Modelling Basics Hydraulic system modelling From Workspace and To Workspace JK Trigger Model Calculating the approximate value of some function Callbacks Manual switching of logic circuits Code placement in Engee Function blocks Application of programme control of the model Using buses Complex numbers in Engee and MATLAB The concept of an algebraic loop Rigid mechanical system Analysis of the spring damping system Conclusion of graphs in polar coordinate system Event counting with enabled and triggered subsystems Integrating Julia code into Engee models using the Engee Function block Removal of algebraic loops Comparison of subsystems to be included Binary logic Construction of truth tables, Boolean schemes and expressions Reading and writing data to different types of files Custom block libraries Mathematical models of bodies Extracting individual bits from a number Using Variant Source and Variant Sink blocks Branching of the solution algorithm Learning variable step solvers Zero crossing detection Creating Engee Function blocks with state variables Working with strings using Engee blocks Estimation of model execution time in Engee Bouncing ball simulation Advanced settings of the Engee Function unit Integration of C code in Engee model using C Function block Crossover in the models Block Masks Comparison in models Simulation of parachute opening algorithm Ratio-to-speed converter using command control in cycles Van der Polye oscillator Subsystems Fixed point data types Model Reference