In a `LazyVerticalGrid`, is there a way to make su...

# compose

[Stylianos Gakis]

In a LazyVerticalGrid, is there a way to make sure that all items in the same horizontal group are measured with the same height?
So that when looking at one of the rows there are no discrepancies on their height between the items?
Doing a fillMaxHeight does not work since their constraints give them infinite height, and I do not see there being any custom modifier for that scope like BoxScope gets with matchParentSize()

[Stylianos Gakis]

And I see that the staggered version exists which is an option, but I am still interested in seeing if I can make it work with the non-staggered option instead.

[Poulastaa]

maybe this will help

use aspectRatio(1f) on item modifier

LazyVerticalGrid(
	columns = GridCells.Fixed(4),
){

	item{

		  LibraryPlaylistGird(
                   modifier = Modifier
                   .aspectRatio(1f)
		  )

	}

}


LibraryPlaylistGird(
    modifier: Modifier = Modifier,
){
	Column(
        	modifier = modifier,
    	) {

	}

}

every item will be same size

[Stylianos Gakis]

I don't need the aspect ratio to be 1:1 unfortunately, in fact it's something I actively would want to avoid.

[Poulastaa]

if items are of different size then u can use staggered as you have said earlier.
if that is not the case then i don't know how to do it .

if you use size modifier that would be bad for different screen size
and filMaxSize is not an option.
you can calculate width of the screen and then assign size to them item but that is what aspectRatio does.

sorry maybe I don't have knowledge to help :)

[Stylianos Gakis]

Thanks a lot for trying to help regardless, it may be that there simply isn't a good solution for this and staggered grid is what I should be going for anyway.
Quite a different experience, but it at least looks okay.
I could also make a custom grid which is not lazy, and therefore can layout its children one by one using intrinsic min heights to measure the items with the same height. Provided this would be a much more involved solution, prone to my own mistakes, and not even lazy 😅

[Colton Idle]

@Stylianos Gakis I guess you never figured this out?

[Stylianos Gakis]

I don't remember at all 😂

[Colton Idle]

😅