//[[Documentation]] *LaViT: LMNtal Visual Tools The LaViT IDE should be quite easy to use. >>&ref(editor1.png,70%,around); The upper-left pane is for editing programs, while the upper-right pane shows system output. To run your program, use one of the buttons on the lower-left pane: - ''LMNtal(Java)'' to run the program using the Java runtime, - ''UNYO(2G)'' to invoke the 2nd-generation UNYO-UNYO visualizer, - ''UNYO(3G)'' to invoke the 3rd-generation UNYO-UNYO visualizer, - ''SLIM'' to run the program using the C runtime, and - ''StateViewer'' to visualize the state-space of the program. To model-check your program, click the ''LTL model check'' tab of the upper-right pane, >>&ref(editor2.png,70%,around); and proceed as follows: - Define propositional symbols that represent properties of states (using the syntax of the left-hand sides of rewrite rules). - Specify an LTL formula representing the property you wish to check. - Press the ''Translate'' button to compile the formula to a Buchi automaton. - Press the ''slim --ltl'' (or ''slim --ltl-all'' or ''LTL StateViewer'') button to check the specified property. Examples of propositional symbols and LTL formulas can be found by opening the programs under the ''demo/ltl'' directory of the distribution. You can save and load the set of propositional symbols and a LTL formula (that can be numbered from 0 to 9) using the "LTL File" feature on the lower-right. See [[LaViT>http://www.ueda.info.waseda.ac.jp/lmntal/lavit/]] for details (Japanese only). *LMNtal Java The old page describing the use of LMNtal Java has been moved. See [[How to Use LMNtal Java]] for details.