![]() ![]() On the bright side nobody will touch your computer. You may have to carry your keyboard with you at all times. When you do all that perform step 3 again for the new layout to see how the layout was improved. With shift key down first you would fill in central positions on the keyboard and then move to more distant positions. ![]() The other difference would be that you do not rotate strong and weak hand for each symbol when the Shift is down. When all keyboard is full then you continue the process of assigning keys but this time with Shift key pressed. Then you gradually move from central position of the hands into more "distant" areas of the keyboard. The third symbol goes back to your strong hand.and so on. The second symbol goes to your weak hand in central position. Put most frequently used symbol in a central position closer to your strong hand. Now manually or by writing a program Redefine your layout in the following way. As a result you will have a measure how effective your keyboard layout is. (optional) Based on step 2: The program generates key stroke count for each symbol plus how far the hand has to go from central position.Counts the frequency of use of each symbol (its presence in the text).(The bigger the better and from various sources!) The task is to organise a keyboard in such way as to minimise key strokes and hand movement for given text. I would approach your question in the following way. ![]() This layout has significantly increased my typing speed in C++, C, Java, and Perl, and somewhat increased it in LISP and Python. I suspect this last is probably going to be the most controversial, as it interferes the most with running text by requiring use of shift to type common contractions.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |