Accessibility Features - Bryantad/Sona GitHub Wiki
This comprehensive guide covers all accessibility features in Sona, designed to make programming accessible to everyone aged 12-55+, regardless of ability, learning style, or neurodivergence.
By the end of this guide, you'll understand:
- ✅ All accessibility features available in Sona
- ✅ How to customize your programming environment
- ✅ Specific support for different disabilities and learning styles
- ✅ How to switch between accessibility and traditional modes
- ✅ Advanced accessibility settings and configurations
Sona is built on the principle of "accessibility first" - not accessibility added later. This means:
- 🧠 Cognitive accessibility is built into the core language design
- 👁️ Visual accessibility is integrated into every interface
- 🎧 Audio accessibility supports all interaction patterns
- ⌨️ Motor accessibility enables full functionality without a mouse
- 🌍 Learning accessibility accommodates different learning styles
think "ADHD-friendly features"
# Thinking blocks help organize thoughts
think "I need to calculate the total cost"
price = 10
quantity = 3
total = price * quantity
think "Now I have the total cost calculated"
# Progress indicators reduce anxiety
show "Processing your request..."
show "Step 1 of 3: Calculating prices"
show "Step 2 of 3: Applying discounts"
show "Step 3 of 3: Finalizing order"
show "✅ Complete!"
# Predictable patterns reduce cognitive load
# ALL commands follow the same structure
show "information" # Always: action + what
calculate 5 + 3 # Always: action + what
when condition: action # Always: action + condition + what
repeat 3 times: action # Always: action + how many + what
# Consistent error messages
# Instead of: "SyntaxError: invalid syntax"
# Sona says: "🤔 Gentle suggestion: It looks like you might be missing a quote mark"
# Plain English instead of symbols
show "Hello World" # Not: print("Hello World")
calculate 5 + 3 # Not: result = 5 + 3
when age >= 18: show "Adult" # Not: if age >= 18: print("Adult")
# Consistent word patterns
think "note" # Always "think" for comments
show "output" # Always "show" for display
calculate 2 + 2 # Always "calculate" for math
# Screen reader friendly syntax
user_age = 25 # Spoken as "user age equals 25"
when user_age >= 18: # Spoken as "when user age greater than or equal to 18"
show "You can vote" # Spoken as "show you can vote"
# Descriptive variable names
student_grade = 85 # Not: g = 85
is_passing_grade = true # Not: pass = true
# Settings for better visibility
settings theme = "high-contrast"
settings background = "black"
settings text = "white"
settings keywords = "yellow"
settings strings = "cyan"
# Dyslexia-friendly fonts
settings font = "OpenDyslexic"
settings font_size = "large" # or "small", "medium", "xlarge"
# Alternative fonts
settings font = "Arial" # Simple, clean font
settings font = "Verdana" # High readability
settings font = "Courier" # Monospace for structure
# Everything has visual indicators
show "Program started" # Visual confirmation
calculate 5 + 3 # Shows result: 8
when true: show "Condition met" # Visual feedback
# Progress indicators instead of sounds
show "🔄 Processing..."
show "⏳ Please wait..."
show "✅ Complete!"
# Turn off audio completely
settings audio = "off"
settings feedback = "visual-only"
# Or customize audio levels
settings audio = "minimal" # Only important alerts
settings audio = "full" # All feedback sounds
# Everything accessible via keyboard
# Tab - Move between elements
# Enter - Execute commands
# Ctrl+S - Save (automatic anyway)
# Ctrl+Z - Undo
# Ctrl+Y - Redo
# Voice commands (framework exists)
"show hello world" # Becomes: show "hello world"
"calculate five plus three" # Becomes: calculate 5 + 3
"when age greater than eighteen" # Becomes: when age > 18:
# Intelligent autocomplete
sh<TAB> # Expands to: show
ca<TAB> # Expands to: calculate
wh<TAB> # Expands to: when
# Rich feedback and guidance
show "Hello, World!"
[INFO] Command executed successfully
[PROGRESS] Program completed: 1/1 statements
[ACCESSIBILITY] Screen reader: "Hello, World!"
calculate 5 + 3
[RESULT] 8
[INFO] Calculation completed
[PROGRESS] 100% complete
# Minimal, efficient output
show "Hello, World!"
Hello, World!
calculate 5 + 3
= 8
# Switch to accessibility mode
accessibility
# Switch to traditional mode
traditional
# Auto-detect best mode
auto
# Comprehensive accessibility setup
settings mode = "accessibility"
settings theme = "high-contrast"
settings font = "OpenDyslexic"
settings font_size = "large"
settings audio = "off"
settings feedback = "visual-only"
settings progress = "detailed"
settings errors = "gentle"
settings help = "enabled"
settings autocomplete = "enabled"
settings keyboard_navigation = "enabled"
# For visual learners
settings syntax_highlighting = "enhanced"
settings indentation_guides = "visible"
settings color_coding = "detailed"
# For auditory learners
settings audio_feedback = "enabled"
settings screen_reader = "optimized"
settings voice_commands = "enabled"
# For kinesthetic learners
settings interactive_examples = "enabled"
settings hands_on_practice = "prioritized"
settings step_by_step = "enabled"
- ADHD Support - Focus tools and attention management
- Autism Support - Predictable patterns and sensory-friendly design
- Dyslexia Support - Reading-friendly features and fonts
- Screen Reader Guide - Complete screen reader optimization
- Voice Coding Guide - Programming with voice commands
- Keyboard Navigation - Full keyboard accessibility
think "Testing my accessibility setup"
# Test visual accessibility
settings theme = "high-contrast"
show "Can you see this text clearly?"
# Test screen reader
show "Screen reader test: This should be announced"
# Test keyboard navigation
show "Try using Tab to navigate"
# Test font readability
settings font = "OpenDyslexic"
show "Is this font easier to read?"
# Test progress indicators
show "🔄 Testing progress indicators..."
show "✅ Test complete!"
# If text is hard to read
settings font_size = "xlarge"
settings theme = "high-contrast"
# If screen reader isn't working
settings screen_reader = "nvda" # or "jaws", "voiceover"
settings audio_descriptions = "enabled"
# If keyboard navigation is difficult
settings keyboard_shortcuts = "simplified"
settings tab_navigation = "enhanced"
# Sona automatically monitors cognitive load
# When complexity gets high, it suggests breaks
think "This is getting complex, let me break it down"
# Sona notices: "🤔 This section is getting complex. Consider breaking it into smaller parts."
# Interface adapts to your patterns
# If you frequently use certain features, they become more prominent
# If you struggle with certain concepts, additional help appears
# Features for working with others
settings collaboration = "accessible"
settings shared_screen = "high-contrast"
settings pair_programming = "enabled"
# Good: Descriptive variable names
student_name = "Alice"
final_grade = 92
is_passing = true
# Avoid: Unclear abbreviations
n = "Alice"
g = 92
p = true
# Good: Explain your thinking
think "Calculating the final grade based on all assignments"
total_points = homework + tests + projects
final_grade = total_points / max_points * 100
# Good: Document complex logic
think "This loop processes each student's grades"
repeat for each student in class_roster:
think "Processing " + student.name + "'s grades"
# Grade calculation logic here
help # General help
help accessibility # Accessibility features
help show # Help with specific commands
help settings # Configuration options
- Accessibility Forum - Connect with other users
- Screen Reader Community - Specific support for blind users
- Neurodivergent Coders - Support for ADHD, autism, dyslexia
- Voice Coding Group - Help with voice programming
Sarah, 16, ADHD: "The thinking blocks help me organize my thoughts. I can actually focus on coding now instead of getting lost in my own head."
Marcus, 28, Blind: "Sona's screen reader support is incredible. I can code as efficiently as my sighted colleagues."
Elena, 45, Dyslexic: "The plain English syntax makes so much more sense than traditional programming languages. I finally feel like I can learn to code."
Jamie, 19, Autistic: "The predictable patterns and consistent structure make me feel comfortable and confident while programming."
- AI-powered accessibility - Personalized assistance
- Real-time collaboration - Accessible pair programming
- Visual programming - Drag-and-drop interfaces
- Advanced voice recognition - Natural language coding
- Biometric feedback - Stress and fatigue monitoring
- Your feedback shapes development - Every suggestion matters
- Accessibility testing - Regular testing with real users
- Open source collaboration - Everyone can contribute
- Research partnerships - Working with accessibility researchers
Accessibility is not a feature - it's a fundamental right. Everyone deserves to participate in the digital world, including programming.
Sona proves that accessible design makes better tools for everyone. Features designed for accessibility often help all users.
Your voice matters. If you have accessibility needs that aren't met, or ideas for improvements, please share them with the community.
Programming is for everyone. Whether you're 12 or 55+, whether you're neurotypical or neurodivergent, whether you have a disability or not - you belong in the programming community.
Ready to experience accessible programming? Try Sona today:
# Start with accessibility mode
python sona_accessibility_enhanced.py
# Or let Sona choose the best mode for you
python sona_smart_launcher.py
Welcome to the future of inclusive programming! 🌈
This guide is constantly updated based on feedback from our diverse community. Have suggestions, need support, or want to share your accessibility success story? We'd love to hear from you!