Chapter 4.1 Introduction
The detailed Scilab knowlege isn’t necessary to use this course. The only one Scilab application – Xcos will be used.
The shown examples are the tip of the iceberg only. But these small examples amount shows the Scilab power.
Chapter. 4.2 Simple Scilab funtions
Click the Scilab shortcut and wait a moment. The Scilab is started
The window will open. Write “2+2” instruction
You can write many other more complicated intructions with IF, ELSE … etc. It enables physical effects modellig as whirlpool…
Chapter. 4.3 3D diagrams
Scilab is equipped with some demos – Scilab language ready programs. Beginners can feel Scilab power without programs writing.
You will draw function z = sin(x)*cos(y) surface for -4…x…+4, -4…y…+4.
I advice to use the broomstick to clear first.
Wow! But I show more. Use windows button to make 3D diagram full screen first.
You can test diagram by different view angles!
Chapter 4.4 Levitron
This model is equipped with animation.
The levitron will rotate when click “start”. Do you observe precession effect? You can push “stop” , change initial conditions and start experiment again.
Chapter. 4.5 The coin on the table
Put the coin egdewise on the table and push it.
Chapter. 4.6 Math is wonderfull!
This demo is unbeatable!
Chapter. 4.7 Conclusions
Each demo is a Scilab program. It is possible to write these program in “normal” language as C++ and assembler even. But it will be much stiffller than math specialized Scilab.