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GraphDone User Flows & Interaction Patterns

AI-Generated Content Warning: This documentation contains AI-generated content. Verify information before depending on it for decision making.

Core User Flows

1. New User Onboarding Flow

Understanding how users first experience GraphDone's unique approach to project management.

journey
    title New User Journey
    section Discovery
      Visit landing page          : 3: User
      Read philosophy             : 4: User
      Watch demo video            : 5: User
    section Trial
      Create account              : 3: User
      Join demo workspace         : 4: User
      Create first node           : 5: User
      See spherical visualization : 5: User
    section Learning
      Tutorial: Priority system   : 4: User
      Tutorial: Dependencies      : 4: User
      Tutorial: Community rating  : 5: User
      Invite team member          : 3: User
    section Adoption
      Create real project         : 5: User
      Set up workflows            : 4: User
      Integrate AI agent          : 5: User
      Achieve first milestone     : 5: User
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2. Daily Collaboration Flow

How teams use GraphDone for ongoing project coordination.

sequenceDiagram
    participant TL as Team Lead
    participant DEV as Developer
    participant DES as Designer
    participant AI as AI Agent
    participant SYS as GraphDone System
    
    Note over TL,SYS: Morning Planning
    TL->>SYS: Check high-priority nodes
    SYS->>TL: Display center-sphere items
    TL->>SYS: Add executive priority to critical bug
    SYS->>DEV: Real-time notification: Priority increased
    SYS->>DES: Real-time notification: Priority increased
    
    Note over TL,SYS: Work Execution
    DEV->>SYS: Update node status: In Progress
    SYS->>TL: Status change notification
    DES->>SYS: Create dependency: "Design review needed"
    SYS->>DEV: Dependency notification
    
    Note over TL,SYS: Community Validation
    DEV->>SYS: Propose new performance optimization
    Note over SYS: Node starts at periphery
    DES->>SYS: Anonymous boost: +0.3 community priority
    TL->>SYS: Anonymous boost: +0.2 community priority
    SYS->>AI: Priority change: Performance optimization
    AI->>SYS: Analysis: "High impact, recommend resources"
    SYS->>SYS: Migrate node toward center
    
    Note over TL,SYS: Resource Allocation
    SYS->>TL: Node reached resource threshold
    TL->>SYS: Assign developer to optimization
    SYS->>DEV: New assignment notification
    AI->>SYS: Offer automated testing support
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3. Idea Evolution Flow

How ideas migrate from periphery to center through community validation.

graph TD
    START[💡 New Idea Created] --> PERIPHERY[📍 Positioned at Periphery<br/>Priority: 0.1<br/>Resources: Minimal]
    
    PERIPHERY --> VISIBILITY[👁️ Visible to Community<br/>Anonymous rating enabled]
    
    VISIBILITY --> COMMUNITY_CHOICE{Community Response}
    
    COMMUNITY_CHOICE -->|Positive Feedback| BOOST1[⬆️ Community Boost<br/>Priority: 0.3<br/>Moves closer to center]
    COMMUNITY_CHOICE -->|No Feedback| STAGNATE[⏸️ Remains at Periphery<br/>Gets idle resources only]
    COMMUNITY_CHOICE -->|Negative Feedback| DECLINE[⬇️ Moves further out<br/>Reduced visibility]
    
    BOOST1 --> ATTENTION[👀 Increased Visibility<br/>More team members see it]
    ATTENTION --> VALIDATION{Continued Validation}
    
    VALIDATION -->|Strong Support| BOOST2[⬆️⬆️ Major Boost<br/>Priority: 0.7<br/>Enters inner sphere]
    VALIDATION -->|Mixed Response| PLATEAU[➡️ Stabilizes<br/>Middle sphere position]
    VALIDATION -->|Support Wanes| DECLINE
    
    BOOST2 --> RESOURCES[💰 Substantial Resources<br/>Team assignment<br/>Active development]
    RESOURCES --> EXECUTION[🔨 Active Development<br/>Regular updates<br/>Progress tracking]
    
    EXECUTION --> SUCCESS{Outcome}
    SUCCESS -->|Delivers Value| REINFORCE[🔄 Reinforced Position<br/>Continued high priority]
    SUCCESS -->|Fails to Deliver| REASSESS[🔍 Community Reassessment<br/>May lose priority]
    
    PLATEAU --> EVOLUTION[🔄 Continuous Evolution<br/>Based on changing needs]
    EVOLUTION --> VALIDATION
    
    style START fill:#e1f5fe
    style BOOST2 fill:#c8e6c9
    style RESOURCES fill:#fff3e0
    style DECLINE fill:#ffcdd2
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4. Human-AI Collaboration Patterns

How humans and AI agents coordinate as peers in the graph.

graph LR
    subgraph "Human Activities"
        H1[👤 Create Strategic Goals]
        H2[👤 Design User Experience]
        H3[👤 Make Creative Decisions]
        H4[👤 Validate Community Needs]
    end
    
    subgraph "AI Agent Activities" 
        A1[🤖 Code Review & Testing]
        A2[🤖 Performance Analysis]
        A3[🤖 Documentation Generation]
        A4[🤖 Risk Assessment]
    end
    
    subgraph "Shared Graph Space"
        N1[Strategic Outcome]
        N2[Feature Implementation]
        N3[Quality Assurance]
        N4[Performance Metrics]
        N5[User Documentation]
    end
    
    H1 --> N1
    H2 --> N2
    H3 --> N2
    H4 --> N1
    
    A1 --> N3
    A2 --> N4
    A3 --> N5
    A4 --> N1
    
    N1 -.-> N2
    N2 -.-> N3
    N3 -.-> N4
    N2 -.-> N5
    
    style H1 fill:#e3f2fd
    style H2 fill:#e3f2fd
    style H3 fill:#e3f2fd
    style H4 fill:#e3f2fd
    style A1 fill:#f3e5f5
    style A2 fill:#f3e5f5
    style A3 fill:#f3e5f5
    style A4 fill:#f3e5f5
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Interaction Patterns

Priority Adjustment Patterns

Different ways priority can change in the system.

graph TB
    subgraph "Executive Influence"
        EXEC_FLAG[🏛️ Executive Flag<br/>Strategic priority signal]
        EXEC_GRAVITY[🌟 Creates Gravity Well<br/>Attracts related work]
    end
    
    subgraph "Individual Influence"
        PERSONAL[👤 Personal Priority<br/>Individual importance]
        CONTRIBUTION[🔨 Active Contribution<br/>Working on node]
    end
    
    subgraph "Community Influence"
        ANONYMOUS[👥 Anonymous Rating<br/>Peer validation]
        BOOST[⬆️ Community Boost<br/>Collective energy]
        NETWORK[🕸️ Network Effects<br/>Connected node priority]
    end
    
    subgraph "Algorithmic Influence"
        DEPENDENCY[🔗 Dependency Priority<br/>Inherited importance]
        TIME_DECAY[⏰ Time-based Decay<br/>Prevents stagnation]
        USAGE[📊 Usage Patterns<br/>Actual engagement]
    end
    
    EXEC_FLAG --> EXEC_GRAVITY
    PERSONAL --> CONTRIBUTION
    ANONYMOUS --> BOOST
    BOOST --> NETWORK
    DEPENDENCY --> TIME_DECAY
    TIME_DECAY --> USAGE
    
    EXEC_GRAVITY -.-> PRIORITY_ENGINE[🧮 Priority Calculator]
    CONTRIBUTION -.-> PRIORITY_ENGINE
    NETWORK -.-> PRIORITY_ENGINE
    USAGE -.-> PRIORITY_ENGINE
    
    PRIORITY_ENGINE --> SPHERICAL_POSITION[🌍 Spherical Position Update]
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Notification & Awareness Patterns

How users stay informed about relevant changes.

sequenceDiagram
    participant U as User
    participant S as System
    participant N as Notification Hub
    participant P as Push Service
    participant E as Email Service
    
    Note over U,E: Subscription Setup
    U->>S: Configure notification preferences
    S->>N: Store user preferences
    
    Note over U,E: Priority Change Event
    S->>N: Node priority increased significantly
    N->>N: Check user preferences & relevance
    
    alt High relevance + immediate preference
        N->>P: Send push notification
        P->>U: Real-time alert
    else Medium relevance + daily digest preference
        N->>E: Queue for daily digest
        E->>U: Daily summary email
    else Low relevance
        N->>S: Update in-app feed only
    end
    
    Note over U,E: Dependency Change Event
    S->>N: Node you're working on has new dependency
    N->>P: Send immediate notification
    P->>U: "Your work is blocked by: X"
    
    Note over U,E: Community Validation Event
    S->>N: Your idea received community boost
    N->>P: Send encouragement notification
    P->>U: "Your idea is gaining traction! 🚀"
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Mobile-First Interaction Patterns

Touch-optimized interactions for mobile devices.

graph TB
    subgraph "Touch Gestures"
        TAP[👆 Tap<br/>Select node<br/>View details]
        LONG_PRESS[✋ Long Press<br/>Context menu<br/>Quick actions]
        PINCH[🤏 Pinch/Zoom<br/>Navigate graph<br/>Focus areas]
        SWIPE[👈 Swipe<br/>Change priorities<br/>Quick rating]
    end
    
    subgraph "Voice Interactions"
        VOICE_CREATE[🎤 "Create task..."<br/>Quick node creation]
        VOICE_PRIORITY[🎤 "Boost priority..."<br/>Priority adjustment]
        VOICE_STATUS[🎤 "Mark complete..."<br/>Status updates]
    end
    
    subgraph "Contextual Actions"
        FLOATING_MENU[⚡ Floating Action Button<br/>Common operations]
        BOTTOM_SHEET[📋 Bottom Sheet<br/>Node details & actions]
        QUICK_ADD[➕ Quick Add<br/>Add related nodes]
    end
    
    subgraph "Offline Capabilities"
        LOCAL_CACHE[💾 Local Cache<br/>Recently viewed nodes]
        SYNC_QUEUE[⏳ Sync Queue<br/>Offline changes]
        CONFLICT_RESOLUTION[🔄 Conflict Resolution<br/>Merge offline work]
    end
    
    TAP --> BOTTOM_SHEET
    LONG_PRESS --> FLOATING_MENU
    VOICE_CREATE --> QUICK_ADD
    
    BOTTOM_SHEET --> LOCAL_CACHE
    FLOATING_MENU --> SYNC_QUEUE
    QUICK_ADD --> CONFLICT_RESOLUTION
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Advanced User Flows

AI Agent Integration Flow

How AI agents join and participate in projects.

journey
    title AI Agent Integration Journey
    section Discovery
      Agent scans available projects  : 3: AI Agent
      Analyzes skill match           : 4: AI Agent
      Requests project access        : 3: AI Agent
    section Onboarding
      Human approves agent           : 4: Human
      Agent reads project context    : 5: AI Agent
      Agent identifies contribution areas: 5: AI Agent
    section Contribution
      Agent proposes optimizations   : 4: AI Agent
      Community validates proposals  : 4: Community
      Agent begins automated work    : 5: AI Agent
    section Collaboration
      Agent requests human input     : 5: AI Agent
      Human provides creative direction: 5: Human
      Agent adapts to feedback       : 5: AI Agent
    section Value Delivery
      Agent delivers consistent results: 5: AI Agent
      Human focuses on high-value work: 5: Human
      Team velocity increases        : 5: Team
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Conflict Resolution Flow

How the system handles conflicting priorities and dependencies.

flowchart TD
    CONFLICT[⚠️ Conflict Detected] --> TYPE{Conflict Type}
    
    TYPE -->|Priority Conflict| PRIORITY_RESOLVE[🎯 Priority Resolution]
    TYPE -->|Dependency Cycle| CYCLE_RESOLVE[🔄 Cycle Resolution]
    TYPE -->|Resource Conflict| RESOURCE_RESOLVE[💰 Resource Resolution]
    
    PRIORITY_RESOLVE --> COMMUNITY_VOTE[👥 Community Voting<br/>Anonymous conflict resolution]
    CYCLE_RESOLVE --> DEPENDENCY_ANALYSIS[🔍 Dependency Analysis<br/>Find minimal cuts]
    RESOURCE_RESOLVE --> CAPACITY_PLANNING[📊 Capacity Planning<br/>Resource reallocation]
    
    COMMUNITY_VOTE --> WEIGHTED_DECISION[⚖️ Weighted Decision<br/>Based on expertise & stake]
    DEPENDENCY_ANALYSIS --> RESTRUCTURE[🔧 Graph Restructuring<br/>Break cycles safely]
    CAPACITY_PLANNING --> SCHEDULING[📅 Smart Scheduling<br/>Optimize resource usage]
    
    WEIGHTED_DECISION --> IMPLEMENT[✅ Implement Resolution]
    RESTRUCTURE --> IMPLEMENT
    SCHEDULING --> IMPLEMENT
    
    IMPLEMENT --> MONITOR[📊 Monitor Outcome<br/>Learn from resolution]
    MONITOR --> FEEDBACK[🔄 Feedback Loop<br/>Improve future resolution]
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Scale Transition Flow

How teams transition from small to large scale usage.

graph LR
    subgraph "Small Team (2-10)"
        S1[Direct Communication<br/>Informal coordination]
        S2[Simple Priorities<br/>Personal + executive]
        S3[Manual Dependencies<br/>Visual connections]
    end
    
    subgraph "Medium Team (10-50)"
        M1[Structured Communication<br/>Notification system]
        M2[Democratic Priorities<br/>Community validation]
        M3[Automated Dependencies<br/>Smart suggestions]
    end
    
    subgraph "Large Organization (50+)"
        L1[Federated Graphs<br/>Department boundaries]
        L2[AI-Assisted Coordination<br/>Intelligent agents]
        L3[Advanced Analytics<br/>Pattern recognition]
    end
    
    S1 --> M1
    S2 --> M2
    S3 --> M3
    
    M1 --> L1
    M2 --> L2
    M3 --> L3
    
    style S1 fill:#e8f5e8
    style S2 fill:#e8f5e8
    style S3 fill:#e8f5e8
    style M1 fill:#fff3e0
    style M2 fill:#fff3e0
    style M3 fill:#fff3e0
    style L1 fill:#f3e5f5
    style L2 fill:#f3e5f5
    style L3 fill:#f3e5f5
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These user flows demonstrate how GraphDone's unique approach to project management creates natural, intuitive workflows that scale from individual contributors to large organizations while maintaining the core principles of democratic coordination and human-AI collaboration.