Question Texture Overlay ontop of a Sprite Sheet

Hello I have a novice question that I'm having difficulty finding the solution to; I'm not sure what to look up on search engines to find a solution that already exist.

So I have a simple shader, to overlay a sprite on-top of another sprite via LERP; the texture originating from a sprite sheet. Here I have a "1" texture with alpha overlapping the texture.

I am aware the overlay sprite applies directly to the whole sprite sheets, rather than the individual sprites of the sprite sheets.
This is what the whole sprite sheet looks like when applied as the sprite texture:

And this is what what one of the individual sprites of the sprite sheet.


So every guide has told me that I should use a position node set to Object to modify the UV value in order to only affect the overlay via the world object:


However, the sprite I'm overlaying is extremely small to the world object size and results in this:

You can barely see it, but the "1" is actually visible in the center, albeit extremely tiny. I'm looking for the overlayed sprite to scale to the edges of the object, giving me a fully sized "1".

Thanks.

 

Hello, if I understood correctly you want to scale texture size, then this is what you are looking for:
https://docs.unity3d.com/Packages/com.unity.shadergraph@12.0/manual/Tiling-And-Offset-Node.html

So it would be Position -> Tile+Offset -> Lerp.
Tell me if this is not what you are looking for.

 

Yes, this is what I needed but I'm not sure if I'm doing it in an extremely convoluted way. What I'm doing here is I'm using the object Scale*Width&Height data as reference for how big the object UV should be. I move the UV to the bottom left corner and then multiply it by the appropriate scale. I realize that multiplying a UV and tiling do the exact same thing; in the end it's just semantics.



This is the intended result in the end that I get from the graph.

I definitely got what I need, but in the end, this solution doesn't seem as snappy for what I imagine would be able to achieve using Shader Graph. If there's a cleaner way to do this, I would love to know.