WEBVTT 00:02.050 --> 00:07.800 Hello, everyone, and welcome to this tutorial here, we will understand Bendat c.D. 00:08.530 --> 00:09.490 Let us begin. 00:10.150 --> 00:16.420 Technically, Bendat series is one dimensional labeled Eddie, which is capable of holding any type 00:16.420 --> 00:17.190 of data. 00:17.830 --> 00:25.450 In simple words, we can say that Bendat series is nothing but a column in an Excel sheet to create 00:25.450 --> 00:26.320 Bendat series. 00:26.350 --> 00:28.570 First, we have to import deliberate edes. 00:30.150 --> 00:31.530 First import numpty. 00:36.510 --> 00:39.300 Then import Ben Dods. 00:42.070 --> 00:44.800 As BP execute. 00:47.480 --> 00:50.810 No, we will create abandoned theories from at least. 00:56.950 --> 01:02.140 Creating bend that she reads from a list. 01:05.350 --> 01:06.580 Now, define a list. 01:07.870 --> 01:08.800 My data. 01:10.810 --> 01:17.360 10, 20, 30, 40 and 50 defined. 01:17.440 --> 01:20.080 One more list labels. 01:22.330 --> 01:32.110 A, B, C, B, E, execute. 01:36.120 --> 01:44.100 To create a Bendat TV TBD, be how to use a Method C, D, APB dot C reads. 01:46.260 --> 01:48.900 These are the arguments that we can enter. 01:49.330 --> 01:51.010 First one is the data. 01:51.180 --> 01:53.770 The index data type name. 01:53.940 --> 01:54.630 Copy. 01:54.720 --> 01:55.270 And fast. 01:55.320 --> 01:59.160 But first, two arguments are very important. 01:59.460 --> 02:00.920 Data and index. 02:01.740 --> 02:03.270 No specified data. 02:05.060 --> 02:07.540 The data is equal to my daytop. 02:11.750 --> 02:13.840 So this is our band that reads. 02:14.420 --> 02:21.010 This is the data and these are the indexes band that CBS is very similar to the name Be Eddie. 02:21.230 --> 02:23.270 But there is only one difference. 02:23.400 --> 02:26.840 Band Bendat Tyrese has indexes like these. 02:27.110 --> 02:28.460 These are the indexes. 02:29.240 --> 02:31.650 Let us create one more band that CTD. 02:33.240 --> 02:36.450 IPD darte CBD. 02:39.930 --> 02:44.880 Putting data is equal to my data 02:47.870 --> 02:51.090 and the index is equal to Labor's. 02:53.850 --> 02:55.960 In this output, this is our data. 02:56.050 --> 02:57.640 And these are the indexes. 02:58.330 --> 02:59.110 No, no, down. 02:59.110 --> 03:00.820 One more important point. 03:01.090 --> 03:08.860 There is no need to specify data and index IPD, dot CBD. 03:11.520 --> 03:12.780 Specified data. 03:13.770 --> 03:14.610 My data. 03:15.570 --> 03:18.240 Then the index labelled. 03:20.640 --> 03:21.720 Same output. 03:22.500 --> 03:25.640 So we can't specify data and index otherwise. 03:25.860 --> 03:28.350 Bitin will take input in that way. 03:28.920 --> 03:32.760 So this is how we can create a that series using lists. 03:36.500 --> 03:41.220 Let us understand how to create a band, that CBD using numpty at a. 03:51.380 --> 03:58.040 Now create an MP, Eddie MP dogged Eddie. 03:59.730 --> 04:12.300 And in parentheses, my data take this at a great to create append that series using numpty at a V, 04:12.300 --> 04:14.040 how to use the same method. 04:14.900 --> 04:17.490 IPD Dorsey reads. 04:19.270 --> 04:23.560 And in parentheses, they doubt the dick will do. 04:23.660 --> 04:24.130 Eddie. 04:27.240 --> 04:27.870 Great. 04:28.620 --> 04:31.680 So this is our data and these are the indexes. 04:33.450 --> 04:40.430 Here we can add labels also let us see how BTD Darcy reads. 04:43.940 --> 04:52.270 Data is equal to Eddy and index is equal to labels. 04:54.530 --> 04:55.880 So this is over data. 04:55.930 --> 04:57.410 And these are the labels. 04:58.070 --> 05:02.120 So this way we can create a panda series using them P at a. 05:04.360 --> 05:09.040 Let us understand how to create a plan that CBD using a dictionary. 05:21.600 --> 05:23.160 Define a dictionary. 05:23.400 --> 05:37.110 Be key as a value hundred, then key B value 200, C, 300. 05:38.720 --> 05:40.940 B, 400. 05:43.400 --> 05:48.530 Now, take this dictionary, great key value pairs. 05:50.220 --> 05:55.740 Let us create opened that Tedi's IPD, Darsey reads. 05:58.270 --> 05:59.730 Specified dictionary. 06:01.810 --> 06:03.720 So this is a band that reads. 06:04.480 --> 06:07.820 You can see here keys and values. 06:08.620 --> 06:13.180 So it is very easy to create a band that CTD using a dictionary. 06:15.480 --> 06:18.940 Depend that cities can hold almost any type of data. 06:19.140 --> 06:20.350 Let us understand this. 06:21.020 --> 06:28.260 IPD don't see these specified data is equal to labels. 06:32.560 --> 06:34.150 No, this is our data. 06:34.270 --> 06:38.860 These are your characters and these are the indexes, zero to food. 06:39.610 --> 06:42.670 So this Bendat series contains characters. 06:43.120 --> 06:45.720 You can see that I type here object. 06:47.960 --> 06:52.840 Let us take one more example, a Beadie Doxy Dede's. 06:54.330 --> 06:58.400 Data is equal to specify a list here. 06:58.860 --> 07:06.470 I will pass inbuilt in functions in Python like some Lenn execute. 07:07.580 --> 07:09.020 So this is the output. 07:09.680 --> 07:13.220 No, you are not going to create a Bendat series like this. 07:13.790 --> 07:15.680 I'll show you an example. 07:16.550 --> 07:20.500 So dependency these can contain almost every type of data. 07:27.030 --> 07:31.230 Let us understand how to grab the information from a band that seaweed's. 07:45.790 --> 07:56.260 Define open that series as eight out of one Beadie Dot series, specified data. 07:58.240 --> 07:59.930 Numbers from one two forward. 08:01.630 --> 08:02.470 Then specify. 08:02.560 --> 08:03.210 Index. 08:05.120 --> 08:11.930 He had a baby in name of Nicholas Reed Green. 08:14.610 --> 08:17.490 Blue and orange. 08:20.840 --> 08:21.980 No execute. 08:24.820 --> 08:25.980 Take this to read. 08:27.620 --> 08:28.250 Great. 08:28.700 --> 08:31.790 So this is our data and these are the indexes. 08:33.710 --> 08:37.340 Now, define one more Tedi's as we are to. 08:40.060 --> 08:42.770 COPD based. 08:44.060 --> 08:49.310 One, two, five fold and index is red. 08:49.360 --> 08:54.400 Green billett blue, specify yellow. 08:56.840 --> 08:57.610 Execute. 08:59.620 --> 09:00.690 Take this series. 09:04.040 --> 09:06.980 Great data and indexes. 09:09.600 --> 09:12.320 Now, suppose we are out to grab this number two. 09:12.720 --> 09:13.980 And from this reads. 09:15.980 --> 09:21.440 Type theories do and putting the index green. 09:24.420 --> 09:26.550 So this is a very quiet output. 09:27.800 --> 09:31.460 Let us see one more example, a series vun. 09:33.600 --> 09:35.580 We will grab these three. 09:36.660 --> 09:38.650 For three, index is blue. 09:40.600 --> 09:43.130 A blue execute. 09:44.600 --> 09:45.140 Three. 09:45.660 --> 09:51.360 So this way we can grab information from a band that Seabees on the basis of labels. 09:53.850 --> 10:00.760 Let us see how to grab information on the basis of index location, they find one more series. 10:00.970 --> 10:05.210 Series three, B, B, dot C reads. 10:09.320 --> 10:16.820 Data is equal to A, B, C. 10:18.410 --> 10:22.150 B and E execute. 10:24.650 --> 10:25.700 Take this series. 10:28.700 --> 10:29.360 Great. 10:29.660 --> 10:32.330 This is the data and these are the indexes. 10:34.510 --> 10:42.460 Let us grab character B to do that type Series three and pass in the index location. 10:42.730 --> 10:45.440 One B. 10:46.090 --> 10:52.270 So this way we can grab information from append that series on the basis of index location. 10:52.990 --> 10:54.850 We can grab multiple characters. 10:55.090 --> 11:03.610 Also, let us see how type Series three, index zero two three. 11:04.060 --> 11:06.790 Execute three characters. 11:07.120 --> 11:08.230 ABC. 11:10.340 --> 11:14.240 So this is all about the grabbing data from a pen that reads. 11:15.470 --> 11:17.090 Now, take this series, Ben. 11:21.180 --> 11:22.810 Series do also. 11:27.300 --> 11:34.630 Now, add these two series VUN plus series to execute. 11:35.800 --> 11:37.430 So this is our output. 11:37.660 --> 11:38.830 Let us understand this. 11:39.550 --> 11:40.730 Bendat, see these ads? 11:40.810 --> 11:47.140 The information on the basis of labels and these labels are in alphabetical order. 11:47.530 --> 11:50.610 First blue in series one. 11:51.490 --> 11:53.620 There is a label blue. 11:53.830 --> 11:57.100 But in this these two, there is no label as blue. 11:57.310 --> 12:00.580 So blue is equal to none non-value. 12:01.270 --> 12:03.250 Then the second label is green. 12:03.610 --> 12:04.850 It is in both series. 12:05.210 --> 12:06.820 Green is equal to two. 12:06.910 --> 12:08.500 Green is equal to two. 12:08.680 --> 12:11.550 So green is equal to four point zero. 12:11.990 --> 12:15.340 It series canvas an integer in to offload. 12:15.970 --> 12:18.350 Then orange it is. 12:18.410 --> 12:23.320 In both seaweed's orange is equal to eight point zero four plus four. 12:23.800 --> 12:26.710 Then red rate is equal to one. 12:26.920 --> 12:28.420 Red is equal to one. 12:28.640 --> 12:30.450 Red is equal to two point o. 12:30.700 --> 12:33.420 And at the end yellow men value. 12:34.120 --> 12:36.550 So this is how we can add to C reads. 12:38.420 --> 12:41.320 Let us revise what we have learned in District OTL. 12:41.940 --> 12:47.570 First, we have understood how to create a pan that CBD to create open that series. 12:47.600 --> 12:51.500 We hope to use this method dort CBD in this method. 12:51.530 --> 12:56.330 We hope to provide two important parameters, data and index. 12:56.840 --> 13:00.410 First, we have created append that series from a list. 13:01.830 --> 13:05.490 Then we have created a penalty, these using numpty, Eddie. 13:07.350 --> 13:11.670 And after that, we have created a panda TV using a dictionary. 13:14.390 --> 13:19.330 And after that, we help understood how to grab the information from a pen that reads. 13:20.300 --> 13:23.600 So despite NTD ordeal unbend that reads NCEA. 13:24.020 --> 13:26.770 I will see you in the next one till then. 13:26.930 --> 13:27.940 Happy learning.