⠀​⊚​◦​୦​◦​◯​◦​୦​◦​‭𞢨‭​⛋​∣​⛋​🟗​⛋​∣​⛋​∣​⛋​∣​⛋​🟗​⛋​∣​⛋​𖢌​⛋​∣​⛋​🟗​⛋​∣​⛋​∣​⛋​∣​⛋​🟗​⛋​∣​⛋​‭𞢨‭​◦​୦​◦​◯​◦​୦​◦​⊚​⠀​⊚​◦​୦​◦​◯​◦​୦​◦​‭𞢨‭​⛋​∣​⛋​🟗​⛋​∣​⛋​∣​⛋​∣​⛋​🟗​⛋​∣​⛋​𖢌​⛋​∣​⛋​🟗​⛋​∣​⛋​∣​⛋​∣​⛋​🟗​⛋​∣​⛋​‭𞢨‭​◦​୦​◦​◯​◦​୦​◦​⊚​⠀​

Discover the meaning and copy the symbol ◌ Dotted Circle on SYMBL (◕‿◕)! Unicode number: U+25CC. HTML: ◌. Subblock “Geometric shapes” in Block “Geometric Shapes”. Find out where and how to use this symbol!

Discover the meaning and copy the symbol 𖡼 Bamum Letter Phase-B Mfiyaq on SYMBL (◕‿◕)! Unicode number: U+1687C. HTML: 𖡼. Subblock “Characters found through Phase B” in Block “Bamum Supplement”. Find out where and how to use this symbol!

Discover the meaning and copy the Emoji ⚪ White Circle on SYMBL (◕‿◕)! Unicode number: U+26AA. HTML: ⚪. Subcategory “Geometric” in category “Symbols”. Find out where and how to use this symbol!

Discover the meaning and copy the symbol 𖣠 Bamum Letter Phase-C Keuseux on SYMBL (◕‿◕)! Unicode number: U+168E0. HTML: 𖣠. Subblock “Characters found through Phase C” in Block “Bamum Supplement”. Find out where and how to use this symbol!

Discover the meaning and copy the symbol 🞋 Round Target on SYMBL (◕‿◕)! Unicode number: U+1F78B. HTML: 🞋. Subblock “Target symbol” in Block “Geometric Shapes Extended”. Find out where and how to use this symbol!

/gd/ - Graphic Design - ⦿⚪ИNⓄⵙ✤ᑐᑕᗩᴥꗳᗱᗴᴥ⚪✺⚪ⵙ⚪✺⚪ᴥᗱᗴꗳᴥᗩᑐᑕ✤ⵙⓄИN⚪⦿

A free online tool which allows you to bulk import bookmarks from a list of urls online. Bookmark names are optionally supported.

Create your own SVG filter with preview and documentation right on page! Check presets to discover the possibilities of SVG filters

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/gd/ - Graphic Design - ⵙ⚪ᗱᗴᴥᑎ✤ᗩᗯᴥᑎᑐᑕ⚪ИNⓄꖴ✤ᑐᑕИNᑎꗳ⚪ᔓᔕᑎꖴ⚭ᗩꗳ⚪◌⚪◌⚪◌⚪◌⚪ⵙ⚪◌⚪◌⚪◌⚪◌⚪ꗳᗩ⚭ꖴᑎᔓᔕ⚪ꗳᑎИNᑐᑕ✤ꖴⓄИN⚪ᑐᑕᑎᴥᗯᗩ✤ᑎᴥᗱᗴ⚪ⵙ

Blender Geometry Nodes toolset pack includes over 120 wide range of advance node groups to help improve and enhance procedural workflows Generators Curves Utilities Geometry Measure Mesh Primitives Distribution SDF Nodes Falloffs Simulation Selection Current Node Groups Deformers Bend Twist Stretch Taper…Read More »

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Writing about the big beautiful mess that is making things for the world wide web.

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/gd/ - Graphic Design - ⚪ᗱᗴᴥᗱᗴ옷ߦᔓᔕ⚪ᔓᔕᗱᗴᙁᑐᑕᴥꖴᑐᑕ⚪✤ИNᗱᗴᕤᕦИNᗩ✤⚪ᙁᗩꖴᗝᗩᴥ⚪◌⚪◌⚪◌⚪◌⚪◌⚪◌⚪ᴥᗩᗝꖴᗩᙁ⚪✤ᗩИNᕤᕦᗱᗴИN✤⚪ᑐᑕꖴᴥᑐᑕᙁᗱᗴᔓᔕ⚪ᔓᔕߦ옷ᗱᗴᴥᗱᗴ⚪

For the continuous case I believe what you show are confocal quadrics. For the discrete version though, according to the paper by Simon Schleicher et al that your first figure comes from, to get the planar quad mesh discretization there with the touching incircles, they used the quasiisothermic mesh layout approach of Sechelmann et al, as described in this paper. The touching incircle energy described in that paper is actually something I added as part of the latest Kangaroo release. Here’s a...