How to work with Vec<String>?

[defini-tiv]

Is there a way to instance the strings of a vector or add them to a reapeat context?
I want to split a string and apply a index-dependent transform to the pieces.

[defini-tiv]

solution is:

>--- String Split --->--- Extract Element --->--- Text --->--- Fill --->--- Repeat --->
           |                    |                                             |
      Count Elements        Read Index                                        |
           |-------------->----------->-------------->------------>---------- |

[defini-tiv]

Thank you for your answer!
My goal is to apply Vector and Text operations on each item that depend on its position in the Vec it came from. With "map string" i can only apply context dependend operations that result in a string? Of course i could first translate the Vec to a Table of Text and maybe then use a normal map node?
I may have a general problem of not understanding how to process tables of Data because "map string" still gives me a table of stings that i cant plug in a text node without extracting each element, or not? So how would i convert my Vec to a table of vectorized Text?

[Keavon]

The Text node needs to be part of the loop and not after it. Or, you can use the String Join node to recombine the strings into one.

[defini-tiv]

I thought so. But no way to use a text node inside a "map string" string loop, when its expected to output a string.
And why use the map funcion, when i dont know what to do with the output table?
From my understanding, the "loop" is whats fed in the "mapped" input of the "map string" node.
Im aware that my understanding of the programm reaches not very far, so i appreciate you explaining things.
Im not sure we are talking about the same thing, my goal is to be able to parse input "1,2,3" of a string node and have a text-fields with 1, 2 and 3 independently positioned on the canvas.

[Keavon]

The output should be your vector graphics after each of them have been turned from strings into geometry. You'll have to position each of them differently within the loop so they don't overlap, like by giving a Transform node fed by a Vec2 derived from the loop index.

[defini-tiv]

Yes this is what i got. The Problem with my solution is not what i do inside of the loop, but that i use "extract element" and "repeat" to build the loop which you told me won't only calculate the extracted element in a iteration, so im wondering how to build the loop idomaticly.
From my understanding, its not possible to use "map Sting" for a loop with string input and Geometry output, since "mapped" needs to be a string. so what are the correct nodes for this usecase and how would i connect them?

I hope i dont sound harsh but i got pretty close with the first approach and now i feel like im thrown behind, needing a bit more information before it makes "click".