Difference between revisions of "Talk:Apertium and Constraint Grammar"

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(New page: * Window = whole of what we're looking at; several sentences at the same time. * SingleWindow = one sentence (for want of a better term). Usually there's 3 SingleWindow in a Window, but t...)
 
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* Window = whole of what we're looking at; several sentences at the same time.
* Window = whole of what we're looking at; several sentences at the same time.
* SingleWindow = one sentence (for want of a better term). Usually there's 3 SingleWindow in a Window, but that's runtime defined. Can be anywhere from 1 to hundreds set with --num-windows
* SingleWindow = one sentence (for want of a better term). Usually there's 3 SingleWindow in a Window, but that's runtime defined. Can be anywhere from 1 to hundreds set with --num-windows

Revision as of 14:40, 14 April 2008

  • Window = whole of what we're looking at; several sentences at the same time.
  • SingleWindow = one sentence (for want of a better term). Usually there's 3 SingleWindow in a Window, but that's runtime defined. Can be anywhere from 1 to hundreds set with --num-windows
  • Cohort = one

Some notes:


cCohort = 0;
cWindow = 0;

lCohort = 0;
lWindow = 0;

while ((inchar == u_fgetc(input))) {

    if(inchar == '^') {

      // check if the current limit of Cohorts to SingleWindow has been reached on this SingleWindow

      if(

      // check if there is an existing SingleWindow

      if(!cSWindow) {
          initialiseSingleWindow();
      }

      // check for current Cohort

      // read Cohort

      readCohort(input, cCohort);

      // Up number of cohorts.

    }

    if(inchar == '[') {
        while(inchar != ']') {    
            inchar = u_fgetc(input);

            if(cCohort) {
                ux_append(cCohort->text, inchar);
            } else if(cWindow) {
                ux_append(cWindow->text, inchar);
            } 
        } 
    } 
}


readCohort(UFILE *input, Cohort *cCohort)
{

    while((inchar == u_fgetc(input))) {
        if(inchar == '$') {
            return;
        }



    }
}

processReading(UFILE *input, Reading *cReading) 
{

}