mode syntax function (...) {...}

Submitted by captainhunt on Wednesday, 28 September, 2011 - 14:08

Hi there,

I am trying to write a mode for a simulator. The syntax looks like

Quasistationary (<options>) {<equations>}
Transient (<options>) {<equations>}

I'd like to match Quasistationary and Transient separately and somehow handle the <options> and <equations> in different rules. I tried something like:

<SPAN_REGEXP TYPE="KEYWORD3" DELEGATE="QS_OPTION"><BEGIN>Quasistationary\s*\(</BEGIN><END>)</END></SPAN_REGEXP>
<SPAN_REGEXP TYPE="KEYWORD3" DELEGATE="QS_EQ"><BEGIN>.*\{</BEGIN><END>}</END></SPAN_REGEXP>
<SPAN_REGEXP TYPE="KEYWORD3" DELEGATE="TRANS_OPTION"><BEGIN>Transient\s*\(</BEGIN><END>)</END></SPAN_REGEXP>
<SPAN_REGEXP TYPE="KEYWORD3" DELEGATE="TRANS_EQ"><BEGIN>.*{</BEGIN><END>}</END></SPAN_REGEXP>

However, the problem with this approach is, that Transient equations (line 4) are captured by the Quasistationary equations (line 2) already.

Any ideas how to solve this?

Thanks in advance
Captainhunt

cascading

by Robert Schwenn on Sun, 02/10/2011 - 22:07

My first idea was to delegate the whole lines to Quasistationary and Transient rules and then parse and delegate options and equations. But I'm not sure that such cascading is supported Eye-wink

Robert

Re: cascading

by captainhunt on Mon, 03/10/2011 - 07:33

Hi Robert,

I thought about this, however the first challenge would then be to correctly extract the complete quasistationary block as it can be quite complex structure e.g.:

Quasistationary (
InitialStep=0.2 MaxStep=1 MinStep=0.01
Plot { Range = ( 0., 1 ) Intervals = 5 }
Goal { ModelParameter="Optics/Excitation/Window(L2)/Origin[0]" value=0.9 }) {
  Coupled (Iterations=50)  {Poisson Electron Hole}
}

The only reliable way would be a SPAN_REGEXP, using quasistationary( as start exp, and } as end tag. But then the main problem still exists: How to separate the optionblock from equationblock.

Best regards,
Gergoe

hmm

by Robert Schwenn on Mon, 03/10/2011 - 10:59

Hi, I thought Your main problem was to tell Transient equations from Quasistationary equations?

But I guess that Your rules don't work at all, because the end tags never find matching brackets but the next or maybe the last one. Am I wrong? I'm not sure how it would be possible to find matching brackets via Regular expressions.

If You don't too, You could ask at the Mailing List ( https://lists.sourceforge.net/lists/listinfo/jedit-devel ). There are the developers.

Robert

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