WEBVTT 00:00.450 --> 00:06.000 Right, one lesson in the entire design flaw in this section will not be going into much detail right 00:06.000 --> 00:06.210 now. 00:06.780 --> 00:13.230 And some of the strategies which could be very helpful to handle certain situations, such as if you 00:13.230 --> 00:19.530 want to perform any optimization or the resource optimization or timing optimization. 00:19.780 --> 00:20.110 OK. 00:20.130 --> 00:26.880 And what type of component you want to invoke in an incident that will be understanding in the next 00:26.880 --> 00:27.270 section. 00:27.810 --> 00:32.060 So this new section will be entirely designing with the flow. 00:32.250 --> 00:32.680 OK? 00:32.700 --> 00:38.760 Understanding the fundamental steps that we have in the floor to let's start blindly with an example, 00:39.270 --> 00:46.800 and then I will just be going through an entire step of right from creating a source to downloading 00:46.800 --> 00:47.750 a program on and off. 00:48.720 --> 00:53.040 And then we'll be going into detail of each step that we perform, right? 00:53.040 --> 00:56.650 So when you double click on, it will be vital you get this idea. 00:56.790 --> 00:59.670 OK, so we'll start with great project now. 00:59.670 --> 01:02.490 In fact, you'll be finding there are various options over here. 01:02.790 --> 01:03.090 OK. 01:03.330 --> 01:07.320 So if you have an existing project, you'll be utilizing open project. 01:07.680 --> 01:13.470 If you want to invoke an example project which are available in that regard, or you just need to select 01:13.470 --> 01:14.250 this option, right? 01:14.760 --> 01:17.870 And that's the thing we'll be discussing as and when required. 01:18.030 --> 01:18.230 Right. 01:18.240 --> 01:24.180 So we do not have any existing project been created, so we'll just be starting with a project like 01:24.720 --> 01:27.120 this will automatically open up a new project. 01:27.280 --> 01:28.920 So we'll just be clicking next. 01:29.580 --> 01:35.820 Now here you get the option to specify the name of the project and attach it to where you'll be storing 01:35.820 --> 01:38.580 all the project related information, right? 01:38.910 --> 01:45.390 When we create a new project, there are multiple directories which are created who is doing a different 01:45.390 --> 01:47.160 thing related to a process. 01:47.190 --> 01:54.090 For example, we have a multiple step, such as we have a simulation sources, we have a constraint, 01:54.090 --> 01:57.770 we have a design source, we have a synthesis and implementation. 01:57.780 --> 02:02.250 So each of the finds which are generated in this process is tooling to different. 02:02.700 --> 02:02.970 Right. 02:03.390 --> 02:07.830 So all of this directory will be created in the location where you specify. 02:07.860 --> 02:08.100 Right. 02:08.670 --> 02:14.160 So we will clearly see that when you specify a location automatically, the name that you create will 02:14.160 --> 02:17.580 be a door directive where you'll be finding all the fine. 02:18.920 --> 02:20.140 Related to that project. 02:20.160 --> 02:20.450 Great. 02:20.720 --> 02:25.850 So you could choose a single location where you will be storing all the project related to the schools 02:26.750 --> 02:31.760 and that will get you a name depending on the project that you are implementing. 02:32.210 --> 02:38.210 So right now, I'll be sticking to the default project location as well as default, but it will just 02:38.210 --> 02:39.230 be clicking next. 02:39.290 --> 02:41.350 Now here you see a different project. 02:41.780 --> 02:47.990 So as we progress further in the next, we will be understanding what each of this means. 02:48.230 --> 02:50.720 So blindly choose an ideal project. 02:50.990 --> 02:51.800 Click next. 02:52.250 --> 02:55.560 Now you get a window where you would specify the source rate. 02:55.580 --> 03:01.880 So remember, these are some of the many options the type of language that we are utilizing here for 03:01.880 --> 03:03.050 developing resources. 03:03.320 --> 03:05.970 We see that you choose this as we used. 03:05.990 --> 03:10.850 Your simulator language must be mixed looking and then you get an option. 03:10.850 --> 03:17.000 So if you have an existing source path, you could just specify and ideally if you have a multiple source, 03:17.000 --> 03:22.430 while you would just specify that tree, and if you do not have any existing source, you could just 03:22.430 --> 03:23.160 click on three. 03:23.750 --> 03:29.150 So that is what we're going to do the place we could give the name to the source finally. 03:29.570 --> 03:32.060 So let us try to implement the. 03:33.030 --> 03:36.890 And OK, so we'll just be naming this aside. 03:37.290 --> 03:45.170 And again, the name that you provide to the source, OK, will be a name your entity will have. 03:45.180 --> 03:45.470 Right. 03:45.480 --> 03:51.830 So this should follow the typical group that is, you are allowed to use only the alphabets. 03:52.440 --> 03:58.560 And this stock and then you could utilize the number three and the special character that is allowed 03:58.560 --> 04:01.140 is only then undisclosed. 04:01.220 --> 04:04.170 OK, so something if you try to venture like this. 04:04.620 --> 04:05.730 So this is not allowed. 04:05.760 --> 04:13.140 You cannot simply start with the number you need to start with the alphabet and then underscore is the 04:13.140 --> 04:14.640 special character which is allowed. 04:14.640 --> 04:16.340 And then you could add in number eight. 04:16.350 --> 04:19.740 So these are some of the mandatory rules that you need to remember. 04:20.050 --> 04:23.850 We start with an idea because that is what we going to implement underscore. 04:24.120 --> 04:30.020 The number of outputting that are engaged will have is one and the number of input inputs that out and 04:30.030 --> 04:31.710 get harvest right. 04:32.220 --> 04:35.190 So this will be the terminology that we follow. 04:35.520 --> 04:41.000 OK, then we will be working with the different steps. 04:41.730 --> 04:48.780 They will just said, OK, and now you could see that here we are able to iron out sous vide and extension 04:48.780 --> 04:51.050 that we get this story right. 04:51.360 --> 04:53.760 And this sous vide will be used for boots. 04:53.760 --> 04:55.230 And this is as well as simulation. 04:55.230 --> 05:02.070 So if you are writing that, you could just go ahead and take over here and you could specify that we 05:02.070 --> 05:03.570 want to perform a simulation. 05:03.570 --> 05:04.160 All right. 05:04.440 --> 05:09.210 But here the same source code will be used for both synthesis as well as simulation. 05:09.510 --> 05:12.280 They just be going ahead and click next state. 05:12.900 --> 05:17.670 So Consti, we will be adding later on who will be keeping this empty? 05:18.270 --> 05:18.960 Click next. 05:19.170 --> 05:21.580 And then you get an option where you could select the board. 05:21.630 --> 05:27.870 Actual utility rates or the booth that I'm using or here is Sync six seven one zero. 05:27.910 --> 05:31.500 So I'd just be selecting debuts at seven one zero. 05:31.530 --> 05:36.560 You could specify any of the pool that you are utilizing and then click Next State. 05:36.870 --> 05:39.950 So this is the project somebody you have added one source, right? 05:40.290 --> 05:42.070 No constraint file decided, right? 05:42.110 --> 05:42.810 This makes sense. 05:43.110 --> 05:45.640 And the board related information, right? 05:45.680 --> 05:46.950 So but this is just. 05:47.640 --> 05:50.310 Now remember, we have added the source. 05:51.180 --> 05:55.060 So as soon as our detector is ready, you will be simply getting a pop up, right? 05:55.080 --> 06:01.080 So you could see we are now getting a pop out to define the module right where you need to mention the 06:01.080 --> 06:03.480 input and you could ignore this. 06:03.990 --> 06:09.180 But if you specify you will be getting a template, OK, and that is an easier way to stack. 06:09.210 --> 06:12.060 So we'll just be adding for a see and be. 06:12.060 --> 06:15.300 Let's assume that it are an input of single bit size, right? 06:15.750 --> 06:21.090 So whenever we have a single book size, we do not need to check this option, which is a plus if you 06:21.090 --> 06:23.580 want to specify a bus. 06:23.790 --> 06:28.040 So you just click this and let's assume you have two bit size. 06:28.090 --> 06:31.220 OK, then you need to specify they must be bittersweet. 06:31.440 --> 06:34.800 And unless we wait and see, this is how you specify it, right? 06:35.160 --> 06:38.950 So buses used to select them like a big plus for input, right? 06:39.630 --> 06:42.690 Now here you could see that three directions are available. 06:42.780 --> 06:49.500 So we have an input output, and for a buffer, you have any note right for an output will just be utilizing 06:49.500 --> 06:51.810 the Neme Y and the direction will be out. 06:52.470 --> 06:54.720 Once you do this, you just need to click OK. 06:55.050 --> 07:02.370 And once you specify input and output, both in the display module, you'll be finding we will automatically 07:02.370 --> 07:03.550 create a template for.