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In this lecture, we are going to synthesize the home alarm system for the basis to report and examine

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the system, practically notice that the project source files are attached to this lecture under the

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resources folder.

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Firstly, creative, you are the Atlas project with the name of home underscore Alah, underscore system,

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Batsheva Atlas.

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Don't forget to choose the basis to report as a target FPGA platform.

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Now create new design and has been source on Weatherford's.

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Open the design, Heather Fry, then include the AP, underscore that each fight and declare an artery

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that keeps all the Southern segment codes from F to zero.

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Now open the design source file and then start developing the design top function.

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Define a function with two inputs and outputs as shown here, then add the port interfaces.

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In the function body, get this light switches argument, which has the main system inputs and it split

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the sensor data and the system code into separate variables.

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Here I have defined the show, underscore false variable to save the push-Button status.

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Send all the light, which is a status to LCD on the board now check if the system is on or off.

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If it's off, then sure, the letter O on olsun segments.

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Otherwise, check the sensors if there isn't any problem, showed the letter A on all seven segments

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otherwise called a security breach function for more inspection.

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Let's describe the security breach, top function.

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For this purpose, create a new source file under the source folder with the name of security underscore

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bridge that CPB.

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As there is a problem in the system, the function sends the letter E to all seven segments, then it

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checks the push buttons via show underscore false variable.

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Then according to the census, it calls the proper function to display information on the seven segments.

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The display underscore window function shows the window number on the first seven segment, if the corresponding

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push button has been pressed, the display underscore motion function does the same for motion sensors.

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Don't forget to add security breach function Prototyp to the design hydrofoil.

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Now go to the test bench hydrofoil and other designed top function prototype.

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And it has been a source file and start developing their main function, firstly, define the status

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variable and report that properly.

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Then define a couple of variables to be used later in the code, then we should generate the test inputs

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for this purpose, usefulness the loops each corresponds to a design input, then prepare the design

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function arguments and call the design and the koan and software implementation and report any discrepancy.

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The only thing that has been remained is the software implementation for this purpose, check the code

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in the source files attached to this lecture.

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Now we are ready for the simulation, run that and check the reports.

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After performing the simulation successfully run the synthesis process, the report should confirm that

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the result of the hardware is fully combination.

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Ron Artest article simulation and make sure that the general generated article hardware behaves as expected.

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Generally, the article ipe and be ready for the logic syntheses step.

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Create a new Rebadow project considering the basis report as a target FPGA.

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Then create a blog design before using the generated article IP, we should add that to the vision of

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the repository.

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So right somewhere inside the diagram tab and select the IP settings option, then go to the repository

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option under the IP on the left, then press the button and browse without the actual misfold Devadas,

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such as for any possible IP and adds that to the repository.

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Now, add our home alarm system, I.P. into the diagram area and make all the ports external change

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report names if you want.

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Now, we should define the physical constraints for the ports, as usual, define a new constraint while.

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And use the comment of constraints provided by the basis three board vendor.

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And uncommon, the required constrains and modified the report names, alternatively, you can simply

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copy and paste the constraints provided in the source files attached to this lecture.

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Now, debate history, don't forget to generate outward products and create a steel wrapper before that.

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Now we can program the board and examine the system.

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The Dunolly illuminates, which indicates the board has been configured as the system is off, the seven

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segments showed the lateral to turn on the system.

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We should insert the one zero one one pattern using the last four as light switches.

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Now, as there is no problem in the House that some segments show the letter A.

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Now, let's open the first window while the system is active for this purpose, we can change the state

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of the first light switch.

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Now, some segments show the letter to indicate the open window we can use to push buttons.

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Now, let's activate the motion sensor for this purpose.

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We can change the state of S.W. seven that models the second motion sensor pressing the center push

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button reveals the sensor number that has detected a motion.