+
+ 🧠 Synapse UI Framework
+ Neural-Inspired UI Components for Modern Web Applications
+
+ Framework Agnostic
+ TypeScript Native
+ Biologically Inspired
+ Test-Driven
+
+
+
+
+ 🎯 Overview
+
+ Synapse UI is a revolutionary framework-agnostic UI library built on biological principles.
+ Components are modeled as neurons that communicate through signals, creating a self-sufficient,
+ neural-inspired architecture.
+
+
+
+
🔥 Framework Agnostic
+
No React, Vue, or Angular required. Pure TypeScript implementation.
+
+
+
🧬 Biologically Inspired
+
Components map to neurons with dendrites, soma, and axons.
+
+
+
⚡ Self-Sufficient
+
Components manage lifecycle, state, events, and rendering.
+
+
+
🔒 Type-Safe
+
Full TypeScript support with strict type checking.
+
+
+
+
+
+ 334
+ Total Tests
+
+
+ 71%
+ Pass Rate
+
+
+ 4K+
+ Lines of Code
+
+
+ 8+
+ Components
+
+
+
+
+ 🎨 Button Component
+ Neural-inspired button with press states and signal emission. Extends SensoryNeuron to capture user interactions.
+
+ Variants
+
+ Primary Button
+ Secondary Button
+ Danger Button
+ Success Button
+
+
+ Sizes
+
+ Small
+ Medium
+ Large
+
+
+ Code Example
+
+import { Button } from '@synapse-framework/core/ui';
+
+const submitButton = new Button({
+ id: 'submit-btn',
+ type: 'reflex',
+ threshold: 0.5,
+ props: {
+ label: 'Submit',
+ variant: 'primary',
+ size: 'medium',
+ onClick: () => console.log('Neural signal received!'),
+ },
+ initialState: {
+ pressed: false,
+ hovered: false,
+ disabled: false,
+ },
+});
+
+await submitButton.activate();
+const renderSignal = submitButton.render();
+
+
+
+
+ 📝 Input Component
+ Text input with focus tracking and validation. Captures user input and emits neural signals.
+
+
+
+ Code Example
+
+import { Input } from '@synapse-framework/core/ui';
+
+const emailInput = new Input({
+ id: 'email-input',
+ type: 'reflex',
+ threshold: 0.3,
+ props: {
+ type: 'email',
+ placeholder: 'Enter your email',
+ value: '',
+ onChange: (value) => console.log('Input:', value),
+ label: 'Email Address',
+ error: null,
+ },
+ initialState: {
+ focused: false,
+ value: '',
+ hasError: false,
+ },
+});
+
+
+
+
+ 🔽 Select Component
+ Dropdown selection with keyboard navigation. Handles option selection through neural pathways.
+
+
+
+ Country
+
+ Select a country...
+ United States
+ United Kingdom
+ Canada
+ Germany
+ France
+
+
+
Code Example
+
+import { Select } from '@synapse-framework/core/ui';
+
+const countrySelect = new Select({
+ id: 'country-select',
+ type: 'reflex',
+ threshold: 0.5,
+ props: {
+ options: [
+ { value: 'us', label: 'United States' },
+ { value: 'uk', label: 'United Kingdom' },
+ { value: 'ca', label: 'Canada' },
+ ],
+ value: 'us',
+ onChange: (value) => console.log('Selected:', value),
+ label: 'Country',
+ },
+ initialState: {
+ open: false,
+ focused: false,
+ selectedValue: 'us',
+ },
+});
+
+
+
+
+ 📋 Form Component
+ Container component with validation and submission. Extends InterneuronUI to orchestrate child components.
+
+
+
+ Code Example
+
+import { Form, Input } from '@synapse-framework/core/ui';
+
+const loginForm = new Form({
+ id: 'login-form',
+ type: 'cortical',
+ threshold: 0.5,
+ props: {
+ title: 'Login',
+ onSubmit: async (data) => {
+ console.log('Form data:', data);
+ // Submit to API
+ },
+ validation: {
+ email: (value) => {
+ if (!value) return 'Email is required';
+ if (!value.includes('@')) return 'Invalid email';
+ return null;
+ },
+ password: (value) => {
+ if (!value) return 'Password is required';
+ if (value.length < 8) return 'Password too short';
+ return null;
+ },
+ },
+ },
+ initialState: {
+ values: {},
+ errors: {},
+ submitting: false,
+ },
+});
+
+
+
+
+ 🧬 State Management: VisualAstrocyte
+ Redux-like state management with time-travel debugging, memoized selectors, and wildcard subscriptions.
+
+
+import { VisualAstrocyte } from '@synapse-framework/core/ui';
+
+const stateManager = new VisualAstrocyte({
+ id: 'app-state',
+ maxHistorySize: 50,
+ enableTimeTravel: true,
+});
+
+await stateManager.activate();
+
+// Set nested state
+stateManager.setState('user.profile.name', 'Alice');
+stateManager.setState('user.profile.age', 30);
+
+// Get state
+const name = stateManager.getState('user.profile.name');
+
+// Subscribe to changes
+stateManager.subscribe('user.profile.name', (newValue, oldValue) => {
+ console.log(`Name changed from ${oldValue} to ${newValue}`);
+});
+
+// Wildcard subscriptions
+stateManager.subscribe('user.*', (newValue) => {
+ console.log('User data changed:', newValue);
+});
+
+// Time-travel debugging
+stateManager.undo();
+stateManager.redo();
+stateManager.jumpToState(5);
+
+
+ Features
+
+ Nested state paths with dot notation
+ Wildcard subscriptions for reactive updates
+ Memoized selectors for derived state
+ Time-travel debugging (undo/redo/jump)
+ State snapshots for persistence
+ Middleware support for transformations
+ 59 comprehensive tests
+
+
+
+
+ ⚡ Rendering Optimization: VisualOligodendrocyte
+ Component memoization, Virtual DOM diffing, and performance tracking. Inspired by oligodendrocytes that myelinate neurons for faster signal transmission.
+
+
+import { VisualOligodendrocyte } from '@synapse-framework/core/ui';
+
+const optimizer = new VisualOligodendrocyte({
+ id: 'render-optimizer',
+ maxCacheSize: 100,
+});
+
+await optimizer.activate();
+
+// Memoize component renders
+const vdom = button.render().data.vdom;
+optimizer.memoizeRender('button-1', vdom, { label: 'Click' });
+
+// Get cached render (if props match)
+const cached = optimizer.getCachedRender('button-1', { label: 'Click' });
+if (cached) {
+ // Use cached version (skips re-render)
+}
+
+// Virtual DOM diffing
+const oldTree = { tag: 'div', children: ['Old'] };
+const newTree = { tag: 'div', children: ['New'] };
+const patches = optimizer.diff(oldTree, newTree);
+
+// Track render performance
+optimizer.recordRenderTime('my-component', 16);
+const metrics = optimizer.getRenderMetrics('my-component');
+
+// Myelination (optimize hot paths)
+optimizer.trackComponentUsage('frequently-used-button');
+optimizer.myelinateHotPaths(10);
+
+
+ Features
+
+ Component render memoization with prop comparison
+ Virtual DOM diffing algorithm for minimal updates
+ Performance tracking for all components
+ Lazy loading support
+ Hot path optimization ("myelination")
+ 15 comprehensive tests
+
+
+
+
+ 🧠 Neural Terminology
+ Understanding how biological concepts map to UI components:
+
+
+
+
Dendrite
+
Input receiver - receive() method, props
+
+
+
Soma
+
Processing center - executeProcessing(), state
+
+
+
Axon
+
Output transmitter - render(), emit()
+
+
+
Synapse
+
Connection between components
+
+
+
Signal
+
Information unit - Events, state changes
+
+
+
Threshold
+
Activation level - Re-render trigger
+
+
+
Refractory Period
+
Recovery time - Built-in debouncing
+
+
+
Astrocyte
+
State manager - VisualAstrocyte class
+
+
+
Oligodendrocyte
+
Optimizer - VisualOligodendrocyte class
+
+
+
Myelination
+
Speed optimization - Hot path caching
+
+
+
+
+ 🚀 Getting Started
+
+npm install @synapse-framework/core
+
+
+
+import { Button, VisualAstrocyte } from '@synapse-framework/core/ui';
+
+// Create state manager
+const state = new VisualAstrocyte({ id: 'app-state' });
+await state.activate();
+state.setState('clicks', 0);
+
+// Create button
+const button = new Button({
+ id: 'my-button',
+ type: 'reflex',
+ threshold: 0.5,
+ props: {
+ label: 'Click Me',
+ variant: 'primary',
+ onClick: () => {
+ const clicks = state.getState('clicks') || 0;
+ state.setState('clicks', clicks + 1);
+ },
+ },
+});
+
+await button.activate();
+const renderSignal = button.render();
+
+// Render to DOM (you provide the renderer)
+renderToDOM(document.body, renderSignal.data.vdom);
+
+
+
+
+ 🌟 Philosophy
+
+ "The nervous system has evolved over 3 billion years to solve distributed computing problems. Why not learn from it?"
+
+
+ Built with ❤️ by the Synapse team
+
+