def check_FSVK(self, checker): # objet .FSVK
#===============================================================
fsvk = self.FSVK.get()
fsvi = self.FSVI.get()
type_faisceau, couplage = self.u_veri1()
if type_faisceau == 1: # FAISCEAU_TRANS
#-----------------------------------------
nbzone = fsvi[1]
assert len(fsvk) == 4 + nbzone, fsvk
carel = fsvk[0].strip()
assert carel != '', fsvk
sd2 = sd_cara_elem(carel)
sd2.check(checker)
assert fsvk[1].strip() in ('DX', 'DY', 'DZ'), fsvk
for k in range(2, 4 + nbzone):
sd2 = sd_fonction(fsvk[k])
sd2.check(checker)
elif type_faisceau == 2: # GRAPPE
#-----------------------------------------
if couplage:
assert len(fsvk) == 4, (fsvk, self)
assert fsvk[0] != '', (fsvk, self)
# on pourrait vérifier que fsvk[1] est un nom de noeud
assert fsvk[1] != '', (fsvk, self)
sd2 = sd_cara_elem(fsvk[2].strip())
sd2.check(checker)
sd2 = sd_modele(fsvk[3].strip())
sd2.check(checker)
else:
assert not fsvk, (fsvk, self)
elif type_faisceau == 3: # FAISCEAU_AXIAL
#-----------------------------------------
lsimplif = fsvi[0]
if not lsimplif:
assert len(fsvk) == 3, (fsvk, self)
sd2 = sd_fonction(fsvk[0].strip())
sd2.check(checker)
sd2 = sd_fonction(fsvk[1].strip())
sd2.check(checker)
sd2 = sd_cara_elem(fsvk[2].strip())
sd2.check(checker)
else:
assert len(fsvk) == 2, (fsvk, self)
sd2 = sd_fonction(fsvk[0].strip())
sd2.check(checker)
sd2 = sd_fonction(fsvk[1].strip())
sd2.check(checker)
elif type_faisceau == 4: # COQUE_COAX
#-----------------------------------------
assert len(fsvk) == 3, (fsvk, self)
sd2 = sd_cara_elem(fsvk[0].strip())
sd2.check(checker)
sd2 = sd_mater(fsvk[1].strip())
sd2.check(checker)
sd2 = sd_mater(fsvk[2].strip())
sd2.check(checker)
def check_CIMPO_FONC(self, checker):
if self.CIMPO.VALE.ltyp != 24:
return
vale = self.CIMPO.VALE.get()
for x in vale:
if x.strip() == '':
continue
nomfon = x[:19]
sd2 = sd_fonction(nomfon)
sd2.check(checker)
def check_table_fonction_i_COL_FONC(self, checker):
shape = self.TBNP.get()
if shape is None:
return
desc = self.TBLP.get()
for n in range(shape[0]):
nomcol = desc[4 * n].strip()
if not (nomcol == 'FONCTION' or nomcol == 'FONCTION_C'):
continue
col_d, col_m = self.get_column_name(nomcol)
lnom = col_d.data.get()
if not lnom:
return
for nom1 in lnom:
if not nom1.strip():
continue
sd2 = sd_fonction(nom1)
sd2.check(checker)
def check_VALE(self, checker):
if not self.exists():
return
n1 = self.VALE.lonmax
desc = self.DESC.get()
n_gd_max = desc[1]
numgd = desc[0]
ncmp_max = len(sdu_licmp_gd(numgd))
assert n1 == ncmp_max * n_gd_max, (n1, ncmp_max, n_gd_max)
# parfois, la carte contient des fonctions crees pendant la commande :
if self.VALE.type == 'K':
nom_concept = self.nomj()[:8]
vale = self.VALE.get()
for nom in vale:
if len(nom.strip()) == 0:
continue
nom8 = nom[:8]
if nom8 == nom_concept:
sd2 = sd_fonction(nom)
if sd2.PROL.exists:
sd2.check(checker)
def check_VATE(self, checker):
#-------------------------------
vate = self.VATE.get_stripped()
type = self.u_type()
if type == 'SPEC_EXCI_POINT':
#---------------------------------
intesp, nbno = self.u_nbno()
if intesp == 0:
assert len(vate) == 4 + nbno, vate
else:
assert len(vate) == 5, vate
sd2 = sd_cara_elem(vate[1])
sd2.check(checker)
sd2 = sd_modele(vate[2])
sd2.check(checker)
if vate[3] == 'GRAPPE_2':
assert vate[4] in ('ASC_CEN', 'ASC_EXC', 'DES_CEN', 'DES_EXC')
else:
for x in vate[4:]:
assert x in ('FORCE', 'MOMENT')
elif type == 'SPEC_FONC_FORME':
#---------------------------------
intesp, nbno = self.u_nbno()
if intesp == 0:
nbfonc = len(vate) - 4
assert nbfonc > 0, vate
else:
assert len(vate) == 5, vate
sd2 = sd_cara_elem(vate[1])
sd2.check(checker)
sd2 = sd_modele(vate[2])
sd2.check(checker)
if vate[3] == 'GRAPPE_1':
assert vate[4] in ('DEBIT_180', 'DEBIT_300')
else:
for x in vate[4:]:
sd2 = sd_table_fonction(x)
sd2.check(checker)
elif type == 'SPEC_LONG_COR_1':
#---------------------------------
sd2 = sd_fonction(vate[2])
sd2.check(checker)
assert vate[3] == 'VISC_CINE'
elif type == 'SPEC_LONG_COR_2':
#---------------------------------
sd2 = sd_fonction(vate[2])
sd2.check(checker)
assert vate[5] == 'BETA'
elif type == 'SPEC_LONG_COR_3':
#---------------------------------
sd2 = sd_fonction(vate[2])
sd2.check(checker)
assert vate[7] == 'BETA_2'
elif type == 'SPEC_LONG_COR_4':
#---------------------------------
sd2 = sd_fonction(vate[2])
sd2.check(checker)
assert vate[5] == 'GAMMA'
elif type == 'SPEC_CORR_CONV_1':
#---------------------------------
assert vate[9] == 'COEF_VITE_FLUI_O'
assert vate[10] in ('GENERALE', 'CORCOS', 'AU_YANG')
elif type == 'SPEC_CORR_CONV_2':
#---------------------------------
sd2 = sd_fonction(vate[1])
sd2.check(checker)
assert vate[4] in ('GENERALE', 'CORCOS', 'AU_YANG')
assert vate[6] == 'COEF_VITE_FLUI_O'
elif type == 'SPEC_CORR_CONV_3':
#---------------------------------
sd2 = sd_table_fonction(vate[1])
sd2.check(checker)
