Same as for Skrutka.pas. It is able to calculate the bias joints. To give a hint of what I am talking about, here is an example. When you heat up a cog-wheel and put it on a shaft it cools down after a while and creates the demountable joint. How much weight this joint is able to bear can be calculated using this program.

It took a long time to complete this library. I believe it includes many useful things like the memorising and restoring of the window basis, the window display, the question with 3 alternatives, the buffer clearing and the others. POUZI.PAS program guides you through all the functions. Don't hesitate to use it when you account the problems. Don't invent the stuff that has already been invented. As far as I'm concerned I'll be only pleased that you used it. Just remember you can't present the copied parts of the source codes under your authorship.

For example
- forgetting the bacground of a screen and back
- displaying the window with many different kinds of frames
- a question with 3 possibilities to answer
- deleting a buffer of the keyboard
and other 25 functions.

You can use if you wish. Do not lose your precious time on what has already been done. And for my part I will only be happy for it. Just don't forget you can't present the parts of source files you copied as your work. Pouzi.pas program will guide you through all the functions.

This program was made up to serve as a learning device when studying the TURING machine at Koçice University (Faculty of Electrical Engineering and Information Technology). Anyone who had at least one exam with Doc. Hudák knows what I'm talking about. It helps the visual understanding of the TURING machine functionality or can become handy when suggesting your own program for TURING machine. I found its operating leisurely and easy to follow. Other advantages include functions like the stepping of a suggested program, saving it on the disc or loading the disc. Unfortunately, I came short of the model programs so what I collected and made up in a very short time can be viewed in the MOVE.TUR file. This program was very favourite with its contemporary users. I hope it can still help someone as TURING machines are the basis of the assembler. Believe me, I'm not joking.