 1, _("Relative mode"), verbose=False)
app.macro("G0 Z-200 F300",
"ok",
60,
_("Raising the platform"),
verbose=True)
app.macro("M400", "ok", 120, _("Wait for all movements"), verbose=False)
def prepare_prism(app, args=None, lang='en_US.UTF-8'):
setLanguage(lang)
app.trace(_("Turning off lights"))
set_lights(app, [0, 0, 0])
app.macro("M564 S0",
"ok",
3,
_("Disbale restricted movements"),
verbose=False)
app.macro("G92 Z0", "ok", 3, _("Set Z 0"), verbose=False)
def zProbe(app, lang='en_US.UTF-8'):
setLanguage(lang)
app.macro("M401", "ok", 5, _("Open probe"), verbose=False)
reply = app.macro("G30", "ok", 120, _("Probe position"), verbose=False)
probe = parseG30(reply)
app.macro("G91", "ok", 2, _("Setting rel position"), verbose=False)
app.macro("G0 Z5 F1000",
"ok",
20,
_("Moving bed away from the probe"),
verbose=False)
app.macro("M402", "ok", 5, _("Retract probe"), verbose=False)
return probe
def get_versions(app, lang='en_US.UTF-8'):
setLanguage(lang)
### controller serail ID
retr = app.macro("M760", "ok", 1, _("Controller serial ID"), verbose=False)
controller_serial_id = retr[0]
### controller control code
retr = app.macro("M761",
"ok",
1,
_("Controller control code"),
verbose=False)
controller_control_code = retr[0]
### board version
retr = app.macro("M762", "ok", 1, _("Board version"), verbose=False)
board_version = retr[0]
### Production batch (hardware version)
retr = app.macro("M763", "ok", 1, _("Production batch"), verbose=False)
production_batch = retr[0]
### Production batch control code
retr = app.macro("M764",
"ok",
1,
_("Production batch control code"),
verbose=False)
production_batch_control_code = retr[0]
### firmware version
retr = app.macro("M765", "ok", 1, _("Firmware version"), verbose=False)
firmware_version = retr[0]
try:
firmware_version = firmware_version.split()[1]
except:
pass
### Firmware build date
retr = app.macro("M766", "ok", 1, _("Firmware build date"), verbose=False)
firmware_build_date = retr[0]
### firmware author
retr = app.macro("M767", "ok", 1, _("Firmware author"), verbose=False)
firmware_author = retr[0]
return {
'firmware': {
'version': firmware_version,
'build_date': firmware_build_date,
'author': firmware_author
},
'production': {
'batch': production_batch,
'control_code': production_batch_control_code
},
'controller': {
'serial_id': controller_serial_id,
'control_code': controller_control_code
},
'board': {
'version': board_version
}
}
def state_change_callback(self, state):
if state == 'paused':
self.trace(_("Milling PAUSED"))
self.trace(
_("Please wait until the buffered moves in totumduino are finished"
))
self.exec_macro("pause_subtractive")
if state == 'resuming':
self.trace(_("RESUMING Print"))
self.exec_macro("resume_subtractive")
if state == 'resumed':
self.trace(_("Milling RESUMED"))
if state == 'aborted':
self.resetTrace()
self.trace(_("Milling ABORTED"))
def first_move_callback(self):
self.trace(_("Milling STARTED"))
with self.monitor_lock:
#~ self.pusher_stats['first_move'] = True
self.set_task_status(GCodePusher.TASK_RUNNING)
self.update_monitor_file()
