MLPro-BF - Basic Functions

The following examples demonstrate various basic functionalities of MLPro-BF:

• Layer 0 - Elementary Functions
  • Various Functions
    • Howto BF-001: Logging
    • Howto BF-002: Timer
    • Howto BF-003: Store and plot data
    • Howto BF-004: Buffers
    • Howto BF-005: Persistence
  • User Interaction
    • Howto BF-UI-001: SciUI - Reuse of interactive 2D/3D Input Space
• Layer 1 - Computation
  • Event Handling
    • Howto BF-EH-001: Event Handling
  • Multitasking
    • Howto BF-MT-001: Multitasking - Parallel Algorithms
    • Howto BF-MT-002: Multitasking - Tasks and Workflows
• Layer 2 - Mathematics
  • Howto BF-MATH-001: Dimensions, Spaces and Elements
  • Howto BF-MATH-010: Normalizers
• Layer 3 - Application Support
  • Stream Processing
    • Howto BF-STREAMS-001: Accessing Native Data From MLPro
    • Howto BF-STREAMS-002: Accessing Data From CSV Files
    • Howto BF-STREAMS-003: Visualizing 10-dimensional Random Stream Provided By MLPro
    • Howto BF-STREAMS-004: Visualizing 2D Double Spiral Stream Provided By MLPro
    • Howto BF-STREAMS-005: Visualizing Multivariate Point Outlier Stream Provided By MLPro
    • Howto BF-STREAMS-006: Visualizing Static 2D Random Point Clouds Provided By MLPro
    • Howto BF-STREAMS-007: Visualizing Dynamic 2D Random Point Clouds Provided By MLPro
    • Howto BF-STREAMS-008: Visualizing Static 3D Random Point Clouds Provided By MLPro
    • Howto BF-STREAMS-009: Visualizing Dynamic 3D Random Point Clouds Provided By MLPro
    • Howto BF-STREAMS-010: Visualizing Multivariate Random Cloud Generator in 3D Mode Provided By MLPro
    • Howto BF-STREAMS-020: Streams Sampler
    • Howto BF-STREAMS-101: Basics of Streams
    • Howto BF-STREAMS-102: Tasks Workflows And Stream Scenarios
    • Howto BF-STREAMS-110: Window
    • Howto BF-STREAMS-111: Rearranger (2D)
    • Howto BF-STREAMS-112: Rearranger (3D)
    • Howto BF-STREAMS-113: Rearranger (nD)
    • Howto BF-STREAMS-114: Deriver
  • Physics
    • Howto BF-PHYSICS-001: Transfer Functions
    • Howto BF-PHYSICS-002: Unit Converter
  • State-based Systems
    • Howto BF-SYSTEMS-001: Demonstrating Native Systems
    • Howto BF-SYSTEMS-010: System, Controller, Actuator, Sensor
• Layer 4 - Machine Learning
  • Basics
    • Howto BF-ML-001: Adaptive Model
    • Howto BF-ML-010: Hyperparameters
  • Adaptive State-based Systems