def check_config_parameters(keyword, value):
keyword = keyword.upper()
if value is None:
value = ""
if keyword == "TEMPERATURECONTROL":
v.process_temp = True
if keyword == "PRINTERPROFILE":
if len(value) != 16:
gui.log_warning("Invalid Printer profile! - Has invalid length (expect 16) - [{}]"
.format(value))
value = ""
if not all(char in set("0123456789ABCDEFabcdef") for char in value):
gui.log_warning("Invalid Printer profile! - Invalid characters (expect 0123456789abcdef) - [{}]"
.format(value))
value = ""
if len(value) == 16:
v.printer_profile_string = value
gui.set_printer_id(v.printer_profile_string)
return
if keyword == "ACCESSORYMODE_MAF":
v.accessory_mode = True
gui.create_logitem("Config: Palette2 Accessory Mode Selected")
return
if keyword == "ACCESSORYMODE_MSF":
v.accessory_mode = True
v.palette_plus = True
gui.create_logitem("Config: Palette+ Accessory Mode Selected")
return
if keyword == "P+LOADINGOFFSET":
v.palette_plus_loading_offset = int(value)
return
if keyword == "P+PPM":
v.palette_plus_ppm = intparameter(value)
return
if keyword == "SPLICEOFFSET":
v.splice_offset = floatparameter(value)
gui.create_logitem("Splice Offset set tofiloverride {:-5.2f}mm".format(v.splice_offset))
return
if keyword == "PROFILETYPEOVERRIDE":
v.filament_type[v.set_tool] = value
v.used_filament_types.append(v.filament_type[v.set_tool])
v.used_filament_types = list(dict.fromkeys(v.used_filament_types))
return
if keyword == "EXTRUSIONMULTIPLIERCORRECTION":
v.filament_type[v.current_tool] = floatparameter(value)
return
if keyword == "EXTRAENDFILAMENT":
v.extra_runout_filament = floatparameter(value)
gui.create_logitem("Extra filament at end of print {:-8.2f}mm".format(v.extra_runout_filament))
return
if keyword == "BEFORESIDEWIPEGCODE":
v.before_sidewipe_gcode.append(value)
return
if keyword == "AFTERSIDEWIPEGCODE":
v.after_sidewipe_gcode.append(value)
return
if keyword == "AUTOLOADINGOFFSET":
v.autoloadingoffset = floatparameter(value)
return
if keyword == "AUTOADDPURGE":
v.autoaddsplice = True
return
if keyword == "MINSTARTSPLICE":
v.min_start_splice_length = floatparameter(value)
if v.min_start_splice_length < 100:
v.min_start_splice_length = 100
gui.log_warning("Minimal first slice length adjusted to 100mm")
return
if keyword == "BEDSIZEX":
v.bed_size_x = floatparameter(value)
return
if keyword == "BEDSIZEY":
v.bed_size_y = floatparameter(value)
return
if keyword == "BEDORIGINX":
v.bed_origin_x = floatparameter(value)
return
if keyword == "BEDORIGINY":
v.bed_origin_y = floatparameter(value)
return
if keyword == "BIGBRAIN3D_BLOBSIZE":
v.bigbrain3d_blob_size = intparameter(value)
return
if keyword == "BIGBRAIN3D_BLOBSPEED":
v.bigbrain3d_blob_speed = intparameter(value)
return
if keyword == "BIGBRAIN3D_COOLINGTIME":
v.bigbrain3d_blob_cooling_time = intparameter(value)
return
if keyword == "BIGBRAIN3D_PURGEPOSITION":
v.bigbrain3d_x_position = floatparameter(value)
return
if keyword == "BIGBRAIN3D_PURGEYPOSITION":
v.bigbrain3d_y_position = floatparameter(value)
return
if keyword == "BIGBRAIN3D_MOTORPOWER_HIGH":
v.bigbrain3d_motorpower_high = intparameter(value)
return
if keyword == "BIGBRAIN3D_MOTORPOWER_NORMAL":
v.bigbrain3d_motorpower_normal = intparameter(value)
return
if keyword == "BIGBRAIN3D_NUMBER_OF_WHACKS":
v.bigbrain3d_whacks = intparameter(value)
return
if keyword == "BIGBRAIN3D_PRIME_BLOBS":
v.bigbrain3d_prime = intparameter(value)
return
if keyword == "BIGBRAIN3D_FAN_OFF_PAUSE":
v.bigbrain3d_fanoffdelay = intparameter(value)
return
if keyword == "BIGBRAIN3D_LEFT_SIDE":
v.bigbrain3d_left = -1
return
if keyword == "BIGBRAIN3D_ENABLE":
if not v.wipe_remove_sparse_layers:
v.bigbrain3d_purge_enabled = True
gui.log_warning("BIGBRAIN3D Will only work with installed hardware on a Prusa Printer")
else:
gui.log_warning("BIGBRAIN3D mode not compatible with sparse wipe tower in PS")
return
if keyword == "BIGBRAIN3D_SMARTFAN":
v.bigbrain3d_smartfan = True
return
if keyword == "MINSPLICE":
v.min_splice_length = floatparameter(value)
if v.min_splice_length < 70:
v.min_splice_length = 70
gui.log_warning("Minimal slice length adjusted to 70mm")
return
# LINEAR PING removed
if keyword == "LINEARPINGLENGTH":
v.ping_interval = floatparameter(value)
v.ping_length_multiplier = 1.0
if v.ping_interval < 300:
v.ping_interval = 300
gui.log_warning("Minimal Linear Ping distance is 300mm! Your config stated: {}".format(line))
gui.create_logitem("Linear Ping interval of {:-6.2f}mm".format(v.ping_interval))
return
# SIDE TRANSITIONING
if keyword == "SIDEWIPELOC":
v.side_wipe_loc = value
return
if keyword == "PURGETOPSPEED":
v.purgetopspeed = int(floatparameter(value))
gui.create_logitem("Purge Max speed set to {:.0f}mm/min ({}mm/s)".format(v.purgetopspeed, v.purgetopspeed / 60))
return
if keyword == "WIPEFEEDRATE":
v.wipe_feedrate = floatparameter(value)
return
if keyword == "SIDEWIPEMINY":
v.sidewipe_miny = floatparameter(value)
return
if keyword == "SIDEWIPEMAXY":
v.sidewipe_maxy = floatparameter(value)
return
if keyword == "SIDEWIPECORRECTION":
v.sidewipe_correction = floatparameter(value)
if v.sidewipe_correction < 0.9 or v.sidewipe_correction > 1.10:
v.sidewipe_correction = 1.0
return
if keyword == "PURGETOWERDELTA":
parm = abs(floatparameter(value))
if parm > 0.001 and v.wipe_remove_sparse_layers:
gui.log_warning("TOWER DELTA feature mode not compatible with sparse wipe tower in PS")
v.max_tower_delta = 0.0
else:
if parm != float(0):
v.max_tower_z_delta = abs(floatparameter(value))
gui.create_logitem("Max Purge Tower Delta set to {:-2.2f}mm".format(v.max_tower_z_delta))
return
if keyword == "FULLPURGEREDUCTION":
if not v.wipe_remove_sparse_layers:
gui.create_logitem("Full purge reduction configured")
v.full_purge_reduction = True
else:
gui.log_warning("FULL PURGE TOWER REDUCTION feature mode not compatible with sparse wipe tower in PS")
v.full_purge_reduction = False
return
if keyword == "CHECKVERSION":
import p2pp.checkversion as cv
import version
latest = cv.get_version(cv.MASTER)
if latest > version.Version:
gui.create_logitem("New development version of P2PP available ({})".format(latest), "red", False, "2.0")
else:
if (latest < version.Version):
latest = cv.get_version(cv.DEV)
if (latest > version.Version):
gui.create_logitem("New development version of P2PP available ({})".format(latest), "red", False,
"2.0")
# Program parameters
if keyword == "NOGUI":
v.gui = False
return
if keyword == "CONSOLEWAIT":
v.consolewait = True
return
if keyword == "IGNOREWARNINGS":
v.ignore_warnings = True
return
if keyword == "ABSOLUTEEXTRUDER":
v.absolute_extruder = True
gui.create_logitem("Convert to absolute extrusion parameters")
return
if keyword == "DEBUGTCOMMAND":
v.debug_leaveToolCommands = True
gui.log_warning("DEBUGTCOMMAND ACTIVE - File will not print correctly!!")
return
import p2pp.checkversion as checkversion
import p2pp.mcf as mcf
import p2pp.variables as v
import version as ver
import traceback
import p2pp.gui as gui
v.version = ver.Version
if len(sys.argv) == 1:
try:
platformD = platform.system()
gui.setfilename('')
gui.form.label_5.setText("")
MASTER_VERSION = checkversion.get_version(checkversion.MASTER)
if MASTER_VERSION != "0.0":
if v.version < MASTER_VERSION:
v.version = "Version Check: New release {} available (Current version {})".format(
MASTER_VERSION, ver.Version)
color = "red"
else:
v.version = "Version Check: Current version {} (Version up to date)".format(
ver.Version)
color = "green"
gui.create_logitem(v.version, color)
gui.app.sync()
gui.create_emptyline()
gui.create_logitem(
def check_config_parameters(line):
# BASIC SETUP (material setup handled in mcf.py
# -p takes precedence over printer defined in file
if "PRINTERPROFILE" in line:
tmp_string = stringparameter(line)
if len(tmp_string) != 16:
gui.log_warning(
"Invalid Printer profile! - Has invalid length (expect 16) - [{}]"
.format(tmp_string))
tmp_string = ""
if not all(char in set("0123456789ABCDEFabcdef")
for char in tmp_string):
gui.log_warning(
"Invalid Printer profile! - Invalid characters (expect 0123456789abcdef) - [{}]"
.format(tmp_string))
tmp_string = ""
if len(tmp_string) == 16:
v.printer_profile_string = tmp_string
gui.set_printer_id(v.printer_profile_string)
return
if "ACCESSORYMODE_MAF" in line:
v.accessory_mode = True
gui.create_logitem("Config: Palette2 Accessory Mode Selected")
if "ACCESSORYMODE_MSF" in line:
v.accessory_mode = True
v.palette_plus = True
gui.create_logitem("Config: Palette+ Accessory Mode Selected")
if "P+LOADINGOFFSET" in line:
v.palette_plus_loading_offset = int(floatparameter(line))
if "P+PPM" in line:
v.palette_plus_ppm = int(floatparameter(line))
if "SPLICEOFFSET" in line:
v.splice_offset = floatparameter(line)
gui.create_logitem("Splice Offset set to {:-5.2f}mm".format(
v.splice_offset))
return
if "PROFILETYPEOVERRIDE" in line:
v.filament_type[v.current_tool] = stringparameter(line)
v.used_filament_types.append(v.filament_type[v.current_tool])
v.used_filament_types = list(dict.fromkeys(v.used_filament_types))
return
if "EXTRUSIONMULTIPLIERCORRECTION" in line:
v.filament_type[v.current_tool] = floatparameter(line)
return
if "EXTRAENDFILAMENT" in line:
v.extra_runout_filament = floatparameter(line)
gui.create_logitem("Extra filament at end of print {:-8.2f}mm".format(
v.extra_runout_filament))
return
if "BEFORESIDEWIPEGCODE" in line:
v.before_sidewipe_gcode.append(stringparameter(line))
return
if "AFTERSIDEWIPEGCODE" in line:
v.after_sidewipe_gcode.append(stringparameter(line))
return
if "MINSTARTSPLICE" in line:
v.min_start_splice_length = floatparameter(line)
if v.min_start_splice_length < 100:
v.min_start_splice_length = 100
gui.log_warning("Minimal first slice length adjusted to 100mm")
return
if "BEDSIZEX" in line:
v.bed_size_x = floatparameter(line)
return
if "BEDSIZEY" in line:
v.bed_size_y = floatparameter(line)
return
if "BEDORIGINX" in line:
v.bed_origin_x = floatparameter(line)
return
if "BEDORIGINY" in line:
v.bed_origin_y = floatparameter(line)
return
if "BIGBRAIN3D_BLOBSIZE" in line:
v.bigbrain3d_blob_size = int(floatparameter(line))
if "BIGBRAIN3D_COOLINGTIME" in line:
v.bigbrain3d_blob_cooling_time = int(floatparameter(line))
if "BIGBRAIN3D_PURGEPOSITION" in line:
v.bigbrain3d_x_position = floatparameter(line)
if "BIGBRAIN3D_MOTORPOWER_HIGH" in line:
v.bigbrain3d_motorpower_high = int(floatparameter(line))
if "BIGBRAIN3D_MOTORPOWER_NORMAL" in line:
v.bigbrain3d_motorpower_normal = int(floatparameter(line))
if "BIGBRAIN3D_ENABLE" in line:
v.bigbrain3d_purge_enabled = True
gui.log_warning(
"BIGBRAIN3D Will only work with installed hardware on a Prusa Printer"
)
if "BIGBRAIN3D_SMARTFAN" in line:
v.bigbrain3d_smartfan = True
if "MINSPLICE" in line:
v.min_splice_length = floatparameter(line)
if v.min_splice_length < 70:
v.min_splice_length = 70
gui.log_warning("Minimal slice length adjusted to 70mm")
return
# LINEAR PING removed
if "LINEARPINGLENGTH" in line:
v.ping_interval = floatparameter(line)
v.ping_length_multiplier = 1.0
if v.ping_interval < 300:
v.ping_interval = 300
gui.log_warning(
"Minimal Linear Ping distance is 300mm! Your config stated: {}"
.format(line))
gui.create_logitem("Linear Ping interval of {:-6.2f}mm".format(
v.ping_interval))
return
if line.endswith("LINEARPING"):
gui.log_warning(
"LINEARPING deprecated, use LINEARPINGLENGTH parameter instead")
return
# SIDE TRANSITIONING
if "SIDEWIPELOC" in line:
v.side_wipe_loc = stringparameter(line)
return
if "WIPEFEEDRATE" in line:
v.wipe_feedrate = floatparameter(line)
return
if "SIDEWIPEMINY" in line:
v.sidewipe_miny = floatparameter(line)
return
if "SIDEWIPEMAXY" in line:
v.sidewipe_maxy = floatparameter(line)
return
if "SIDEWIPECORRECTION" in line:
v.sidewipe_correction = floatparameter(line)
if v.sidewipe_correction < 0.9 or v.sidewipe_correction > 1.10:
v.sidewipe_correction = 1.0
return
if "PURGETOWERDELTA" in line:
if abs(floatparameter(line)) != abs(float(0)):
v.max_tower_z_delta = abs(floatparameter(line))
gui.create_logitem(
"Max Purge Tower Delta set to {:-2.2f}mm".format(
v.max_tower_z_delta))
return
if "FULLPURGEREDUCTION" in line:
gui.create_logitem("Full purge reduction configured")
v.full_purge_reduction = True
if line.endswith("CHECKVERSION"):
import p2pp.checkversion as cv
import version
latest = cv.get_version(cv.MASTER)
if latest > version.Version:
gui.create_logitem(
"New development version of P2PP available ({})".format(
latest), "red", False, "2.0")
else:
if (latest < version.Version):
latest = cv.get_version(cv.DEV)
if (latest > version.Version):
gui.create_logitem(
"New development version of P2PP available ({})".
format(latest), "red", False, "2.0")
# REPRAP COMPATIBILITY
if "REPRAPCOMPATIBLE" in line:
v.reprap_compatible = True
return
# Program parameters
if "NOGUI" in line:
v.gui = False
return
if "CONSOLEWAIT" in line:
v.consolewait = True
if "IGNOREWARNINGS" in line:
v.ignore_warnings = True
if "ABSOLUTEEXTRUDER" in line:
v.absolute_extruder = True
gui.create_logitem("Convert to absolute extrusion parameters")
def check_config_parameters(keyword, value):
keyword = keyword.upper().strip()
if value is None:
value = ""
# allows for delaying the change of temperature until after the putge block
# not sure if this should stay in future releases. To be evaluated
# low complexity, but it adds a waiting position calculation which moves off the regular path.
if keyword == "TEMPERATURECONTROL":
v.process_temp = True
# saves the unprocessed file, so it can be sent for processing simulation in case of errors
if keyword == "SAVEUNPROCESSED":
v.save_unprocessed = True
# enable the preheat function on the Palette 3
if keyword == "P3_PROCESSPREHEAT":
v.p3_process_preheat = True
# defines the printer profile for config storage on the Palette hardware
if keyword == "PRINTERPROFILE":
value = value.strip(" ")
_idlen = 16
if v.palette3:
_idlen = 32
if len(value) != _idlen:
gui.log_warning(
"Invalid Printer profile! - Has invalid length (expect {}) - [{}]"
.format(_idlen, value))
value = ""
if not all(char in set("0123456789ABCDEFabcdef") for char in value):
gui.log_warning(
"Invalid Printer profile! - Invalid characters (expect 0123456789abcdef) - [{}]"
.format(value))
value = ""
if len(value) <= _idlen:
v.printer_profile_string = value
return
# toggles hardware to Palette 3 - sets the number of inputs, output format.
if keyword == "PALETTE3":
if len(v.printer_profile_string) == 16:
gui.log_warning(
"Invalid Printer profile! - P3 printer profile should be 32 characters ({})"
.format(v.printer_profile_string))
v.palette3 = True
v.colors = 4
# Min first splice length for P3 == 130
v.min_start_splice_length = max(v.min_start_splice_length,
v.min_first_splice_p3)
v.min_splice_length = max(v.min_splice_length, v.min_splice_p3)
check_splice_table()
return
# toggles hardware to Palette 3 Pro - sets the number of inputs, output format.
if keyword == "PALETTE3_PRO":
if len(v.printer_profile_string) == 16:
gui.log_warning(
"Invalid Printer profile! - P3 printer profile should be 32 characters"
)
v.palette3 = True
v.colors = 8
# Min first splice length for P3 == 130
v.min_start_splice_length = max(v.min_start_splice_length,
v.min_first_splice_p3)
v.min_splice_length = max(v.min_splice_length, v.min_splice_p3)
check_splice_table()
return
if keyword == "P3_HOSTNAME":
v.p3_hostname = value
if keyword == "P3_PROFILENAME":
v.p3_printername = value
if keyword == "P3_UPLOADFILE":
v.uploadfile = True
if keyword == "P3_SHOWPRINTERPAGE":
v.showwebbrowser = True
# toggles Palette 3 accessory mode = added 22/02/2022
if keyword == "ACCESSORYMODE_MAFX":
v.accessory_mode = True
gui.create_logitem("Config: Palette3 Accessory Mode Selected")
return
# toggles Palette 2 accessory mode
if keyword == "ACCESSORYMODE_MAF":
v.accessory_mode = True
v.colors = 4
gui.create_logitem("Config: Palette2 Accessory Mode Selected")
check_splice_table()
return
# toggles Palette + Accessory Mode
if keyword == "ACCESSORYMODE_MSF":
v.accessory_mode = True
v.palette_plus = True
v.colors = 4
gui.create_logitem("Config: Palette+ Accessory Mode Selected")
check_splice_table()
return
# Loading Offset - Required for the P+ configuration, take from existing print after callibration with Chroma
if keyword == "P+LOADINGOFFSET":
v.palette_plus_loading_offset = int(float(value))
return
# PPM - Required for the P+ configuration, take from existing print after callibration with Chroma
if keyword == "P+PPM":
v.palette_plus_ppm = floatparameter(value)
return
# Splice offset defines how much the start of the toolchange is located after the position of the toolchange.
# in general, you want this value as small as possible BUT this value is the buffer you need when material is consumed
# at a too high rate, so putting it very low may result in early transition
if keyword == "SPLICEOFFSET":
v.splice_offset = floatparameter(value)
gui.create_logitem("SPLICE OFFSET: {:-5.2f}mm".format(v.splice_offset))
return
# This parameter sets the amount of extra filament that is generated at the end of the print, to allow for the filament to still
# engage with the motor gears. This should be at least the plength of the path from the nozzel to the gears of the extruder motor
if keyword == "EXTRAENDFILAMENT":
v.extra_runout_filament = floatparameter(value)
gui.create_logitem("Extra filament at end of print {:-8.2f}mm".format(
v.extra_runout_filament))
return
# This parameter specified the minimal amount of total filament USE ???
if keyword == "P3_MINIMALTOTALFILAMENT":
v.minimaltotal_filament = floatparameter(value)
gui.create_logitem("Minimal ilament length {:-8.2f}mm".format(
v.minimaltotal_filament))
return
# Specially Added for Manmeet - Not documented
if keyword == "MANUAL_SWAP":
v.manual_filament_swap = True
gui.create_logitem("Manual filament swap in place.")
return
# May be removed ??
if keyword == "BEFORESIDEWIPEGCODE":
v.before_sidewipe_gcode.append(value)
return
# May be removed ??
if keyword == "AFTERSIDEWIPEGCODE":
v.after_sidewipe_gcode.append(value)
return
# unused ???
if keyword == "AUTOLOADINGOFFSET":
v.autoloadingoffset = floatparameter(value)
return
# autmoaticall adds purge in case of short splices when fullpruereduction is applied
if keyword == "AUTOADDPURGE":
v.autoaddsplice = True
return
# special reauest feature - not documents - allows for pings shorter than 300 mm
if keyword == "POWERCHAOS": # Special feature request to allow sub 300 mm pings
v.powerchaos = True
return
# sets the minimal first splice length (100 / 130 for P2/P3 resp)
if keyword == "MINSTARTSPLICE":
v.min_start_splice_length = floatparameter(value)
if v.palette3:
if v.min_start_splice_length < v.min_first_splice_p3:
gui.log_warning(
"Minimal first slice length adjusted to {}mm for palette 3"
.format(v.min_first_splice_p3))
v.min_start_splice_length = v.min_first_splice_p3
if v.min_start_splice_length < 100:
v.min_start_splice_length = 100
gui.log_warning("Minimal first slice length adjusted to 100mm")
return
# firmware purge support
if keyword == "FIRMWARE_PURGE_LENGTH":
v.firmwarepurge = intparameter(value)
return
# SECTION BLOBSTER and BB3D
# BB3D/BLOBSTER config parm
if keyword in ["BIGBRAIN3D_BLOBSIZE", "BLOBSTER_BLOBSIZE"]:
v.mechpurge_blob_size = intparameter(value)
return
# BLOBSTER config parm
if keyword in ["BLOBSTER_ENGAGETIME"]:
v.blobster_engagetime = intparameter(value)
return
# BB3D config parm
if keyword == "BIGBRAIN3D_SINGLEBLOB":
v.single_blob = True
return
# BB3D/blobster config parm
if keyword in ["BIGBRAIN3D_BLOBSPEED", "BLOBSTER_BLOBSPEED"]:
v.mechpurge_blob_speed = intparameter(value)
return
# BB3D/blobster config parm
if keyword in ["BIGBRAIN3D_COOLINGTIME", "BLOBSTER_COOLINGTIME"]:
v.mechpurge_blob_cooling_time = intparameter(value)
return
# BB3D/blobster config parm
if keyword in ["BIGBRAIN3D_PURGEPOSITION", "BLOBSTER_PURGEPOSITION"]:
v.mechpurge_x_position = floatparameter(value)
return
# BB3D config parm
if keyword == "BIGBRAIN3D_PURGEYPOSITION":
v.bigbrain3d_y_position = floatparameter(value)
return
# BB3D config parm
if keyword == "BIGBRAIN3D_MOTORPOWER_HIGH":
v.bigbrain3d_motorpower_high = intparameter(value)
return
# BB3D config parm
if keyword == "BIGBRAIN3D_MOTORPOWER_NORMAL":
v.bigbrain3d_motorpower_normal = intparameter(value)
return
# BB3D config parm
if keyword == "BIGBRAIN3D_NUMBER_OF_WHACKS":
v.bigbrain3d_whacks = intparameter(value)
return
# BB3D config parm
if keyword in ["BIGBRAIN3D_PRIME_BLOBS", "BLOBSTER_PRIME_BLOBS"]:
v.mechpurge_prime_blobs = intparameter(value)
return
# BB3D config parm
if keyword == "BIGBRAIN3D_FAN_OFF_PAUSE":
v.bigbrain3d_fanoffdelay = intparameter(value)
return
# BB3D config parm
if keyword == "BIGBRAIN3D_LEFT_SIDE":
v.bigbrain3d_left = -1
return
# BB3D/BLOBSTER config parm
if keyword in ["BIGBRAIN3D_CLEARANCE_MM", "BLOBSTER_CLEARANCE_MM"]:
v.mechpurge_minimalclearenceheight = floatparameter(value)
return
# BB3D/BLBSTER config parm
if keyword in ["BIGBRAIN3D_RETRACT", "BLOBSTER_RETRACT"]:
v.mechpurge_retract = floatparameter(value)
return
# BB3D/BLOBSTER config parm
if keyword == "BIGBRAIN3D_ENABLE":
if not v.wipe_remove_sparse_layers:
v.bigbrain3d_purge_enabled = True
gui.create_logitem(
"<b>BIGBRAIN3D Will only work with installed hardware on a Prusa Printer</b>"
)
else:
gui.log_warning(
"<b>BIGBRAIN3D mode not compatible with sparse wipe tower in PS</b>"
)
return
if keyword == "BLOBSTER_ADVANCED":
v.blobster_advanced = True
gui.create_logitem("<b>BLOBSTER ADVANCED MODE ENABLED</b>")
return
if keyword == "BLOBSTER_ADVANCED_LENGTH":
v.blobster_advanced_length = []
fields = value.split(",")
for i in fields:
try:
v.blobster_advanced_length.append(abs(int(i)))
except ValueError:
gui.log_warning(
"BLOBSTER_ADVANCED_LENGTH parameter accepts a list of interger values (length in mm)"
)
return
if keyword == "BLOBSTER_ADVANCED_SPEED":
v.blobster_advanced_speed = []
fields = value.split(",")
for i in fields:
try:
v.blobster_advanced_speed.append(abs(int(i)))
except ValueError:
gui.log_warning(
"BLOBSTER_ADVANCED_SPEEDH parameter accepts a list of interger values (length in mm)"
)
return
if keyword == "BLOBSTER_ADVANCED_FAN":
v.blobster_advanced_fan = []
fields = value.split(",")
for i in fields:
try:
v.blobster_advanced_fan.append(
int(min(abs(int(i)), 100) * 2.55))
except ValueError:
gui.log_warning(
"BLOBSTER_ADVANCED_FAN parameter accepts a list of interger values (percentage 0-100)"
)
return
# BB3D/BLOBSTER config parm
if keyword == "BLOBSTER_ENABLE":
if not v.wipe_remove_sparse_layers:
v.blobster_purge_enabled = True
v.mechpurge_blob_size = 180
v.mechpurge_minimalclearenceheight = 30
v.mechpurge_blob_cooling_time = 60
gui.create_logitem(
"<b>BLOBSTER Will only work with installed hardware on a Prusa Printer</b>"
)
else:
gui.log_warning(
"<b>BLOBSTER mode not compatible with sparse wipe tower in PS</b>"
)
return
# BB3D/BLOBSTER config parm
if keyword in ["BIGBRAIN3D_SMARTFAN", "BLOBSTER_SMARTFAN"]:
v.mechpurge_smartfan = True
return
# defines the minimal splice length ( this is the safe length to make sure a splice is only heated once (70/90 for P2/P3 resp)
if keyword == "MINSPLICE":
v.min_splice_length = floatparameter(value)
if v.palette3:
if v.min_splice_length < v.min_splice_p3:
gui.log_warning(
"Minimal slice length adjusted to {}mm for palette 3".
format(v.min_splice_p3))
v.min_splice_length = v.min_splice_p3
if v.min_splice_length < 70:
v.min_splice_length = 70
gui.log_warning("Minimal slice length adjusted to 70mm")
return
# LINEAR PING removed
# set the distance between pings (same length every time), instead of increasing ping lengths
if keyword == "LINEARPINGLENGTH":
v.ping_interval = floatparameter(value)
v.ping_length_multiplier = 1.0
if not v.powerchaos:
if v.ping_interval < 100:
v.ping_interval = 100
gui.log_warning(
"Minimal Linear Ping distance is 300mm! Your config stated: {}"
.format(value))
gui.create_logitem("Linear Ping interval of {:-6.2f}mm".format(
v.ping_interval))
return
# Set the location for the side wipes
if keyword == "SIDEWIPELOC":
v.side_wipe_loc = value
return
# define a Z-Hop for jumps to the wipe location
if keyword == "SIDEWIPEZHOP":
v.addzop = floatparameter(value)
gui.create_logitem("Side Wipe ZHOP of {:3.2f}mm".format(v.addzop))
# maybe removed??
if keyword == "SIDEWIPEZHOP_SKIPRETURN":
v.sidewipe_delay_zreturn = True
# set the highest top speed for purging
if keyword == "PURGETOPSPEED":
v.purgetopspeed = int(floatparameter(value))
# if parameter specified is below 200 then the value is assumed mm/sec and is converted to mm/min
if v.purgetopspeed < 200:
v.purgetopspeed = v.purgetopspeed * 60
gui.create_logitem(
"Purge Max speed set to {:.0f}mm/min ({}mm/s)".format(
v.purgetopspeed, v.purgetopspeed / 60))
return
# set the wipe feedrate
if keyword == "WIPEFEEDRATE":
v.wipe_feedrate = floatparameter(value)
return
# define the sidewipe minimal and macimal Y position
if keyword == "SIDEWIPEMINY":
v.sidewipe_miny = floatparameter(value)
return
# define the sidewipe minimal and macimal Y position
if keyword == "SIDEWIPEMAXY":
v.sidewipe_maxy = floatparameter(value)
return
# define a extrusion multiplier for sidewipe. needed???
if keyword == "SIDEWIPECORRECTION":
v.sidewipe_correction = floatparameter(value)
if v.sidewipe_correction < 0.9 or v.sidewipe_correction > 1.10:
v.sidewipe_correction = 1.0
return
# apply delta (similar to sparse layer removal in PS2.4
if keyword == "PURGETOWERDELTA":
parm = abs(floatparameter(value))
if parm > 0.001 and v.wipe_remove_sparse_layers:
gui.log_warning(
"TOWER DELTA feature mode not compatible with sparse wipe tower in PS"
)
v.max_tower_delta = 0.0
else:
if parm != float(0):
v.max_tower_z_delta = abs(floatparameter(value))
gui.create_logitem(
"Max Purge Tower Delta set to {:-2.2f}mm".format(
v.max_tower_z_delta))
return
# simlir to tower delta but rather reduces the base of the tower to make it growmore evenly with the print
if keyword == "FULLPURGEREDUCTION":
if not v.wipe_remove_sparse_layers:
gui.create_logitem("Full purge reduction configured")
v.full_purge_reduction = True
v.needpurgetower = True
else:
gui.log_warning(
"FULL PURGE TOWER REDUCTION feature mode not compatible with sparse wipe tower in PS"
)
v.full_purge_reduction = False
return
# chech the version of P2PP on startup (requires an internet connection)
if keyword == "CHECKVERSION":
import p2pp.checkversion as cv
import version
latest = cv.get_version(cv.MASTER)
if latest:
if latest > version.Version:
gui.create_logitem(
"New version of P2PP available ({})".format(latest), "red",
False, "2.0")
# co be removed ?
if keyword == "DO_NOT_GENERATE_M0":
v.generate_M0 = False
return
# wait for user feedback at the ned of processing
if keyword == "CONSOLEWAIT":
v.consolewait = True
return
if keyword == "FINISH_MOVES_M400":
v.finish_moves = "M400"
v.replace_G4S0 = True
# process toolchanges the KLIPPER way
if keyword == "KLIPPER_TOOLCHANGE":
v.klipper = True
return
# close and continue even if there are warnings
if keyword == "IGNOREWARNINGS":
v.ignore_warnings = True
return
# p2pp_process_file a gcode file with absolute extrusios instead of relative ones
if keyword == "ABSOLUTEEXTRUDER":
v.absolute_extruder = True
gui.create_logitem("Convert to absolute extrusion parameters")
return
# unused !!! to be removed.
if keyword == "DEBUGTCOMMAND":
v.debug_leaveToolCommands = True
gui.log_warning(
"DEBUGTCOMMAND ACTIVE - File will not print correctly!!")
return