Modelling and simulation environment

Model-Based Design
How to model in Engee
- First Steps. Creating a simple model
- Model building
- Signal processing by frames and samples
- Setting up and running the model
- Model debugging in Engee
  - Breakpoints in modelling
- Model hierarchy
- Abstracts
- Engee User Libraries
- Masks at Engee
- Working with signals of different dimensions
- Callbacks
- Model Architecture in Engee
  - Practical work with model architecture in Engee
- Physical Modeling
  - Principles of modelling physical systems
  - Stages of building a physical model
  - Modelling of mechanical gears with losses
  - Modelling of mechanical gears
  - Customising physical blocks using target values
- Modelling of electric power systems
  - Problem solving for delta connection of transformer windings
- Lookup tables
- Resolvers in Engee
  - Getting started with solvers in Engee
  - Algebraic loop
  - Local solvers for physical networks
Visualisation of simulation results
- Recording signals in Engee
- Software processing of simulation results in Engee
Engee Block Library
State Machines
Software control of modelling
Semi-natural modelling
- Introduction
- Getting Started
- Model settings
- Modes of model execution
- RITM.Manager
- Software control of RITM
- Connection of RITM modules
  - Purpose of GP-LC-45 pins
  - GP-ID-4X pin assignment
  - Purpose of GP-AD-24 pins
  - GP-ID-24 pin assignment
  - GP-ID-34 pin assignment
  - Working with Modbus TCP block library