What Is The Activation Code For Maya 2013
Ronnie Isackson
The goal of encoding Maya hieroglyphs in Unicode is to facilitate the modern use of the script. For representing the degree of flexibility and variation of classical Maya, the expressiveness of Unicode is insufficient (e.g., with regard to the representation of infixes, i.e., signs inserted into other signs), so, for philological applications, different technologies are required.[45]
I am trying to create a menu, a submenu and an optionBox which lets the submenu item to create and remove itself from main menu. when I continuously try to add and remove the item from the main menu maya crashes with the message
The simple thing is to use a maya scriptjob that fire on the 'idle' event. That will only try to run when Maya is not doing anything else and -- since Maya fires it for you in the main thread -- will not cause any problems. However this will only fire when Maya is not doing anything else -- so if the user is doing something in the UI or the scene your script won't fire. Something like:
The second option is to create a separate thread to fire the script on your own terms. However you'll have to be careful here because functions fired from the second thread will cause crashes unless you wrap them in a call to maya.util.executeDeferred.
Thank you for getting back to, sorry for the delayed response. When I say standalone script, I mean I have a script that does some custom exporting on the maya scene. By standalone I meant it was independent of other deadline dependencies and the file itself.
For the actual plugin params you want to specify mayabatch.exe as your executable and tack on at least the -script argument . Depending on your Maya version this script may be required to be a MEL script, in which case you can just make a MEL wrapper that loads your python script:
Currently it uses the existing static meshes from a Level (export to FBX, import in maya) and syncs by the name of the objects. So for laying out a level you would currently at least have to start by placing the required static meshes in UE first.
Moving a whole scene from maya over to UE with one click (or maybe a few more) is planned for the future.
this will allow you to switch between interactive syncing and sending (and in some future version really two-way-syncing) the whole level to UE.
There is still some work to do to make sure that names between maya and UE will be synced. But if you just want your already built geometry in UE, the current version of the script should already be usable for you.
Also simplified & parameterised the Maya install, it installs all .pkgs inside the .app installer so you don't need to hardcode them anymore. It should be straightforward to adapt for Mudbox and non-network server.
I noticed significant changes to the .pkg files within /Helper/Packages compared to previous years so I replaced that section with a for loop that recursively installs all .pkgs rather than updating the hardcoded paths. also pushing script parameters for Year, Product Key and
Hello! I just finished doing a small script that is really helpful to encode proximity data from scalp to cards. The issue I have right now is that the script is really... REALLY heavy, like it takes a long time to process 50k tries. Anyone has tips on how to improve the result? Thanks alot!
Not only do you get vastly faster looping speeds (due to the underlying C++ code running) but you also get access to the mesh function set's (MFnMesh) utility functions which can be used to apply updated component data to all components (in this case: vertices) to the entire mesh, in one single go without having to loop.
"Yuri Knorozov was an integral part of the decipherment process of the Maya script," said Harri Kettunen, an adjunct professor of Latin American studies at the University of Helsinki and president of the European Association of Mayanists, who says the Ukrainian-born Russian linguist is now "popularly regarded as the man who single-handedly cracked the Maya code."
Indeed, the story of how one lone scholar from the Soviet Union managed to convince the wider world that he had cracked the code of the Maya without actually setting foot in the Americas is now the stuff of academic legend, not least because -- like the ancient culture he studied -- Knorozov's life is shrouded in mystery, particularly when it comes to his formative years in Ukraine.
There are A LOT of changes between Python 2 and Python 3 and Python 3 code is not designed to be backwards-compatible with Python 2. You may only be using a subset of affected libraries and features in your Maya scripts, but you're probably still going to want to avoid making the updates manually.
Python 3 includes a script called, 2to3.py, which handles automatically converting your code for a lot of the changes that occurred between Python 2 and Python 3. Take a look at the 2to3.py documentation which lists the fixes that it applies to get an idea of how big of a difference there is between Python 2 and Python 3.
My goal with this blog post is to help you convert your code as fast a possible with the least amount of fuss while also showing you some options for maintaining backwards-compatibility with Python 2. You can achieve cleaner results with manual conversion, but I know that may not always be desired or practical. You can always go back and clean up your code as time allows and especially as you drop support for Python 2. I really recommend reading this blog post in its entirety before getting started to understand what changes are being made and there are a few scenarios that you'll want to consider.
As mentioned, Python 3 comes with a library called lib2to3 which as the name suggests converts Python 2 code to Python 3. 2to3 focuses on porting your code to Python 3, but it does not attempt to make it backwards-compatible.
On the other hand, Maya 2022 also comes with the python-future library installed which uses 2to3 under the hood, but it can convert your code and make it backwards compatible with Python 2 with the futurize script. This sounds wonderful, but the catch is that to use it as intended your end-user needs to have the future python package installed in their older Maya installations or you need to provide the future package with your code.
Make sure you have a backup of the code you'll be converting. The way I'm showing you how to use the conversion scripts will also create a backup in the process, but just the be on the safe side, it's not bad to keep another copy.
We're looking at 2to3 first since it's at the core of futurize and modernize and the other tools adopt a similar script interface to run the conversion. As I mentioned, 2to3 does not attempt to keep any backwards-compatibility so there's no additional compatibility layer like the other conversion tools. It just outputs pure Python 3. I mention this approach only because some people may be fortunate enough to move to Maya 2022/Python 3 and never look back or may prefer to maintain a copy of legacy Python 2 code and a separate branch with clean Python 3 code. Here's what the conversion command looks like:
This will edit your ".py" files to apply the fixes, but it will backup the files first as ".py.bak". It won't touch or backup ".py" files that it finds don't need any fixes. I also added to skip the "long" function because that interferes with maya.cmds like maya.cmds.ls(long=True). I find that I use the ls command in that way a lot more than using the long data type.
2to3 also outputs to the terminal the changes that it's making. Lines with "minus" at the beginning is what you had before and lines with "plus" is what it changed the code to. This is a good way to start learning to write Python 3 compatible code. You can run without the "-w" flag to just inspect what changes it would make without writing out anything.
__future__ is built-in to Python and no problem, but future, builtins, and past all belong to the future library and serve as that compatibility layer that I mentioned. Instead of using affected Python features directly (e.g. zip, range, division, etc.), you use functions with the same name from the compatibility layer and they'll do the right thing so you get the same result whether you're running Python 2 or 3. This backwards compatibility comes at a price because now your code depends on the future library when it runs. This is fine if your code is only going to run in Maya 2022, but a problem if you want it to work with older versions of Maya.
For older versions of Maya, you just need to install the future library for them as well. Once that library is available, your code will work just like in Maya 2022 running with Python 2. You can install the library using "pip" like this:
This will work fine for your own installations of Maya or if you can do it for everyone on your team in a studio environment. If you maintain an open source Python library or share your code publicly, then this can be a problem. You can't really go and install the future library for people using older versions of Maya nor can you expect them to do it on their own. You could include the future library WITH your code, but perhaps modernize is a better option for you.
Whichever route you take, try running the conversion and testing your code. As I mentioned, none of these will fix everything, but they will reduce the amount of time and energy you'll need to devote to it. Test your code and fix the remaining issues manually.
Start writing modernized Python 2 and eventually Python 3 code. This is something that you'll need to keep working on with new code you write. Test new code in Python 3 first to get in the habit of writing modern Python 2.
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