WEBVTT 00:00.060 --> 00:02.260 So let us try to modify this school. 00:02.560 --> 00:08.540 OK, what we have lived in for three plus is metallurgic sense that we are able to get due process meterology 00:08.970 --> 00:10.140 to process the methodology. 00:10.140 --> 00:13.870 We have to process one process which represent a research project. 00:13.890 --> 00:15.380 So this will remain as it is. 00:15.390 --> 00:16.680 It won't be too late. 00:17.130 --> 00:21.890 But something that will be changing is the next technology as well as an output. 00:22.440 --> 00:24.110 We will most use to process. 00:24.120 --> 00:26.330 And the good part is in the Maleficent. 00:27.270 --> 00:34.440 Both the logic are dependent on these as well as so merging them together will be very difficult. 00:34.500 --> 00:36.210 OK, so let us just. 00:37.590 --> 00:43.060 Try to remove this logic and most code that we have here inside the next project. 00:43.830 --> 00:48.840 So when we are in a studio, if there is one, so when we are in a studio in Phoenix, radio should 00:48.840 --> 00:49.270 be zero. 00:49.290 --> 00:51.630 So we'll just copy this, OK? 00:51.900 --> 00:54.350 And then here will just be straight. 00:55.230 --> 00:59.730 And since then we are then we can add a multiple Studeman or a single statement. 00:59.940 --> 01:04.950 So it won't be affecting if we had to statement after the break else. 01:04.980 --> 01:11.730 So if you just observe ALS, we have got close to zero, so we'll just copy this and will add it into 01:11.730 --> 01:12.360 an LC. 01:12.720 --> 01:16.550 So this concludes our first Steet as zero declaration. 01:16.560 --> 01:19.410 If we go to an S1, if Dean isn't here. 01:19.410 --> 01:22.310 Also we have as you move the the next it is a zero. 01:22.800 --> 01:26.270 So in that DDL it is one NCDOT. 01:26.670 --> 01:32.670 So we just be straight over here and we have a deal to be with, Stu. 01:33.800 --> 01:38.940 See right to replace this one with hate when we have another. 01:38.960 --> 01:41.530 So next, it should be zero. 01:41.780 --> 01:44.810 And when we had this video should be easy. 01:44.890 --> 01:48.020 So we'll just be seeing it over here. 01:48.200 --> 01:48.390 Right. 01:48.620 --> 01:51.630 So this is how you can merge the two process together. 01:51.650 --> 01:58.520 Now, you have incorporated all the behavior of our project in the next project itself so we can delay 01:58.520 --> 01:59.230 this process. 01:59.540 --> 02:00.390 This makes sense. 02:01.040 --> 02:07.160 So now we able to merge two classes together, OK, and that can do both the work. 02:07.160 --> 02:08.430 That is next as well. 02:09.260 --> 02:11.660 So this is how you implement it to process materials. 02:12.050 --> 02:14.780 Let's see whether we still able to get the same result. 02:14.870 --> 02:20.480 OK, so we'll just see who will lose an existing simulation when the first. 02:23.330 --> 02:29.570 And then we'll again perform simulation to Will just more and perform a simulation. 02:33.740 --> 02:36.350 OK, now here's what we'll do is we'll just. 02:37.560 --> 02:45.390 Mistakenly cited as in this process, will cancel that process, will force the clock so clock one to 02:45.780 --> 02:52.380 zero, OK, then facilities applier is set high to win. 02:52.380 --> 02:58.440 Just apply one Natalicio, try to execute the simulation and will be finding we are in status right 02:58.950 --> 02:59.190 now. 02:59.190 --> 03:05.750 What we'll do is we'll be forcing our dean to run and will be reviewing research to force and see, 03:05.850 --> 03:09.120 you know, if I just try to execute our goal. 03:09.120 --> 03:12.720 Still, you will be noticing that we will to get the squaresville right. 03:12.930 --> 03:15.870 So I am still working a similar.