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I’m impressed that you have read Ricoeur - my impression is that Americans don’t have much time for Continental philosophy (a huge generalisation of course)
Have you looked at Habermas? He uses Peirce’s work as well as hermeneutics (mainly Gadamer) and critical theory to come up with what he calls a theory of communicative action
He also called it “universal pragmatics” at one time as a nod to both Chomsky and semiotics
You might find it interesting
On 3 Oct 2021, at 21:56, Jon Awbrey <jawbrey@...> wrote:
Cf: Logical Graphs, Iconicity, Interpretation • 1
<QUOTE Paul Ricoeur>
If exegesis raised a hermeneutic problem, that is, a problem
of interpretation, it is because every reading of a text always
takes place within a community, a tradition, or a living current
of thought, all of which display presuppositions and exigencies —
regardless of how closely a reading may be tied to the *quid*, to
“that in view of which” the text was written.
❧ Paul Ricoeur • The Conflict of Interpretations
If a picture is worth a thousand words, here’s my 48,000 words
worth on the periodically recurring question of logical graphs,
their iconicity, and their interpretation, at least so far as
Peirce’s alpha graphs interpreted for propositional logic go.
A few more actual words, literally speaking, may be called for.
I’ll return to that anon.
Referring to the Table —
• Column 1 shows a conventional name fₙ and a venn diagram
for each of the sixteen boolean functions on two variables.
• Column 2 shows the logical graph canonically representing the
boolean function in Column 1 under the entitative interpretation.
This is the interpretation C.S. Peirce used in his earlier work
on entitative graphs and the one Spencer Brown used in his book
Laws of Form.
• Column 3 shows the logical graph canonically representing the
boolean function in Column 1 under the existential interpretation.
This is the interpretation C.S. Peirce used in his later work on
Table 1. Boolean Functions and Logical Graphs on Two Variables
• Logic Syllabus ( https://oeis.org/wiki/Logic_Syllabus )
• Logical Graphs ( https://oeis.org/wiki/Logical_Graphs )
<Boolean Functions and Logical Graphs on Two Variables.png>