Separate tree branches

[muro]

quick tl;dr. i have a simple paragraph of text, which is then divided into single words, then those words are turned into curves, so each branch has a set of curves that represent a single word. Im trying to partition the branch paths into sets of seven so i have a data tree which has the number of words/7 branches, so for example i have a tree with 0;0-0;6 which is a set of 7 words with each seperate branch containing curves. with the paths existing inside different branches youd expect the resulting structure to have the same length as words/7 with each branch containing the other subbranches of each word. however thats not the case and idk why, the resulting structure simply is the same as the one i started with. its really late so sorry if this paragraph is kind of confusing, ask me anything

ALIGN TEXT TO SHAPE.gh (13.6 KB)

SOS I AM USING WOMBAT TO GET THE CURVES SRY

[Tom_P]

please post a version with internalized geometry - best a version that already has the text as Curves - so wombat is not needed.
thx

[muro]

ALIGN TEXT TO SHAPEhelp.gh (139.8 KB)
here

[inno]

depending on how you want the final result to be structured, you can use 1 or 2:

ALIGN TEXT TO SHAPEhelp_Re.gh (126.5 KB)

1: data is organized as {index_of_group_of_seven_words ; index_of_word)
2: data is organized as {index_of_group_of_seven_words_alltogether)

as your original text is made of 50 words, you of course get 7 groups of 7 words + 1 group with just 1 word (path {7;0} )

[leopoldomonzani]

ALIGN TEXT.gh (12.9 KB)

[Tom_P]

pathmapper with a formula ?

if 7 is not static, there is also a dynamic pathmapper script

groupsOf7.gh (125.1 KB)

[muro]

this is pretty much the simplest way of solving it, was kind of lost with the items in the branches

[muro]

if only it wasnt so late i wouldve just groupped the words from their source before turning them into curves, masterfully done kind sir.

[muro]

idk that much about lexical operations so id need some info on the floor(A/x) and the A%x part

[Tom_P]

@muro

floor(A/x) and the A%x part

a/x
a divided by x

floor()
round down to next integer for example 4.1 and 4.7 will become 4

%
Modulo operator

Modulo (mathematics)