Contemporary Control Systems Sedona User Manual
Using sedona 1.2 components from tridium’s kits
Table of contents
Document Outline
- Introduction
- Variable Types
- Configuring Constants
- Using Write Components
- Converting Between Component Types
- Float-to-Boolean and Boolean-to-Float Conversion
- Negating a Boolean Variable - Inverting Your Logic
- Boolean Product - “ANDing” Boolean Variables
- Boolean Sum - “Oring” Boolean Variables
- Exclusive OR - A OR B but Not Both
- Cascading Logic Blocks and Unused Inputs
- Cascading Logic Blocks and Unused Inputs (continued)
- Boolean, Float or Integer Selection
- De-Multiplexing
- Float Addition
- Float Subtraction
- Float Multiplication
- Float Division
- Finding Minimums and Maximums
- Rounding Off Floats
- Averaging Successive Readings
- On-Delays and Off-Delays
- Using the Timer
- Using One-Shots - Mono-Stable Multivibrators
- Creating Ramps - A-Stable Multivibrators
- Comparing Two Floats
- A Simple Clock - the TickToc
- Introducing Counters
- Operating on Real-World Signals - Hysteresis and Limiting
- Handling Non-Linear Signals
- Simple Set-Reset Flip Flop - Bi-Stable Multivibrator
- The Loop Component - Basic PID Controller
- Linear Sequencer - Bar-Graph Representation of a Float
- Reheat Sequencer - Four Staged Outputs from a Float Input
- Reset - Scaling a Float Input between Two Limits
- Tstat - Basic On/Off Temperature Controller
- Real-Time Clock and Scheduling
- Priority Arrays
- Office Locations