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  12. Claude 3 What do you think are some of the most nice and helpful, beautiful concepts or representations or whatever that would be relevant for stuff like that? For example, say you have a terrain with elevations on a lattice. You are doing hydrology stuff, you're calculating the drainage stuff, and then you're also doing cartography, like identifying lakes, identifying waterfalls, that kind of thing.
    Hydrology algorithms as constructive granular partitions Inversion thesis: crisp water tokens, vague water kinds
  13. Claude 2 Import the attached PDF documents. [Uploaded PDFs] - aameri-cheong-beck-2019-generative-design-assembly-ontology.pdf: Sheaf file #EMWWDC - kim-2008-ontology-assembly-joint-topology.pdf: Sheaf file #93BFKH - vagner-spivak-lerman-2015-open-dynamical-systems-wiring-diagrams.pdf: Sheaf file #8Z29DX - van-der-schaft-maschke-2013-port-hamiltonian-systems-on-graphs.pdf: Sheaf file #JJPX6P - desbrun-et-al-2005-discrete-exterior-calculus.pdf: Sheaf file #PPTKMN - brisson-1993-geometric-structures-topology-order.pdf: Sheaf file #3XQ9VT - arnold-falk-winther-2010-finite-element-exterior-calculus.pdf: Sheaf file #Y6UFY2 - fong-spivak-2018-seven-sketches-in-compositionality.pdf: Sheaf file #GMXXUV - rachuri-et-al-2003-nistir-7057-open-assembly-model.pdf: Sheaf file #8AKLVL - jain-2011-graph-theoretic-foundations-multibody-dynamics-part-ii.pdf: Sheaf file #P4PEF8
  18. GPT 2 Import the attached PDF documents. [Uploaded PDFs] - Toward_a_Realistic_Science_of_Environments.pdf: Sheaf file #JAZ9RM - True_Grid.pdf: Sheaf file #JCG48M - Naive_Physics.pdf: Sheaf file #3X4CUE - More_Things_in_Heaven_and_Earth.pdf: Sheaf file #FDTKYK - New_Foundations_for_Qualitative_Physics.pdf: Sheaf file #ERXDR8 - Vague_Reference_and_Approximating_Judgements.pdf: Sheaf file #6GQCXJ - Categories_in_Top_Level_Ontologies.pdf: Sheaf file #D3DKEW - Ontologies_of_Common_Sense_Physics_and_Mathematics.pdf: Sheaf file #DP29LL - On_Credentials.pdf: Sheaf file #2WJXNZ - Truth_and_the_Visual_Field.pdf: Sheaf file #DK95UN
  19. GPT 2 Import the attached PDF documents. [Uploaded PDFs] - Ontological_Foundations_for_Geographic_Information_Science.pdf: Sheaf file #29KB2U - Agglomerations.pdf: Sheaf file #TJ9LXH - Objects_and_Their_Environments.pdf: Sheaf file #CRJTWV - Bodily_Systems_and_Spatial_Functional_Structure.pdf: Sheaf file #YUAJJ5 - Ontology_and_Geographic_Kinds.pdf: Sheaf file #GBQ7Z6 - Drawing_Boundaries.pdf: Sheaf file #EM4B9T - Making_Space.pdf: Sheaf file #BT3GY6 - Ontologies_of_Common_Sense_Physics_and_Mathematics.pdf: Sheaf file #DP29LL - Classifying_Processes.pdf: Sheaf file #P6P4YX - On_Drawing_Lines_on_a_Map.pdf: Sheaf file #C9GSYF
  20. GPT 3 Import the attached PDF documents. [Uploaded PDFs] - Carving_Up_Reality.pdf: Sheaf file #727M5H - Environmental_Metaphysics.pdf: Sheaf file #F6QAG9 - Boundaries_An_Essay_in_Mereotopology.pdf: Sheaf file #KZLTKG - Do_Mountains_Exist.pdf: Sheaf file #SZYPPA - A_Theory_of_Granular_Partitions.pdf: Sheaf file #RBRZSS - Capabilities_An_Ontology.pdf: Sheaf file #RU8TRT - About_the_Unreal.pdf: Sheaf file #YAFKTX - Diagrams_Documents_and_the_Meshing_of_Plans.pdf: Sheaf file #4JNVT3
  41. GPT 2 We added a feature now that you can set a so-called micro abstract in the document metadata, and it'll be shown in a nice way in the index of documents, along with the nice artworks that we have for them as well. What I would like to do is, if you can, pick a folder of articles and then: - Skim through them. - Read their abstracts. - Read a bit. - Figure out what they are about. - Write micro abstracts for each thing in that folder, or suggest a micro abstract set for them. Now we can iterate a bit on the style. They should be kind of like tweet length but not tweet style, probably just really good, clear, crisp, informative descriptions of what is peculiar, what is interesting, and what characterizes this thing.
  44. GPT 1 let’s make a cover image for the alexander article on harmony seeking computations, like A solitary oak at dusk forms the principal center. A low circular bench grows around its trunk—not as a perfect geometric ring, but as a slightly irregular, deeply fitting response to the tree. Tall grasses, paths, stones, shadows, and small lights create overlapping centers at several scales. As the image moves outward, these structures subtly become garden walls, streets, courtyards, and finally a faint cosmic web. The transitions should be almost imperceptible: one continuous structure-preserving unfolding from tree to garden to city to cosmos. The image should feel calm, objective, alive, and faintly sacred, without looking like fantasy illustration or New Age sacred geometry.
  45. let's make a cover image for the alexander article on harmony seeking computations, like A solitary oak at dusk forms the principal center. A low circular bench grows around its trunk—not as a perfect geometric ring, but as a slightly irregular, deeply fitting response to the tree. Tall grasses, paths, stones, shadows, and small lights create overlapping centers at several scales. As the image moves outward, these structures subtly become garden walls, streets, courtyards, and finally a faint cosmic web. The transitions should be almost imperceptible: one continuous structure-preserving unfolding from tree to garden to city to cosmos. The image should feel calm, objective, alive, and faintly sacred , without looking like fantasy illustration or New Age sacred geometry.
  46. GPT 8 tell me about the alexander article on harmony creating structures... read it and introduce me to it... i'm quite familiar with alexander's way of thinking in general, but not this article
    Alexander (2009), Harmony-Seeking Computations — reading note Alexander’s centers compared with BFO objects Center as spatial-relational formation: apple and ecological niche Religious and axiological reading of harmony-seeking computation Boom box on the terrace: an Alexanderian violation test Spinoza–Alexander: immanent goodness and composition
  51. GPT 1 let's import these [Uploaded PDFs] - burrell-2009-advected-river-textures.pdf: Sheaf file #K7CTTU - darles-2011-ocean-simulation-rendering-survey.pdf: Sheaf file #W5QTMU - hendrickx-2010-real-time-river-networks.pdf: Sheaf file #AECLC8 - ojeda-2013-enhanced-shallow-water-rendering.pdf: Sheaf file #BHPM4C - mukai-2008-real-time-river-wave-lod.pdf: Sheaf file #AUU966 - peytavie-2019-procedural-riverscapes.pdf: Sheaf file #2R8LX3 - bagar-2010-layered-particle-water-foam.pdf: Sheaf file #7SZ8SQ - jeschke-2018-water-surface-wavelets.pdf: Sheaf file #36A5KL
  52. GPT 1 let's import these and make sure they have metadata [Uploaded PDFs] - alexander-2005-generative-codes.pdf: Sheaf file #5SQXG2 - jiang-2015-wholeness-hierarchical-graph.pdf: Sheaf file #7EN83P - jiang-2021-third-view-of-space.pdf: Sheaf file #3AVECL - jiang-2024-beautimeter.pdf: Sheaf file #XW37LK - jiang-2021-structural-beauty.pdf: Sheaf file #5TUN47 - jiang-2023-living-images.pdf: Sheaf file #CVWGG9 - alexander-2002-structure-preserving-transformations.pdf: Sheaf file #TUBANW - alexander-2009-harmony-seeking-computations.pdf: Sheaf file #F3QWLQ
  53. GPT 1 let's import these and make sure their metadata is ok [Uploaded PDFs] - zhu-2018-explainable-mixed-initiative-cocreation.pdf: Sheaf file #7FWADN - guzdial-2020-extracting-platformer-physics.pdf: Sheaf file #6VBZYL - alvarez-2020-friendly-mixed-initiative-pcg.pdf: Sheaf file #UTDN27 - summerville-2018-pcg-via-machine-learning.pdf: Sheaf file #4TDWB4 - gravina-2019-pcg-quality-diversity.pdf: Sheaf file #GD8J27 - kapania-2019-racing-trajectories.pdf: Sheaf file #664U2B - todd-2026-momentum-runtime-validation.pdf: Sheaf file #97BNVZ