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Hello, thanks.

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Today, I will tell you about left LabView stands for Laboratory Wardwell Instrument Engineering what?

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It is developed by National Instruments.

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It contains graphical programming.

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So from today, I will.

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Generate a lecture series on LabView audience so people will need programming, but not a programmer.

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It is a problem because we have.

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Coding language in text based programming.

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Like this.

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So this is a.

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For non programmers, so labor is the solution for these type of problem.

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Or here you have just drag and drop boxes.

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Using these drag and drop boxes, you can program anything.

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So here is the example.

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It is the next program for like a. a year I am.

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Defining an integer A and B, and this is the command and some integer.

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So it gives me some additional integer.

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And so in my view, we can perform this task using these blocks.

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Only here is the integer eight.

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It is, don't we?

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And this block performs the summation of these two.

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And this is the final.

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So this is the graphical programming which is used in The View, and this is the X displaying views

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like in Matlab c.

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C.

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S are X.

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So this is a highly adaptable programming graphical user interface, let you compile the code into machine

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instructions much like that programming language.

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And Levy, we have a little programming, it uses advanced sea like.

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So it is very past the language gene is used extensively throughout a wide variety of industries.

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Nowadays.

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Graphical programming language and Levy relies on graphical symbols rather than actual language to describe

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programming actions like Area C or interior.

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We have a block of Eucla, the principle of dataflow in which functions execute only after receiving

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the necessary commands, execution in a straightforward manner in other languages like C or Matlab code

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executes from top to bottom and let the other code execute from left to right.

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Poly's.

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Here are some basic things we have to know in view we have windows.

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One is for a second, one is go back to our panel, is this window or window?

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And look, Bigram is programming, and it is a connector panel which can connect these two windows,

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so it is the example of it is the front panel.

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This is my front panel or window.

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This is my block diagram below here.

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This is this is going to be and this is the submission block.

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This book is called Known in that View.

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And this is the result.

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This is the window over here.

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The background is white.

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This is my programming window, basically.

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Then here is the symbol of fire when you save your program, this look like as this is the reason I

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named it as a reason, then why else?

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Different types of fires used in my, for example, using these wires, the data control for first,

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if we have a numeric data, if we have floating by, then it is orange color.

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And if we have integer, then it's color is blue, as you see in our program.

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And if it is flowing through the wires, then its thickness increases as you see or hear a scaleup.

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And when they have different notations and if there is a query then to parallel lines are there and

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then we have green color for things we have Benkler for.

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But this color and these are the different colors using Leffew and or here we have plussed up.

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There is a basic difference between error and cluster.

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Eddy contains the same type of data.

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Like if we assign every with the numeric scale numeric numeric then it contains all the programmatic

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elements in it.

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But the cluster may have different types of data like numeric boolean string, etc..

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Then here are some basic colors using left you like floating, floating the we use these political or

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religious views that uses blue color for the sprinkler.

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So these black holes are used in or will we have green color?

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And this is the air when there is a broken wire, this notation source when we have broken wire in our

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program.

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So next, the front page of each is where you will actually use the program.

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This is where you place all of your comptrollers and into indicators means we have made three main parts

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control constant and indicator's.

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The constants are placing little diagram because we are not required to change these constants, but

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the control and indicator we want to change.

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So these are on our front panel.

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In Bagram, we have Konstanz also like here, the block diagram Grammys, where you write your actual

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code, uses wires to connect different inputs, outputs, functions and values.

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Then we have the panel basically connects.

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Front and blow back up.

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This makes it easy to simplify code.

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The panel has a picture that you make of the code of that function.

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I can show you.

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Here is the block, as you see in my previous slides, the background is right, and here you can see

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the notes also on the panel.

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These notes are not represented.

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This is my friend in this case.

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This is my floating control for scalar control and this is my floating scalar indicator.

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So here we have control.

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Here we have numeric indicator and this is my opinion, which connects these two main GlobeCom.

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So here is a math example of quadratic equation.

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Here, the energy and subtractive of these three individuals are three years, three throating makes

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A, B and C.

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So here, I'll have you looks at new programs are called Virtual Instruments, because their appearance

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and operation imitate actual instruments.

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However, they are not always the main programs, functions and subroutines from popular language like

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C for Tron, etc. They are the definition of control, Newdegate control, which we have to in which

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we have inputs from the user allsorts turnup.

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Then we have indicators which display outputs or the destination's.

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It is the control they are using in these indicators.

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You can increase or decrease the value.

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This is a control and in this case, this indexing is not there for increasing or decreasing.

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This is the negative.

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So in my view, we have different loops like for loop while loop sequential loop guess loops.

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Every loop have a defined structure.

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Like in this case this is a loop.

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This is why loop.

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This is a sequence, such a flexible structure and this is a key structure and this is the toolbar.

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So to run our program, we have to click on this button.

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This is the wrong button.

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Then we have continuous run and then we have about execution.

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This is not about execution, we'll stop our program.

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This is Paul.

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And this part is for editing or display, like if you want to change your picks, color, you have sales,

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exercise, etc., you can use this.

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This is the alignment and for distributed distribution and this is the real ring of the objects.

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And this part is for debugging means if there are some errors in your program using these, you can

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leave your problem.

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And in this this is the highlight execution.

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This is highlight the execution.

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This using this, you can check the flow of data of your program.

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So in the run button, as these three conditions like simple, if there is no error in the program,

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this is the continuous condition when your program is running and this is that broken arrow when there

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is some error in your program.

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So these two your parents wouldn't have let you.

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This bold execution, ultimately, when you set your process, will stop at any condition, almost always

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put your program in some sort of loop that can be stopped with a control about using this in your program,

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because when you press this, there are some errors after passing this, using this.

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This is the ultimate solution of your problem when you want to stop your program.

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So let's start with the real world and let you thank you.