// ───────────────────────────────────────────────────────────── // FIVE BRAINSTORM VARIANTS for the personal-DM TREE view. // // Constraint: the Tree view is a CONDENSED OVERVIEW of the conversation // structure, not the primary read/write surface (that's Canvas). So // every variant prioritises readability of the roots over rendering // every single node. 332 total nodes, but only ~16 root branches — // the variants surface the 16, not the 332. // // Shared shell: // AndroidPhone // DMTopBar (avatar+ · Canvas/Tree/Manage · Load older) // DMHeaderCard (back · M · marina_k · 332 nodes · tree) // // SelectedNodePanel (pinned bottom) // ───────────────────────────────────────────────────────────── // Pick one root to render as "selected" in the bottom panel — same // across all variants so the visual diff is just the tree treatment. const SELECTED = DM_ROOTS.find(r => r.id === 'n02'); // ════════════════════════════════════════════════════════════ // SHELL — wraps each variant body with the common chrome // ════════════════════════════════════════════════════════════ function VariantShell({ variantTag, children, hideSelected = false }) { return (

{children}

{!hideSelected && }

); } // ════════════════════════════════════════════════════════════ // A · CHRONICLE // Read-first. The tree is a vertical chronicle of root-card // entries — each one a literary quote from the message + meta. // The "tree-ness" is implied by depth/branches counts and a // thin trailing leaf-line. Zero noise. // ════════════════════════════════════════════════════════════ function TreeA_Chronicle() { return (

Sixteen places this conversation grew. Newest first.

{DM_ROOTS.slice(0, 9).map((r, i) => ( ))}

+ 7 older roots

); } function ChronicleRow({ root, selected = false }) { return ( ); } // A tiny inline pip-row: a few short vertical ticks whose count // caps at 6 — gives a sense of "how busy this root got" without // drawing a real tree. function BranchPip({ n, max = 6, color = '#76AB78' }) { const pips = Math.min(n, max); return ( {Array.from({ length: pips }).map((_, i) => ( ))} {n} ); } // ════════════════════════════════════════════════════════════ // B · TRUNK // A vertical organic gradient trunk down the center; root // cards alternate L/R hanging off it via a soft spur. Looks // like a living tree, but only 12-ish elements are rendered // so it never becomes the dot-spaghetti of the original. // ════════════════════════════════════════════════════════════ function TreeB_Trunk() { const visible = DM_ROOTS.slice(0, 8); const SLOT_H = 80; const TRUNK_X = 195; return (

The trunk you and Marina have been growing.

{/* Trunk SVG */} {/* Cards */} {visible.map((r, i) => { const y = 28 + i * SLOT_H; const left = i % 2 === 0; return ( ); })}

+ 8 older · roots & leaves below

); } function TrunkCard({ root, y, left, selected }) { return (

{!left && } {root.age} {left && }

{root.body}

{root.branches} br · {root.leaves} lv

); } // ════════════════════════════════════════════════════════════ // C · STRATA // Time bands. Recent bands expanded with detail; older bands // compress into a single horizontal strip of tiny pebble chips // (from-dot + opening words + leaf count). The information // density is honest — newer matters more, older exists. // ════════════════════════════════════════════════════════════ function TreeC_Strata() { const grouped = AGE_BANDS.map(b => ({ ...b, roots: DM_ROOTS.filter(r => r.ageBand === b.id), })); return (

{grouped.map((band, bi) => { const compressed = bi >= 2; return (

{/* Band header */}

{band.label} · {band.detail} {band.roots.length}

{compressed ? ( /* Compact strip — tiny pebble chips, message head + leaf count */

{band.roots.map(r => ( ))}

) : ( /* Expanded — root cards */

{band.roots.map(r => ( ))}

)}

); })}

); } function StrataRow({ root, selected = false }) { return ( ); } // Small reusable footer pill — variants use it to declare their // scaling strategy at large node counts. function ScaleHint({ children, color = '#8A9678', icon }) { return (

{icon} {children}

); } // ════════════════════════════════════════════════════════════ // D · CONSTELLATION // Spatial map. Each root is a brand-mark ring; core colour = // who sent it (canopy=you, dew=them); ring size = leaves; // brightness = recency. Labels are the first words of each // message — the only honest label we can show (no classifier). // // Scaling: at 1k+ nodes / 200+ roots the same layout becomes // a pinch-to-zoom canvas with date anchors on the side and // labels surfaced only on tap. Today's-view is the "zoomed // in" sample shown here. // ════════════════════════════════════════════════════════════ function TreeD_Constellation() { // Position roots along an organic descending S-curve. Layout is // hand-tuned to *feel* grown rather than plotted. const W = 390, H = 520; const placed = DM_ROOTS.map((r, i) => { const t = i / (DM_ROOTS.length - 1); const y = 30 + t * (H - 60); const sway = Math.sin(i * 0.85 + 0.3) * 95 + Math.sin(i * 1.8) * 30; const x = W / 2 + sway; const r0 = Math.max(7, Math.min(18, Math.sqrt(r.leaves) * 2.2)); return { ...r, x, y, r: r0 }; }); // Date anchors — the only chronological scaffolding. Placed // alongside the chart so the user has an absolute reference. const dateAnchors = [ { y: 30, label: 'today' }, { y: 140, label: '1 wk' }, { y: 250, label: '1 mo' }, { y: 360, label: '2 mo' }, { y: 470, label: 'older' }, ]; // Find labels that are safe to show without collision: // always: selected root, the largest root, hottest root (activeNow>0) const labelIds = new Set(); labelIds.add(SELECTED.id); const biggest = [...placed].sort((a, b) => b.leaves - a.leaves)[0]; if (biggest) labelIds.add(biggest.id); placed.filter(p => p.activeNow > 0).forEach(p => labelIds.add(p.id)); return (

The shape of what you and Marina have planted.

you them · ring size = leaves · tap to label

⊕ }>at 200+ roots: pinch-zoom + lazy labels

); } // ════════════════════════════════════════════════════════════ // E · GARDEN // Each root is its own small "plant" tile — a brand-mark glyph // tiled in a 3-wide grid. Core colour = who sent it (canopy=you, // dew=them); outer-ring density = how much grew off it; leaf // dots = branch count. Caption = first words of the message // (no classifier). // // Scaling: groups by time-band with collapsible older sections. // "today / this week" stay expanded; older months collapse to a // single line you can grow. So a 1k-node DM with 60+ roots stays // 3 sections deep at default. // ════════════════════════════════════════════════════════════ function TreeE_Garden() { const [collapsed, setCollapsed] = React.useState({ 'this-month': false, 'earlier': true, 'older': true, }); const grouped = AGE_BANDS.map(b => ({ ...b, roots: DM_ROOTS.filter(r => r.ageBand === b.id), })).filter(b => b.roots.length > 0); return (

A small field of what you've grown together.

{grouped.map(band => { const isCollapsed = collapsed[band.id]; return (

{!isCollapsed && (

{band.roots.map(r => ( ))}

)}

); })}

at 60+ roots: older months auto-collapse

); } function GardenTile({ root, selected = false }) { const fromColor = FROM_COLORS[root.from]; const liveliness = Math.min(root.leaves / 50, 1); // Outer leaf dots — one per branch, capped at 6, around the rim. const leafDots = Math.min(root.branches, 6); return ( ); } // ════════════════════════════════════════════════════════════ // F · TRELLIS // Vertical strands. Each root gets its own thin column running // down the screen; leaf-dots along the strand mark sub-branches // at their relative depth. Strand colour = who started it // (canopy=you, dew=them); strand width = how many leaves grew; // header label = the first words of the message. // // Scaling: shows ONE time-window at a time (default: this week). // Drag the bottom pill or swipe left/right to walk the timeline // — older windows compress the strands & drop labels. At 60+ // roots you scrub a month at a time instead of stacking them. // ════════════════════════════════════════════════════════════ function TreeF_Trellis() { const [range, setRange] = React.useState('this-week'); const windowRoots = DM_ROOTS.filter(r => range === 'this-week' ? ['today', 'this-week'].includes(r.ageBand) : range === 'this-month' ? r.ageBand === 'this-month' : range === 'earlier' ? ['earlier', 'older'].includes(r.ageBand) : true ); const COL_W = 38, COL_GAP = 6; const H = 420; const padX = 50; const strandsW = windowRoots.length * (COL_W + COL_GAP); const surfaceW = Math.max(390, padX + strandsW + 16); return (

{windowRoots.length} strands in this window — read across.

{/* Time ticks on the left — fixed within the scrolling area */}

now · · back

{/* Strands */} {windowRoots.map((r, i) => { const x = padX + i * (COL_W + COL_GAP); const isSel = r.id === SELECTED.id; const fromColor = FROM_COLORS[r.from]; const leafCount = Math.min(r.leaves, 8); const strandTop = 24; const strandBottom = H - 28; const width = 1 + Math.min(r.leaves / 12, 3); return (

{/* Head label */}

{r.head}

{/* Strand */} {/* Counts */}

{r.leaves}

{r.age}

); })} {/* Horizontal week-band dividers — faint hairlines */} {[100, 200, 300].map((y, i) => ( ))}

{/* Window scrubber — one timeline window at a time */}

{[ ['this-week', 'this week'], ['this-month', 'this month'], ['earlier', 'earlier'], ].map(([id, label]) => { const active = range === id; return ( ); })}

at 1k+ nodes: scrub windows, never stack all

); } Object.assign(window, { TreeA_Chronicle, TreeB_Trunk, TreeC_Strata, TreeD_Constellation, TreeE_Garden, TreeF_Trellis, });