Here you can test the Template Generation Rules, which in my system generate the 'empty' inflectional template to be filled by my morphological engine. This can easily show how many 'cells' would be required in a traditional 'grid' model, which does not fit the rich and complex morphology of Classical languages. Sample signatures: S (substantive); S.1@num=s (substantive, 1st declension, singular only); S@num=p (substantive, plural only); S@cas=N (substantive, nominative only); S@cas=N,num=s (substantive, nominative singular only); V.1@mod=ind,dia=act (verb, indicative active only), etc.
Here you can optionally define a Template Transformation Rule which modifies the generated template. In real-world examples a lemma can have multiple TTR's. Axes legend: num=number, cas=case, deg=degree (positive, comparative, superlative); gen=genre; gn2=binary genre (animate / inanimate); dia=diathesis; vth=verbal theme (infectum / perfectum); mod=mode; ten=tense; prs=person.
axis num cas deg gen gn2 dia vth mod ten prs value s p