Differences between three-dimensional and two-dimensional arrays

I've got a vivid image.
To treat a number as an egg, a variable of type int is an egg, right.
Now create a one-dimensional array int[5]: This is the equivalent of putting a row of 5 eggs in front of you, there is no problem here.
Next to the two-dimensional array int[3][4]: First, the second dimension of the two-dimensional array [4] we can determine that a row is 4 eggs, which is the same as the one-dimensional array. So what was [3] before? That's a couple of rows! So int[3][4] is equivalent to put 3 rows of eggs in front of you, a row of 4 ~
And then to the three-dimensional array int[3][4][5]: The third dimension of [5] is a row of 5 eggs in the previous array, the second dimension of [4] is a total of 4 rows. What about this [3]? That is, if the 4 rows of 5 eggs per row as a group, that is, 4*5=20 an egg is a group, in front of you will be placed in 3 groups of eggs ~
I don't know, do you understand?

A one-dimensional array is like a straight line, array content is the length of the line, two-dimensional array is a plane, array content is an area, measurements array is a BODY ~ ~ ~

The array can be said to be a container with a number, and each number has its own memory address corresponding to the two-dimensional array of understanding is actually very simple, you can imagine the classroom student seat, three-dimensional array can imagine the appearance of imitation.


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Differences between three-dimensional and two-dimensional arrays