You're using an ancient browser to surf the modern web. Please update to the latest version (and don't use Internet Explorer!).

Leonardi.DB
a logical geometry project

Diagrams (4965 to 4989 of 5537)

Searching for diagrams matching all criteria ...

Diagram Source Date
(min⁠–⁠max)
Aristotelian Family
 		B.C.
(min⁠–⁠max)
Geometric Shape
http://purl.org/lg/diagrams/lemanski_2022_schopenhauers-logikdiagramme-in-den_1gu0n1vbp_p-124_1husmad9f Schopenhauers Logikdiagramme in den Mathematiklehrbüchern Adolph Diesterwegs, p. 124, by Lemanski, Jens 2022 Jacoby-Sesmat-Blanché Sigma-3 4 Hexagon
http://purl.org/lg/diagrams/frijters-et-al-_2022_reasoning-with-rules-and_1g4qpfn3g_p-326_1hv0lvrhd Reasoning with Rules and Rights: Term-Modal Deontic Logic, p. 326, by Frijters, Stef; Meheus, Joke; Van De Putte, Frederik 2022 A Single PCD 2 Square
http://purl.org/lg/diagrams/frijters-et-al-_2022_reasoning-with-rules-and_1g4qpfn3g_p-347_1hv0m6hkr Reasoning with Rules and Rights: Term-Modal Deontic Logic, p. 347, by Frijters, Stef; Meheus, Joke; Van De Putte, Frederik 2022 A Single PCD 2 Square
http://purl.org/lg/diagrams/frijters-et-al-_2022_reasoning-with-rules-and_1g4qpfn3g_p-347_1hv0m9ru4 Reasoning with Rules and Rights: Term-Modal Deontic Logic, p. 347, by Frijters, Stef; Meheus, Joke; Van De Putte, Frederik 2022 A Single PCD 2 Square
http://purl.org/lg/diagrams/pascucci-et-al-_2022_normatively-determined_1g7kclj39_p-82_1hv1k3c51 Normatively Determined Propositions, p. 82, by Pascucci, Matteo; Pizzi, Claudio 2022 Classical Sigma-2 3 Square
http://purl.org/lg/diagrams/pascucci-et-al-_2022_normatively-determined_1g7kclj39_p-82_1hv1k9qhs Normatively Determined Propositions, p. 82, by Pascucci, Matteo; Pizzi, Claudio 2022 Classical Sigma-2 3 Square
http://purl.org/lg/diagrams/pascucci-et-al-_2022_normatively-determined_1g7kclj39_p-84_1hv1kdcn8 Normatively Determined Propositions, p. 84, by Pascucci, Matteo; Pizzi, Claudio 2022 Lenzen Sigma-4 5 Cube
http://purl.org/lg/diagrams/frijters_2022_generalizing-aristotelian-relations_1g7kcmo3r_p-330_1hv2oe5u3 Generalizing Aristotelian Relations and Diagrams, p. 330, by Frijters, Stef 2022 Classical Sigma-2 3 Rectangle
http://purl.org/lg/diagrams/frijters_2022_generalizing-aristotelian-relations_1g7kcmo3r_p-330_1hv2oh509 Generalizing Aristotelian Relations and Diagrams, p. 330, by Frijters, Stef 2022 Classical Sigma-2 3 Rectangle
http://purl.org/lg/diagrams/frijters_2022_generalizing-aristotelian-relations_1g7kcmo3r_p-332_1hv2okubv Generalizing Aristotelian Relations and Diagrams, p. 332, by Frijters, Stef 2022 Classical Sigma-2 3 Rectangle
http://purl.org/lg/diagrams/frijters_2022_generalizing-aristotelian-relations_1g7kcmo3r_p-332_1hv2oods1 Generalizing Aristotelian Relations and Diagrams, p. 332, by Frijters, Stef 2022 Classical Sigma-2 3 Rectangle
http://purl.org/lg/diagrams/frijters_2022_generalizing-aristotelian-relations_1g7kcmo3r_p-332_1hv2ou2qb Generalizing Aristotelian Relations and Diagrams, p. 332, by Frijters, Stef 2022 Classical Sigma-2 3 Rectangle
http://purl.org/lg/diagrams/frijters_2022_generalizing-aristotelian-relations_1g7kcmo3r_p-334_1hv38tc09 Generalizing Aristotelian Relations and Diagrams, p. 334, by Frijters, Stef 2022 Jacoby-Sesmat-Blanché Sigma-3 3–4 Hexagon
http://purl.org/lg/diagrams/frijters_2022_generalizing-aristotelian-relations_1g7kcmo3r_p-334_1hv3910jc Generalizing Aristotelian Relations and Diagrams, p. 334, by Frijters, Stef 2022 Jacoby-Sesmat-Blanché Sigma-3 3 Hexagon
http://purl.org/lg/diagrams/frijters_2022_generalizing-aristotelian-relations_1g7kcmo3r_p-334_1hv394a7j Generalizing Aristotelian Relations and Diagrams, p. 334, by Frijters, Stef 2022 Jacoby-Sesmat-Blanché Sigma-3 4 Hexagon
http://purl.org/lg/diagrams/frijters_2022_generalizing-aristotelian-relations_1g7kcmo3r_p-335_1hv39bdeh Generalizing Aristotelian Relations and Diagrams, p. 335, by Frijters, Stef 2022 Buridan Sigma-4 4–6 Octagon
http://purl.org/lg/diagrams/frijters_2022_generalizing-aristotelian-relations_1g7kcmo3r_p-335_1hv39eb0m Generalizing Aristotelian Relations and Diagrams, p. 335, by Frijters, Stef 2022 Buridan Sigma-4 4 Octagon
http://purl.org/lg/diagrams/smessaert-et-al-_2022_on-the-logical-geometry-of_1gcchta0q_p-586_1i3qg749p On the Logical Geometry of Geometric Angles, p. 586, by Smessaert, Hans; Demey, Lorenz 2022 Hexagon
http://purl.org/lg/diagrams/smessaert-et-al-_2022_on-the-logical-geometry-of_1gcchta0q_p-586_1i3qgkavb On the Logical Geometry of Geometric Angles, p. 586, by Smessaert, Hans; Demey, Lorenz 2022 Kite
http://purl.org/lg/diagrams/smessaert-et-al-_2022_on-the-logical-geometry-of_1gcchta0q_p-588_1i3qgqdga On the Logical Geometry of Geometric Angles, p. 588, by Smessaert, Hans; Demey, Lorenz 2022 Decagon
http://purl.org/lg/diagrams/smessaert-et-al-_2022_on-the-logical-geometry-of_1gcchta0q_p-588_1i3qk14fe On the Logical Geometry of Geometric Angles, p. 588, by Smessaert, Hans; Demey, Lorenz 2022 Decagon
http://purl.org/lg/diagrams/fiala-et-al-_2022_modelling-of-fuzzy-peterson-s_1g7fu2duf_p-614_1i474odth Modelling of Fuzzy Peterson's Syllogisms Related to Graded Peterson's Cube of Opposition, p. 614, by Fiala, Karel; Murinová, Petra 2022 Cube
http://purl.org/lg/diagrams/boffa-et-al-_2022_comparing-hexagons-of-opposition_1g7fu65ak_p-623_1i4752gfs Comparing Hexagons of Opposition in Probabilistic Rough Set Theory, p. 623, by Boffa, Stefania; Ciucci, Davide; Murinová, Petra 2022 Classical Sigma-2 3 Square
http://purl.org/lg/diagrams/boffa-et-al-_2022_comparing-hexagons-of-opposition_1g7fu65ak_p-623_1i47567tm Comparing Hexagons of Opposition in Probabilistic Rough Set Theory, p. 623, by Boffa, Stefania; Ciucci, Davide; Murinová, Petra 2022 Hexagon
http://purl.org/lg/diagrams/boffa-et-al-_2022_comparing-hexagons-of-opposition_1g7fu65ak_p-625_1i4760e7f Comparing Hexagons of Opposition in Probabilistic Rough Set Theory, p. 625, by Boffa, Stefania; Ciucci, Davide; Murinová, Petra 2022 Hexagon
↑ Back to top ↑