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I think we should add more doc about navigating the project structure but also the basic tools we are using their role.

Before I jump in and start documenting these, it also came up that we may not all be in sync with respect mlir-opt vs mlir-translate differences, which despite their similarities are vastly different.

mlir-opt is a testing tool intended to exercise a pass or a sequence of passes. It always load some MLIR IR input and emit some other MLIR IR as output.

When extending it downstream, an entry point is exposed so that users can inject a DialectRegistry to make available their own dialects (and interfaces) to the parser. Passes define the dialects they produce already.

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Path 1: If I understand your proposal, you are suggesting to move the translation registration logic away from the translator itself, and put it in each tool. For example, mlir-translate could register a convert-to-xml translation with its own TranslateFromMLIRRegistration implementation that registers affine, scf, arith, etc.

Path 2: We can allow mlirTranslateMain to take an optional DialectRegistry, fill those once in in circt-translate.cpp (et al) and have those set up for all translations. Generic translations now have a single name and are registered in a single consistent way regardless of whether they are generic translations or not.

There is a second issue which is that generic translations and domain specific translate tools can have other considerations as well. For example, when writing generic translations, it is common that the tests are mixed in both registered and unregistered dialects (to get to the weird things). In this case it is helpful to be able to set -allow-unregistered-dialect to be on-by-default for the tool, which requires an MLIRContext.

Path 2: We can allow mlirTranslateMain to take an optional DialectRegistry , fill those once in in circt-translate.cpp (et al) and have those set up for all translations. Generic translations now have a single name and are registered in a single consistent way regardless of whether they are generic translations or not.

There is already a dialect registry provided by the translation registrations, but you added one of the top-level tool. They are quite redundant, there is no good way for a tool author to really know how to use one or another or how they interact with each other. This is also increasing the complexity of the system here. All in all: a quite good indication that there is something not right with the model right now.

Right: as commented on the patch, I believe that AllowUnregisteredDialect should be a single flag set by the translation registrations. It does not belong to the tool for the same kind of reasons I mentioned above.

+1 , it was part of goal when added (Tool for translating from/to MLIR. llvm/llvm-project@47c7df0 GitHub ) the other for me is the ability to experiment with what a dedicated tool would look like by piping these together translate | opt | translate level.

Accepted input is a property of the tool still as the tool dictate what is registered. When one creates a translate tool, you set the dependencies and what is registered. Now it would be a failure if we did some random registrations by having libraries and targets that comingle things (e.g., the cases where this breaks down seem like bugs).

Tip: If "Translate document" isn't visible, you're likely in Microsoft Office editing. To translate, convert your file to Google Docs. Learn about Microsoft Office editing and how to convert Microsoft Office files.

Every time I try to translate an object in my scene, it 'jumps' from space to space. I looked at the channel box values and for example instead of sliding from 0 to 1 and going through all of the values, it just jumps from 0 to 1.

I have never experienced such problems too and the transform tools work as expected for me. Maya always free translate parallel to the camera view. You can easily verify this by parenting to the camera a plane facing the camera then using the view from that camera, free translate the plane or any component from it to any extreme and camera view angles, and the plane will always remain planer.

Unless you give us a step by step example that reproduces the problem showing that free translate can occur along the z axes of the camera, I think you may be doing some user error like accidental snapping or constrained settings.

Indeed. Only problem is that both the rotational tools and translational tools use arrow motifs for their handles, which makes it feel cluttered. Credit where credit is due, if you combined KSP 1's widgets, the rotate/translate handles would be much clearer, with the rotational handles being represented as wheels rather than arrows. This seemingly small difference would make them much easier to tell apart. Other than that, that's basically the problem I have with them being combined - the designs don't feel like they were made to be combined, where they share the same square inch on your screen.

Isn't a thread dedicated to how the translate and rotate tools are provided to the player precisely where we should be discussing their designs? Extreme mental gymnastics would need to be put on display to explain how the designs of the manipulator handles are not relevant to the discussion here when it's likely responsible for people wanting the tools separate.

I have some projects in English that were done previously in Databricks, I want them to be translated into different languages. How can I do it in Alteryx? Do I use the Cognitive services text analytics tool or is there any other tool that I can utilize?

The content translation tool assists users in translating existing Wikipedia articles from one language to another. Users select an article in any language, then select another language, and the interface provides machine translation which the human user can then use as inspiration to make readable text in another language.

The English Wikipedia community has restricted article creation by the WMF's semi-automatic content translation tool to extended confirmed users.[1] This access is automatically applied to extended confirmed users (editors who have been registered for at least 30 days and have made at least 500 edits to the English Wikipedia). In addition, integration with machine translation has been disabled for all users.[1]

Due to a configuration error,[2] between at least 11 December 2015[3] and 26 July 2016,[4] this tool was using machine translation from the source language to English. The user was then expected to check and fix the translation before publication. Unfortunately, a high proportion of these articles were considered unacceptable by English Wikipedia's standards. Estimates are that, before machine translation was turned off, 95% of articles created with this tool were unacceptable without significant additional work.[5] Additionally, other issues with the tool, such as poor markup and mangled references, were common. A list of affected pages can be seen at User:ToThAc/CXT list.

In 2016, the community talked about developing a process whereby trusted editors would be able to gain access to this tool.[6][1] The community also intended to develop a venue where less experienced editors could submit translations for evaluation before being published in the main namespace.[citation needed] The community decided at an unknown date that all extended confirmed editors can automatically gain access to the tool. WP:AFC may be used as a venue for less experienced editors to submit translations for evaluation.

Extended confirmed users can enable the content translation tool by clicking on the blue button at the top of this page in the nutshell description, labeled "Go to Special:ContentTranslation" and then choosing the link for "Try it now!". Doing so automatically invokes the tool's entry at the beta features of your preferences. In order to disable it, you must visit that section of your preferences and remove the checkmark for its entry.

Raw or lightly edited machine translations have long been considered by the English Wikipedia community to be worse than nothing.[7] Articles translated without adaptations are often unsourced or badly sourced, which violates our verifiability policy. Unedited machine translations are also often so poor as to distort the intended meaning, for example by missing a negation in a sentence; to clean up the output into acceptable prose, a human sufficiently fluent in English is needed who understands the source language well enough to be sure that the meaning has not been scrambled or distorted. Other policies and guidelines on the English Wikipedia, such as notability, cannot be checked automatically either, and need a human familiar with English Wikipedia's version of the applicable policies to know if the translated article is acceptable.

The WMF Language team has added another machine translation (MT) system for Content Translation in some Wikipedias called MinT; you can use MinT machine translation when translating Wikipedia articles using the Content and Section Translation tool.

If you have a PDF file such as an eBook or a document from a foreign client that you would like to translate to your native language, the best way to do that is using a human translator. However, if you need to use something online, you can follow these instructions to translate a PDF file in Google Translate.

Click on Joint Editor then look for a small green version of the universal tool on the model. Position this to where you want the new origin point to be and then exit the joint editor. Et voila, the universal manipulator now appears wherever you placed the origin. ff782bc1db