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Merge branch 'main' into slicing_error_check_workflow

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Erwan MATHIEU 2025-06-16 10:38:26 +02:00 • committed by GitHub
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2
.github/workflows/printer-linter-pr-diagnose.yml vendored
View file

@ -2,7 +2,7 @@ name: printer-linter-pr-diagnose
on:
pull_request:
path:
paths:
- "resources/**"
permissions:

4
.github/workflows/update-translation.yml vendored
View file

@ -11,5 +11,5 @@ on:
jobs:
update-translations:
uses: ultimaker/cura-workflows/.github/workflows/update-translations.yml@main
with:
branch: ${{ inputs.branch }}
with:
branch: ${{ inputs.branch }}

407
plugins/PostProcessingPlugin/scripts/AddCoolingProfile.py
View file

@ -1,16 +1,21 @@
# Designed in January 2023 by GregValiant (Greg Foresi)
## My design intent was to make this as full featured and "industrial strength" as I could. People printing exotic materials on large custom printers may want to turn the fans off for certain layers, and then back on again later in the print. This script allows that.
# Functions:
## Remove all fan speed lines from the file (optional). This should be enabled for the first instance of the script. It is disabled by default in any following instances.
## "By Layer" allows the user to adjust the fan speed up, or down, or off, within the print. "By Feature" allows different fan speeds for different features (;TYPE:WALL-OUTER, etc.).
## If 'By Feature' then a Start Layer and/or an End Layer can be defined.
## Fan speeds are scaled PWM (0 - 255) or RepRap (0.0 - 1.0) depending on {machine_scale_fan_speed_zero_to_one}.
## A minimum fan speed of 12% is enforced. It is the slowest speed that my cooling fan will turn on so that's what I used. 'M106 S14' (as Cura might insert) was pretty useless.
## If multiple extruders have separate fan circuits the speeds are set at tool changes and conform to the layer or feature setting. There is support for up to 4 layer cooling fan circuits.
## My thanks to @5axes(@CUQ), @fieldOfView(@AHoeben), @Ghostkeeper, and @Torgeir. A special thanks to @RBurema for his patience in reviewing my 'non-pythonic' script.
## 9/14/23 (Greg Foresi) Added support for One-at-a-Time print sequence.
## 12/15/23 (Greg Foresi) Split off 'Single Fan By Layer', 'Multi-fan By Layer', 'Single Fan By Feature', and 'Multi-fan By Feature' from the main 'execute' script.
## 1/5/24 (Greg Foresi) Revised the regex replacements.
"""
Designed in January 2023 by GregValiant (Greg Foresi)
My design intent was to make this as full featured and "industrial strength" as I could. People printing exotic materials on large custom printers may want to turn the fans off for certain layers, and then back on again later in the print. This script allows that.
Functions:
Remove all fan speed lines from the file (optional). This should be enabled for the first instance of the script. It is disabled by default in any following instances.
"By Layer" allows the user to adjust the fan speed up, or down, or off, within the print. "By Feature" allows different fan speeds for different features (;TYPE:WALL-OUTER, etc.).
If 'By Feature' then a Start Layer and/or an End Layer can be defined.
Fan speeds are scaled PWM (0 - 255) or RepRap (0.0 - 1.0) depending on {machine_scale_fan_speed_zero_to_one}.
A minimum fan speed of 12% is enforced. It is the slowest speed that my cooling fan will turn on so that's what I used. 'M106 S14' (as Cura might insert) was pretty useless.
If multiple extruders have separate fan circuits the speeds are set at tool changes and conform to the layer or feature setting. There is support for up to 4 layer cooling fan circuits.
My thanks to @5axes(@CUQ), @fieldOfView(@AHoeben), @Ghostkeeper, and @Torgeir. A special thanks to @RBurema for his patience in reviewing my 'non-pythonic' script.
Changes:
09/14/23 (GV) Added support for One-at-a-Time print sequence.
12/15/23 (GV) Split off 'Single Fan By Layer', 'Multi-fan By Layer', 'Single Fan By Feature', and 'Multi-fan By Feature' from the main 'execute' script.
01/05/24 (GV) Revised the regex replacements.
12/11/24 (GV) Added 'off_fan_speed' for the idle nozzle layer cooling fan. It does not have to go to 0%.
03/22/25 (GV) Added 'Chamber Cooling Fan / Auxiliary Fan' control.
"""
from ..Script import Script
from UM.Application import Application
@ -43,7 +48,8 @@ class AddCoolingProfile(Script):
"type": "bool",
"enabled": true,
"value": true,
"default_value": true
"default_value": true,
"read_only": true
},
"feature_fan_start_layer":
{
@ -273,67 +279,180 @@ class AddCoolingProfile(Script):
"maximum_value": 100,
"unit": "% ",
"enabled": "fan_enable_raft"
},
"enable_off_fan_speed":
{
"label": "Enable 'Off speed' of the idle fan",
"description": "For machines with independent layer cooling fans. Leaving a fan running while the other nozzle is printing can help with oozing. You can pick the speed % for the idle nozzle layer cooling fan to hold at.",
"type": "bool",
"default_value": false,
"enabled": "enable_off_fan_speed_enable and self.extruder_count > 1"
},
"off_fan_speed":
{
"label": " 'Off' speed of idle nozzle fan",
"description": "This is the speed that the 'idle nozzle' layer cooling fan will maintain rather than being turned off completely.",
"type": "int",
"default_value": 35,
"minimum_value": 0,
"maximum_value": 100,
"unit": "% ",
"enabled": "enable_off_fan_speed_enable and enable_off_fan_speed and self.extruder_count > 1"
},
"enable_off_fan_speed_enable":
{
"label": "Hidden setting",
"description": "For dual extruder printers, this enables 'enable_off_fan_speed'.",
"type": "bool",
"default_value": false,
"enabled": false
},
"bv_fan_speed_control_enable":
{
"label": "Enable 'Chamber/Aux Fan' control",
"description": "Controls the 'Build Volume Fan' or an 'Auxiliary Fan' on printers with that hardware. Provides: 'On' layer, 'Off' layer, and PWM speed control of a secondary fan.",
"type": "bool",
"default_value": false,
"enabled": "enable_bv_fan"
},
"bv_fan_nr":
{
"label": " Chamber/Aux Fan Number",
"description": "The mainboard circuit number of the Chamber or Auxiliary Fan.",
"type": "int",
"unit": "# ",
"default_value": 0,
"minimum_value": 0,
"enabled": "enable_bv_fan and bv_fan_speed_control_enable"
},
"bv_fan_speed":
{
"label": " Chamber/Aux Fan Speed %",
"description": "The speed of the Chamber or Auxiliary Fan. This will be converted to PWM Duty Cycle (0-255) or (RepRap 0-1 if that is enabled in Cura). If your specified fan does not operate on variable speeds then set this to '100'.",
"type": "int",
"unit": "% ",
"default_value": 50,
"maximum_value": 100,
"minimum_value": 0,
"enabled": "enable_bv_fan and bv_fan_speed_control_enable"
},
"bv_fan_start_layer":
{
"label": " Chamber/Aux Fan Start Layer",
"description": "The layer to start the Chamber or Auxiliary Fan. Use the Cura preview layer number and the fan will start at the beginning of the layer.",
"type": "int",
"unit": "Layer# ",
"default_value": 1,
"minimum_value": 1,
"enabled": "enable_bv_fan and bv_fan_speed_control_enable"
},
"bv_fan_end_layer":
{
"label": " Chamber/Aux Fan End Layer",
"description": "The layer number for Chamber or Auxiliary Fan to turn off. Use the Cura preview layer number or '-1' to indicate the end of the print. The fan will run until the end of the layer",
"type": "int",
"unit": "Layer# ",
"default_value": -1,
"minimum_value": -1,
"enabled": "enable_bv_fan and bv_fan_speed_control_enable"
},
"enable_bv_fan":
{
"label": "Hidden setting",
"description": "This is enabled when machine_heated_bed is true, and in turn this enables 'bv_fan_speed_control_enable'.",
"type": "bool",
"default_value": false,
"enabled": false
}
}
}"""
def initialize(self) -> None:
super().initialize()
scripts = Application.getInstance().getGlobalContainerStack().getMetaDataEntry("post_processing_scripts")
self.global_stack = Application.getInstance().getGlobalContainerStack()
self.extruder_list = self.global_stack.extruderList
self.extruder_count = self.global_stack.getProperty("machine_extruder_count", "value")
scripts = self.global_stack.getMetaDataEntry("post_processing_scripts")
if scripts != None:
script_count = scripts.count("AddCoolingProfile")
if script_count > 0:
## Set 'Remove M106 lines' to "false" if there is already an instance of this script running.
# Set 'Remove M106 lines' to "false" if there is already an instance of this script running.
self._instance.setProperty("delete_existing_m106", "value", False)
self._instance.setProperty("enable_off_fan_speed_enable", "value", False)
if self.extruder_count > 1:
if self.extruder_list[0].getProperty("machine_extruder_cooling_fan_number", "value") != self.extruder_list[1].getProperty("machine_extruder_cooling_fan_number", "value"):
self._instance.setProperty("enable_off_fan_speed_enable", "value", True)
if bool(self.global_stack.getProperty("machine_heated_bed", "value")):
self._instance.setProperty("enable_bv_fan", "value", True)
def execute(self, data):
#Initialize variables that are buried in if statements.
mycura = Application.getInstance().getGlobalContainerStack()
"""
Collect the settings from Cura and from this script
params:
t0_fan thru t3_fan: The fan numbers for up to 4 layer cooling circuits
fan_mode: Whether the fan scale will be 0-255 PWM (when true) or 0-1 RepRap (when false)
bed_adhesion: Is only important if a raft is enabled
print_seuence: Options are slightly different if in One-at-a-Time mode
is_multi-fan: Used to distinguish between a multi-extruder with a single fan for each nozzle, or one fan for both nozzles.
is_multi_extr_print: For the slight difference in handling a multi-extruder printer and a print that only uses one of the extruders.
fan_list: A list of fan speeds (even numbered items) and layer numbers (odd numbered items)
feature_speed_list: A list of the speeds for each ';TYPE:' in the gcode
feature_name_list: The list of each 'TYPE' in the gcode
off_fan_speed: The speed that will be maintained by the fan for the inactive extruder (for an anti-oozing effect)
init_fan: The fan number of the first extruder used in a print
delete_existing_m106: The first instance of the script in the post processing list should remove the CUra M106 lines. Following instances should not delete the changes made by the first instance.
feature_fan_combing: Whether or not to shut the cooling fan off during travel moves.
the_start_layer: When in By Feature this is the user selected start of the fan changes.
the_end_layer: When in By Feature this is the user selected end of the fan changes
the_end_is_enabled: When in By Feature, if the fan control ends before the print ends, then this will enable the Final Fan Speed to carry through to the print end.
"""
# Exit if the gcode has been previously post-processed.
if ";POSTPROCESSED" in data[0]:
return data
# Initialize variables that are buried in if statements.
t0_fan = " P0"; t1_fan = " P0"; t2_fan = " P0"; t3_fan = " P0"; is_multi_extr_print = True
#Get some information from Cura-----------------------------------
extruder = mycura.extruderList
#This will be true when fan scale is 0-255pwm and false when it's RepRap 0-1 (Cura 5.x)
# This will be true when fan scale is 0-255pwm and false when it's RepRap 0-1 (Cura 5.x)
fan_mode = True
##For 4.x versions that don't have the 0-1 option
# For 4.x versions that don't have the 0-1 option
try:
fan_mode = not bool(extruder[0].getProperty("machine_scale_fan_speed_zero_to_one", "value"))
except:
fan_mode = not bool(self.extruder_list[0].getProperty("machine_scale_fan_speed_zero_to_one", "value"))
except AttributeError:
pass
bed_adhesion = (extruder[0].getProperty("adhesion_type", "value"))
extruder_count = mycura.getProperty("machine_extruder_count", "value")
print_sequence = str(mycura.getProperty("print_sequence", "value"))
#Assign the fan numbers to the tools------------------------------
if extruder_count == 1:
bed_adhesion = (self.extruder_list[0].getProperty("adhesion_type", "value"))
print_sequence = str(self.global_stack.getProperty("print_sequence", "value"))
# Assign the fan numbers to the tools
if self.extruder_count == 1:
is_multi_fan = False
is_multi_extr_print = False
if int((extruder[0].getProperty("machine_extruder_cooling_fan_number", "value"))) > 0:
t0_fan = " P" + str((extruder[0].getProperty("machine_extruder_cooling_fan_number", "value")))
if int((self.extruder_list[0].getProperty("machine_extruder_cooling_fan_number", "value"))) > 0:
t0_fan = " P" + str((self.extruder_list[0].getProperty("machine_extruder_cooling_fan_number", "value")))
else:
#No P parameter if there is a single fan circuit------------------
# No P parameter if there is a single fan circuit
t0_fan = ""
#Get the cooling fan numbers for each extruder if the printer has multiple extruders
elif extruder_count > 1:
# Get the cooling fan numbers for each extruder if the printer has multiple extruders
elif self.extruder_count > 1:
is_multi_fan = True
t0_fan = " P" + str((extruder[0].getProperty("machine_extruder_cooling_fan_number", "value")))
t0_fan = " P" + str((self.extruder_list[0].getProperty("machine_extruder_cooling_fan_number", "value")))
if is_multi_fan:
if extruder_count > 1: t1_fan = " P" + str((extruder[1].getProperty("machine_extruder_cooling_fan_number", "value")))
if extruder_count > 2: t2_fan = " P" + str((extruder[2].getProperty("machine_extruder_cooling_fan_number", "value")))
if extruder_count > 3: t3_fan = " P" + str((extruder[3].getProperty("machine_extruder_cooling_fan_number", "value")))
if self.extruder_count > 1: t1_fan = " P" + str((self.extruder_list[1].getProperty("machine_extruder_cooling_fan_number", "value")))
if self.extruder_count > 2: t2_fan = " P" + str((self.extruder_list[2].getProperty("machine_extruder_cooling_fan_number", "value")))
if self.extruder_count > 3: t3_fan = " P" + str((self.extruder_list[3].getProperty("machine_extruder_cooling_fan_number", "value")))
#Initialize the fan_list with defaults----------------------------
# Initialize the fan_list with defaults
fan_list = ["z"] * 16
for num in range(0,15,2):
fan_list[num] = len(data)
fan_list[num + 1] = "M106 S0"
#Assign the variable values if "By Layer"-------------------------
# Assign the variable values if "By Layer"
by_layer_or_feature = self.getSettingValueByKey("fan_layer_or_feature")
if by_layer_or_feature == "by_layer":
## By layer doesn't do any feature search so there is no need to look for combing moves
# By layer doesn't do any feature search so there is no need to look for combing moves
feature_fan_combing = False
fan_list[0] = self.getSettingValueByKey("layer_fan_1")
fan_list[2] = self.getSettingValueByKey("layer_fan_2")
@ -343,25 +462,25 @@ class AddCoolingProfile(Script):
fan_list[10] = self.getSettingValueByKey("layer_fan_6")
fan_list[12] = self.getSettingValueByKey("layer_fan_7")
fan_list[14] = self.getSettingValueByKey("layer_fan_8")
## If there is no '/' delimiter then ignore the line else put the settings in a list
# If there is no '/' delimiter then ignore the line else put the settings in a list
for num in range(0,15,2):
if "/" in fan_list[num]:
fan_list[num + 1] = self._layer_checker(fan_list[num], "p", fan_mode)
fan_list[num] = self._layer_checker(fan_list[num], "l", fan_mode)
## Assign the variable values if "By Feature"
# Assign the variable values if "By Feature"
elif by_layer_or_feature == "by_feature":
the_start_layer = self.getSettingValueByKey("feature_fan_start_layer") - 1
the_end_layer = self.getSettingValueByKey("feature_fan_end_layer")
try:
if int(the_end_layer) != -1:
## Catch a possible input error.
# Catch a possible input error.
if the_end_layer < the_start_layer:
the_end_layer = the_start_layer
except:
the_end_layer = -1 ## If there is an input error default to the entire gcode file.
except ValueError:
the_end_layer = -1 # If there is an input error then default to the entire gcode file.
## Get the speed for each feature
# Get the speed for each feature
feature_name_list = []
feature_speed_list = []
feature_speed_list.append(self._feature_checker(self.getSettingValueByKey("feature_fan_skirt"), fan_mode)); feature_name_list.append(";TYPE:SKIRT")
@ -376,20 +495,29 @@ class AddCoolingProfile(Script):
feature_speed_list.append(self._feature_checker(self.getSettingValueByKey("feature_fan_feature_final"), fan_mode)); feature_name_list.append("FINAL_FAN")
feature_fan_combing = self.getSettingValueByKey("feature_fan_combing")
if the_end_layer > -1 and by_layer_or_feature == "by_feature":
## Required so the final speed input can be determined
# Required so the final speed input can be determined
the_end_is_enabled = True
else:
## There is no ending layer so do the whole file
# There is no ending layer so do the whole file
the_end_is_enabled = False
if the_end_layer == -1 or the_end_is_enabled == False:
the_end_layer = len(data) + 2
## Find the Layer0Index and the RaftIndex
# For multi-extruder printers with separate cooling fans the 'idle' nozzle fan can be left on for ooze control
off_fan_speed = 0
if self.extruder_count > 1:
if self.getSettingValueByKey("enable_off_fan_speed"):
if fan_mode:
off_fan_speed = round(int(self.getSettingValueByKey("off_fan_speed")) * 2.55)
else:
off_fan_speed = round(int(self.getSettingValueByKey("off_fan_speed")) * .01, 2)
# Find the Layer0Index and the RaftIndex
raft_start_index = 0
number_of_raft_layers = 0
layer_0_index = 0
## Catch the number of raft layers.
for l_num in range(1,10,1):
# Catch the number of raft layers.
for l_num in range(1,len(data) - 1):
layer = data[l_num]
if ";LAYER:-" in layer:
number_of_raft_layers += 1
@ -399,14 +527,14 @@ class AddCoolingProfile(Script):
layer_0_index = l_num
break
## Is this a single extruder print on a multi-extruder printer? - get the correct fan number for the extruder being used.
# Is this a single extruder print on a multi-extruder printer? - get the correct fan number for the extruder being used.
if is_multi_fan:
T0_used = False
T1_used = False
T2_used = False
T3_used = False
## Bypass the file header and ending gcode.
for num in range(1,len(data)-1,1):
# Bypass the file header and ending gcode.
for num in range(1,len(data)-1):
lines = data[num]
if "T0" in lines:
T0_used = True
@ -418,7 +546,7 @@ class AddCoolingProfile(Script):
T3_used = True
is_multi_extr_print = True if sum([T0_used, T1_used, T2_used, T3_used]) > 1 else False
## On a multi-extruder printer and single extruder print find out which extruder starts the file.
# On a multi-extruder printer and single extruder print find out which extruder starts the file.
init_fan = t0_fan
if not is_multi_extr_print:
startup = data[1]
@ -431,7 +559,7 @@ class AddCoolingProfile(Script):
elif line == "T3":
t0_fan = t3_fan
elif is_multi_extr_print:
## On a multi-extruder printer and multi extruder print find out which extruder starts the file.
# On a multi-extruder printer and multi extruder print find out which extruder starts the file.
startup = data[1]
lines = startup.split("\n")
for line in lines:
@ -445,23 +573,23 @@ class AddCoolingProfile(Script):
init_fan = t3_fan
else:
init_fan = ""
## Assign the variable values if "Raft Enabled"
# Assign the variable values if "Raft Enabled"
raft_enabled = self.getSettingValueByKey("fan_enable_raft")
if raft_enabled and bed_adhesion == "raft":
fan_sp_raft = self._feature_checker(self.getSettingValueByKey("fan_raft_percent"), fan_mode)
else:
fan_sp_raft = "M106 S0"
# Start to alter the data-----------------------------------------
## Strip the existing M106 lines from the file up to the end of the last layer. If a user wants to use more than one instance of this plugin then they won't want to erase the M106 lines that the preceding plugins inserted so 'delete_existing_m106' is an option.
# Start to alter the data
# Strip the existing M106 lines from the file up to the end of the last layer. If a user wants to use more than one instance of this plugin then they won't want to erase the M106 lines that the preceding plugins inserted so 'delete_existing_m106' is an option.
delete_existing_m106 = self.getSettingValueByKey("delete_existing_m106")
if delete_existing_m106:
## Start deleting from the beginning
# Start deleting from the beginning
start_from = int(raft_start_index)
else:
if by_layer_or_feature == "by_layer":
altered_start_layer = str(len(data))
## The fan list layers don't need to be in ascending order. Get the lowest.
# The fan list layers don't need to be in ascending order. Get the lowest.
for num in range(0,15,2):
try:
if int(fan_list[num]) < int(altered_start_layer):
@ -471,12 +599,12 @@ class AddCoolingProfile(Script):
elif by_layer_or_feature == "by_feature":
altered_start_layer = int(the_start_layer) - 1
start_from = int(layer_0_index) + int(altered_start_layer)
## Strip the M106 and M107 lines from the file
# Strip the M106 and M107 lines from the file
for l_index in range(int(start_from), len(data) - 1, 1):
data[l_index] = re.sub(re.compile("M106(.*)\n"), "", data[l_index])
data[l_index] = re.sub(re.compile("M107(.*)\n"), "", data[l_index])
## Deal with a raft and with One-At-A-Time print sequence
# Deal with a raft and with One-At-A-Time print sequence
if raft_enabled and bed_adhesion == "raft":
if print_sequence == "one_at_a_time":
for r_index in range(2,len(data)-2,1):
@ -486,9 +614,9 @@ class AddCoolingProfile(Script):
lines.insert(1, "M106 S0" + str(t0_fan))
if raft_enabled and bed_adhesion == "raft":
if ";LAYER:-" in data[r_index]:
## Turn the raft fan on
# Turn the raft fan on
lines.insert(1, fan_sp_raft + str(t0_fan))
## Shut the raft fan off at layer 0
# Shut the raft fan off at layer 0
if ";LAYER:0" in data[r_index]:
lines.insert(1,"M106 S0" + str(t0_fan))
data[r_index] = "\n".join(lines)
@ -496,13 +624,13 @@ class AddCoolingProfile(Script):
layer = data[raft_start_index]
lines = layer.split("\n")
if ";LAYER:-" in layer:
## Turn the raft fan on
# Turn the raft fan on
lines.insert(1, fan_sp_raft + str(init_fan))
layer = "\n".join(lines)
data[raft_start_index] = layer
layer = data[layer_0_index]
lines = layer.split("\n")
## Shut the raft fan off
# Shut the raft fan off
lines.insert(1, "M106 S0" + str(init_fan))
data[layer_0_index] = "\n".join(lines)
else:
@ -513,41 +641,44 @@ class AddCoolingProfile(Script):
lines.insert(1, "M106 S0" + str(t0_fan))
data[r_index] = "\n".join(lines)
## Turn off all fans at the end of data[1]. If more than one instance of this script is running then this will result in multiple M106 lines.
# Turn off all fans at the end of data[1]. If more than one instance of this script is running then this will result in multiple M106 lines.
temp_startup = data[1].split("\n")
temp_startup.insert(len(temp_startup)-2,"M106 S0" + str(t0_fan))
## If there are multiple cooling fans shut them all off
# If there are multiple cooling fans shut them all off
if is_multi_fan:
if extruder_count > 1 and t1_fan != t0_fan: temp_startup.insert(len(temp_startup)-2,"M106 S0" + str(t1_fan))
if extruder_count > 2 and t2_fan != t1_fan and t2_fan != t0_fan: temp_startup.insert(len(temp_startup)-2,"M106 S0" + str(t2_fan))
if extruder_count > 3 and t3_fan != t2_fan and t3_fan != t1_fan and t3_fan != t0_fan: temp_startup.insert(len(temp_startup)-2,"M106 S0" + str(t3_fan))
if self.extruder_count > 1 and t1_fan != t0_fan: temp_startup.insert(len(temp_startup)-2,"M106 S0" + str(t1_fan))
if self.extruder_count > 2 and t2_fan != t1_fan and t2_fan != t0_fan: temp_startup.insert(len(temp_startup)-2,"M106 S0" + str(t2_fan))
if self.extruder_count > 3 and t3_fan != t2_fan and t3_fan != t1_fan and t3_fan != t0_fan: temp_startup.insert(len(temp_startup)-2,"M106 S0" + str(t3_fan))
data[1] = "\n".join(temp_startup)
## If 'feature_fan_combing' is True then add additional 'MESH:NONMESH' lines for travel moves over 5 lines long
## For compatibility with 5.3.0 change any MESH:NOMESH to MESH:NONMESH.
# If 'feature_fan_combing' is True then add additional 'MESH:NONMESH' lines for travel moves over 5 lines long
# For compatibility with 5.3.0 change any MESH:NOMESH to MESH:NONMESH.
if feature_fan_combing:
for layer_num in range(2,len(data)):
layer = data[layer_num]
data[layer_num] = re.sub(";MESH:NOMESH", ";MESH:NONMESH", layer)
data = self._add_travel_comment(data, layer_0_index)
# Single Fan "By Layer"--------------------------------------------
if bool(self.getSettingValueByKey("bv_fan_speed_control_enable")):
data = self._control_bv_fan(data)
# Single Fan "By Layer"
if by_layer_or_feature == "by_layer" and not is_multi_fan:
return self._single_fan_by_layer(data, layer_0_index, fan_list, t0_fan)
# Multi-Fan "By Layer"---------------------------------------------
# Multi-Fan "By Layer"
if by_layer_or_feature == "by_layer" and is_multi_fan:
return self._multi_fan_by_layer(data, layer_0_index, fan_list, t0_fan, t1_fan, t2_fan, t3_fan)
return self._multi_fan_by_layer(data, layer_0_index, fan_list, t0_fan, t1_fan, t2_fan, t3_fan, fan_mode, off_fan_speed)
#Single Fan "By Feature"------------------------------------------
# Single Fan "By Feature"
if by_layer_or_feature == "by_feature" and (not is_multi_fan or not is_multi_extr_print):
return self._single_fan_by_feature(data, layer_0_index, the_start_layer, the_end_layer, the_end_is_enabled, fan_list, t0_fan, feature_speed_list, feature_name_list, feature_fan_combing)
#Multi Fan "By Feature"-------------------------------------------
# Multi Fan "By Feature"
if by_layer_or_feature == "by_feature" and is_multi_fan:
return self._multi_fan_by_feature(data, layer_0_index, the_start_layer, the_end_layer, the_end_is_enabled, fan_list, t0_fan, t1_fan, t2_fan, t3_fan, feature_speed_list, feature_name_list, feature_fan_combing)
return self._multi_fan_by_feature(data, layer_0_index, the_start_layer, the_end_layer, the_end_is_enabled, fan_list, t0_fan, t1_fan, t2_fan, t3_fan, feature_speed_list, feature_name_list, feature_fan_combing, fan_mode, off_fan_speed)
# The Single Fan "By Layer"----------------------------------------
# The Single Fan "By Layer"
def _single_fan_by_layer(self, data: str, layer_0_index: int, fan_list: str, t0_fan: str)->str:
layer_number = "0"
single_fan_data = data
@ -557,15 +688,15 @@ class AddCoolingProfile(Script):
for fan_line in fan_lines:
if ";LAYER:" in fan_line:
layer_number = str(fan_line.split(":")[1])
## If there is a match for the current layer number make the insertion
# If there is a match for the current layer number make the insertion
for num in range(0,15,2):
if layer_number == str(fan_list[num]):
layer = layer.replace(fan_lines[0],fan_lines[0] + "\n" + fan_list[num + 1] + str(t0_fan))
single_fan_data[l_index] = layer
return single_fan_data
# Multi-Fan "By Layer"-----------------------------------------
def _multi_fan_by_layer(self, data: str, layer_0_index: int, fan_list: str, t0_fan: str, t1_fan: str, t2_fan: str, t3_fan: str)->str:
# Multi-Fan "By Layer"
def _multi_fan_by_layer(self, data: str, layer_0_index: int, fan_list: str, t0_fan: str, t1_fan: str, t2_fan: str, t3_fan: str, fan_mode: bool, off_fan_speed: str)->str:
multi_fan_data = data
layer_number = "0"
current_fan_speed = "0"
@ -573,15 +704,16 @@ class AddCoolingProfile(Script):
this_fan = str(t0_fan)
start_index = str(len(multi_fan_data))
for num in range(0,15,2):
## The fan_list may not be in ascending order. Get the lowest layer number
# The fan_list may not be in ascending order. Get the lowest layer number
try:
if int(fan_list[num]) < int(start_index):
start_index = str(fan_list[num])
except:
except ValueError:
pass
## Move the start point if delete_existing_m106 is false
# Move the start point if delete_existing_m106 is false
start_index = int(start_index) + int(layer_0_index)
## Track the tool number
# Track the tool number
for num in range(1,int(start_index),1):
layer = multi_fan_data[num]
lines = layer.split("\n")
@ -598,18 +730,19 @@ class AddCoolingProfile(Script):
elif line == "T3":
prev_fan = this_fan
this_fan = t3_fan
# With Active Tool tracked - now the body of changes can start
for l_index in range(int(start_index),len(multi_fan_data)-1,1):
modified_data = ""
layer = multi_fan_data[l_index]
fan_lines = layer.split("\n")
for fan_line in fan_lines:
## Prepare to shut down the previous fan and start the next one.
# Prepare to turn off the previous fan and start the next one.
if fan_line.startswith("T"):
if fan_line == "T0": this_fan = str(t0_fan)
if fan_line == "T1": this_fan = str(t1_fan)
if fan_line == "T2": this_fan = str(t2_fan)
if fan_line == "T3": this_fan = str(t3_fan)
modified_data += "M106 S0" + prev_fan + "\n"
modified_data += f"M106 S{off_fan_speed}" + prev_fan + "\n"
modified_data += fan_line + "\n"
modified_data += "M106 S" + str(current_fan_speed) + this_fan + "\n"
prev_fan = this_fan
@ -620,19 +753,22 @@ class AddCoolingProfile(Script):
if layer_number == str(fan_list[num]):
modified_data += fan_list[num + 1] + this_fan + "\n"
current_fan_speed = str(fan_list[num + 1].split("S")[1])
current_fan_speed = str(current_fan_speed.split(" ")[0]) ## Just in case
current_fan_speed = str(current_fan_speed.split(" ")[0]) # Just in case
else:
modified_data += fan_line + "\n"
if modified_data.endswith("\n"): modified_data = modified_data[0:-1]
multi_fan_data[l_index] = modified_data
# Insure the fans get shut off if 'off_fan_speed' was enabled
if self.extruder_count > 1 and self.getSettingValueByKey("enable_off_fan_speed"):
multi_fan_data[-1] += "M106 S0 P1\nM106 S0 P0\n"
return multi_fan_data
# Single fan by feature-----------------------------------------------
# Single fan by feature
def _single_fan_by_feature(self, data: str, layer_0_index: int, the_start_layer: str, the_end_layer: str, the_end_is_enabled: str, fan_list: str, t0_fan: str, feature_speed_list: str, feature_name_list: str, feature_fan_combing: bool)->str:
single_fan_data = data
layer_number = "0"
index = 1
## Start with layer:0
# Start with layer:0
for l_index in range(layer_0_index,len(single_fan_data)-1,1):
modified_data = ""
layer = single_fan_data[l_index]
@ -652,15 +788,16 @@ class AddCoolingProfile(Script):
if feature_fan_combing == True:
modified_data += "M106 S0" + t0_fan + "\n"
modified_data += line + "\n"
## If an End Layer is defined and is less than the last layer then insert the Final Speed
# If an End Layer is defined and is less than the last layer then insert the Final Speed
if line == ";LAYER:" + str(the_end_layer) and the_end_is_enabled == True:
modified_data += feature_speed_list[len(feature_speed_list) - 1] + t0_fan + "\n"
if modified_data.endswith("\n"): modified_data = modified_data[0: - 1]
single_fan_data[l_index] = modified_data
return single_fan_data
# Multi-fan by feature------------------------------------------------
def _multi_fan_by_feature(self, data: str, layer_0_index: int, the_start_layer: str, the_end_layer: str, the_end_is_enabled: str, fan_list: str, t0_fan: str, t1_fan: str, t2_fan: str, t3_fan: str, feature_speed_list: str, feature_name_list: str, feature_fan_combing: bool)->str:
# Multi-fan by feature
def _multi_fan_by_feature(self, data: str, layer_0_index: int, the_start_layer: str, the_end_layer: str, the_end_is_enabled: str, fan_list: str, t0_fan: str, t1_fan: str, t2_fan: str, t3_fan: str, feature_speed_list: str, feature_name_list: str, feature_fan_combing: bool, fan_mode: bool, off_fan_speed: str)->str:
multi_fan_data = data
layer_number = "0"
start_index = 1
@ -673,7 +810,7 @@ class AddCoolingProfile(Script):
if ";LAYER:" + str(the_start_layer) + "\n" in layer:
start_index = int(my_index) - 1
break
## Track the previous tool changes
# Track the previous tool changes
for num in range(1,start_index,1):
layer = multi_fan_data[num]
lines = layer.split("\n")
@ -690,7 +827,7 @@ class AddCoolingProfile(Script):
elif line == "T3":
prev_fan = this_fan
this_fan = t3_fan
## Get the current tool.
# Get the current tool.
for l_index in range(start_index,start_index + 1,1):
layer = multi_fan_data[l_index]
lines = layer.split("\n")
@ -702,7 +839,7 @@ class AddCoolingProfile(Script):
if line == "T3": this_fan = t3_fan
prev_fan = this_fan
## Start to make insertions-------------------------------------
# Start to make insertions
for l_index in range(start_index+1,len(multi_fan_data)-1,1):
layer = multi_fan_data[l_index]
lines = layer.split("\n")
@ -712,10 +849,10 @@ class AddCoolingProfile(Script):
if line == "T1": this_fan = t1_fan
if line == "T2": this_fan = t2_fan
if line == "T3": this_fan = t3_fan
## Turn off the prev fan
modified_data += "M106 S0" + prev_fan + "\n"
# Turn off the prev fan
modified_data += f"M106 S{off_fan_speed}" + prev_fan + "\n"
modified_data += line + "\n"
## Turn on the current fan
# Turn on the current fan
modified_data += "M106 S" + str(current_fan_speed) + this_fan + "\n"
prev_fan = this_fan
if ";LAYER:" in line:
@ -725,34 +862,39 @@ class AddCoolingProfile(Script):
temp = line.split(" ")[0]
try:
name_index = feature_name_list.index(temp)
except:
except IndexError:
name_index = -1
if name_index != -1:
modified_data += line + "\n" + feature_speed_list[name_index] + this_fan + "\n"
#modified_data += feature_speed_list[name_index] + this_fan + "\n"
current_fan_speed = str(feature_speed_list[name_index].split("S")[1])
elif ";MESH:NONMESH" in line:
if feature_fan_combing == True:
modified_data += line + "\n"
modified_data += "M106 S0" + this_fan + "\n"
modified_data += f"M106 S{off_fan_speed}" + this_fan + "\n"
current_fan_speed = "0"
else:
modified_data += line + "\n"
## If an end layer is defined - Insert the final speed and set the other variables to Final Speed to finish the file
## There cannot be a break here because if there are multiple fan numbers they still need to be shut off and turned on.
# If an end layer is defined - Insert the final speed and set the other variables to Final Speed to finish the file
# There cannot be a 'break' here because if there are multiple fan numbers they still need to be shut off and turned on.
elif line == ";LAYER:" + str(the_end_layer):
modified_data += feature_speed_list[len(feature_speed_list) - 1] + this_fan + "\n"
for set_speed in range(0, len(feature_speed_list) - 2):
feature_speed_list[set_speed] = feature_speed_list[len(feature_speed_list) - 1]
else:
## Layer and Tool get inserted into modified_data above. All other lines go into modified_data here
# Layer and Tool get inserted into modified_data above. All other lines go into modified_data here
if not line.startswith("T") and not line.startswith(";LAYER:"): modified_data += line + "\n"
if modified_data.endswith("\n"): modified_data = modified_data[0: - 1]
multi_fan_data[l_index] = modified_data
modified_data = ""
# Insure the fans get shut off if 'off_fan_speed' was enabled
if self.extruder_count > 1 and self.getSettingValueByKey("enable_off_fan_speed"):
multi_fan_data[-1] += "M106 S0 P1\nM106 S0 P0\n"
return multi_fan_data
#Try to catch layer input errors, set the minimum speed to 12%, and put the strings together
# Try to catch layer input errors, set the minimum speed to 12%, and put the strings together
def _layer_checker(self, fan_string: str, ty_pe: str, fan_mode: bool) -> str:
fan_string_l = str(fan_string.split("/")[0])
try:
@ -768,7 +910,7 @@ class AddCoolingProfile(Script):
if int(fan_string_p) > 100: fan_string_p = "100"
except ValueError:
fan_string_p = "0"
## Set the minimum fan speed to 12%
# Set the minimum fan speed to 12%
if int(fan_string_p) < 12 and int(fan_string_p) != 0:
fan_string_p = "12"
fan_layer_line = str(fan_string_l)
@ -784,7 +926,7 @@ class AddCoolingProfile(Script):
#Try to catch feature input errors, set the minimum speed to 12%, and put the strings together when 'By Feature'
def _feature_checker(self, fan_feat_string: int, fan_mode: bool) -> str:
if fan_feat_string < 0: fan_feat_string = 0
## Set the minimum fan speed to 12%
# Set the minimum fan speed to 12%
if fan_feat_string > 0 and fan_feat_string < 12: fan_feat_string = 12
if fan_feat_string > 100: fan_feat_string = 100
if fan_mode:
@ -798,7 +940,7 @@ class AddCoolingProfile(Script):
for lay_num in range(int(lay_0_index), len(comment_data)-1,1):
layer = comment_data[lay_num]
lines = layer.split("\n")
## Copy the data to new_data and make the insertions there
# Copy the data to new_data and make the insertions there
new_data = lines
g0_count = 0
g0_index = -1
@ -818,12 +960,12 @@ class AddCoolingProfile(Script):
if g0_index == -1:
g0_index = lines.index(line)
elif not line.startswith("G0 ") and not is_travel:
## Add additional 'NONMESH' lines to shut the fan off during long combing moves--------
# Add additional 'NONMESH' lines to shut the fan off during long combing moves
if g0_count > 5:
if not is_travel:
new_data.insert(g0_index + insert_index, ";MESH:NONMESH")
insert_index += 1
## Add the feature_type at the end of the combing move to turn the fan back on
# Add the feature_type at the end of the combing move to turn the fan back on
new_data.insert(g0_index + g0_count + 1, feature_type)
insert_index += 1
g0_count = 0
@ -834,4 +976,35 @@ class AddCoolingProfile(Script):
g0_index = -1
is_travel = False
comment_data[lay_num] = "\n".join(new_data)
return comment_data
return comment_data
def _control_bv_fan(self, bv_data: str) -> str:
# Control any secondary fan. Can be used for an Auxilliary/Chamber fan
bv_start_layer = self.getSettingValueByKey("bv_fan_start_layer") - 1
bv_end_layer = self.getSettingValueByKey("bv_fan_end_layer")
bv_fan_nr = self.getSettingValueByKey("bv_fan_nr")
if bv_end_layer != -1:
bv_end_layer -= 1
# Get the PWM speed or if RepRap then the 0-1 speed
if self.extruder_list[0].getProperty("machine_scale_fan_speed_zero_to_one", "value"):
bv_fan_speed = round(self.getSettingValueByKey("bv_fan_speed") * .01, 1)
else:
bv_fan_speed = int(self.getSettingValueByKey("bv_fan_speed") * 2.55)
# Turn the chamber fan on
for index, layer in enumerate(bv_data):
if f";LAYER:{bv_start_layer}\n" in layer:
bv_data[index] = re.sub(f";LAYER:{bv_start_layer}", f";LAYER:{bv_start_layer}\nM106 S{bv_fan_speed} P{bv_fan_nr}",layer)
break
# Turn the chamber fan off
if bv_end_layer == -1:
bv_data[len(bv_data)-2] += f"M106 S0 P{bv_fan_nr}\n"
else:
for index, layer in enumerate(bv_data):
if f";LAYER:{bv_end_layer}\n" in layer:
lines = layer.split("\n")
for fdex, line in enumerate(lines):
if ";TIME_ELAPSED:" in line:
lines[fdex] = f"M106 S0 P{bv_fan_nr}\n" + line
bv_data[index] = "\n".join(lines)
break
return bv_data