Global grammars
 Number grammar
  Number extended
  Use in other grammars
 Show numbers plus
Specific grammars
Unimacro test

Number grammar rules in other Unimacro grammars

For simple use, take _number as example. For more difficult things study _number

  • The definition of the number grammar rules and the processing functions is in the class definition of IniGrammar, in the file
  • Especially the rules <integer> and <float> are defined for use in another Unimacro grammar
  • The functions waitForNumber and collectNumber are used to initialize and finalize the process.

The Steps

Step 1. Choose your set of grammar rules:

number_rules = natbj.numberGrammarTill999[language] # hundreds, really up to 99999 (99 hundred 99).
number_rules = natbj.numberGrammarTill999999[language] # including thousands
number_rules = natbj.numberGrammar[language] #  including millions

  • Take one of the lines above in your grammar specification.
  • Note with each set you can dictate long numbers with parts below 100: "number three twenty two fifty six nine"
  • Call the numbers grammar part with <integer> or <float>

Step 2 or Step 3

In gotResultsInit or in your exported rule do initialisation and waitForNumber

  • Basically set self.waitForNumber('number').

Step 4

In gotResults your number is collected with self.collectNumber().

  • In the simple example, the number (as string, see below) is now in the instance variable self.number.

Step 5

You need to do something with this number. For example output to the foreground window and do some keystroke(s) following it. See the function outputNumber. As you see you can do different actions after printing the number depending on the program that is in the foreground.

Numbers or Strings

  • Numbers are by default collected as strings. It is therefore also possible to dictate leading zero's.
  • When you want to collect an integer as an int (not as a string), give this as named parameter in self.collectNumber(asNumber=1)
  • A float is always returned (collected) as a string. No leading zero's of the first part are returned, and the latter part (behind the point or dot) can only be dictated as digits or numbers below 100.

Spoken forms

This grammar and other grammars using large numbers now used to spoken forms mechanism, which is described in numbers spoken forms.