tomevault-io Glamorous Gay Skill
Status: ✅ Production Ready Trit: +1 (PLUS - generative/visual) Color: #E91E63 (Pink) Principle: Moldable development with deterministic coloring Frame: Every object gets a reproducible color; every view tells a story
Overview
Glamorous Toolkit (GT) is a moldable development environment where you shape the IDE to your problem. Glamorous Gay integrates Gay.jl's deterministic coloring:
- Moldable Inspectors: Objects colored by identity hash
- Lepiter Knowledge Graphs: Pages/snippets with GF(3) trits
- Bloc Visualizations: Reproducible palettes for diagrams
- Parallel Tempering Views: Pigeons.jl chains in GT
Core Concept: Every Object Has a Color
"In GT, everything is inspectable. Now everything is colorable."
Object >> gayColor
"Deterministic color from object identity"
^ GaySplitMix64 colorAt: self identityHash seed: GayGlobalSeed value
Object >> gayTrit
"GF(3) trit from hue"
^ self gayColor hue gayTritFromHue
Number >> gayTritFromHue
"Hue → Trit mapping"
self < 60 ifTrue: [ ^ 1 ]. "warm → PLUS"
self < 180 ifTrue: [ ^ 0 ]. "neutral → ERGODIC"
self < 300 ifTrue: [ ^ -1 ]. "cool → MINUS"
^ 1 "wrap around"
SplitMix64 in Smalltalk
Class: GaySplitMix64
instanceVariables: 'state'
classVariables: 'Golden Mix1 Mix2 Mask64'
GaySplitMix64 class >> initialize
Golden := 16r9E3779B97F4A7C15.
Mix1 := 16rBF58476D1CE4E5B9.
Mix2 := 16r94D049BB133111EB.
Mask64 := 16rFFFFFFFFFFFFFFFF.
GaySplitMix64 >> nextState
state := (state + Golden) bitAnd: Mask64.
^ self mix: state
GaySplitMix64 >> mix: z
| z1 z2 z3 |
z1 := ((z bitXor: (z bitShift: -30)) * Mix1) bitAnd: Mask64.
z2 := ((z1 bitXor: (z1 bitShift: -27)) * Mix2) bitAnd: Mask64.
z3 := z2 bitXor: (z2 bitShift: -31).
^ z3
GaySplitMix64 >> colorAt: index
"Generate OkLCH color at index"
| rng L C H |
rng := self class seed: (state bitXor: index).
L := 10 + (rng nextFloat * 85). "Lightness 10-95"
C := rng nextFloat * 100. "Chroma 0-100"
H := rng nextFloat * 360. "Hue 0-360"
^ GayColor L: L C: C H: H
Moldable Inspectors
Colored Object Inspector
Object >> gtGayInspectorFor: aView
<gtView>
^ aView explicit
title: 'Gay Color';
priority: 50;
stencil: [
| container colorBox tritLabel |
container := BlElement new
layout: BlLinearLayout horizontal;
constraintsDo: [ :c |
c horizontal fitContent.
c vertical fitContent ].
colorBox := BlElement new
size: 50@50;
background: self gayColor asBlColor.
tritLabel := BrLabel new
text: ('Trit: ', self gayTrit asString);
aptitude: BrGlamorousLabelAptitude.
container addChildren: { colorBox. tritLabel }.
container ]
Collection Inspector with Rainbow
SequenceableCollection >> gtGayRainbowFor: aView
<gtView>
^ aView columnedList
title: 'Rainbow';
priority: 45;
items: [ self withIndexCollect: [:item :i | i -> item ] ];
column: 'Color'
icon: [ :assoc |
BlElement new
size: 20@20;
background: (GaySplitMix64 colorAt: assoc key) asBlColor ]
width: 30;
column: 'Index' text: [ :assoc | assoc key ];
column: 'Item' text: [ :assoc | assoc value ];
column: 'Trit' text: [ :assoc |
(GaySplitMix64 colorAt: assoc key) trit ]
Lepiter Integration
Color-Coded Pages
LePage >> gayColor
"Page color from title hash"
^ GaySplitMix64 colorAt: self title hash
LeSnippet >> gayColor
"Snippet color from content hash"
^ GaySplitMix64 colorAt: self contentAsString hash
LePage >> gtGayMapFor: aView
<gtView>
^ aView mondrian
title: 'Gay Map';
priority: 60;
painting: [ :m |
m nodes
shape: [ :page |
BlElement new
size: (50 @ 50);
background: page gayColor asBlColor;
addChild: (BrLabel new text: page title) ];
with: self database pages.
m edges
shape: [ :link |
BlLineElement new
border: (BlBorder paint: Color gray width: 1) ];
fromRightCenter;
toLeftCenter;
connectToAll: #outgoingLinks.
m layout force ]
GF(3) Snippet Triads
LePage >> verifyGF3Conservation
"Check that snippet trits sum to 0 mod 3"
| trits sum |
trits := self children collect: #gayTrit.
sum := trits sum.
^ (sum \\ 3) = 0
ifTrue: [ 'GF(3) conserved ✓' ]
ifFalse: [ 'GF(3) violated: sum = ', sum asString ]
LePage >> balanceSnippets
"Add balancing snippet if needed"
| sum neededTrit |
sum := (self children collect: #gayTrit) sum.
(sum \\ 3) = 0 ifTrue: [ ^ self ].
neededTrit := (3 - (sum \\ 3)) \\ 3.
neededTrit = 2 ifTrue: [ neededTrit := -1 ].
self addSnippet: (LeTextSnippet string:
'[Balancing snippet, trit = ', neededTrit asString, ']')
Bloc Visualizations
Parallel Tempering View
PigeonsResult >> gtGayTemperingFor: aView
<gtView>
^ aView explicit
title: 'Tempering Chains';
priority: 40;
stencil: [
| container |
container := BlElement new
layout: BlLinearLayout vertical;
constraintsDo: [ :c | c horizontal matchParent ].
self chains withIndexDo: [ :chain :i |
| row beta color |
beta := self schedule at: i.
color := GaySplitMix64 colorAt: i.
row := BlElement new
layout: BlLinearLayout horizontal;
constraintsDo: [ :c | c horizontal matchParent ];
addChildren: {
"Color swatch"
BlElement new size: 30@30; background: color asBlColor.
"Beta label"
BrLabel new text: ('β = ', beta printString).
"Energy bar"
BlElement new
size: ((chain energy / self maxEnergy * 200) @ 20);
background: color asBlColor.
"Trit"
BrLabel new text: ('trit: ', color trit asString)
}.
container addChild: row ].
container ]
Directed Landscape Visualization
DirectedLandscape >> gtGayLandscapeFor: aView
<gtView>
^ aView explicit
title: 'Landscape';
priority: 35;
stencil: [
| canvas |
canvas := BlElement new
size: 600@400;
background: Color black.
self geodesics do: [ :geo |
| path color |
color := GaySplitMix64 colorAt: geo hash.
path := BlPolylineElement vertices: geo asPoints.
path border: (BlBorder paint: color asBlColor width: 2).
canvas addChild: path ].
canvas ]
KPZ Integration
Colored Height Function View
KPZHeightFunction >> gtGayHeightFor: aView
<gtView>
^ aView explicit
title: 'Colored Height';
priority: 30;
stencil: [
| canvas |
canvas := BlElement new size: 800@400.
self grid withIndexDo: [ :row :y |
row withIndexDo: [ :height :x |
| color elem |
color := self heightToColor: height atColor: (self colorAt: x@y).
elem := BlElement new
position: (x * 4) @ (400 - (height * 2));
size: 4 @ (height * 2);
background: color asBlColor.
canvas addChild: elem ]].
canvas ]
KPZHeightFunction >> heightToColor: h atColor: k
"Gay.jl color modulated by height"
| base |
base := GaySplitMix64 colorAt: k.
^ GayColor
L: (base L + (h * 0.5) min: 95)
C: base C
H: base H
Commands
# Load Glamorous Gay into GT
just gt-load-gay
# Color an object
just gt-gay-color object=MyClass
# Generate Lepiter color map
just gt-lepiter-gay-map
# Visualize tempering chains
just gt-pigeons-view result.ston
Installation
"Load via Metacello"
Metacello new
repository: 'github://bmorphism/glamorous-gay:main/src';
baseline: 'GlamorousGay';
load.
"Set global seed"
GayGlobalSeed value: 1069.
"Verify installation"
42 gayColor inspect.
GF(3) Triad
| Trit | Role | GT Component |
|---|---|---|
| -1 | Validation | Inspector assertions |
| 0 | Coordination | Lepiter knowledge base |
| +1 | Generation | Bloc visualizations |
Conservation: (-1) + (0) + (+1) = 0 ✓
Related Skills
- gay-mcp (+1): Core coloring algorithm
- kpz-universality (0): Height function coloring
- pigeons-tempering: Chain visualization
- discopy (+1): String diagram rendering
Skill Name: glamorous-gay Type: IDE Integration / Visualization Trit: +1 (PLUS) Key Property: Every object has a deterministic, reproducible color Status: ✅ Production Ready
Autopoietic Marginalia
The IDE molds to the problem. The colors reveal the structure. GF(3) conserves.
Every use of this skill is an opportunity for worlding:
- MEMORY (-1): Record effective inspector patterns
- REMEMBERING (0): Connect visualizations across domains
- WORLDING (+1): Create new moldable views
Add Interaction Exemplars here as the skill is used.
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