Download Gps Visualizer Software
Sibila Tellio
I would suggest using sACNView sACNView, a tool for sending and receiving the Streaming ACN control protocol and/or The ArtNetominator - Free ArtNet DMX Monitoring and Troubleshooting Software on the visualizer computer to verify that you are getting these protocols across, and at what refresh rates. Please also make sure you are using a wired Ethernet connection between your ColorSource AV and visualizer computer.
Well....I went in and changed the fixtures on vision to universe 2, using Artnet. That worked. I have used the same laptop to run the visualizers with both an Ion and a Chamsys QuickQ so I know the connections are solid. So the fixtures in the CS AV are on universe 1 and the fixtures in Vision are addressed to universe 2. I dont understand it but at least it is working.
Is there anyway to do this? Clearly there is data being sent from the IWR1642 to the PC, after which it is somehow accessed by the visualizer GUI to generate plots. I'd like to know where on the PC the data is being stored such that it can be utilized by the visualizer GUI? Is there a specific folder the data is always sent to, and how can one view it?
As to the beta version of the mmWave demo you mentioned in the previous post, I am having some trouble accessing it. Whenever I try to open the mmWave_Demo_Visualizer_Record_2.0.0 application on my desktop, it fails since it cannot locate the "launcher.exe" file. It seems like the package available for download is incomplete. Just to be sure, I checked the folder of the normal demo visualizer mmWave_Demo_Visualizer_2.0.0 (which is working) and saw that a launcher.exe file for that application indeed exists. For whatever reason the mmWave_Demo_Visualizer_Record_2.0.0 application does not install in full as it is supposed to. Perhaps this is something that TI needs to fix? I understand this could all be solved by using the online version of the visualizer that you linked to, but that is not an option for me given my admin privilege (or lack thereof) on the PC I'm using.
I click the website that you provide for the mmwavebeta. I can successfully reaching the cloud vesion of the demo visualizer which provide logstart button. But I can't use it to configure my IWR1443EVM. But I can use the offline vesion which is 2.1.0.3 to configre my EVM.
If you see [Roslyn] in your code tabs in Visual Studio, then you can use the visualizer. Another way of verifying if Roslyn is enabled is to view your extensions. The Roslyn Language Services has to be there for it to work. If this is not the case, then the visualizer can be opened, but it won't show any contents.
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Disk space might not be the issue, memory might. It's possible that the RAM on the machine is just getting to used up for the visualizer images to properly write to disk.
Truthfully, I don't use visualizer unless I'm doing debugging to figure out why something failed. I find that the log file size is too cumbersome to deal with on a regular basis. Something you can TRY is to turn on the "auto-save" of the log. This is under Tools Current Project Properties Playback. Set the "Save log every " setting to something other than zero. This will make sure the log is flushed to disk regularly.
I'd also recommend, if it's not set, to set "Store last ___ events" to something like 10 or 20. There really is no need to log every button click, text entry, etc., throughout the test. It fills up your log and clutters things up. This setting, whenever a Warning or Error is logged, will write out the configured number of "event" entries leading up to the message to assist with debugging.
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The Syntax Visualizer enables inspection of the syntax tree for the C# or Visual Basic code file in the current active editor window inside the Visual Studio IDE. The visualizer can be launched by clicking on View > Other Windows > Syntax Visualizer. You can also use the Quick Launch toolbar in the upper right corner. Type "syntax", and the command to open the Syntax Visualizer should appear.
Create a new project using the File > New Project command. You can create either a Visual Basic or C# project. When Visual Studio opens the main code file for this project, the visualizer displays the syntax tree for it. You can open any existing C# / Visual Basic file in this Visual Studio instance, and the visualizer displays that file's syntax tree. If you have multiple code files open inside Visual Studio, the visualizer displays the syntax tree for the currently active code file, (the code file that has keyboard focus.)
As shown in the preceding images, the visualizer tool window displays the syntax tree at the top and a property grid at the bottom. The property grid displays the properties of the item that is currently selected in the tree, including the .NET Type and the Kind (SyntaxKind) of the item.
The visualizer displays a graphical representation of the subtree rooted at the selected item. Try these steps for the MethodDeclaration node corresponding to the Main() method in the C# example. The visualizer displays a syntax graph that looks as follows:
The Syntax Visualizer enables rudimentary inspection of symbols and semantic information. Type double x = 1 + 1; inside Main() in the C# example. Then, select the expression 1 + 1 in the code editor window. The visualizer highlights the AddExpression node in the visualizer. Right click on this AddExpression and click on View Symbol (if any). Notice that most of the menu items have the "if any" qualifier. The Syntax Visualizer inspects properties of a Node, including properties that may not be present for all nodes.
The property grid in the visualizer updates as shown in the following figure: The symbol for the expression is a SynthesizedIntrinsicOperatorSymbol with Kind = Method.
Try View TypeSymbol (if any) for the same AddExpression node. The property grid in the visualizer updates as shown in the following figure, indicating that the type of the selected expression is Int32.
The preceding example can also be replicated in Visual Basic. Type Dim x As Double = 1 + 1 in a Visual Basic file. Select the expression 1 + 1 in the code editor window. The visualizer highlights the corresponding AddExpression node in the visualizer. Repeat the preceding steps for this AddExpression and you should see identical results.
This code introduces an alias named C that maps to the type System.Console at the top of the file and uses this alias inside Main(). Select the use of this alias, the C in C.WriteLine(), inside the Main() method. The visualizer selects the corresponding IdentifierName node in the visualizer. Right-click this node and click on View Symbol (if any). The property grid indicates that this identifier is bound to the type System.Console as shown in the following figure:
Inspect the symbol corresponding to any declared type, method, property. Select the corresponding node in the visualizer and click on View Symbol (if any). Select the method Sub Main(), including the body of the method. Click on View Symbol (if any) for the corresponding SubBlock node in the visualizer. The property grid shows the MethodSymbol for this SubBlock has name Main with return type Void.
The above Visual Basic examples can be easily replicated in C#. Type using C = System.Console; in place of Imports C = System.Console for the alias. The preceding steps in C# yield identical results in the visualizer window.
You can close the visualizer window when you are not using it to examine source code. The syntax visualizer updates its display as you navigate through code, editing and changing the source. It can get distracting when you are not using it.
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