The property we are discussing and this lesson is Fleck's Baz's and it has a double peculiarity.
In fact, it can insert the dimensions of a box.
Working both with wise and height wise, according to the settings of flex direction and a flex direction
is not present, it will automatically work according to the width.
And so it has width as Difford attribute.
Therefore, in this moment, we have Flex Direction Road and in our ASPE, one, two, three, four,
five and six, we said shrink and wait.
Now let's delete our flex shrink.
And instead of with let's insert flex Baz's.
Let's copy and paste all the weird properties.
And after that, let's save refresh and let's see the results.
Obviously, thanks to our Flex Direction role, it adapts if we expand the content we represent always
the preset two hundred and fifty pixel width.
Now, let's verify that with the simple collomb instead of RO in Fleck's direction.
By refreshing.
As you can see, our contents cut vertically, laid out at.
Setting a 250 pixel height.
Therefore, Fleck's Baz's acts in a dynamic way, according to the setting given by Fleck's direction.
It's important to underline that for flex phases, the setting of the peaks of value can be replaced
by a percentage value, which in our stylesheet, we act only on flex direction row, not being able
to act directly on a high percentage sense with the browser's kraul potentially without any type of
reference inserted within the parent container.
One cannot define any pixel values corresponding to the percentages.
So to be able to use it in a style sheet with the column attribute, one has to insert a height value
into container.
In fact, if we inserted 10 percent replacing it in all the values.
Previously sect.
By setting the last with 50 percent weight after saving and refreshing, we would see that the allocation
would always mirror this percentage value, which will have a half SpaceX and the other half, all the
other containers.