def header_generate_omega(job_name):
if v.printer_profile_string == '':
v.printer_profile_string = v.default_printerprofile
if v.palette3:
v.printer_profile_string = v.default_printerprofile + v.default_printerprofile
else:
v.printer_profile_string = v.default_printerprofile
gui.log_warning(
"The PRINTERPROFILE identifier is missing, Default will be used {} \n"
.format(v.printer_profile_string))
v.printer_profile_string = v.default_printerprofile
if len(v.splice_extruder_position) == 0 and not v.palette3:
gui.log_warning("This does not look like a multi-colour file.\n")
if v.palette3:
return {
'header': [],
'summary': generatesummary(),
'warnings': generatewarnings()
}
algorithm_create_table()
if not v.palette_plus:
return header_generate_omega_palette2(job_name)
else:
return header_generate_omega_paletteplus()
def purge_create_layers(x, y, w, h):
global solidlayer, emptylayer, filllayer
solidlayer = []
emptylayer = []
filllayer = []
ew = v.extrusion_width
if ew == 0:
ew = 0.45
gui.log_warning("Extrusion Width of 0 detected, using default 0.45mm")
w = int(w / ew) * ew
h = int(h / ew) * ew
solidlayer.append(gcode.create_command(";---- SOLID WIPE -------"))
generate_rectangle(solidlayer, x, y, w, h)
emptylayer.append(gcode.create_command(";---- EMPTY WIPE -------"))
generate_rectangle(emptylayer, x, y, w, h)
filllayer.append(gcode.create_command(";---- FILL LAYER -------"))
generate_rectangle(filllayer, x, y, w, h)
_purge_create_sequence(solidlayer, "G1 X{:.3f} Y{:.3f} F%SPEED%", x, y, w, h, ew)
_purge_create_sequence(emptylayer, "G1 Y{:.3f} X{:.3f} F%SPEED%", y, x, h, w, 2)
_purge_create_sequence(filllayer, "G1 Y{:.3f} X{:.3f} F%SPEED%", y, x, h, w, 15)
_purge_generate_tower_brim(x, y, w, h)
_purge_calculate_sequences_length()
v.purge_sequence_x = x
v.purge_sequence_y = y
def generatesummary():
summary = [
";Splice Information:\n", ";-------------------\n",
"; Splice Offset = {:-8.2f}mm\n".format(v.splice_offset),
"; Autoloading Offset = {:-8.2f}mm\n\n".format(
v.autoloadingoffset)
]
for i in range(len(v.splice_extruder_position)):
if i == 0:
pos = 0
else:
pos = v.splice_extruder_position[i - 1]
summary.append(
";{:04} Input: {} Location: {:-8.2f}mm length {:-8.2f}mm \n".
format(i + 1, v.splice_used_tool[i] + 1, pos, v.splice_length[i]))
summary.append("\n")
summary.append(";Ping Information:\n")
summary.append(";-----------------\n")
for i in range(len(v.ping_extruder_position)):
pingtext = ";Ping {:04} at {:-8.2f}mm\n".format(
i + 1, v.ping_extruder_position[i])
summary.append(pingtext)
if v.side_wipe and v.side_wipe_loc == "" and not v.bigbrain3d_purge_enabled and not v.blobster_purge_enabled:
gui.log_warning("Using sidewipe with undefined SIDEWIPELOC!!!")
return summary
def header_generate_omega(job_name):
if v.printer_profile_string == '':
gui.log_warning(
"The PRINTERPROFILE identifier is missing, Please add:\n" +
";P2PP PRINTERPROFILE=<your printer profile ID>\n" +
"to your Printers Start GCODE.\n")
if len(v.splice_extruder_position) == 0:
gui.log_warning("This does not look like a multi-colour file.\n")
if v.gui:
if gui.ask_yes_no(
'Not a Multi-Colour file?',
"This doesn't look like a multi-colour file. Skip processing?"
):
exit(1)
else:
if yes_or_no(
"This does not look like a multi-colour file.. Skip P2PP Processing?\n"
):
exit(1)
algorithm_create_table()
if not v.palette_plus:
return header_generate_omega_palette2(job_name)
else:
return header_generate_omega_paletteplus()
def optimize_tower_skip(skipmax, layersize):
skipped = 0.0
skipped_num = 0
if v.side_wipe or v.bigbrain3d_purge_enabled:
base = -1
else:
base = 0
for idx in range(len(v.skippable_layer) - 1, base, -1):
if skipped + 0.005 >= skipmax:
v.skippable_layer[idx] = False
elif v.skippable_layer[idx]:
skipped = skipped + layersize
skipped_num += 1
if v.tower_delta:
if skipped > 0:
gui.log_warning(
"Warning: Purge Tower delta in effect: {} Layers or {:-6.2f}mm".format(skipped_num, skipped))
else:
gui.create_logitem("Tower Purge Delta could not be applied to this print")
for idx in range(len(v.skippable_layer)):
v.skippable_layer[idx] = False
v.tower_delta = False
if not v.side_wipe and not v.bigbrain3d_purge_enabled:
v.skippable_layer[0] = False
def generate_blobster_advanced_blob(count):
issue_code("\n;---- BLOBSTER ADVANCED BLOB {}".format(count + 1), True)
setfanspeed(0)
if count > 0:
issue_code("G4 P2000 ; Interblob wait")
issue_code("G1 X{:.3f} F1000 ; go to the actual wiping position".format(
v.mechpurge_x_position)) # takes 2.5 seconds
issue_code("G4 P{} ; Wait for Blobster to engage before purging".format(
v.blobster_engagetime))
if v.retraction < 0:
purgetower.largeunretract()
try:
for i in range(len(v.blobster_advanced_speed)):
setfanspeed(v.blobster_advanced_fan[i])
issue_code("G1 E{:6.3f} F{} ; Purge Part {} ".format(
v.blobster_advanced_length[i], v.blobster_advanced_speed[i],
i + 1))
except IndexError:
if not v.blobsterwarning:
gui.log_warning(
"BLOBSTER ERROR: THIS FILE WILL NOT PRING AS EXPECTED!!!")
v.blobsterwarning = True
purgetower.largeretract(v.mechpurge_retract)
setfanspeed(255)
issue_code("G4 S{0:.0f} ; blob {0}s cooling time".format(
v.mechpurge_blob_cooling_time))
issue_code(
"G1 X{:.3f} F10800 ; activate flicker".format(v.mechpurge_x_position -
v.bigbrain3d_left * 30))
def algorithm_process_material_configuration(splice_info):
# 22/02/2022 - Added check for correctness of the parameters
error = True
fields = splice_info.split("_")
if fields[0] == "DEFAULT" and len(fields) == 4:
try:
check = float(fields[1]) + float(fields[2]) + float(fields[3])
v.default_splice_algorithm = algorithm_create_process_string(
fields[1], fields[2], fields[3])
error = False
except ValueError:
pass
if len(fields) == 5:
key = "{}{}".format(fields[0], fields[1])
try:
check = float(fields[2]) + float(fields[3]) + float(fields[4])
error = False
v.splice_algorithm_dictionary[
key] = algorithm_create_process_string(fields[2], fields[3],
fields[4])
except ValueError:
pass
if error:
gui.log_warning("Error splice info: {}".format(splice_info))
def generatesummary():
summary = [
";---------------------\n", "; - SPLICE INFORMATION-\n",
";---------------------\n",
"; Splice Offset = {:-8.2f}mm\n\n".format(v.splice_offset)
]
for i in range(len(v.splice_extruder_position)):
if i == 0:
pos = 0
else:
pos = v.splice_extruder_position[i - 1]
summary.append(
";{:04} Tool: {} Location: {:-8.2f}mm length {:-8.2f}mm ({})\n"
.format(i + 1, v.splice_used_tool[i], pos, v.splice_length[i],
hexify_float(pos)))
summary.append("\n")
summary.append(";-------------------\n")
summary.append("; - PING INFORMATION-\n")
summary.append(";-------------------\n")
for i in range(len(v.ping_extruder_position)):
pingtext = ";Ping {:04} at {:-8.2f}mm ({})\n".format(
i + 1, v.ping_extruder_position[i],
hexify_float(v.ping_extruder_position[i]))
summary.append(pingtext)
if v.side_wipe and v.side_wipe_loc == "":
gui.log_warning("Using sidewipe with undefined SIDEWIPELOC!!!")
return summary
def generatesummary():
summary = []
summary.append(";---------------------\n")
summary.append("; - COLORS DEFINED -\n")
summary.append(";---------------------\n")
summary.append(";Number of extruders defined in PrusaSlicer: {}\n".format(
v.m4c_numberoffilaments))
summary.append(";Number of color swaps in this print: {}\n".format(
len(v.m4c_late_warning)))
summary.append(";Filament defined for this print:\n")
for i in range(v.m4c_numberoffilaments):
try:
id = v.filament_ids[i]
except IndexError:
id = ""
summary.append(";. Filament {} - Color Code {} - {:20} {}\n".format(
i + 1, v.filament_color_code[i],
find_nearest_colour(v.filament_color_code[i].strip("\n")), id))
summary.append("\n")
summary.append(";---------------------\n")
summary.append("; - SPLICE INFORMATION-\n")
summary.append(";---------------------\n")
summary.append("; Splice Offset = {:-8.2f}mm\n".format(
v.splice_offset))
summary.append("; Autoloading Offset = {:-8.2f}mm\n\n".format(
v.autoloadingoffset))
for i in range(len(v.splice_extruder_position)):
if i == 0:
pos = 0
else:
pos = v.splice_extruder_position[i - 1]
summary.append(
";{:04} Input: {} Location: {:-8.2f}mm length {:-8.2f}mm ({})\n"
.format(i + 1, v.splice_used_tool[i] + 1, pos, v.splice_length[i],
hexify_float(pos)))
summary.append("\n")
summary.append(";-------------------\n")
summary.append("; - PING INFORMATION-\n")
summary.append(";-------------------\n")
for i in range(len(v.ping_extruder_position)):
pingtext = ";Ping {:04} at {:-8.2f}mm ({})\n".format(
i + 1, v.ping_extruder_position[i],
hexify_float(v.ping_extruder_position[i]))
summary.append(pingtext)
if v.side_wipe and v.side_wipe_loc == "" and not v.bigbrain3d_purge_enabled:
gui.log_warning("Using sidewipe with undefined SIDEWIPELOC!!!")
return summary
def swap_pause(command):
global warning
if v.z_maxheight > 0:
lift = min(v.current_position_z + 20, v.z_maxheight)
else:
lift = v.current_position_z + 20
if warning:
gui.log_warning("Manual swap lift of 20 without constraint!!")
gc.issue_code(";MANUAL SWAP PAUSE SEQUENCE")
gc.issue_code("G1 Z{:.2f} F10800".format(lift))
gc.issue_code(command)
def gcode_process_toolchange(new_tool, location, current_layer):
# some commands are generated at the end to unload filament,
# they appear as a reload of current filament - messing up things
if new_tool == v.current_tool:
return
location += v.splice_offset
if new_tool == -1:
location += v.extra_runout_filament
v.material_extruded_per_color[v.current_tool] += v.extra_runout_filament
v.total_material_extruded += v.extra_runout_filament
else:
v.palette_inputs_used[new_tool] = True
length = location - v.previous_toolchange_location
if v.current_tool != -1:
v.splice_extruder_position.append(location)
v.splice_length.append(length)
v.splice_used_tool.append(v.current_tool)
v.autoadded_purge = 0
if len(v.splice_extruder_position) == 1:
if v.splice_length[0] < v.min_start_splice_length:
if v.autoaddsplice and (v.full_purge_reduction or v.side_wipe):
v.autoadded_purge = v.min_start_splice_length - length
else:
gui.log_warning("Warning : Short first splice (<{}mm) Length:{:-3.2f}".format(length,
v.min_start_splice_length))
filamentshortage = v.min_start_splice_length - v.splice_length[0]
v.filament_short[new_tool] = max(v.filament_short[new_tool], filamentshortage)
else:
if v.splice_length[-1] < v.min_splice_length:
if v.autoaddsplice and (v.full_purge_reduction or v.side_wipe):
v.autoadded_purge = v.min_splice_length - v.splice_length[-1]
else:
gui.log_warning("Warning: Short splice (<{}mm) Length:{:-3.2f} Layer:{} Input:{}".
format(v.min_splice_length, length, current_layer, v.current_tool + 1))
filamentshortage = v.min_splice_length - v.splice_length[-1]
v.filament_short[new_tool] = max(v.filament_short[new_tool], filamentshortage)
v.side_wipe_length += v.autoadded_purge
v.splice_extruder_position[-1] += v.autoadded_purge
v.splice_length[-1] += v.autoadded_purge
v.previous_toolchange_location = v.splice_extruder_position[-1]
v.previous_tool = v.current_tool
v.current_tool = new_tool
def optimize_tower_skip(skipmax, layersize):
skipped = 0.0
skipped_num = 0
for idx in range(len(v.skippable_layer) - 1, 0, -1):
if skipped >= skipmax:
v.skippable_layer[idx] = False
elif v.skippable_layer[idx]:
skipped = skipped + layersize
skipped_num += 1
if v.tower_delta and skipped > 0:
gui.log_warning(
"Warning: Purge Tower delta in effect: {} Layers or {:-6.2f}mm".
format(skipped_num, skipped))
else:
gui.create_logitem(
"Tower Purge Delta could not be applied to this print")
def update_class(gcode_line):
v.previous_block_classification = v.block_classification
if gcode_line[0] == "T":
v.block_classification = CLS_TOOL_PURGE
if gcode_line.startswith("; CP"):
if "PRIMING START" in gcode_line:
gui.log_warning("Extruder Primimng will not work with P2PP")
if "TOOLCHANGE START" in gcode_line:
v.block_classification = CLS_TOOL_START
if "TOOLCHANGE UNLOAD" in gcode_line:
v.block_classification = CLS_TOOL_UNLOAD
if "TOOLCHANGE WIPE" in gcode_line:
v.block_classification = CLS_TOOL_PURGE
if "TOOLCHANGE END" in gcode_line:
if v.previous_block_classification == CLS_TOOL_UNLOAD:
v.block_classification = CLS_NORMAL
else:
v.block_classification = CLS_TONORMAL
if "WIPE TOWER FIRST LAYER BRIM START" in gcode_line:
v.block_classification = CLS_BRIM
v.tower_measure = True
if "WIPE TOWER FIRST LAYER BRIM END" in gcode_line:
v.tower_measure = False
v.block_classification = CLS_BRIM_END
if "EMPTY GRID START" in gcode_line:
v.block_classification = CLS_EMPTY
if "EMPTY GRID END" in gcode_line:
v.block_classification = CLS_ENDGRID
if v.block_classification == CLS_TONORMAL and v.previous_block_classification == CLS_TOOL_PURGE:
v.block_classification = CLS_ENDPURGE
return
def algorithm_create_table():
splice_list = []
for i in range(4):
for j in range(4):
if i == j:
continue
try:
algo_key = "{}{}".format(
v.used_filament_types.index(v.filament_type[i]) + 1,
v.used_filament_types.index(v.filament_type[j]) + 1)
if algo_key in splice_list:
continue
except (IndexError, KeyError):
continue
if not algorithm_transition_used(i, j):
continue
splice_list.append(algo_key)
try:
algo = v.splice_algorithm_dictionary["{}{}".format(
v.filament_type[i], v.filament_type[j])]
except (IndexError, KeyError):
gui.log_warning(
"WARNING: No Algorithm defined for transitioning" +
" {} to {}. Using Default".format(v.filament_type[i],
v.filament_type[j]))
if v.default_splice_algorithm is None:
if v.palette_plus:
algo = "0,0,0"
else:
algo = "D0000 D0000 D0000"
else:
algo = v.default_splice_algorithm
if v.palette_plus:
v.splice_algorithm_table.append("({},{})".format(
algo_key, algo).replace("-", ""))
else:
v.splice_algorithm_table.append("D{} {}".format(
algo_key, algo))
def __str__(self):
p = ""
# use the same formatting as prusa to ease file compares (X, Y, Z, E, F)
sorted_keys = "XYZE"
if self.is_movement_command():
for key in sorted_keys:
if key in self.Parameters:
form = ""
if key in "XYZ":
form = "{}{:0.3f} "
if key == "E":
form = "{}{:0.5f} "
value = self.Parameters[key]
if value == None:
gui.log_warning(
"GCode error detected, file might not print correctly"
)
value = ""
p = p + form.format(key, value)
for key in self.Parameters:
if not self.is_movement_command() or key not in sorted_keys:
value = self.Parameters[key]
if value == None:
value = ""
p = p + "{}{} ".format(key, value)
c = self.fullcommand
if not c:
c = ""
if not self.Comment:
co = ""
else:
co = ";" + self.Comment
return ("{} {} {}".format(c, p, co)).strip() + "\n"
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
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 config_checks():
# CHECK BED SIZE PARAMETERS
if v.bed_size_x == -9999 or v.bed_size_y == -9999 or v.bed_origin_x == -9999 or v.bed_origin_y == -9999:
gui.log_warning("Bedsize nor or incorrectly defined.")
v.bed_max_x = v.bed_origin_x + v.bed_size_x
v.bed_max_y = v.bed_origin_y + v.bed_size_y
# CHECK EXTRUSION WIDTH
if v.extrusion_width == 0:
gui.create_logitem("Extrusionwidth set to 0, defaulted back to 0.45")
v.extrusion_width = 0.45
if v.process_temp and v.side_wipe:
gui.log_warning(
"TEMPERATURECONTROL and SIDEWIPE / BigBrain3D are incompatible (TEMPERATURECONTROL disabled"
)
v.process_temp = False
if v.palette_plus:
if v.palette_plus_ppm == -9:
gui.log_warning(
"P+ parameter P+PPM incorrectly set up in startup GCODE - Processing Halted"
)
return -1
if v.palette_plus_loading_offset == -9:
gui.log_warning(
"P+ parameter P+LOADINGOFFSET incorrectly set up in startup GCODE - Processing Halted"
)
return -1
v.side_wipe = not ((v.bed_origin_x <= v.wipe_tower_posx <= v.bed_max_x) and
(v.bed_origin_y <= v.wipe_tower_posy <= v.bed_max_y))
v.tower_delta = v.max_tower_z_delta > 0
if (v.tower_delta or v.full_purge_reduction) and v.variable_layer:
gui.log_warning(
"Variable layers may cause issues with FULLPURGE / TOWER DELTA")
gui.log_warning(
"This warning could be caused by support that will print on variable layer offsets"
)
# sidewipe option compatibility test
if v.side_wipe:
if v.full_purge_reduction:
gui.log_warning(
"FULLURGEREDUCTION is incompatible with SIDEWIPE, parameter ignored"
)
v.full_purge_reduction = False
if v.skirts:
if v.ps_version >= "2.2":
gui.log_warning(
"SIDEWIPE and SKIRTS are NOT compatible in PS2.2 or later")
if v.wipe_remove_sparse_layers:
gui.log_warning(
"SIDE WIPE mode not compatible with sparse wipe tower in PS - Processing Halted"
)
return -1
gui.create_logitem("Side wipe activated", "blue")
# fullpurge option compatibility test
if v.full_purge_reduction:
if v.skirts:
gui.log_warning(
"FULLPURGE and SKIRTS are NOT compatible. Overlaps may occur")
if v.tower_delta:
gui.log_warning(
"FULLPURGEREDUCTION is incompatible with TOWERDELTA")
v.tower_delta = False
gui.create_logitem("FULLPURGEREDUCTION activated", "blue")
# auto add splice length only works with full purge reeduction / sidewipe
if v.autoaddsplice:
if not v.full_purge_reduction and not v.side_wipe:
gui.log_warning(
"AUTOADDPURGE only works with SIDEWIPE and FULLPURGEREDUCTION")
else:
gui.create_logitem("Automatic Splice length increase activated",
"blue")
if len(v.skippable_layer) == 0:
gui.log_warning("P2PP Layer Configuration is missing!!")
return -1
skippable = optimize_tower_skip(int(v.max_tower_z_delta / v.layer_height))
if v.tower_delta:
v.skippable_layer[0] = False
if skippable > 0:
gui.log_warning(
"TOWERDELTA in effect for {} Layers or {:.2f}mm".format(
skippable, skippable * v.layer_height))
else:
gui.create_logitem("TOWERDELTA could not be applied to this print")
v.tower_delta = False
return 0
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
def check_splice_table():
if len(v.splice_algorithm_table) > 0:
gui.log_warning(
"Algorithm definitions should appear AFTER Palette Model selection (PALETTE3/PALETTE3_PRO/ACCESSORYMODE_MAF/ACCESSORYMODE_MSF)"
)
def generate(input_file, output_file, printer_profile, splice_offset, silent):
starttime = time.time()
v.printer_profile_string = printer_profile
basename = os.path.basename(input_file)
_taskName = os.path.splitext(basename)[0].replace(" ", "_")
_taskName = _taskName.replace(".mcf", "")
v.splice_offset = splice_offset
try:
# python 3.x
opf = open(input_file, encoding='utf-8')
except TypeError:
try:
# python 2.x
opf = open(input_file)
except IOError:
if v.gui:
gui.user_error("P2PP - Error Occurred", "Could not read input file\n'{}'".format(input_file))
else:
print ("Could not read input file\n'{}".format(input_file))
return
except IOError:
if v.gui:
gui.user_error("P2PP - Error Occurred", "Could not read input file\n'{}'".format(input_file))
else:
print ("Could not read input file\n'{}".format(input_file))
return
gui.setfilename(input_file)
gui.set_printer_id(v.printer_profile_string)
gui.create_logitem("Reading File " + input_file)
gui.progress_string(1)
v.input_gcode = opf.readlines()
opf.close()
v.input_gcode = [item.strip() for item in v.input_gcode]
gui.create_logitem("Analyzing slicer parameters")
gui.progress_string(2)
parse_slic3r_config()
gui.create_logitem("Pre-parsing GCode")
gui.progress_string(4)
parse_gcode()
if v.tower_delta or v.full_purge_reduction:
if v.variable_layer:
gui.log_warning("Variable layers are not compatible with fullpruge/tower delta")
if v.process_temp and v.side_wipe:
gui.log_warning("TEMPERATURECONTROL and Side Wipe / BigBrain3D are not compatible")
if v.palette_plus:
if v.palette_plus_ppm == -9:
gui.log_warning("P+ parameter P+PPM not set correctly in startup GCODE")
if v.palette_plus_loading_offset == -9:
gui.log_warning("P+ parameter P+LOADINGOFFSET not set correctly in startup GCODE")
v.side_wipe = not coordinate_on_bed(v.wipetower_posx, v.wipetower_posy)
v.tower_delta = v.max_tower_z_delta > 0
gui.create_logitem("Creating tool usage information")
m4c.calculate_loadscheme()
if v.side_wipe:
if v.skirts and v.ps_version > "2.2":
gui.log_warning("SIDEWIPE and SKIRTS are NOT compatible in PS2.2 or later")
gui.log_warning("THIS FILE WILL NOT PRINT CORRECTLY")
if v.wipe_remove_sparse_layers:
gui.log_warning("SIDE WIPE mode not compatible with sparse wipe tower in PS")
gui.log_warning("THIS FILE WILL NOT PRINT CORRECTLY")
gui.create_logitem("Side wipe activated", "blue")
if v.full_purge_reduction:
gui.log_warning("Full Purge Reduction is not compatible with Side Wipe, performing Side Wipe")
v.full_purge_reduction = False
if v.full_purge_reduction:
v.side_wipe = False
gui.create_logitem("Full Tower Reduction activated", "blue")
if v.tower_delta:
gui.log_warning("Full Purge Reduction is not compatible with Tower Delta, performing Full Purge Reduction")
v.tower_delta = False
v.pathprocessing = (v.tower_delta or v.full_purge_reduction or v.side_wipe)
if v.autoaddsplice and not v.full_purge_reduction and not v.side_wipe:
gui.log_warning("AUTOEDDPURGE only works with side wipe and fullpurgereduction at this moment")
if (len(v.skippable_layer) == 0) and v.pathprocessing:
gui.log_warning("LAYER configuration is missing. NO OUTPUT FILE GENERATED.")
gui.log_warning("Check the P2PP documentation for furhter info.")
else:
if v.tower_delta:
optimize_tower_skip(v.max_tower_z_delta, v.layer_height)
if v.side_wipe:
optimize_tower_skip(999, v.layer_height)
gui.create_logitem("Generate processed GCode")
total_line_count = len(v.input_gcode)
v.retraction = 0
for process_line_count in range(total_line_count):
gcode_parseline(process_line_count)
gui.progress_string(50 + 50 * process_line_count // total_line_count)
v.processtime = time.time() - starttime
gcode_process_toolchange(-1, v.total_material_extruded, 0)
omega_result = header_generate_omega(_taskName)
header = omega_result['header'] + omega_result['summary'] + omega_result['warnings']
if v.absolute_extruder and v.gcode_has_relative_e:
gui.create_logitem("Converting to absolute extrusion")
convert_to_absolute()
# write the output file
######################
if not output_file:
output_file = input_file
gui.create_logitem("Generating GCODE file: " + output_file)
opf = open(output_file, "w")
if not v.accessory_mode:
opf.writelines(header)
opf.write("\n\n;--------- START PROCESSED GCODE ----------\n\n")
if v.accessory_mode:
opf.write("M0\n")
opf.write("T0\n")
if v.splice_offset == 0:
gui.log_warning("SPLICE_OFFSET not defined")
opf.writelines(v.processed_gcode)
opf.close()
if v.accessory_mode:
pre, ext = os.path.splitext(output_file)
if v.palette_plus:
maffile = pre + ".msf"
else:
maffile = pre + ".maf"
gui.create_logitem("Generating PALETTE MAF/MSF file: " + maffile)
maf = open(maffile, 'w')
for h in header:
h = h.strip('\r\n')
maf.write(unicode(h))
maf.write('\r\n')
maf.close()
#
# with io.open(maffile, 'w', newline='\r\n') as maf:
#
# for i in range(len(header)):
# h = header[i].strip('\n\r') + "\n"
# if not h.startswith(";"):
# try:
# maf.write(unicode(h))
# except:
# maf.write(h)
gui.print_summary(omega_result['summary'])
gui.progress_string(100)
if (len(v.process_warnings) > 0 and not v.ignore_warnings) or v.consolewait:
gui.close_button_enable()
def parse_gcode_second_pass():
idx = 0
intower = False
purge = False
total_line_count = len(v.parsed_gcode)
v.retraction = 0
v.last_parsed_layer = -1
v.previous_block_classification = v.parsed_gcode[0][gcode.CLASS]
# include firmware purge length accounting
v.total_material_extruded = v.firmwarepurge
v.material_extruded_per_color[v.current_tool] = v.firmwarepurge
for process_line_count in range(total_line_count):
try:
if process_line_count >= v.layer_end[0]:
v.last_parsed_layer += 1
v.layer_end.pop(0)
v.current_layer_is_skippable = v.skippable_layer[
v.last_parsed_layer] and not v.last_parsed_layer == 0
if v.current_layer_is_skippable:
if v.last_parsed_layer == 0:
v.cur_tower_z_delta += v.first_layer_height
else:
v.cur_tower_z_delta += v.layer_height
except IndexError:
pass
g = v.parsed_gcode[idx]
idx = idx + 1
# ----- MEMORY MANAGEMENT - when 100K lines are processed, remove the top of the list
if idx > 100000:
v.parsed_gcode = v.parsed_gcode[idx:]
idx = 0
if process_line_count % 10000 == 0:
gui.progress_string(50 +
50 * process_line_count // total_line_count)
current_block_class = g[gcode.CLASS]
# ---- FIRST SECTION HANDLES DELAYED TEMPERATURE COMMANDS ----
if current_block_class not in [
CLS_TOOL_PURGE, CLS_TOOL_START, CLS_TOOL_UNLOAD
] and v.current_temp != v.new_temp:
gcode.issue_code(v.temp1_stored_command)
v.temp1_stored_command = ""
# BLOCK Added 27/11/2021 - PS2.4 - P3 - showinf lines between print and tower
if current_block_class != v.previous_block_classification and not v.side_wipe and not v.full_purge_reduction:
if v.previous_block_classification == CLS_TOOL_UNLOAD:
if v.restore_move_point:
v.restore_move_point = False
gcode.issue_code(
"G1 X{:0.3f} Y{:0.3f} F8640 ; P2PP positional alignment"
.format(v.current_position_x, v.current_position_y))
# BLOCK END
# ---- SECOND SECTION HANDLES COMMENTS AND NONE-MOVEMENT COMMANDS ----
if g[gcode.COMMAND] is None:
if v.disable_z and g[gcode.COMMENT].endswith("END"):
v.disable_z = False
if v.needpurgetower and g[gcode.COMMENT].endswith("BRIM END"):
v.needpurgetower = False
purgetower.purge_create_layers(v.wipe_tower_info_minx,
v.wipe_tower_info_miny,
v.wipe_tower_xsize,
v.wipe_tower_ysize)
purgetower.purge_generate_brim()
v.toolchange_processed = False
gcode.issue_command(g)
continue
elif g[gcode.MOVEMENT] == 0:
if g[gcode.COMMAND].startswith('T'):
if v.manual_filament_swap and not (
v.side_wipe or v.full_purge_reduction
or v.tower_delta) and (v.current_tool != -1):
swap.swap_pause("M25")
swap.swap_unpause()
gcode_process_toolchange(int(g[gcode.COMMAND][1:]))
if not v.debug_leaveToolCommands:
gcode.move_to_comment(g, "--P2PP-- Color Change")
v.toolchange_processed = (current_block_class != CLS_NORMAL)
elif v.klipper and g[gcode.COMMAND] == "ACTIVATE_EXTRUDER":
extruder = g[gcode.OTHER].strip()
if extruder.startswith("EXTRUDER=extruder"):
if len(extruder) == 17:
extruder_num = 0
else:
try:
extruder_num = int(extruder[17:])
except (ValueError, IndexError):
extruder_num = None
gui.log_warning(
"KLIPPER - Named extruders are not supported ({})"
.format(extruder))
if extruder_num is not None:
gcode_process_toolchange(extruder_num)
if not v.debug_leaveToolCommands:
gcode.move_to_comment(g, "--P2PP-- Color Change")
v.toolchange_processed = True
else:
gui.log_warning(
"KLIPPER - Named extruders are not supported ({})".
format(extruder))
else:
if current_block_class == CLS_TOOL_UNLOAD:
if g[gcode.COMMAND] in ["G4", "M900", "M400"]:
gcode.move_to_comment(g, "--P2PP-- tool unload")
if g[gcode.COMMAND] is not None and g[
gcode.COMMAND].startswith('M'):
try:
command_num = int(g[gcode.COMMAND][1:])
except (ValueError, KeyError):
command_num = 0
if command_num in [104, 109]:
if v.process_temp:
if current_block_class not in [
CLS_TOOL_PURGE, CLS_TOOL_START,
CLS_TOOL_UNLOAD
]:
g[gcode.COMMENT] += " Unprocessed temp "
v.new_temp = gcode.get_parameter(
g, gcode.S, v.current_temp)
v.current_temp = v.new_temp
else:
v.new_temp = gcode.get_parameter(
g, gcode.S, v.current_temp)
if v.new_temp >= v.current_temp:
g[gcode.COMMAND] = "M109"
v.temp2_stored_command = gcode.create_commandstring(
g)
gcode.move_to_comment(
g,
"--P2PP-- delayed temp rise until after purge {}-->{}"
.format(v.current_temp, v.new_temp))
v.current_temp = v.new_temp
else:
v.temp1_stored_command = gcode.create_commandstring(
g)
gcode.move_to_comment(
g,
"--P2PP-- delayed temp drop until after purge {}-->{}"
.format(v.current_temp, v.new_temp))
elif command_num == 107:
v.saved_fanspeed = 0
elif command_num == 106:
v.saved_fanspeed = gcode.get_parameter(
g, gcode.S, v.saved_fanspeed)
elif command_num == 221:
v.extrusion_multiplier = float(
gcode.get_parameter(
g, gcode.S,
v.extrusion_multiplier * 100.0)) / 100.0
elif command_num == 220:
gcode.move_to_comment(
g, "--P2PP-- Feed Rate Adjustments are removed")
elif command_num == 572:
for i in range(1, v.filament_count):
g[gcode.OTHER] = g[gcode.OTHER].replace(
"D{}".format(i), "D0")
elif not v.generate_M0 and g[gcode.COMMAND] == "M0":
gcode.move_to_comment(g, "--P2PP-- remove M0 command")
gcode.issue_command(g)
continue
classupdate = not current_block_class == v.previous_block_classification
v.previous_block_classification = current_block_class
# ---- AS OF HERE ONLY MOVEMENT COMMANDS ----
if g[gcode.MOVEMENT] & 1:
v.previous_purge_keep_x = v.purge_keep_x
v.purge_keep_x = g[gcode.X]
v.current_position_x = g[gcode.X]
if g[gcode.MOVEMENT] & 2:
v.previous_purge_keep_y = v.purge_keep_y
v.purge_keep_y = g[gcode.Y]
v.current_position_y = g[gcode.Y]
if g[gcode.MOVEMENT] & 4:
if v.disable_z:
gcode.move_to_comment(g,
"-- P2PP - invalid move in delta tower")
gcode.issue_command(g)
continue
else:
v.current_position_z = g[gcode.Z]
if g[gcode.MOVEMENT] & 16:
v.keep_speed = g[gcode.F]
# this goes for all situations: START and UNLOAD are not needed
if current_block_class in [CLS_TOOL_START, CLS_TOOL_UNLOAD]:
# BLOCK Added 27/11/2021 - PS2.4 - P3 - showinf lines between print and tower
if not (v.side_wipe or v.full_purge_reduction):
v.restore_move_point = True
# BLOCK END
gcode.move_to_comment(g, "--P2PP-- tool unload")
gcode.issue_command(g)
continue
# --------------------- TOWER DELTA PROCESSING
if v.tower_delta:
if classupdate:
if current_block_class == CLS_TOOL_PURGE:
gcode.issue_command(g)
entertower(v.last_parsed_layer * v.layer_height +
v.first_layer_height)
continue
if current_block_class == CLS_EMPTY and not v.towerskipped:
v.towerskipped = (
g[gcode.MOVEMENT] & gcode.INTOWER
) == gcode.INTOWER and v.current_layer_is_skippable
if not v.towerskipped:
gcode.issue_command(g)
entertower(v.last_parsed_layer * v.layer_height +
v.first_layer_height)
continue
if current_block_class == CLS_NORMAL:
if v.towerskipped:
gcode.issue_code("G1 Z{:.2f} F10810".format(
v.current_position_z))
v.towerskipped = False
if current_block_class == CLS_TOOL_PURGE:
speed_limiter(g)
if current_block_class == CLS_TOOL_PURGE:
if g[gcode.F] is not None and g[
gcode.F] > v.purgetopspeed and g[gcode.E]:
g[gcode.F] = v.purgetopspeed
g[gcode.COMMENT] += " prugespeed topped"
if v.towerskipped:
gcode.move_to_comment(g, "--P2PP-- tower skipped")
gcode.issue_command(g)
continue
# --------------------- SIDE WIPE PROCESSING
elif v.side_wipe:
if classupdate:
if current_block_class == CLS_BRIM:
v.towerskipped = True
v.side_wipe_state = 0
if not v.towerskipped and (g[gcode.MOVEMENT] & 3) != 0:
if (g[gcode.MOVEMENT] & gcode.INTOWER) == gcode.INTOWER:
v.towerskipped = True
v.side_wipe_state = 1 if (current_block_class
== CLS_TOOL_PURGE) else 0
if v.towerskipped and current_block_class == CLS_NORMAL and (
g[gcode.MOVEMENT] & 3) == 3:
if (v.bed_origin_x <= g[gcode.X] <= v.bed_max_x) and (
v.bed_origin_y <= g[gcode.Y] <= v.bed_max_y):
v.towerskipped = False
v.side_wipe_state = 0
if v.toolchange_processed and v.side_wipe_length:
create_side_wipe()
v.toolchange_processed = False
if v.towerskipped:
inc = "NO_E"
if current_block_class in [
CLS_TOOL_PURGE, CLS_ENDPURGE
] or (current_block_class == CLS_EMPTY
and v.side_wipe_state == 1):
if g[gcode.EXTRUDE]:
v.side_wipe_length += g[gcode.E]
inc = "INC_E"
gcode.move_to_comment(
g, "--P2PP-- side wipe skipped ({})".format(inc))
gcode.issue_command(g)
continue
# for PS2.4
# before first extrusion prime the nozzle
if not v.mechpurge_hasprimed and g[gcode.EXTRUDE]:
if v.bigbrain3d_purge_enabled or v.blobster_purge_enabled:
create_side_wipe(v.mechpurge_prime_blobs *
v.mechpurge_blob_size)
v.mechpurge_hasprimed = True
# --------------------- FULL PURGE PROCESSING
elif v.full_purge_reduction:
if (g[gcode.MOVEMENT] & 3) > 0: # if there is a movement
intower = (g[gcode.MOVEMENT] & gcode.INTOWER) == gcode.INTOWER
if classupdate:
if current_block_class == CLS_NORMAL:
v.towerskipped = False
purge = False
if current_block_class == CLS_TOOL_PURGE:
purge = True
if not v.towerskipped and current_block_class == CLS_EMPTY and v.current_layer_is_skippable:
v.towerskipped = (g[gcode.MOVEMENT]
& gcode.INTOWER) == gcode.INTOWER
if v.towerskipped or current_block_class in [
CLS_BRIM, CLS_ENDGRID
]:
gcode.move_to_comment(
g, "--P2PP-- full purge skipped [Excluded]")
gcode.issue_command(g)
continue
if current_block_class in [
CLS_TOOL_PURGE, CLS_ENDPURGE, CLS_EMPTY
]:
if purge and g[gcode.EXTRUDE]:
v.side_wipe_length += g[gcode.E]
gcode.move_to_comment(
g, "--P2PP-- full purge skipped [Included]")
else:
gcode.move_to_comment(
g, "--P2PP-- full purge skipped [Excluded]")
gcode.issue_command(g)
continue
if v.toolchange_processed and current_block_class == CLS_NORMAL:
if v.side_wipe_length and (
g[gcode.MOVEMENT]
& 3) == 3 and not (g[gcode.MOVEMENT]
& gcode.INTOWER) == gcode.INTOWER:
purgetower.purge_generate_sequence()
v.toolchange_processed = False
# do not issue code here as the next code might require further processing such as retractioncorrection
else:
gcode.move_to_comment(g, "--P2PP-- full purge skipped")
gcode.issue_command(g)
continue
if v.expect_retract and (g[gcode.MOVEMENT] & 3):
v.expect_retract = False
if v.retraction >= 0 and g[gcode.RETRACT]:
purgetower.retract(v.current_tool)
if v.retract_move and g[gcode.RETRACT]:
g[gcode.X] = v.retract_x
g[gcode.Y] = v.retract_y
g[gcode.MOVEMENT] |= 3
v.retract_move = False
if v.retraction <= -v.retract_length[v.current_tool]:
gcode.move_to_comment(g, "--P2PP-- Double Retract")
else:
v.retraction += g[gcode.E]
if intower:
gcode.move_to_comment(
g, "--P2PP-- full purge skipped [Excluded]")
gcode.issue_command(g)
continue
# --------------------- NO TOWER PROCESSING
else:
if current_block_class in [CLS_TOOL_PURGE, CLS_EMPTY
] and g[gcode.E]:
if v.acc_ping_left <= 0:
pings.check_accessorymode_first()
v.enterpurge = True
# TOEE - Added to limit the speed of the extrusions during purge to defined WIPEFEEDRATE
if current_block_class == CLS_TOOL_PURGE:
speed_limiter(g)
if v.toolchange_processed:
if v.temp2_stored_command != "":
wait_location = calculate_temp_wait_position()
gcode.issue_code(
"G1 X{:.3f} Y{:.3f} F8640; temp wait position\n".
format(wait_location[0], wait_location[0]))
gcode.issue_code(v.temp2_stored_command)
v.temp2_stored_command = ""
gcode.issue_code("G1 F8640 ; correct speed")
gcode.issue_command(g)
if v.wipe_remove_sparse_layers:
gcode.issue_code(
"G1 X{} Y{} F8640 ;P2PP Position XY to avoid tower crash"
.format(v.current_position_x, v.current_position_y))
v.z_correction = "G1 Z{} F10800 ;P2PP correct z-moves".format(
v.current_position_z)
v.toolchange_processed = False
continue
if current_block_class == CLS_TOOL_PURGE:
if g[gcode.F] is not None and g[
gcode.F] > v.purgetopspeed and g[gcode.E]:
g[gcode.F] = v.purgetopspeed
g[gcode.COMMENT] += " prugespeed topped"
# --------------------- GLOBAL PROCEDDING
if g[gcode.UNRETRACT]:
g[gcode.E] = min(-v.retraction, g[gcode.E])
v.retraction += g[gcode.E]
elif g[gcode.RETRACT]:
v.retraction += g[gcode.E]
elif (g[gcode.MOVEMENT] & 3) and g[gcode.EXTRUDE]:
if v.z_correction is not None or v.retraction < -0.01:
if current_block_class != CLS_TOOL_START:
gcode.issue_code(";P2PP START Z/E alignment processing")
if v.z_correction is not None:
gcode.issue_code(v.z_correction)
v.z_correction = None
if v.retraction < -0.01:
purgetower.unretract(v.retraction, -1,
";--- P2PP --- fixup retracts")
gcode.issue_code(";P2PP END Z/E alignment processing")
else:
gcode.issue_command(g)
gcode.issue_code(";P2PP START Z/E alignment processing")
if v.z_correction is not None:
gcode.issue_code(v.z_correction)
v.z_correction = None
if v.retraction < -0.01:
purgetower.unretract(v.retraction, -1,
";--- P2PP --- fixup retracts")
g = gcode.create_command(
";P2PP END Z/E alignment processing")
# --------------------- PING PROCESSING
if v.accessory_mode and g[gcode.EXTRUDE]:
if not pings.check_accessorymode_second(g[gcode.E]):
gcode.issue_command(g)
else:
gcode.issue_command(g)
if g[gcode.EXTRUDE] and v.side_wipe_length == 0:
pings.check_connected_ping()
v.previous_position_x = v.current_position_x
v.previous_position_y = v.current_position_y
# LAST STEP IS ADDING AN EXTRA TOOL UNLOAD TO DETERMINE THE LENGTH OF THE LAST SPLICE
gcode_process_toolchange(-1)
def header_generate_omega_palette2(job_name):
header = []
summary = []
warnings = []
header.append('O21 ' + hexify_short(20) + "\n") # MSF2.0
if v.printer_profile_string == '':
v.printer_profile_string = v.default_printerprofile
gui.log_warning(
"No or Invalid Printer profile ID specified\nusing default P2PP printer profile ID {}"
.format(v.default_printerprofile))
header.append('O22 D' + v.printer_profile_string.strip("\n") +
"\n") # PRINTERPROFILE used in Palette2
header.append('O23 D0001' + "\n") # unused
header.append('O24 D0000' + "\n") # unused
str = "O25"
initools = v.m4c_loadedinputs[0]
if len(initools) < 4:
if v.m4c_numberoffilaments == 4:
initools = [0, 1, 2, 3]
for i in range(4):
if not v.palette_inputs_used[i]:
initools[i] = -1
else:
while len(initools) < 4:
initools.append(-1)
for i in initools:
if i != -1:
str += " D{}{}{}{}".format(
v.used_filament_types.index(v.filament_type[i]) + 1,
v.filament_color_code[i].strip("\n"),
find_nearest_colour(v.filament_color_code[i].strip("\n")),
v.filament_type[i].strip("\n"))
else:
str += (" D0")
header.append(str + "\n")
header.append('O26 ' + hexify_short(len(v.splice_extruder_position)) +
"\n")
header.append('O27 ' + hexify_short(len(v.ping_extruder_position)) + "\n")
if len(v.splice_algorithm_table) > 9:
header.append("O28 D{:0>4d}\n".format(len(v.splice_algorithm_table)))
else:
header.append('O28 ' + hexify_short(len(v.splice_algorithm_table)) +
"\n")
header.append('O29 ' + hexify_short(v.hotswap_count) + "\n")
for i in range(len(v.splice_extruder_position)):
if v.accessory_mode:
header.append("O30 D{:0>1d} {}\n".format(
v.splice_used_tool[i],
hexify_float(v.splice_extruder_position[i])))
else:
header.append("O30 D{:0>1d} {}\n".format(
v.splice_used_tool[i],
hexify_float(v.splice_extruder_position[i] +
v.autoloadingoffset)))
if v.accessory_mode:
for i in range(len(v.ping_extruder_position)):
header.append("O31 {} {}\n".format(
hexify_float(v.ping_extruder_position[i]),
hexify_float(v.ping_extrusion_between_pause[i])))
for i in range(len(v.splice_algorithm_table)):
header.append("O32 {}\n".format(v.splice_algorithm_table[i]))
if v.m4c_numberoffilaments > 4:
v.m4c_headerinfo = m4c.generate_warninglist()
for i in v.m4c_headerinfo:
header.append(i + "\n")
if v.autoloadingoffset > 0:
header.append("O40 D{}".format(v.autoloadingoffset))
else:
v.autoloadingoffset = 0
if not v.accessory_mode:
if len(v.splice_extruder_position) > 0:
header.append("O1 D{} {}\n".format(
job_name,
hexify_long(
int(v.splice_extruder_position[-1] + 0.5 +
v.autoloadingoffset))))
else:
header.append("O1 D{} {}\n".format(
job_name,
hexify_long(
int(v.total_material_extruded + 0.5 +
v.autoloadingoffset))))
header.append("M0\n")
header.append("T0\n")
summary = generatesummary()
warnings = generatewarnings()
return {'header': header, 'summary': summary, 'warnings': warnings}
def parse_config_parameters():
# TODO - get this information from the environment parameters
# TODO - need to find out as from what version of PS this is working
for idx in range(len(v.input_gcode) - 1, -1, -1):
gcode_line = v.input_gcode[idx]
if gcode_line.startswith("; estimated printing time"):
try:
fields = gcode_line.split("=")
fields = fields[-1].split(" ")
for i in range(len(fields)):
fields[i] = "0" + fields[i].strip('hms')
if len(fields) > 2:
h = int(fields[-3])
else:
h = 0
if len(fields) > 1:
m = int(fields[-2])
else:
m = 0
if len(fields) > 0:
s = int(fields[-1])
else:
s = 0
v.printing_time = h * 3600 + m * 60 + s
except (ValueError, IndexError):
pass
return
if gcode_line.startswith("; filament_settings_id"):
v.filament_ids = split_csv_strings(gcode_line)
if "generated by PrusaSlicer" in gcode_line:
try:
s1 = gcode_line.split("+")
s2 = s1[0].split(" ")
v.ps_version = s2[-1]
gui.create_logitem(
"File was created with PS version:{}".format(v.ps_version))
if v.ps_version < "2.2":
gui.create_logitem(
"<b>This version of P2PP is optimized to work with PS2.2 and higher!<b>"
)
except (ValueError, IndexError):
pass
continue
if gcode_line.startswith("; single_extruder_multi_material_priming"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
try:
if int(gcode_line[parameter_start + 1:].strip()) == 1:
gui.log_warning(
"[Print Settings][Multiple Extruders][Wipe Tower]Prime all printing extruders MUST be turned off"
)
gui.log_warning("THIS FILE WILL NOT PRINT CORRECTLY")
except (ValueError, IndexError):
pass
continue
if gcode_line.startswith("; wipe_tower_no_sparse_layers"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
try:
v.wipe_remove_sparse_layers = (int(
gcode_line[parameter_start + 1:].strip()) == 1)
except (ValueError, IndexError):
pass
continue
if gcode_line.startswith("; variable_layer_height"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.variable_layer = int(gcode_line[parameter_start +
1:].strip()) == 1
continue
if gcode_line.startswith("; bed_shape") and not v.bed_shape_warning:
get_bedshape(gcode_line)
if gcode_line.startswith("; first_layer_temperature"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
try:
temps = gcode_line[parameter_start + 1:].strip().split(",")
v.p3_printtemp = []
for i in range(len(temps)):
v.p3_printtemp.append(int(temps[i]))
except (IndexError, ValueError):
v.p3_printtemp = [0, 0, 0, 0, 0, 0, 0, 0]
if gcode_line.startswith("; first_layer_bed_temperature"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
try:
temps = gcode_line[parameter_start + 1:].strip().split(",")
v.p3_bedtemp = []
for i in range(len(temps)):
v.p3_bedtemp.append(int(temps[i]))
except (IndexError, ValueError):
v.p3_bedtemp = [0, 0, 0, 0, 0, 0, 0, 0]
if gcode_line.startswith("; max_print_height"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.z_maxheight = float(gcode_line[parameter_start + 1:].strip())
continue
if gcode_line.startswith("; wipe_tower_x"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.wipe_tower_posx = float(gcode_line[parameter_start +
1:].strip())
continue
if gcode_line.startswith("; min_skirt_length"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.skirtsize = float(gcode_line[parameter_start + 1:].strip())
continue
if gcode_line.startswith("; skirts"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.skirts = float(gcode_line[parameter_start + 1:].strip())
continue
if gcode_line.startswith("; wipe_tower_width"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.wipe_tower_width = float(gcode_line[parameter_start +
1:].strip())
continue
if gcode_line.startswith("; wipe_tower_y"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.wipe_tower_posy = float(gcode_line[parameter_start +
1:].strip())
continue
if gcode_line.startswith("; extrusion_width"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
parm = gcode_line[parameter_start + 1:].strip()
if len(parm) == 0:
gui.log_warning(
"extrusion width parameter does not contain any values FULL PURGE REDUCTION will not work"
)
gui.log_warning(
"Please manually set the values for default extrusion (Print Settings/Advanced/Extrusion Width to resolve"
)
continue
if parm[-1] == "%":
parm = parm.replace("%", "").strip()
tmpval = float(parm)
v.extrusion_width = v.nozzle_diameter * tmpval / 100.0
else:
v.extrusion_width = float(gcode_line[parameter_start +
1:].strip())
v.tx_offset = 2 + 4 * v.extrusion_width
v.yy_offset = 2 + 8 * v.extrusion_width
continue
if gcode_line.startswith("; infill_speed"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.infill_speed = float(
gcode_line[parameter_start + 1:].strip()) * 60
continue
if gcode_line.startswith("; layer_height"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.layer_height = float(gcode_line[parameter_start +
1:].strip())
continue
# this next function assumes that the parameters are stored in alphabetical order
# so layer_height is defined BEFORE first layer height when parsing back to front
if gcode_line.startswith("; first_layer_height"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
value = gcode_line[parameter_start + 1:].strip()
if value[-1] == "%":
v.first_layer_height = float(
value[:-1]) / 100.0 * v.layer_height
else:
v.first_layer_height = float(value)
continue
if gcode_line.startswith("; support_material_synchronize_layers"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
tmp = float(gcode_line[parameter_start + 1:].strip())
v.synced_support = tmp == 1
continue
if gcode_line.startswith("; support_material "):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
tmp = float(gcode_line[parameter_start + 1:].strip())
v.support_material = tmp == 1
continue
if gcode_line.startswith("; nozzle_diameter "):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
tmp = gcode_line[parameter_start + 1:].strip().split(",")
tmp = float(tmp[0])
v.nozzle_diameter = tmp
continue
if gcode_line.startswith("; start_filament_gcode "):
parameter_start = gcode_line.find("=")
gcode_value = gcode_line[parameter_start + 2:].strip()
fields = split_csv_strings(gcode_value)
for i in range(len(fields)):
lines = fields[0].split("\\n")
for line in lines:
if line.startswith(";P2PP PROFILETYPEOVERRIDE="):
value = line[26:]
v.filament_type[i] = value
v.used_filament_types.append(v.filament_type[i])
v.used_filament_types = list(
dict.fromkeys(v.used_filament_types))
continue
if gcode_line.startswith("; start_gcode "):
parameter_start = gcode_line.find("=")
gcode_value = gcode_line[parameter_start + 2:].strip()
lines = gcode_value.split("\\n")
for line in lines:
m = v.regex_p2pp.match(line)
if m:
if m.group(1).startswith("MATERIAL"):
algorithm_process_material_configuration(
m.group(1)[9:])
else:
parameters.check_config_parameters(
m.group(1), m.group(2))
if v.blobster_advanced:
if len(v.blobster_advanced_speed) == 0:
gui.log_warning(
"BLOBSTER - Advanced mode required BLOBSTER_ADVANCED_SPEED parameter"
)
if len(v.blobster_advanced_fan) == 0:
gui.log_warning(
"BLOBSTER - Advanced mode required BLOBSTER_ADVANCED_FAN parameter"
)
if len(v.blobster_advanced_length) == 0:
gui.log_warning(
"BLOBSTER - Advanced mode required BLOBSTER_ADVANCED_LENGTH parameter"
)
if len(v.blobster_advanced_speed) != len(
v.blobster_advanced_fan) or len(
v.blobster_advanced_speed) != len(
v.blobster_advanced_length):
gui.log_warning(
"BLOBSTER - Advanced mode - BLOBSTER_ADVANCED_LENGTH/FAN/SPEED parameter must have same number of parameters"
)
if gcode_line.startswith("; extruder_colour") or gcode_line.startswith(
"; filament_colour"):
filament_colour = ''
parameter_start = gcode_line.find("=")
gcode_line = gcode_line[parameter_start + 1:].strip()
parameter_start = gcode_line.find("#")
if parameter_start != -1:
filament_colour = gcode_line.split(";")
v.filament_count = len(filament_colour)
for i in range(v.filament_count):
v.filament_color_code[i] = filament_colour[i][1:]
if gcode_line.startswith("; filament_diameter"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
filament_diameters = gcode_line[parameter_start +
1:].strip(" ").split(",")
v.filament_diameter = [1.75] * max(len(filament_diameters), 4)
for i in range(len(filament_diameters)):
v.filament_diameter[i] = float(filament_diameters[i])
continue
if gcode_line.startswith("; filament_type"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
filament_string = gcode_line[parameter_start +
1:].strip(" ").split(";")
for i in range(len(filament_string)):
if v.filament_type[i] != "":
filament_string[i] = v.filament_type[i]
v.filament_type = filament_string
v.used_filament_types = list(set(filament_string))
continue
if gcode_line.startswith("; retract_length = "):
retract_error = False
parameter_start = gcode_line.find("=")
if parameter_start != -1:
retracts = gcode_line[parameter_start +
1:].strip(" ").split(",")
v.retract_length = [0.8] * max(len(retracts), v.colors)
for i in range(len(retracts)):
v.retract_length[i] = float(retracts[i]) - 0.02
if v.retract_length[i] < 0.0:
retract_error = True
gui.log_warning(
"[Printer Settings]->[Extruders 1 -> {}]->[Retraction Length] should not be set to zero."
.format(i))
if retract_error:
gui.log_warning(
"Generated file might not print correctly")
continue
if gcode_line.startswith("; gcode_flavor"):
if "reprap" in gcode_line:
v.isReprap_Mode = True
continue
if "use_firmware_retraction" in gcode_line:
parameter_start = gcode_line.find("=")
if parameter_start != -1:
gcode_line = gcode_line[parameter_start + 1:].replace(";", "")
if "1" in gcode_line:
gui.log_warning("Hardware retraction no longer supported")
continue
if "use_relative_e_distances" in gcode_line:
parameter_start = gcode_line.find("=")
if parameter_start != -1:
gcode_line = gcode_line[parameter_start + 1:].replace(";", "")
if "1" not in gcode_line:
gui.log_warning(
"P2PP requires input file with RELATIVE extrusion")
continue
if gcode_line.startswith("; wiping_volumes_matrix"):
wiping_info = []
_warning = False
parameter_start = gcode_line.find("=")
if parameter_start != -1:
wiping_info = gcode_line[parameter_start +
1:].strip(" ").split(",")
_warning = True
for i in range(len(wiping_info)):
if int(wiping_info[i]) != 140 and int(wiping_info[i]) != 0:
_warning = False
wiping_info[i] = float(wiping_info[i])
v.max_wipe = max(wiping_info)
v.bigbrain3d_matrix_blobs = v.max_wipe < 20
if not v.bigbrain3d_matrix_blobs:
map(filament_volume_to_length, wiping_info)
else:
gui.create_emptyline()
gui.create_logitem("BigBrain3D BLOB transitions detected")
color_table_size = int(math.sqrt(len(wiping_info)))
header = "<table><tr><th>From\\To</th>"
data = ""
for i in range(color_table_size):
header = header + "<th> Input {} </th>".format(i)
data = data + "<tr><th>Input {} </th>".format(i)
for j in range(color_table_size):
data = data + ("<td align=center>{}</td>".format(
int(wiping_info[j * color_table_size + i])))
data = data + "</tr>"
header = header + "</tr>"
data = data + "</table>"
gui.create_logitem(header + data)
gui.create_emptyline()
v.wiping_info = wiping_info
if _warning:
gui.create_logitem(
"<b>All purge lenghths 70/70 OR 140. Purge lengths may not have been set correctly.</b>"
)
continue
def gcode_process_toolchange(new_tool):
if new_tool == v.current_tool:
return
location = v.total_material_extruded + v.splice_offset
v.bigbrain3d_last_toolchange = v.current_tool * 10 + new_tool
if new_tool == -1: # LAST SLICE PROCESSING
v.bigbrain3d_last_toolchange = -abs(v.bigbrain3d_last_toolchange)
location += v.extra_runout_filament
v.material_extruded_per_color[
v.current_tool] += v.extra_runout_filament
v.total_material_extruded += v.extra_runout_filament
filldiff = v.minimaltotal_filament - v.total_material_extruded
if filldiff > 0:
gui.log_warning(
"Minimum print size not met - adding {:-5.2f}.. of filament".
format(filldiff))
location += filldiff
v.material_extruded_per_color[v.current_tool] += filldiff
v.total_material_extruded += filldiff
else:
v.palette_inputs_used[new_tool] = True
length = location - v.previous_toolchange_location
if v.current_tool != -1: # FIRST SLICE PROCESSING
v.splice_extruder_position.append(location)
v.splice_length.append(length)
v.splice_used_tool.append(v.current_tool)
if len(v.splice_extruder_position) == 1:
min_length = v.min_start_splice_length
gui_format = "SHORT FIRST SPLICE (min {}mm) Length:{:-3.2f} Input {}"
else:
min_length = v.min_splice_length
gui_format = "SHORT SPLICE (min {}mm) Length:{:-3.2f} Layer:{} Input:{}"
if v.splice_length[-1] < min_length:
if v.autoaddsplice and (v.full_purge_reduction or v.side_wipe):
v.autoadded_purge = v.min_start_splice_length - length
v.side_wipe_length += v.autoadded_purge
v.splice_extruder_position[
-1] += v.autoadded_purge * v.extrusion_multiplier
v.splice_length[-1] += v.autoadded_purge
else:
gui.log_warning(
gui_format.format(min_length, length, v.last_parsed_layer,
v.current_tool + 1))
v.filament_short[new_tool] = max(
v.filament_short[new_tool],
v.min_start_splice_length - v.splice_length[-1])
v.previous_toolchange_location = v.splice_extruder_position[-1]
v.previous_tool = v.current_tool
v.current_tool = new_tool
def parse_slic3r_config():
for idx in range(len(v.input_gcode) - 1, -1, -1):
gcode_line = v.input_gcode[idx]
if gcode_line.startswith("G1"):
break
if gcode_line.startswith("; wipe_tower_x"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.wipetower_posx = float(gcode_line[parameter_start +
1:].strip())
if gcode_line.startswith("; wipe_tower_width"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.wipetower_width = float(gcode_line[parameter_start +
1:].strip())
if gcode_line.startswith("; wipe_tower_y"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.wipetower_posy = float(gcode_line[parameter_start +
1:].strip())
if gcode_line.startswith("; extrusion_width"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.extrusion_width = float(gcode_line[parameter_start +
1:].strip())
if gcode_line.startswith("; infill_speed"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.infill_speed = float(
gcode_line[parameter_start + 1:].strip()) * 60
if gcode_line.startswith("; layer_height"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.layer_height = float(gcode_line[parameter_start +
1:].strip())
if gcode_line.startswith("; extruder_colour") or gcode_line.startswith(
"; filament_colour"):
filament_colour = ''
parameter_start = gcode_line.find("=")
gcode_line = gcode_line[parameter_start + 1:].strip()
parameter_start = gcode_line.find("#")
if parameter_start != -1:
filament_colour = gcode_line.split(";")
if len(filament_colour) == 4:
for i in range(4):
if filament_colour[i] == "":
filament_colour[i] = v.filament_color_code[i]
else:
v.filament_color_code[i] = filament_colour[i][1:]
if gcode_line.startswith("; filament_diameter"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
filament_diameters = gcode_line[parameter_start +
1:].strip(" ").split(",")
if len(filament_diameters) == 4:
for i in range(4):
v.filament_diameter[i] = float(filament_diameters[i])
if gcode_line.startswith("; filament_type"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
filament_string = gcode_line[parameter_start +
1:].strip(" ").split(";")
if len(filament_string) == 4:
v.filament_type = filament_string
v.used_filament_types = list(set(filament_string))
continue
if gcode_line.startswith("; retract_lift = "):
if v.filament_list:
continue
lift_error = False
parameter_start = gcode_line.find("=")
if parameter_start != -1:
retracts = gcode_line[parameter_start +
1:].strip(" ").split(",")
if len(retracts) == 4:
for i in range(4):
v.retract_lift[i] = float(retracts[i])
if v.retract_lift[i] == 0:
lift_error = True
continue
if gcode_line.startswith("; retract_length = "):
retract_error = False
parameter_start = gcode_line.find("=")
if parameter_start != -1:
retracts = gcode_line[parameter_start +
1:].strip(" ").split(",")
if len(retracts) == 4:
for i in range(4):
v.retract_length[i] = float(retracts[i])
if v.retract_length[i] == 0.0:
retract_error = True
if retract_error:
gui.log_warning(
"[Printer Settings]->[Extruders 1/2/3/4]->[Retraction Length] should not be set to zero."
)
continue
if gcode_line.startswith("; gcode_flavor"):
if "reprap" in gcode_line:
v.isReprap_Mode = True
if "use_firmware_retraction" in gcode_line:
parameter_start = gcode_line.find("=")
if parameter_start != -1:
gcode_line = gcode_line[parameter_start + 1:].replace(";", "")
if "1" in gcode_line:
v.use_firmware_retraction = True
else:
v.use_firmware_retraction = False
if "use_relative_e_distances" in gcode_line:
parameter_start = gcode_line.find("=")
if parameter_start != -1:
gcode_line = gcode_line[parameter_start + 1:].replace(";", "")
if "1" in gcode_line:
v.gcode_has_relative_e = True
else:
v.gcode_has_relative_e = False
if gcode_line.startswith("; wiping_volumes_matrix"):
wiping_info = []
parameter_start = gcode_line.find("=")
if parameter_start != -1:
wiping_info = gcode_line[parameter_start +
1:].strip(" ").split(",")
if len(wiping_info) != 16:
continue
for i in range(len(wiping_info)):
wiping_info[i] = filament_volume_to_length(
float(wiping_info[i]))
v.max_wipe = max(wiping_info)
if len(wiping_info) == 16:
v.wiping_info = wiping_info
continue
def uploadfile(localfile, p3file):
global total_bytes
_error = None
v.retry_state = True
# read file
# check the size of the file to be sent:
try:
file_size = os.path.getsize(localfile)
if file_size > 1 << 30: #1GB
gui.log_warning(
"Filesize ({}) exceeds 1GB. This file cannot be uploaded.".
format(file_size))
gui.log_warning(
"Please use a memory stick to transfer files >1GB.")
return
except OSError:
gui.log_warning(
"Upload file does not seems to be ready for uploading (does not exists of is inaccessible)"
)
gui.log_warning("Please try uploading using a memory stick.")
return
while v.p3_hostname == "":
form.label_5.setText(
"Please specify hostname or IP.\nP3_HOSTNAME config parameter missing."
)
form.RetryButton.setText("Upload")
window.show()
gui.app.exec()
v.p3_hostname = form.hostname.text()
else:
form.hostname.setText(v.p3_hostname)
form.RetryButton.setText("Retry")
gui.create_logitem(
"Sending file {} to P3 ({})".format(p3file, v.p3_hostname), "blue",
True)
gui.app.sync()
while v.retry_state:
try:
with open(localfile, "rb") as mcfx_file:
gui.create_logitem("Uploading {}".format(p3file), "blue", True)
encoder = MultipartEncoder({
'printFile':
(p3file, mcfx_file, "application/octet-stream"),
})
data = MultipartEncoderMonitor(encoder, callback)
gui.create_logitem("|" + '.' * 50 + "|", "blue", True)
total_bytes = encoder.len
# data = {'printFile': (p3file, mcfx_file, "application/octet-stream")}
url = "http://{}:5000/print-file".format(v.p3_hostname)
response = requests.post(
url,
data=data,
headers={'Content-Type': data.content_type})
if response.ok:
_error = None
v.retry_state = False
gui.create_logitem("Upload completed".format(p3file),
"blue", True)
else:
_error = "Error [{}] {} ".format(response.status_code,
response.reason)
except Exception as e:
print(e)
gui.log_warning("Could not send file ({}) to P3 ({})".format(
p3file, v.p3_hostname))
gui.app.sync()
_error = "Connection Error occurred!"
if v.showwebbrowser and _error is None:
try:
tgtName = "http://{}:5000".format(v.p3_hostname)
webform.webBrowser.load(QtCore.QUrl(tgtName))
webwindow.show()
gui.app.exec()
except Exception as e:
gui.logexception(e)
if v.retry_state and _error is not None:
form.label_5.setText(_error)
window.show()
gui.app.exec()
v.p3_hostname = form.hostname.text()
gui.close_button_enable()
def generate_palette():
if v.accessory_mode:
palette = {
"version": "3.0",
"drives": [],
"splices": [],
"pings": [],
"pingCount": len(v.ping_extruder_position),
"algorithms": []
}
else:
palette = {
"version": "3.0",
"drives": [],
"splices": [],
"pingCount": len(v.ping_extruder_position),
"algorithms": []
}
if len(v.splice_extruder_position) < 2:
try:
drive_used = v.splice_used_tool[0] + 1
except IndexError:
drive_used = 1
palette["splices"] = [{
"id":
drive_used,
"length":
round(v.total_material_extruded + v.autoloadingoffset, 4)
}]
if v.colors == 4:
palette["drives"] = [0, 0, 0, 0]
else:
palette["drives"] = [0, 0, 0, 0, 0, 0, 0, 0]
palette["drives"][drive_used - 1] = drive_used
palette["algorithms"].append({
"ingoingId": drive_used,
"outgoingId": drive_used,
"heat": 0,
"compression": 0,
"cooling": 0
})
else:
for i in range(len(v.splice_extruder_position)):
palette["splices"].append({
"id":
v.splice_used_tool[i] + 1,
"length":
round(v.splice_extruder_position[i] + v.autoloadingoffset, 4)
})
splice_list = []
palette["drives"] = []
for i in range(v.colors):
f_idx = 0
if v.palette_inputs_used[i]:
f_idx = i + 1
palette["drives"].append(f_idx)
for j in range(v.colors):
if i == j:
continue
try:
algo_key = "{}{}".format(
v.used_filament_types.index(v.filament_type[i]) + 1,
v.used_filament_types.index(v.filament_type[j]) + 1)
if algo_key in splice_list:
continue
except (IndexError, KeyError):
continue
if not algorithm_transition_used(i, j):
continue
splice_list.append(algo_key)
try:
algo = v.splice_algorithm_dictionary["{}{}".format(
v.filament_type[i], v.filament_type[j])]
except (IndexError, KeyError):
algo = v.default_splice_algorithm
gui.log_warning(
"WARNING: No Algorithm defined for transitioning" +
" {} to {}. Using Default Splice Algorithm".format(
v.filament_type[i], v.filament_type[j]))
try:
algin = int(algo_key[0])
except ValueError:
algin = 0
try:
algout = int(algo_key[1])
except ValueError:
algout = 0
palette["algorithms"].append({
"ingoingId": algin,
"outgoingId": algout,
"heat": algo[0],
"compression": algo[1],
"cooling": algo[2]
})
if v.accessory_mode:
for i in range(len(v.ping_extruder_position)):
palette["pings"].append({
"length":
v.ping_extruder_position[i],
"extrusion":
v.ping_extrusion_between_pause[i]
})
return json.dumps(palette, indent=2)
def generate(input_file, output_file, printer_profile, splice_offset, silent):
starttime = time.time()
v.printer_profile_string = printer_profile
basename = os.path.basename(input_file)
_taskName = os.path.splitext(basename)[0].replace(" ", "_")
_taskName = _taskName.replace(".mcf", "")
v.splice_offset = splice_offset
try:
# python 3.x
opf = open(input_file, encoding='utf-8')
except TypeError:
try:
# python 2.x
opf = open(input_file)
except IOError:
if v.gui:
gui.user_error(
"P2PP - Error Occurred",
"Could not read input file\n'{}'".format(input_file))
else:
print("Could not read input file\n'{}".format(input_file))
return
except IOError:
if v.gui:
gui.user_error(
"P2PP - Error Occurred",
"Could not read input file\n'{}'".format(input_file))
else:
print("Could not read input file\n'{}".format(input_file))
return
gui.setfilename(input_file)
gui.set_printer_id(v.printer_profile_string)
gui.create_logitem("Reading File " + input_file)
gui.progress_string(1)
v.input_gcode = opf.readlines()
opf.close()
v.input_gcode = [item.strip() for item in v.input_gcode]
gui.create_logitem("Analyzing slicer parameters")
gui.progress_string(2)
parse_slic3r_config()
gui.create_logitem("Pre-parsing GCode")
gui.progress_string(4)
parse_gcode()
if v.palette_plus:
if v.palette_plus_ppm == -9:
gui.log_warning(
"P+ parameter P+PPM not set correctly in startup GCODE")
if v.palette_plus_loading_offset == -9:
gui.log_warning(
"P+ parameter P+LOADINGOFFSET not set correctly in startup GCODE"
)
v.side_wipe = not coordinate_on_bed(v.wipetower_posx, v.wipetower_posy)
v.tower_delta = v.max_tower_z_delta > 0
if v.side_wipe:
gui.create_logitem("Side wipe activated", "blue")
if v.full_purge_reduction:
gui.log_warning(
"Full Purge Reduction is not compatible with Side Wipe, performing Side Wipe"
)
v.full_purge_reduction = False
if v.full_purge_reduction:
v.side_wipe = False
gui.create_logitem("Full Tower Reduction activated", "blue")
if v.tower_delta:
gui.log_warning(
"Full Purge Reduction is not compatible with Tower Delta, performing Full Purge Reduction"
)
v.tower_delta = False
v.pathprocessing = (v.tower_delta or v.full_purge_reduction or v.side_wipe)
if v.tower_delta:
optimize_tower_skip(v.max_tower_z_delta, v.layer_height)
if v.side_wipe:
optimize_tower_skip(999, v.layer_height)
gui.create_logitem("Generate processed GCode")
total_line_count = len(v.input_gcode)
v.retraction = 0
for process_line_count in range(total_line_count):
gcode_parseline(process_line_count)
gui.progress_string(50 + 50 * process_line_count // total_line_count)
v.processtime = time.time() - starttime
gcode_process_toolchange(-1, v.total_material_extruded, 0)
omega_result = header_generate_omega(_taskName)
header = omega_result['header'] + omega_result['summary'] + omega_result[
'warnings']
if v.absolute_extruder and v.gcode_has_relative_e:
gui.create_logitem("Converting to absolute extrusion")
convert_to_absolute()
# write the output file
######################
if not output_file:
output_file = input_file
gui.create_logitem("Generating GCODE file: " + output_file)
opf = open(output_file, "w")
if not v.accessory_mode:
opf.writelines(header)
opf.write("\n\n;--------- START PROCESSED GCODE ----------\n\n")
if v.accessory_mode:
opf.write("M0\n")
opf.write("T0\n")
if v.splice_offset == 0:
gui.log_warning("SPLICE_OFFSET not defined")
opf.writelines(v.processed_gcode)
opf.close()
if v.accessory_mode:
pre, ext = os.path.splitext(output_file)
if v.palette_plus:
maffile = pre + ".msf"
else:
maffile = pre + ".maf"
gui.create_logitem("Generating PALETTE MAF/MSF file: " + maffile)
opf = open(maffile, "w")
for i in range(len(header)):
if not header[i].startswith(";"):
opf.write(header[i])
gui.print_summary(omega_result['summary'])
gui.progress_string(100)
if (len(v.process_warnings) > 0
and not v.ignore_warnings) or v.consolewait:
gui.close_button_enable()
def parse_slic3r_config():
for idx in range(len(v.input_gcode) - 1, -1, -1):
gcode_line = v.input_gcode[idx]
if gcode_line.startswith("; filament_settings_id"):
v.filament_ids = split_csv_strings(gcode_line)
if ("generated by PrusaSlicer") in gcode_line:
try:
s1 = gcode_line.split("+")
s2 = s1[0].split(" ")
v.ps_version = s2[-1]
gui.create_logitem(
"File was created with PS version:{}".format(v.ps_version))
if v.ps_version < "2.2":
gui.log_warning(
"This version of P2PP is optimized to work with PS2.2!"
)
except:
pass
continue
if gcode_line.startswith("; wipe_tower_no_sparse_layers"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
try:
v.wipe_remove_sparse_layers = (int(
gcode_line[parameter_start + 1:].strip()) == 1)
except:
pass
continue
if gcode_line.startswith("; wipe_tower_x"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.wipetower_posx = float(gcode_line[parameter_start +
1:].strip())
continue
if gcode_line.startswith("; min_skirt_length"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.skirtsize = float(gcode_line[parameter_start + 1:].strip())
continue
if gcode_line.startswith("; skirts"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.skirts = float(gcode_line[parameter_start + 1:].strip())
continue
if gcode_line.startswith("; wipe_tower_width"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.wipetower_width = float(gcode_line[parameter_start +
1:].strip())
continue
if gcode_line.startswith("; wipe_tower_y"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.wipetower_posy = float(gcode_line[parameter_start +
1:].strip())
continue
if gcode_line.startswith("; extrusion_width"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.extrusion_width = float(gcode_line[parameter_start +
1:].strip())
continue
if gcode_line.startswith("; infill_speed"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.infill_speed = float(
gcode_line[parameter_start + 1:].strip()) * 60
continue
if gcode_line.startswith("; layer_height"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.layer_height = float(gcode_line[parameter_start +
1:].strip())
continue
if gcode_line.startswith("; first_layer_height"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
v.first_layer_height = float(gcode_line[parameter_start +
1:].strip())
continue
if gcode_line.startswith("; support_material_synchronize_layers"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
tmp = float(gcode_line[parameter_start + 1:].strip())
if tmp == 0:
v.synced_support = False
else:
v.synced_support = True
continue
if gcode_line.startswith("; support_material "):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
tmp = float(gcode_line[parameter_start + 1:].strip())
if tmp == 0:
v.support_material = False
else:
v.support_material = True
continue
# TVDE: needs to be expanded to be able to support more than 4 colors
if gcode_line.startswith("; extruder_colour") or gcode_line.startswith(
"; filament_colour"):
filament_colour = ''
parameter_start = gcode_line.find("=")
gcode_line = gcode_line[parameter_start + 1:].strip()
parameter_start = gcode_line.find("#")
if parameter_start != -1:
filament_colour = gcode_line.split(";")
if len(filament_colour) >= 4:
for i in range(len(filament_colour)):
if filament_colour[i] == "":
filament_colour[i] = v.filament_color_code[i]
else:
v.filament_color_code[i] = filament_colour[i][1:]
continue
if gcode_line.startswith("; filament_diameter"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
filament_diameters = gcode_line[parameter_start +
1:].strip(" ").split(",")
if len(filament_diameters) >= 4:
for i in range(4):
v.filament_diameter[i] = float(filament_diameters[i])
continue
# TVDE: needs to be expanded to be able to support more than 4 colors
# only check that is needed is that if nore than 4 colors exist, all must be of same type
if gcode_line.startswith("; filament_type"):
parameter_start = gcode_line.find("=")
if parameter_start != -1:
filament_string = gcode_line[parameter_start +
1:].strip(" ").split(";")
v.m4c_numberoffilaments = len(filament_string)
if v.m4c_numberoffilaments == 4:
v.filament_type = filament_string
v.used_filament_types = list(set(filament_string))
elif v.m4c_numberoffilaments >= 4:
v.used_filament_types = list(set(filament_string))
if len(v.used_filament_types) > 1:
gui.log_warning(
"Prints with more than 4 colors should be of one filament type only!"
)
gui.log_warning("This file will not print correctly")
v.filament_type = filament_string[:4]
if v.m4c_numberoffilaments > 4:
gui.log_warning(
"Number of inputs defined in print: {}. Swaps may be required!!!"
.format(v.m4c_numberoffilaments))
continue
# TVDE: needs to be expanded to be able to support more than 4 colors
# if more than 4, just retain the first four (check is done at other level, but for not all settings should be the same)
if gcode_line.startswith("; retract_lift = "):
if v.filament_list:
continue
lift_error = False
parameter_start = gcode_line.find("=")
if parameter_start != -1:
retracts = gcode_line[parameter_start +
1:].strip(" ").split(",")
if len(retracts) >= 4:
for i in range(4):
v.retract_lift[i] = float(retracts[i])
if v.retract_lift[i] == 0:
lift_error = True
if lift_error:
gui.log_warning(
"[Printer Settings]->[Extruders 1 -> {}]->[Retraction]->[Lift Z] should not be set to zero."
.format(len(retracts)))
gui.log_warning("Generated file might not print correctly")
continue
# TVDE: needs to be expanded to be able to support more than 4 colors
# if more than 4, just retain the first four (check is done at other level, but for not all settings should be the same)
if gcode_line.startswith("; retract_length = "):
retract_error = False
parameter_start = gcode_line.find("=")
if parameter_start != -1:
retracts = gcode_line[parameter_start +
1:].strip(" ").split(",")
if len(retracts) >= 4:
for i in range(4):
v.retract_length[i] = float(retracts[i])
if v.retract_length[i] == 0.0:
retract_error = True
if retract_error:
gui.log_warning(
"[Printer Settings]->[Extruders 1 -> {} 4]->[Retraction Length] should not be set to zero."
.format(len(retracts)))
continue
if gcode_line.startswith("; gcode_flavor"):
if "reprap" in gcode_line:
v.isReprap_Mode = True
continue
if "use_firmware_retraction" in gcode_line:
parameter_start = gcode_line.find("=")
if parameter_start != -1:
gcode_line = gcode_line[parameter_start + 1:].replace(";", "")
if "1" in gcode_line:
v.use_firmware_retraction = True
else:
v.use_firmware_retraction = False
continue
if "use_relative_e_distances" in gcode_line:
parameter_start = gcode_line.find("=")
if parameter_start != -1:
gcode_line = gcode_line[parameter_start + 1:].replace(";", "")
if "1" in gcode_line:
v.gcode_has_relative_e = True
else:
v.gcode_has_relative_e = False
continue
# TVDE: needs to be expanded to be able to support more than 4 colors
# this should be expanded to nxn filaments where n = the number of filaments used.
# needs to be a perfect square, calculate from there.
if gcode_line.startswith("; wiping_volumes_matrix"):
wiping_info = []
parameter_start = gcode_line.find("=")
if parameter_start != -1:
wiping_info = gcode_line[parameter_start +
1:].strip(" ").split(",")
_warning = True
for i in range(len(wiping_info)):
if int(wiping_info[i]) != 140 and int(wiping_info[i]) != 0:
_warning = False
wiping_info[i] = filament_volume_to_length(
float(wiping_info[i]))
v.max_wipe = max(wiping_info)
v.wiping_info = wiping_info
if _warning:
gui.log_warning(
"All purge lenghts 70/70 OR 140. Purge lenghts may not have been set correctly."
)
continue
