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Today we discuss about in place element structure.

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Basically it is available over here in the structures.

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This is my in place element structure.

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Today we discuss about this the use in in place element structure to control how the LabVIEW compiler

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performs common operations more efficiently than traditional LabVIEW programming methods to increase

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memory and efficiency.

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Many LabVIEW operations require LabVIEW to copy and maintain data values in memory.

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So decreasing execution speed and increasing the memory usage by use of in-place element structure.

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You just drag and drop this over here.

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This is my in-place element structure.

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Visual view.

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The in place element structure uses border nodes or nodes that are attached to the border of the in

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place element structure to perform different data operations.

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When you move or delete a border node, LabVIEW automatically moves or delete the corresponding nodes

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on the opposite side of the structure.

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The in place element structure can execute common labview operations, like if you want to know the

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types of operations.

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By the in place element structure.

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As you see over here, there are different operations like add array index, replace element, add array,

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split, replace sub array, add on bundle or bundle elements, add waveform and bundle or bundle elements

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add variant to or from element.

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Add in place in out element.

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Add data value reference read or write element add variant attribute get or replace add map get or replace

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value.

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You can use these operations.

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So today we use first operations.

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So let's say I have a blank array in my system.

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So over here.

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This is my one dimensional array.

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Of.

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Integer type.

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So I just convert it to integer.

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This is my.

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Eric.

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One dimensional array.

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I just drag it and put some values inside it.

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Let's say 23, 25, 36.

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78.

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Okay, so this is my input array.

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So I just name it.

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Then just go to array operations.

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Select index area.

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And I want to just change some specific value.

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Let's say over here I just create a control for the index and I want to perform some some operations

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on it and replace the subset.

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So let's say I want to just change the.

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Second.

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Audition because this is my 012.

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So let's say it is two index value is two.

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And I want to just change this index value and I want to just increment it.

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So over here.

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And this is the value.

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And I just connect this to index because I want to replace it or I want to just increase the second

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value by one.

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And over here, this is my input.

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And over here I get the output.

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So this is my output area.

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So when I perform this.

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So over here it is without in place array.

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So when I hit on run button, as you see, 23, 24, it is 65 over here it is 66.

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So using this operation, it is.

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Done without the use of place area.

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When you use in place area.

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So just go to structures in place.

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Drag and drop over here.

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Go to the edge.

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Right click Add array index, as you see over here.

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This is array operations.

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See over here, this is array index and replace elements are on the border.

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So just.

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Connect this one to the input because input is same, the indexing value is same and the operation performed.

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Is also same.

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So just connect this.

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Connect this.

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So over here I just create a indicator.

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This is my output to.

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This is my.

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Okay.

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So when I hit on run button again, the operation performed is same.

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So as you see over here, 23, 23, 24, 24, 66, 66.

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So this will work same as this.

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So it will replace in place array, replace this part.

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So this is how you can use in place array.

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You can perform different operations.

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Like in this case, I just increment it and just I want to perform another operation.

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Let's say I want to square the value.

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Just connect this.

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So again, over here also I want to just put square the value operation.

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As you see.

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So when you again hit on run button, it will give 42654265.

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And again, if you want to work on Third Element.

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As you see it.

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864, eight, 864.

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This is how you can use in-place array add.

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Array index and replace elements.

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This is for today's.

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Thank you.