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00:31The third dimension.
00:33And the third dimension is that I have on the third dimension is 3 arrays.
00:37As it is, I had here, I have on the third dimension.
00:43and I have on the third dimension and not on it.
00:45But that is the second one.
00:46But the two is the number of the rows,
00:49In every array of these arrays
00:51That exist in the third dimension
00:53As it is, I have two rows.
00:56And one, two, and two.
00:56And the four are the columns that are available in the array that are related to the third dimension.
01:06Like I have mentioned here, I have four columns, one, two, three, four,
01:11in the array that are related to the third dimension.
01:16So this shape is that I have three arrays,
01:20two rows and four columns.
01:24Let's see how we can get the array, 3D array.
01:28We need to use array function from NumPy,
01:33like we can do it.
01:35Then we need to get the list.
01:37First thing we need to add the main brackets,
01:40which is this one and this one.
01:42This is the main brackets,
01:44which is what we can do?
01:45We can do third dimension.
01:48As you can see here, I have three lists
01:52which is the main list.
01:54This is the main list.
01:56I have the list, the list, which is the main list.
02:02The third dimension is the main list.
02:05It's the main list.
02:07It's the main list.
02:08The main list is the main list.
02:08These are the main brackets.
02:10The two-D arrays.
02:11and there are also two lists, which is the first list and the second list, and all lists have four
02:20items. So that's why I'm going to get this list that I knew it, so I'm going to get this
02:28array, and this array has three arrays, one, two, three, and all array has two rows, one, two, four columns.
02:39This one has four items. So that's why I'm going to get to the 3D array. Let's do the run
02:44and see what's going on. This one has three arrays. This is the first array, this is the second array,
02:59and this is the third array.
03:01And this array is called 2D array, and two rows and four columns. As you can see, this shape has
03:11three arrays, and every array has two rows and four columns.
03:17طيب أنا كمان بقدر أعرف single array. يعني مثلا أنا بدي الأراء تبعتي تكون dimension تبعها تينين فيه 3 في
03:26واحد.
03:26يعني أنا بدي يكون في عندي two arrays في third dimension. كل array فيها three rows one column.
03:35So I'll show you the list, this is the main list, and I'll show you the listed list, this is
03:42the first list, and this is the last list, as you can see, I have the listed list, this is
03:46the three lists, so I'll show you the vertical list, which will be in one dimension, so there are three
04:00rows and one column.
04:01So I'll show you the main list, so I'll show you the two D, so I'll show you the two
04:08D, and then I'll show you the single list, which is the three rows and one column.
04:14Let's see if this is correct, we'll show you the two, three, and one, so I'll show you the third
04:24dimension, two lists, three rows and one column.
04:29So the same thing, if I want to show you, this is the vertical, okay? If I want to show
04:35you the horizontal, I'll show you the main list here, and I'll show you the main list here, and I'll
04:39show you the main list here, two lists.
04:43This is the first list, and this is the last list, and this is the last list, and all lists
04:47are about the nested list, as you can see, it's about the nested list.
04:52So the last list is one item, which is one row, one row, one row, one row, one row, which
04:59is the last list, this is the main list, and all lists are three items.
05:07So you can see if this is a third array, I'll show you the two arrays zasad, which one won't
05:17get across, okay?
05:18Let's see if this is the answer, there will be a third area, and the third row, they'll see if
05:19this was right, let's see it.
05:20And here's , here's Now !
05:22Here, it's two Arrays, here's the first Array, and another array that has another row However one row , here's
05:33the other row, here's the third row, one row, one row, one row, one row.
05:35That's why I'm going to show the 3D Array, so that's why I'm going to show the 3D Array.
05:41Now, I can also use the Length function with the 3D Array.
05:47I used the Array that the dimension is 3x2x4.
05:52If you want to run, what does it look like?
05:54It looks like 3.
05:55The length is about third dimension.
06:00The Arrays are third dimension.
06:02This is the third dimension.
06:03The same thing, if I took this, 2x1x3,
06:07I'll show you the 2nd, which is the Arrays in third dimension.
06:13Now, that's it.
06:14I hope you'll be able to give things to the multidimensional array.
06:19I hope in the next video, we'll talk about the indexing in NumPy.
06:25Thank you so much for watching in the next video.
06:33.
06:33You
