I am trying to find the best way to write and organize Memories from the past that i am not certain about its date.
e.g I am walking and see something that reminded me that my father did X.
- X can be something that was repeadly done,
- Or it can be comething that was done once.
In these both scenarios i searched for plugins, or strategies to organize these memories.
The only discussed solution were MOCs
I was think on approaching the problem, specifically that of 2, by the use of the transitive reduction of acyclical directed graphs.
For example:
- I Remember that A happened, and I dont know when. = A
- I remember that B happened, and I remember that it happened after B. = A->B
- I remember that C happened, and I dont know when. = C
- I remember that D happened, and i know that it happened after D. = B->C
- Sometime later i remember that E happened, and it happened after B and before D. = B->E and E->D.
- Sometime later i remember that F happened, and it happened before E and before C. = F->E and C->F
If we apply the transitive reduction of the Graph.
We can clearly see the chronological order of the events. (Really simple example)
So, the main question is: Is the Transitive r
reduction of Links between Notes possible in Obsidian, to generate a chronological view of the Notes with the least possible Connections?
In the example i used a simple graph, but i would think about the utility of it when hundreds of chunks of memories would be connected, and you still wanted to see it, and search through them, in a chronological order.
It could also help to visualize links between memories that are not chronologically linked yet, if after transitive reduction there are graphs stills not connected.
In the image below, for example, if you had a) after creating your memory notes, and applying Transitive reduction you had d), it could help to remember that those two last nodes were connected somehow.
In respect of 1. (A memory of a action that was repeated through a period), i still have to think about it. Probably they would be better handled with MOCs.