LabVIEW
Graph
@gmazza wrote:
Forgive me but I can not understand how to do ...
I am attaching my code so you can get a better idea ...
You are NOT attaching code, just some useless pictures containing mostly Rube Goldberg code! You seem to have near zero understanding of LabVIEW, so it would probably help to look at some tutorials and examples before jumping into the deep end.
I will not continue to contribute to this thread unless you attach your actual VI. So please do.
@gmazza wrote:
I have said many times that I can not attach the VI (when I try to attach it gives me problems), so the only way I can make you understand what I'm doing is to attach images.
You did not explain what kind of "problems" you have when attaching VIs. Can you be more specific?
You have been told to put the VIs inside a zip file. Did you even try?
And yes, the code in your picture is completely meaningless and it is hard to troubleshoot without actual code. For example in the top left, you start with a 2D array of strings, use "delete from array" (why???) to get a 1D section, use build array to create a 2D array with one row, and autoindex at a FOR loop boundary. Since the autoindexing input arrays only have 1 row, the loop will only iterate once, no matter what number you wire to N. The loop contain indicators that will simply show the value from the last iteration. Below you read from a local variable of the 2D string array (Why can't you just branch the wire???), then you autoindex over all rows, extract element 10, convert to a scalar DBL, then building it into an array with one elements, and appending an array of previously added elements, just to later having to reverse the array to restore the original order. This is pure Rube Goldberg code! It would be much simpler to use index array to extract column 10 and convert it to an array of DBLs. No loop needed.
Now you added three "index vals" property nodes and connected them randomly without rhyme or reason.
