def gcode_process_toolchange(new_tool, location):
# 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.currentTool:
return
location += v.splice_offset
if new_tool == -1:
location += v.extraRunoutFilament
else:
v.paletteInputsUsed[new_tool] = True
length = location - v.previousToolChangeLocation
if v.currentTool != -1:
v.spliceExtruderPosition.append(location)
v.spliceLength.append(length)
v.spliceUsedTool.append(v.currentTool)
if len(v.spliceExtruderPosition) == 1:
if v.spliceLength[0] < v.minimalStartSpliceLength:
log_warning(
"Warning : Short first splice (<{}mm) Length:{:-3.2f}".
format(length, v.minimalStartSpliceLength))
else:
if v.spliceLength[-1] < v.minimalSpliceLength:
log_warning(
"Warning: Short splice (<{}mm) Length:{:-3.2f} Layer:{} Input:{}"
.format(v.minimalSpliceLength, length, v.current_layer,
v.currentTool))
v.previousToolChangeLocation = location
v.currentTool = new_tool
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.usedFilamentTypes.index(v.filamentType[i]) + 1,
v.usedFilamentTypes.index(v.filamentType[j]) + 1)
if algo_key in splice_list:
continue
except:
continue
if not algorithm_transition_used(i, j):
continue
splice_list.append(algo_key)
try:
algo = v.spliceAlgorithmDictionary["{}-{}".format(
v.filamentType[i], v.filamentType[j])]
except KeyError:
log_warning("WARNING: No Algorithm defined for transitioning" +
" {} to {}. Using Default".format(
v.filamentType[i], v.filamentType[j]))
algo = v.defaultSpliceAlgorithm
v.spliceAlgorithmTable.append("D{} {}".format(algo_key, algo))
def header_generate_omega(job_name):
if v.printerProfileString == '':
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.spliceExtruderPosition) == 0:
log_warning(
"This does not look lie a multi color file.. Skip P2PP Processing?\n"
)
# TODO: Implement Y/N Box
algorithm_create_table()
header = []
summary = []
warnings = []
header.append('O21 ' + hexify_short(20) + "\n") # MSF2.0
header.append('O22 D' + v.printerProfileString.strip("\n") +
"\n") # PRINTERPROFILE used in Palette2
header.append('O23 D0001' + "\n") # unused
header.append('O24 D0000' + "\n") # unused
header.append("O25 ")
for i in range(4):
if v.paletteInputsUsed[i]:
if v.filamentType[i] == "":
log_warning(
"Filament #{} is missing Material Type, make sure to add" +
" ;P2PP FT=[filament_type] to filament GCode".format(i))
if v.filamentColorCode[i] == "-":
log_warning(
"Filament #{} is missing Color info, make sure to add" +
";P2PP FC=[extruder_colour] to filament GCode".format(i))
v.filamentColorCode[i] = '000000'
header.append("D{}{}{}_{} ".format(
v.usedFilamentTypes.index(v.filamentType[i]) + 1,
v.filamentColorCode[i].strip("\n"),
findNearestColor(v.filamentColorCode[i].strip("\n")),
v.filamentType[i].strip("\n")))
else:
header.append("D0 ")
header.append("\n")
header.append('O26 ' + hexify_short(len(v.spliceExtruderPosition)) + "\n")
header.append('O27 ' + hexify_short(len(v.pingExtruderPosition)) + "\n")
if len(v.spliceAlgorithmTable) > 9:
log_warning(
"ATTENTION: THIS FILE WILL NOT POTENTIALLY NOT WORK CORRECTLY DUE TO A BUG IN PALETTE2 PLUGIN"
)
header.append("O28 D{:0>4d}\n".format(len(v.spliceAlgorithmTable)))
else:
header.append('O28 ' + hexify_short(len(v.spliceAlgorithmTable)) +
"\n")
header.append('O29 ' + hexify_short(v.hotSwapCount) + "\n")
for i in range(len(v.spliceExtruderPosition)):
header.append("O30 D{:0>1d} {}\n".format(
v.spliceUsedTool[i], hexify_float(v.spliceExtruderPosition[i])))
for i in range(len(v.spliceAlgorithmTable)):
header.append("O32 {}\n".format(v.spliceAlgorithmTable[i]))
if len(v.spliceExtruderPosition) > 0:
header.append("O1 D{} {}\n".format(
job_name, hexify_long(int(v.spliceExtruderPosition[-1] + 0.5))))
else:
header.append("O1 D{} {}\n".format(
job_name,
hexify_long(int(v.totalMaterialExtruded + v.splice_offset + 0.5))))
header.append("M0\n")
header.append("T0\n")
summary.append(";---------------------:\n")
summary.append("; - SPLICE INFORMATION:\n")
summary.append(";---------------------:\n")
summary.append("; Splice Offset = {:-8.2f}mm\n\n".format(
v.splice_offset))
for i in range(len(v.spliceExtruderPosition)):
summary.append(
";{:04} Tool: {} Location: {:-8.2f}mm length {:-8.2f}mm \n".
format(
i + 1,
v.spliceUsedTool[i],
v.spliceExtruderPosition[i],
v.spliceLength[i],
))
summary.append("\n")
summary.append(";-------------------:\n")
summary.append("; - PING INFORMATION:\n")
summary.append(";-------------------:\n")
for i in range(len(v.pingExtruderPosition)):
summary.append(";Ping {:04} at {:-8.2f}mm\n".format(
i + 1, v.pingExtruderPosition[i]))
if v.side_wipe and v.side_wipe_loc == "":
log_warning("Using sidewipe with undefined SIDEWIPELOC!!!")
warnings.append("\n")
warnings.append(";-------------------:\n")
warnings.append("; - PROCESS WARNINGS:\n")
warnings.append(";-------------------:\n")
warnings.append(";Generated with P2PP version {}\n".format(v.version))
if len(v.processWarnings) == 0:
warnings.append(";None\n")
else:
for i in range(len(v.processWarnings)):
warnings.append("{}\n".format(v.processWarnings[i]))
gui.show_warnings(warnings)
return {'header': header, 'summary': summary, 'warnings': warnings}
def check_config_parameters(gcode_line):
# BASIC SETUP (material setup handled in mcf.py)
if gcode_line.startswith(
";P2PP PRINTERPROFILE="
) and v.printerProfileString == '': # -p takes precedence over printer defined in file
v.printerProfileString = gcode_line[21:]
if gcode_line.startswith(";P2PP SPLICEOFFSET="):
v.splice_offset = float(gcode_line[19:])
if gcode_line.startswith(";P2PP EXTRAENDFILAMENT="):
v.extraRunoutFilament = float(gcode_line[23:])
if gcode_line.startswith(";P2PP BEFORESIDEWIPEGCODE"):
v.before_sidewipe_gcode.append(gcode_line[25:].strip())
if gcode_line.startswith(";P2PP AFTERSIDEWIPEGCODE"):
v.after_sidewipe_gcode.append(gcode_line[24:].strip())
if gcode_line.startswith(";P2PP MINSTARTSPLICE="):
v.minimalStartSpliceLength = float(gcode_line[21:])
if v.minimalStartSpliceLength < 100:
v.minimalStartSpliceLength = 100
log_warning("Minimal first slice length adjusted to 100mm")
if gcode_line.startswith(";P2PP BEDSIZEX="):
v.bed_size_x = float(gcode_line[15:])
if gcode_line.startswith(";P2PP BEDSIZEY="):
v.bed_size_y = float(gcode_line[15:])
if gcode_line.startswith(";P2PP BEDORIGINX="):
v.bed_origin_x = float(gcode_line[17:])
if gcode_line.startswith(";P2PP BEDORIGINY="):
v.bed_origin_y = float(gcode_line[17:])
if gcode_line.startswith(";P2PP MINSPLICE="):
v.minimalSpliceLength = float(gcode_line[16:])
if v.minimalSpliceLength < 70:
v.minimalSpliceLength = 70
log_warning("Minimal slice length adjusted to 70mm")
# LINEAR PING
if gcode_line.startswith(";P2PP LINEARPING"):
v.pingLengthMultiplier = 1.0
if gcode_line.startswith(";P2PP LINEARPINGLENGTH="):
v.pingIntervalLength = float(gcode_line[23:])
if (v.pingIntervalLength < 350):
v.pingIntervalLength = 300
log_warning(
"Minimal Linear Ping distance is 300mm! Your config statet: {}"
.format(gcode_line))
# SIDE TRANSITIONING
if gcode_line.startswith(";P2PP SIDEWIPELOC="):
v.side_wipe_loc = gcode_line[18:].strip()
if gcode_line.startswith(";P2PP WIPEFEEDRATE="):
v.wipeFeedRate = float(gcode_line[19:].strip())
if gcode_line.startswith(";P2PP SIDEWIPEMINY="):
v.sideWipeMinY = float(gcode_line[19:])
if gcode_line.startswith(";P2PP SIDEWIPEMAXY="):
v.sideWipeMaxY = float(gcode_line[19:])
if gcode_line.startswith(";P2PP SIDEWIPECORRECTION="):
v.sidewipecorrection = float(gcode_line[26:])
if v.sidewipecorrection < 0.9 or v.sidewipecorrection > 1.10:
v.sidewipecorrection = 1.0
# REPRAP COMPATIBILITY
if gcode_line.startswith(";P2PP REPRAPCOMPATIBLE"):
v.reprap_compatible = True