> <\body> By default, will attempt to evaluate the input field when pressing . Multiline input can be created using . Alternatively, when selecting the multiline input mode using , the key will behave as usual and may be used in order to evaluate the input field. Notice finally that certain systems admit built-in heuristics for testing whether the input has been completed; if not, then the may behave as usual. Certain applications allow you to type the mathematical input in a graphical, two dimensional form. This feature can be used by selecting . If this feature is available, then it is usually also possible to copy and paste output back into the input. However, it depends on the particular application how well this works. Keep in mind that some key combinations may be used by the mode: for instance the key is usually redefined inside math mode, so if you want to input it you'll have to type . You can read more about the prefix key in \P\Q. <\example> Below, you will find the , but now using mathematical input: <\session|maxima|default> <\output> Maxima 5.25.1 http://maxima.sourceforge.net using Lisp SBCL 1.0.51 Distributed under the GNU Public License. See the file COPYING. Dedicated to the memory of William Schelter. The function bug_report() provides bug reporting information. <\unfolded-io-math> 1) > <|unfolded-io-math> diff>,x|)> <|unfolded-io-math> ) >>x>**log *+1|)>+x|)>>> <\unfolded-io-math> 2) > <|unfolded-io-math> %o1*\ x <|unfolded-io-math> ) >>\>*log >>> <\unfolded-io-math> 3) > <|unfolded-io-math> |x-x+17>*\ x <|unfolded-io-math> ) >>-x+17|)>|2>+>|)>|>++4*x-96*x-396*x|12>>> >