FAQ Korean Version - clefranc/Slic3r GitHub Wiki

이 문서는 Slic3r에 관해 자주 올라오는 질문들과 그에 대한 답변을 정리한 문서입니다.

속도

Q: G-code의 속도가 Slic3r에서 설정한 것과 다릅니다. 왜 그럴까요?

A: 먼저, 당신이 Slic3r에서 mm/sec으로 속도를 설정할 때 G-code는 mm/min 단위의 속도를 포함한다는 것을 기억하십시오. 그리고, 냉각 관련 설정시 잘 살펴보십시오(필라멘트 부분 밑에 위치함), 냉각 옵션이 출력 속도에 영향을 미칠 수 있습니다.

설정

Q: Save Preset? Export Config? Load Config? 혼란스럽습니다.

A: Slic3r version 0.9.0은 설정을 제어하는 부분에서 가령 기존 필라멘트 설정을 복수의 서로 다른 3D 프린터간에 재사용하기 쉽게 하는 등의 새로운 방법을 도입하였습니다. 새로운 설정 시스템은 출력, 필라멘트/프린터 설정을 서로 다른 프리셋으로 분리하였습니다. 기존 프리셋을 저장하기 위해, click on the small diskette button next to the preset name under the given tab.

아직 이전 버전의 Slic3r 설정 방법도 File 메뉴에서 이용 가능합니다. 그저 Export Config... 와 Load Config... 를 Slic3r의 현재 설정을 내보내기하거나 다시 불러들여오는 데 사용 가능합니다. This is especially useful for sharing configuration files with somebody else or for exporting a configuration file for use when calling Slic3r from the command-line using the --load parameter.

Q: 제 설정을 내보내기하였는데, 저장하지 않았다는 경고가 뜹니다. 왜 그런가요?

A: You said it: 당신은 설정을 내보내기 하였다고 하셨지만, 빌트-인 프리셋 관리 시스템에 저장한 것은 아닙니다 (위 답변 참고). 저장할 필요는 없습니다. If you're comfortable with exported, monolithic, standalone config files (just like old Slic3r versions used), feel free to ignore the warning. Q: Where does Slic3r store its internal configuration files?

A: Slic3r utilizes wxWidgets to store it's internal GUI configuration files. The exact location is platform-dependent and can be found by running slic3r.pl --debug. Normally, there is no reason to poke around in these files, as they are all managed through the Slic3r GUI. You should probably use Export Config... from the File menu instead. Q: How can I use Slic3r with Pronterface?

A: There are basically two options. The simplest is to use Slic3r stand-alone and load the resulting G-code file directly into Pronterface.

If you're feeling more adventurous, you can have Pronterface call the command-line Slic3r automatically when opening an STL file. To get this to work, you must first export the configuration, you wish to use with Pronterface, from Slic3r using Export Config... from the File menu. Next open Options from the Settings menu in Pronterface, and put the following under slicecommand:

slic3r.pl $s --load config.ini --output $o

and the following under sliceoptscommand:

slic3r.pl --load config.ini --ignore-nonexistent-config

Replace slic3r.pl with the full path to the Slic3r executable and config.ini with the full path of your previously exported configuration file. On OS X, the executable has a path like this:

/Applications/Slic3r.app/Contents/MacOS/slic3r

Whenever you edit your Slic3r configuration from within Pronterface, remember to re-export it using the Export Config... from the File menu. How can I specify a custom filename format for output G-code files?

You can specify a filename format by using any of the config options. Just enclose them in square brackets, and Slic3r will replace them upon exporting. The additional [input_filename] and [input_filename_base] options will be replaced by the input file name (in the second case, the .stl extension will be stripped). More available variables include [timestamp], [year], [month], [day], [hour], [minute], [second], [version]. When using the graphical interface, [print_preset], [filament_preset], [printer_preset] will be available too. Multi-value options can be called with indices, like [nozzle_diameter_1], [print_center_X], [bed_size_Y].

The default format is [input_filename_base].gcode, meaning that if you slice a foo.stl file, the output will be saved to foo.gcode.

더 복잡한 예들은 아래를 참고하세요:

[input_filename_base]_h[layer_height]_p[perimeters]_s[solid_layers].gcode [input_filename]center[print_center][layer_height]layers.gcode

What placeholders can I use in custom G-code?

Look at the question above: you can use the same placeholders as the custom output filename format. In the layer_change custom G-code you can also use the following variables which are useful in multi-extruder environments: [next_extruder], [previous_extruder] (they return the 0-indexed tool number). You can also nest the multi-value variables like this: [temperature_[next_extruder]]. How can I have my printer start heating after my start G-code procedure is executed?

Just put the heating command(s) in your start G-code, like this:

... other start commands M190 S[first_layer_bed_temperature] M104 S[first_layer_temperature]

Slic3r will detect you used those commands manually and it will not generate any one automatically. Also note that the [] syntax is the placeholder syntax described in previous questions, so it will be replaced automatically by the right values from your configuration without any need to hard-code temperatures. How can I run custom G-code after heating is complete?

Same as above: if you insert explicit heating commands into your custom G-code Slic3r will not insert them in arbitrary places. This allows you to customize the entire procedure. For example:

... some start commands (for example: park extruder, initialize PID etc.) M109 S[first_layer_temperature] ; wait for temperature ... more start commands (for example: prime extruder etc.)

Calibration

Q: 왜 제 출력물의 수치가 정확하지 않을까요?

A: Have you calibrated Slic3r for your printer? If not, follow the steps outlined in the Calibration guide. Advanced topics

Q: How can I enforce a volumetric limit for extrusion?

A: If you found what the maximum reasonable extrusion rate your printer can do at a given temperature, you can send a command to your firmware to enforce a limit on it.

There are 2 experimental methods to derive the max extrusion rate: 1. print fast, and use live tuning via M221 until you see/feel the filament slipping in the extruder (easy on a standard UM, maybe more difficult on others, and it heavily depends on the extruder mechanism how much pressure it can deliver without slipping) 2. extruder calibration routine (either manually in pronterface, or with some to-be-done tool): ask the user to heat up to a middle of the road temp (i.e. 210C for PLA), and push i.e. 20mm filament through the nozzle at a given speed (steps/sec or mm/sec), starting with i.e. 1mm/s, and ask the user "did you feel/see the filament slipping yet, Yes/No, if no, continue increasing the speed by 20%, and ask again. 'Yes" will indicate the max extrusion rate has been reached, and can be saved as mm^3/s, and be displayed as gr/h for user convenience.

The M203 command can be used to set the run-time flow rate limit. Just divide your volumetric extrusion limit by (d/2)^2*PI (where d is your filament diameter) and pass the result to M203. For example, if your limit is 15.6mm^3/sec, supposing you have a 2.9 filament you can send this to your machine:

M203 E2.36

Marlin will apply the limit and blend your moves so that no extrusion exceeds your max rate. You can easily include the M203 command inside the Start G-code in Slic3r to have it automatically prepended to your prints. Note that the firmware uses this limit in a smart way, by blending all your speeds to match it. Troubleshooting Q: Why does the hollow calibration cube fail?

Slic3r honors the configured number of perimeters, so there's no room left for anchoring the bridge. The only way to anchor it would be to automatically reduce the number of perimeters on that layer, but this would violate the configuration provided by the user (the reason the hollow calibration cube is mentioned here and there is because Skeinforge used to reduce perimeters). While this strict design choice of Slic3r might be disappointing, it's actually a very good thing in day-by-day usage, when no hollow cubes need to be printed. We recommend to use a proper calibration model for bridging. Q: Whenever fan turns on, nozzle gets cooler for a few seconds and extrusion is blocked. How can I handle this?

You could turn the Max Fan Speed setting down in Slic3r, but the best solution is applying a fan duct so that airflow does not affect your nozzle. There's no (clean) way to handle this at the G-code level, and a physical fix is the proper way to go.