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Starting with wxPython 4.0 (the first Phoenix release) the wxPython sourcearchive and, for supported platforms, wxPython binary wheels are availablefrom the Python Package Index (PyPI). wxPython's project page at PyPI ishttps://pypi.org/project/wxPython.

The current stable version of Cura LE for Windows is v3.6.23 and for Mac OS is v3.6.20. LulzBot Bio users will need to use version 3.6.22 and above. MAC OSX Users Note: MAC OS v3.6.20 of Cura LulzBot Edition does not include support for the M175 Tool Head. Use the following workaround guide to use the M175 Tool Head - click to download pdf. Scratch is a free programming language and online community where you can create your own interactive stories, games, and animations. If you are wondering what the latest version of macOS is it's Big Sur! And rather than version 10.16, it is version 11. Mac OS X was first introduced almost 20 years ago in September 2000. Look for a file named like wxPython-demo-VERSION.tar.gz. Zip files with.pdb files which are Visual Studio debugger information files. Binary wheel files for a few flavors of Linux. The Bleeding Edge. If you're the daredevil type and prefer to work with the absolutely newest version of wxPython, we've got a couple options for you. Snapshot Builds. Download RoboForm today. Available for Windows, Mac, iOS, Android, Linux, and Chrome OS.

The source or binary wheels can be downloaded directly from the projectpage, or you can use the wonderful piptool to do it for you.

Windows and macOS

If you are on Windows or macOS with a compatible Python build, then thecommand shown above will download the appropriate wheel file from thelatest release, and install it in your active Python environment or virtualenvironment.

If there is no binary wheel file available for your platform or for yourversion of Python, then pip will download the source archive and willattempt to build it for you. There is some information about that below.

Yes, we have Linux Wheels. Sort of.

Because of the differences between Linux distributions (mainly differentversions of the core libraries installed by default, but also platformarchitecture and etc.) it is not possible to host binary wheel files forLinux on PyPI unless they can be made to work within the constraints ofPEP 513 Unfortunately,attempts to pound the wxPython peg into the manylinux1 hole have not beenvery successful. Maybe manylinux2 will be a better fit. In the meantime,if you have a Linux similar enough to those used to build the wheelslocated under the wxPython Extras linux folder, then you can use them and not need to build the wheels yourself.

Since there are various options for distro and wx port (GTK2 or GTK3) thenthe files can not all be located in the same folder for easy access by pip.This simply just means that you'll need to drill down a little further tofind the URL to give to pip. For example, to get the GTK3 wxPython buildsfor Ubuntu 16.04 (and 16.10, LinuxMint 18, and probably others) you can usea pip command like this:

Of course you can always download the wheel file yourself and then use pipto install your local copy of the file.

Building with Pip

If pip is not able to find a binary wheel file that matches your platformand your version of Python, then it will download the source archive andwill attempt to build it for you. If you have the required compiler anddependent libraries installed, then this will be a feasible approach foryou, although it can take some time to do the build. The end result will bethe same as if there was a binary wheel available for you. In fact, pip canalso be told to just build the wheel and not do the install. This way youcan reuse the wheel file for different Python environments or on othermachines, or whatever, without needing to rebuild for each one.

For instructions on how to build a wxPython wheel file specific to your Linuxmachine and Python installation, please refer to thispost in the blog.

Conda or Anaconda

If you are using a Python environment managed by Conda orAnaconda then you can install wxPython using theconda tool just like you would install any other package. Checkhere for details on what builds areavailable. The fine folks at Conda-forge have done agood job at keeping it up to date with new releases.

One small gotcha to be aware of with the conda builds of wxPython is that onOSX/macOS you will need to use pythonw to execute your wxPython applications,not the typical python command. To use pythonw you will need to install thepython.app pacakge from conda.

Extra Files

In addition to the source and binaries available on PyPI, there are someextra files which are part of each release, which are hosted at https://extras.wxPython.org/wxPython4/extras/. The things you will find there are:

A tarball containing the wxPython API documentation, which is thesame content available at https://docs.wxpython.org. You can use thiscopy of the reference docs for local off-line reading of the API referencematerial. Look for a file named like wxPython-docs-VERSION.tar.gz.
A tarball containing the wxPython demo and samples. It is highlyencouraged for new wxPython users, and experienced ones too, to downloadthis file. It is a great learning resource with tons of examples showinghow to use various components of the wxPython library. Look for a filenamed like wxPython-demo-VERSION.tar.gz.
Zip files with *.pdb files which are Visual Studio debugger information files.
Binary wheel files for a few flavors of Linux.

The Bleeding Edge

If you're the daredevil type and prefer to work with the absolutely newestversion of wxPython, we've got a couple options for you.

Snapshot Builds

Each day that there are commits to wxPython Phoenix's master branch, thebuildbot will attempt to do a 'dailybuild'. If successful then the resulting wheels, docs, and source archiveswill be uploaded to the snapshots folder. Although these are not technically official releases, and may have new undiscovered and unsolved bugs, more than a few people use them successfully in their own projects.

GitHub

wxPython's GitHub project is at https://github.com/wxWidgets/Phoenix. Ifyou want to tinker with the code (preferably in order to submit aPR) then this option is whatyou are looking for. Fork and clone a copy of the git repository foryourself and start tweaking away under the hood.

Since the generated files are not committed to git you will need to gothrough several more steps to generate and build the code, but they are allhandled by thebuild.pyscript and there is a overview of the process and the needed steps in theREADME. Ifyou get stuck then you can ask about it on wxPython-dev.

Old Releases

The wxPython releases prior to 4.0 (a.k.a 'Classic' wxPython) will remainavailable atSourceForge.That includes source, documentation, the demo, and various binaryinstallers for Windows and Mac systems.

Cura LulzBot Edition is a Free Software program that both prepares your files for printing (by converting your model into GCODE), and also allows you to control the operation of your LulzBot 3D printer.

The latest version features an updated user interface, more slicing options, an updated slicing engine, and better print quality than ever before. Keep Cura LulzBot Edition updated to have the latest pre-set Cura print profiles, developed and tested by the LulzBot team to ensure the best performance out of your LulzBot!

Download, Installation, and Removal Instructions

Find links and instructions based on your operating system in the tutorials below.

Current Version: 3.6.23

Cura LulzBot Edition v3.6.23 Notes:

The current stable version of Cura LE for Windows is v3.6.23 and for Mac OS is v3.6.20.
LulzBot Bio users will need to use version 3.6.22 and above.

MAC OSX Users Note: MAC OS v3.6.20 of Cura LulzBot Edition does not include support for the M175 Tool Head.
Use the following workaround guide to use the M175 Tool Head - click to download pdf.
Files needed for M175 Tool Head workaround - click to download files.

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Profile Updates for Cura LE v3.6.20

The following profile updates can be manually imported into Cura LE v3.6.20.
These profiles are already included in all versions of Cura LE v3.6.22 and above.

v3.6.20 Profile Update Instructions

Download the profiles below
Open Cura LE
Select LulzBot Workhorse HE or LulzBot TAZ Pro Dual Extruder as the active printer
On the right-hand side of the Cura LE window in the Profile section, press the drop down arrow, and select Manage Profiles
Press the Import button
Select one of the profiles downloaded earlier and press the Open button
The profile will now be available in the Profile drop down list

v3.6.20 Profile Update Downloads - click to download

Firmware Notes:

We recommend using the latest firmware included within Cura LulzBot Edition to maximize long-term compatibility. Users that need to use existing GCode files can restore compatible firmware (1.1.5.64 or below) through Legacy Cura LulzBot Edition v21.08.

Cura LulzBot Edition versions 2.6.69 and above contain firmware standardized for use with all LulzBot Mini 3D Printers, and contains important bug fixes. However, once your firmware has been updated to 1.1.5.70 or beyond, GCode files sliced with earlier versions of Cura LE will no longer be compatible and will have to be re-sliced using the latest version of Cura LE.

Cura LulzBot Edition version 2.6.69 includes proposed LulzBot TAZ 5 slicing profiles with built-in filament temperature settings. Marlin Firmware 1.1.5 and later removes the built-in filament temperature presets from the Graphical LCD Controller menu. Users that prefer to use the filament temperature presets included with some legacy firmware can use the firmware included within Legacy Cura LulzBot Edition v21.08.

Minimum System Requirements

Operating System

Debian 7 or newer
Fedora 23 or newer
Ubuntu 15.10 or newer
Windows 7 or newer
Mac OSX 10.7 or newer

Minimum Hardware Requirements

OpenGL v2 compatible graphics card
Suggested: OpenGL v4 or higher
for full functionality
Intel Core 2 or AMD Athlon 64 or newer
1 GB of RAM or more

Cura Source

Cura Firmware Flashing

End User License Agreements (EULA)

Cura LulzBot Edition, a Free Software solution for Fused Filament Fabrication 3D printing, is distributed under the terms of the GNU Lesser General Public License Version 3 (LGPLv3).

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This program is Free Software: you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version.

This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this program. If not, see http://www.gnu.org/licenses/.