New Features TwinCAT 3.1One of the many advantages gained by the integration of TwinCAT 3 into Visual Studio® is the possibility to use source code control procedures which are already familiar from IT for software engineering in automation. Thus, management and revision control of complete configurations and the required program code are much simplified.
TwinCAT Automation Interface provides a simple interface for automatic code generation. It enables complete configurations for I/O and Motion along with the corresponding program code to be generated automatically.
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With version 3.1, TwinCAT Scope is also integrated in Visual Studio®. New channels can be easily created by drag and drop. A link to the source code administration and the automation interface is directly integrated.The core-isolation mode of TwinCAT 3.1 enables individual cores of multi-core CPUs to be reserved for the exclusive use of TwinCAT.
Moreover, 64-bit and CE versions are supported as a platform for the TwinCAT runtime alongside 32-bit operating systems. In TwinCAT 3.1, Scope is completely integrated into Visual Studio® including configuration and display functions. The Scope configuration is managed as an individual measurement project. Links to the Automation Interface and the source code administration tools are already integrated. New functions in TwinCAT 3.1 Build 4024. General new features.
integration of Visual Studio 2017 Shell (TcXaeShell). new home page, including new RSS feed with TwinCAT information. Variant Management. simple configuration of machine options. version-specific deactivation/activation of components. version-specific parameterisation.
mapped through 'conditional compilation' in the PLC. Multi-user PLC capability. several programmers can work on the same PLC project simultaneously.
integrated workflow. Time synchronisation. corrected time stamps for data records, e.g.
August 21st, 2015, 10:33 AM
Can the Beckhoff experts (I know there are a few of you out there) provide some suggestions on the best way to organize links to physical I/O?
I'm in the process of learning Twincat and figuring out variable linking. I know I can drill down through the devices in the I/O section to locate a particular input or output, then link it to a boolean variable. Would it make more sense to link to arrays, e.g. an 8-element BOOL array mapped to an 8-point input module? I'm thinking mainly of projects with high I/O counts where things could get messy real fast. On a similar note, is there any comprehensive way to see the existing links besides clicking on the individual I/O points or modules? It seems like there should be a column I can turn on in the Global Variable list that would show me the links, if any, for each variable--but I can't find any way to do this. What's the best way to keep track of links?
I'm in the process of learning Twincat and figuring out variable linking. I know I can drill down through the devices in the I/O section to locate a particular input or output, then link it to a boolean variable. Would it make more sense to link to arrays, e.g. an 8-element BOOL array mapped to an 8-point input module? I'm thinking mainly of projects with high I/O counts where things could get messy real fast. On a similar note, is there any comprehensive way to see the existing links besides clicking on the individual I/O points or modules? It seems like there should be a column I can turn on in the Global Variable list that would show me the links, if any, for each variable--but I can't find any way to do this. What's the best way to keep track of links?