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2 Description of the Wolfram SystemModeler
The installation of parameters and initial values, as well as the choice of the variables of interest to us to build graphical dependencies, is quite obvious. If difficulties
arise, it is recommended to refer to [4].
Let us dwell in more detail on the choice of basic experiment settings (on the
choice of additional “advanced” settings, see [4]).
To perform a computational experiment, it is necessary to choose a numerical
method by which the equations determining the mathematical model of the dynamical system under consideration will be solved. It is also necessary to configure the
following experimental parameters (Fig. 2.12):
• start time;
• stop time;
• step size;
• tolerance.
Fig. 2.12 Computational experiment settings
2 Description of the Wolfram SystemModeler
The installation of parameters and initial values, as well as the choice of the variables of interest to us to build graphical dependencies, is quite obvious. If difficulties
arise, it is recommended to refer to [4].
Let us dwell in more detail on the choice of basic experiment settings (on the
choice of additional “advanced” settings, see [4]).
To perform a computational experiment, it is necessary to choose a numerical
method by which the equations determining the mathematical model of the dynamical system under consideration will be solved. It is also necessary to configure the
following experimental parameters (Fig. 2.12):
• start time;
• stop time;
• step size;
• tolerance.
Fig. 2.12 Computational experiment settings