Plaquette

Plaquette is an object-oriented, user-friendly, signal-centric programming framework for creative physical computing. It promotes expressiveness over technical details while remaining fully compatible with Arduino, thus allowing both beginner and advanced creative practitioners to design meaningful physical computing systems in an intuitive fashion.

Plaquette allows you to:

• React to multiple sensors and actuators in real-time without interruption.

• Automatically calibrate sensors to generate stable interactions in changing environments.

• Design complex interactive behaviors by seamlessly combining powerful effects.

Quick links:

Discover the features	Get started
Watch video tutorials	Filter your signals

Table of Contents

Guide

• Why Plaquette?
  • Rationale
  • A new standard
• Features
  • Object-oriented
  • User-friendly
  • Signal-centric
  • Signal Filtering
  • Real-time
  • Arduino compatible
• Getting started
  • Step 1: Install Plaquette
  • Step 2: Your first Plaquette program
  • Step 3 : Experiment!
• Regularizing Signals
  • Step 1 : Direct Input-to-Output
  • Step 2 : Getting the Full Range of the Signal
  • Step 3 : Reacting to Signal Changes
  • Step 4 : Adapting to Changing Conditions
  • Step 5 : Detecting Outliers
  • Step 6 : Detecting Peaks
• Advanced Usage
  • Avoiding Plaquette Style
  • Using Plaquette as an External Library
• Credits
• License

Reference

• Base Units
  • AnalogIn
  • AnalogOut
  • DigitalIn
  • DigitalOut
  • StreamIn
  • StreamOut
• Generators
  • SineOsc
  • SquareOsc
  • TriOsc
• Timing
  • Alarm
  • Metro
  • Ramp
  • Timer
• Filters
  • MinMaxScaler
  • Normalizer
  • PeakDetector
  • Smoother
• Functions
  • mapFloat()
  • mapFrom01()
  • mapTo01()
  • randomFloat()
  • seconds()
  • wrap()
• Structure
  • begin()
  • step()
  • [] (arrays)
  • . (dot)
  • >> (pipe)
• Extra
  • Easings
  • ContinuousServoOut
  • ServoOut