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c_m = "m" if self.xV_m.State else "_"
c_ae = "e" if self.xV_ae.State else "_"
c_aa = "a" if self.xV_aa.State else "_"
sVerbTag = c_i + c_t + c_n + c_p + c_m + c_ae + c_aa
if not sVerbTag.endswith("__") and not sVerbTag.startswith("____"):
sVerbPattern = self.xVpattern.Text.strip()
if not sVerbPattern:
if sLemma.endswith("er") or sLemma.endswith("ir"):
# tables de conjugaison du 1er et du 2e groupe
cGroup = "1" if sLemma.endswith("er") else "2"
for nCut, sAdd, sFlexTags, sPattern in self._getConjRules(sLemma):
if not sPattern or re.search(sPattern, sLemma):
self.lGeneratedFlex.append((sLemma[0:-nCut]+sAdd, sLemma, ":V" + cGroup + "_" + sVerbTag + sFlexTags))
# participes passés
bPpasVar = "var" if self.xV_pp.State else "invar"
lPpasRules = conjgen.oConj["V1_ppas"][bPpasVar] if sLemma.endswith("er") else conjgen.oConj["V2_ppas"][bPpasVar]
for nCut, sAdd, sFlexTags, sPattern in lPpasRules:
if not sPattern or re.search(sPattern, sLemma):
self.lGeneratedFlex.append((sLemma[0:-nCut]+sAdd, sLemma, ":V" + cGroup + "_" + sVerbTag + sFlexTags))
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c_m = "m" if self.xV_m.State else "_"
c_ae = "e" if self.xV_ae.State else "_"
c_aa = "a" if self.xV_aa.State else "_"
sVerbTag = c_i + c_t + c_n + c_p + c_m + c_ae + c_aa
if not sVerbTag.endswith("__") and not sVerbTag.startswith("____"):
sVerbPattern = self.xVpattern.Text.strip()
if not sVerbPattern:
# Utilisation du générateur de conjugaison
for sFlexion, sFlexTags in conjgen.conjugate(sLemma, sVerbTag, bool(self.xV_pp.State)):
self.lGeneratedFlex.append((sFlexion, sLemma, sFlexTags))
else:
# copie du motif d’un autre verbe : utilisation du conjugueur
if conj.isVerb(sVerbPattern):
oVerb = conj.Verb(sLemma, sVerbPattern)
for sTag1, dFlex in oVerb.dConj.items():
if sTag1 != ":Q":
for sTag2, sConj in dFlex.items():
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# Autre
sFlexion = self.xFlexion.Text.strip()
sTags = self.xTags.Text.strip()
if sFlexion and sTags.startswith(":"):
self.lGeneratedFlex.append((sFlexion, sLemma, sTags))
self._showGenWords()
def _getConjRules (self, sVerb):
if sVerb.endswith("ir"):
# deuxième groupe
return conjgen.oConj["V2"]
elif sVerb.endswith("er"):
# premier groupe, conjugaison en fonction de la terminaison du lemme
# 5 lettres
if sVerb[-5:] in conjgen.oConj["V1"]:
return conjgen.oConj["V1"][sVerb[-5:]]
# 4 lettres
if sVerb[-4:] in conjgen.oConj["V1"]:
if sVerb.endswith(("eler", "eter")):
return conjgen.oConj["V1"][sVerb[-4:]]["1"]
return conjgen.oConj["V1"][sVerb[-4:]]
# 3 lettres
if sVerb[-3:] in conjgen.oConj["V1"]:
return conjgen.oConj["V1"][sVerb[-3:]]
return conjgen.oConj["V1"]["er"]
else:
# troisième groupe
return [ [0, "", ":Y/*", false] ]
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# Autre
sFlexion = self.xFlexion.Text.strip()
sTags = self.xTags.Text.strip()
if sFlexion and sTags.startswith(":"):
self.lGeneratedFlex.append((sFlexion, sLemma, sTags))
self._showGenWords()
def _showGenWords (self):
xGridDataModel = self.xGridModelNew.GridDataModel
xGridDataModel.removeAllRows()
if not self.lGeneratedFlex:
self.xAdd.Enabled = False
return
for i, (sFlexion, sLemma, sTag) in enumerate(self.lGeneratedFlex):
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