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svoid test_RecursiveProbabilisticParser1() { new RecursiveProbabilisticParser1 p; p.requireQuotedProductions = false; p.loadRules("<thing> has a <thing> => <sentence> => has($1, $2)"); assertEqualsVerbose(ll([[has("the farmer", "pig")]]), p.parse("the farmer has a pig")); test_RecursiveProbabilisticParser1_2(); } svoid test_RecursiveProbabilisticParser1_2() { new RecursiveProbabilisticParser1 p; p.loadRules([[ "Ein/eine/der/die/das <ding> führt (nach/in/hin zu/ins) <ort>" => satz => $1 leads to $2 "zimmer <zimmername>" => zimmer => room $1 "der/die/dem/das/den <nomen>" => nomen => the $1 ]]); p.sentenceClass = "satz"; p.useRoundBrackets = true; assertEqualsVerbose(ll("(Haustür) leads to (the (room (Flur)))"), p.parse("Die Haustür führt in das Zimmer Flur")); test_RecursiveProbabilisticParser1_3(); } svoid test_RecursiveProbabilisticParser1_3() { new RecursiveProbabilisticParser1 p; p.loadRules([[ "vom/... <ort> kommt/gelangt man <füller> in/nach/... <ort>" => satz => $1 connects to $2 "zimmer <zimmername>" => zimmer => room $1 "der/die/dem/das/den <nomen>" => nomen => the $1 ]]); p.sentenceClass = "satz"; p.useRoundBrackets = true; assertEqualsVerbose(ll("(Flur) connects to (the (room (GästeWC)))"), p.parse("Vom Flur kommt man (auch) in das Zimmer GästeWC")); test_RecursiveProbabilisticParser1_4(); } svoid test_RecursiveProbabilisticParser1_4() { new RecursiveProbabilisticParser1 p; p.loadRules([[ "Ein/eine/der/die/das <ding> führt (nach/in/hin zu/ins) <ort>" => satz => $1 leads to $2 "Ein/eine/der/die/das <ding> führt von/vom <ort> (nach/in/hin zu/ins) <ort>" => satz => $1 leads from $2 to $3 "Ein/eine/der/die/das <ding> führt von/vom <ort> nach <ort> (in/hin zu/ins) <ort>" => satz => $1 leads from $2 to $3 to $4 "der/die/dem/das/den <nomen>" => nomen => the $1 "der/die/dem/das/den <nomen> des/der <nomen>" => nomen => $1 of $2 "<ding> in/im <ort>" => ding => $1 in $2 "erster/erste/ersten <nomen>" => nomen => first $1 "zimmer <zimmername>" => zimmer => room $1 zimmer => ort ding => nomen ort => nomen bereich => ort "auch <nomen>" => nomen => also $1 "ein/eine/einen/einem <nomen>" => nomen => a $1 "kein/keine/keinen/keinem <nomen>" => nomen => no $1 "bereich <bereichsname>" => bereich => area $1 "der/... <ding> zwischen <ort> und <ort>" => ding => the $1 between $2 and $3 "<ding> geht <füller> nach <richtung> auf" => satz => $1 opens to the $2 "<nomen> und <nomen>" => nomen => $1 and $2 "vom/... <ort> kommt/gelangt man <füller> in/nach/... <ort>" => satz => $1 connects to $2 "von da aus kommt/gelangt man <füller> in/nach/... <ort>" => satz => last mentioned place connects to $1 "<nomen> hat <füller> <nomen>" => satz => $1 has $2 "<nomen> hat <füller> einen Bereich <nomen>" => satz => $1 has an area $2 ]]); p.sentenceClass = "satz"; p.useRoundBrackets = true; assertEqualsVerbose(ll("(the (room (Hauptkeller))) has (a (area (Heizungsanlage)))"), p.parse("Das Zimmer Hauptkeller hat einen Bereich Heizungsanlage")); }
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Snippet ID: | #1027975 |
Snippet name: | test_RecursiveProbabilisticParser1 |
Eternal ID of this version: | #1027975/17 |
Text MD5: | 519eff9e95e29386154bda23d09fcd8d |
Transpilation MD5: | 274c3f209a3af2de0bb7f95b445a7739 |
Author: | stefan |
Category: | javax / a.i. |
Type: | JavaX fragment (include) |
Public (visible to everyone): | Yes |
Archived (hidden from active list): | No |
Created/modified: | 2020-04-23 12:04:06 |
Source code size: | 3226 bytes / 68 lines |
Pitched / IR pitched: | No / No |
Views / Downloads: | 248 / 461 |
Version history: | 16 change(s) |
Referenced in: | [show references] |