def from_txt(cls, f):
CcID_val = read_integer(f)
CcNam_val = read_string(f)
CcMvg_val = read_integer(f)
CcMos_val = read_integer(f)
CcQf_val = read_float(f)
CcLf_val = read_float(f)
CcKldn_val = read_integer(f)
CcKp_val = read_float(f)
CcPg_val = read_float(f)
CcWoDim = get_diap(f)
i_max = CcWoDim[1][0] - CcWoDim[0][0] + 1
j_max = CcWoDim[1][1] - CcWoDim[0][1] + 1
CcWo_val = [[0.0 for j in range(j_max)] for i in range(i_max)]
for i in range(i_max):
for j in range(j_max):
CcWo_val[i][j] = read_float(f)
CcVgMx_val = read_integer(f)
CcVgsDim = get_diap(f)
CcVgs_dim = CcVgsDim[1][0] - CcVgsDim[0][0] + 1
CcVgs_val = [None for i in range(CcVgs_dim)]
for i in range(CcVgs_dim):
CcVgs_val[i] = CcVgsSTRUCT.from_txt(f)
CcRsv1_val = read_float(f)
CcRsv2_val = read_integer(f)
rez = cls(CcID=CcID_val,
CcNam=CcNam_val,
CcMvg=CcMvg_val,
CcMos=CcMos_val,
CcQf=CcQf_val,
CcLf=CcLf_val,
CcKldn=CcKldn_val,
CcKp=CcKp_val,
CcPg=CcPg_val,
CcWo=CcWo_val,
CcVgMx=CcVgMx_val,
CcRsv1=CcRsv1_val,
CcRsv2=CcRsv2_val)
rez.save()
for i in range(CcVgs_dim):
CcVgs_val[i].cc = rez
CcVgs_val[i].save()
if dbg_train:
print("CoctavSTRUCT constructor: CcVgs[%d]:\n%s" %
(i, CcVgs_val[i]))
return rez
def from_txt(cls, f):
Descr_val = read_string(f)
Vers_val = read_float(f)
SrtMd_val = read_integer(f)
KldTypDim = get_diap(f)
KldTyp_dim = KldTypDim[1][0] - KldTypDim[0][0] + 1
KldTyp_val = [None for j in range(KldTyp_dim)]
for i in range(KldTyp_dim):
KldTyp_val[i] = read_string(f)
Rsrv1_val = read_integer(f)
Rsrv2_val = read_float(f)
Rsrv3_val = read_float(f)
Rsrv4_val = read_float(f)
rez = cls(Descr=Descr_val,
Vers=Vers_val,
SrtMd=SrtMd_val,
KldTyp=KldTyp_val,
Rsrv1=Rsrv1_val,
Rsrv2=Rsrv2_val,
Rsrv3=Rsrv3_val,
Rsrv4=Rsrv4_val)
rez.save()
return rez
def from_txt(cls, f):
PozNam_val = read_string(f)
MxXap_val = read_integer(f)
ExapDim = get_diap(f)
i_max = ExapDim[1][0] - ExapDim[0][0] + 1
j_max = ExapDim[1][1] - ExapDim[0][1] + 1
Exap_val = [[0.0 for j in range(j_max)] for i in range(i_max)]
for i in range(i_max):
for j in range(j_max):
Exap_val[i][j] = read_float(f)
rez = cls(PozNam=PozNam_val, MxXap=MxXap_val, Exap=Exap_val)
return rez
def from_txt(cls, f):
CatgNam_val = read_string(f)
PutSpec_val = read_integer(f)
RsrvC1_val = read_float(f)
TrTYPDim = get_diap(f)
i_max = TrTYPDim[1][0] - TrTYPDim[0][0] + 1
j_max = TrTYPDim[1][1] - TrTYPDim[0][1] + 1
TrTYP_val = [[0 for j in range(j_max)] for i in range(i_max)]
for i in range(i_max):
for j in range(j_max):
TrTYP_val[i][j] = read_integer(f)
rez = cls(CatgNam=CatgNam_val, PutSpec=PutSpec_val,
RsrvC1=RsrvC1_val, TrTYP=TrTYP_val)
return rez
def from_txt(cls, f):
Nam_val = read_string(f)
Kod_val = read_integer(f)
Obg_val = read_integer(f)
MputPrg_val = read_integer(f)
RsrvS1_val = read_integer(f)
KmlDim = get_diap(f)
i_max = KmlDim[1][0] - KmlDim[0][0] + 1
j_max = KmlDim[1][1] - KmlDim[0][1] + 1
Kml_val = [[0.0 for j in range(j_max)] for i in range(i_max)]
for i in range(i_max):
for j in range(j_max):
Kml_val[i][j] = read_float(f)
rez = cls(Nam=Nam_val, Kod=Kod_val, Obg=Obg_val,
MputPrg=MputPrg_val, RsrvS1=RsrvS1_val, Kml=Kml_val)
return rez
def from_txt(cls, f):
VarNo_val = read_integer(f)
Catg_val = read_integer(f)
LcmFl_val = read_string(f)
LcmNam_val = read_string(f)
Mloc_val = read_float(f)
CctID_val = read_integer(f)
Qcoct_val = read_integer(f)
Qtr_val = read_integer(f)
Ltr_val = read_integer(f)
DTc_val = read_float(f)
ToStrt_val = read_integer(f)
rsrvTj1_val = read_integer(f)
rsrvTj2_val = read_integer(f)
StHom_val = read_integer(f)
StEnd_val = read_integer(f)
Vstrt_val = read_integer(f)
Vkon_val = read_integer(f)
Kpsi_val = read_float(f)
UT_val = read_integer(f)
MxPoz_val = read_float(f)
DPoz_val = read_float(f)
SpdZn_val = read_integer(f)
OptVbg_val = read_boolean(f)
UsRecp_val = read_boolean(f)
UsMxRcp_val = read_boolean(f)
StOstDim = get_diap(f)
i_max = StOstDim[1][0] - StOstDim[0][0] + 1
j_max = StOstDim[1][1] - StOstDim[0][1] + 1
StOst_val = [[0.0 for j in range(j_max)] for i in range(i_max)]
for i in range(i_max):
for j in range(j_max):
StOst_val[i][j] = read_integer(f)
rez = cls(VarNo=VarNo_val, Catg=Catg_val, LcmFl=LcmFl_val, LcmNam=LcmNam_val, Mloc=Mloc_val, CctID=CctID_val,
Qcoct=Qcoct_val, Qtr=Qtr_val, Ltr=Ltr_val,
DTc=DTc_val, ToStrt=ToStrt_val, rsrvTj1=rsrvTj1_val, rsrvTj2=rsrvTj2_val, StHom=StHom_val,
StEnd=StEnd_val, Vstrt=Vstrt_val, Vkon=Vkon_val,
Kpsi=Kpsi_val, UT=UT_val, MxPoz=MxPoz_val, DPoz=DPoz_val, SpdZn=SpdZn_val, OptVbg=OptVbg_val,
UsRecp=UsRecp_val, UsMxRcp=UsMxRcp_val, StOst=StOst_val)
rez.save()
return rez
def from_txt(cls, f):
mRegc_val = read_integer(f)
RcDkm_val = read_integer(f)
RegcDim = get_diap(f)
i_max = RegcDim[1][0] - RegcDim[0][0] + 1
Regc_val = [None for i in range(i_max)]
for i in range(i_max):
Regc_val[i] = RegcSTRUCT.from_txt(f)
rez = cls(mRegc=mRegc_val, RcDkm=RcDkm_val)
rez.save()
for i in range(i_max):
Regc_val[i].tt = rez
Regc_val[i].save()
if dbg_vars_results: print("TJrSTRUCT constructor: Regc[%d]:\n%s" % (i,Regc_val[i]))
return rez
def from_txt(cls, f):
Vers_val = read_float(f)
LocmTyp_val = read_string(f)
Rdnz_val = read_integer(f)
UTnom_val = read_float(f)
Comment_val = read_string(f)
Rsrv0_val = read_integer(f)
Phor_val = read_float(f)
DvgNam_val = read_string(f)
Ploc_val = read_float(f)
Lloc_val = read_float(f)
Vloc_val = read_float(f)
Pbsm_val = read_float(f)
Ibsm_val = read_float(f)
MxPoz_val = read_integer(f)
lng = get_diap(f)
TGxp_dim = lng[1][0] - lng[0][0] + 1
TG_val = [None for j in range(TGxp_dim)]
for i in range(TGxp_dim):
TG_val[i] = XapSTRUCT_TGxp.from_txt(f)
lng = get_diap(f)
i_max = lng[1][0] - lng[0][0] + 1
j_max = lng[1][1] - lng[0][1] + 1
k_max = lng[1][2] - lng[0][2] + 1
LocWo_val = [[[0.0 for k in range(k_max)] for j in range(j_max)] for i in range(i_max)]
for i in range(i_max):
for j in range(j_max):
for k in range(k_max):
if dbg_engine: print("LocomSTRUCT constructor: LocWo [%d, %d, %d]" % (i, j, k))
LocWo_val[i][j][k] = read_float(f)
lng = get_diap(f)
i_max = lng[1][0] - lng[0][0] + 1
Koefs_val = [0.0 for i in range(i_max)]
for i in range(i_max):
if dbg_engine: print("LocomSTRUCT constructor: Koefs [%d]" % (i))
Koefs_val[i] = read_float(f)
Tdop_val = read_float(f)
MxTau_val = read_integer(f)
lng = get_diap(f)
i_max = lng[1][0] - lng[0][0] + 1
j_max = lng[1][1] - lng[0][1] + 1
Tau8_val = [[0.0 for j in range(j_max)] for i in range(i_max)]
for i in range(i_max):
for j in range(j_max):
if dbg_engine: print("LocomSTRUCT constructor: Tau8_val [%d, %d]" % (i, j))
Tau8_val[i][j] = read_float(f)
MxPozRc_val = read_integer(f)
lng = get_diap(f)
RCxp_dim = lng[1][0] - lng[0][0] + 1
RC_val = [None for j in range(RCxp_dim)]
for i in range(RCxp_dim):
RC_val[i] = XapSTRUCT_RCxp.from_txt(f)
Rsrv1_val = read_integer(f)
Rsrv2_val = read_float(f)
Rsrv3_val = read_float(f)
Rsrv4_val = read_float(f)
rez = cls(Vers=Vers_val, LocmTyp=LocmTyp_val, Rdnz=Rdnz_val, UTnom=UTnom_val, Comment=Comment_val,
Rsrv0=Rsrv0_val, Phor=Phor_val, DvgNam=DvgNam_val, Ploc=Ploc_val, Lloc=Lloc_val,
Vloc=Vloc_val, Pbsm=Pbsm_val, Ibsm=Ibsm_val, MxPoz=MxPoz_val, LocWo=LocWo_val,
Koefs=Koefs_val, Tdop=Tdop_val, MxTau=MxTau_val, Tau8=Tau8_val, MxPozRc=MxPozRc_val,
Rsrv1=Rsrv1_val, Rsrv2=Rsrv2_val, Rsrv3=Rsrv3_val, Rsrv4=Rsrv4_val)
rez.save()
for i in range(TGxp_dim):
TG_val[i].xp = rez
TG_val[i].save()
for i in range(RCxp_dim):
RC_val[i].xp = rez
RC_val[i].save()
if dbg_engine: print("LocomSTRUCT constructor: rez.id: %d" % (rez.id))
return rez
def from_txt(cls, f):
KodDor_val = read_integer(f)
KodUch_val = read_integer(f)
DorNam_val = read_string(f)
UchNam_val = read_string(f)
Comment_val = read_string(f)
RsrvU1_val = read_string(f)
VersFile_val = read_integer(f)
VersProg_val = read_float(f)
mGput_val = read_integer(f)
Difl_val = read_boolean(f)
RsrvU2_val = read_float(f)
mStan_val = read_integer(f)
StansDim = get_diap(f)
Stans_dim = StansDim[1][0] - StansDim[0][0] + 1
Stans_val = [None for j in range(Stans_dim)]
for i in range(Stans_dim):
Stans_val[i] = StansSTRUCT.from_txt(f)
NechSt_val = read_integer(f)
mCtg_val = read_integer(f)
CATEGSDim = get_diap(f)
CATEGS_dim = CATEGSDim[1][0] - CATEGSDim[0][0] + 1
CATEGS_val = [None for i in range(CATEGS_dim)]
for i in range(CATEGS_dim):
CATEGS_val[i] = CategSTRUCT.from_txt(f)
mVorp_val = read_integer(f)
VorpMx_val = read_integer(f)
lng = get_diap(f)
i_max = lng[1][0] - lng[0][0] + 1
j_max = lng[1][1] - lng[0][1] + 1
k_max = lng[1][2] - lng[0][2] + 1
l_max = lng[1][3] - lng[0][3] + 1
Vorp_val = [[[[0.0 for l in range(l_max)] for k in range(
k_max)] for j in range(j_max)] for i in range(i_max)]
for i in range(i_max):
for j in range(j_max):
for k in range(k_max):
for l in range(l_max):
if dbg_track:
print(
"UchSTRUCT constructor: Vorp [%d, %d, %d, %d]" % (i, j, k, l))
Vorp_val[i][j][k][l] = read_float(f)
mPrf_val = read_integer(f)
lng = get_diap(f)
i_max = lng[1][0] - lng[0][0] + 1
j_max = lng[1][1] - lng[0][1] + 1
k_max = lng[1][2] - lng[0][2] + 1
Prof_val = [[[0.0 for k in range(k_max)]
for j in range(j_max)] for i in range(i_max)]
for i in range(i_max):
for j in range(j_max):
for k in range(k_max):
if dbg_track:
print(
"UchSTRUCT constructor: Prof [%d, %d, %d]" % (i, j, k))
Prof_val[i][j][k] = read_float(f)
rez = cls(KodDor=KodDor_val, KodUch=KodUch_val, DorNam=DorNam_val, UchNam=UchNam_val, Comment=Comment_val,
RsrvU1=RsrvU1_val, VersFile=VersFile_val, VersProg=VersProg_val, mGput=mGput_val, Difl=Difl_val,
RsrvU2=RsrvU2_val,
mStan=mStan_val, NechSt=NechSt_val, mCtg=mCtg_val, mVorp=mVorp_val, VorpMx=VorpMx_val, Vorp=Vorp_val,
mPrf=mPrf_val,
Prof=Prof_val)
rez.save()
for i in range(Stans_dim):
Stans_val[i].uch = rez
Stans_val[i].save()
if dbg_track:
print("UchSTRUCT constructor: Stans[%d]:\n%s" % (
i, Stans_val[i]))
for i in range(CATEGS_dim):
CATEGS_val[i].uch = rez
CATEGS_val[i].save()
if dbg_track:
print("UchSTRUCT constructor: CATEGS[%d]:\n%s" % (
i, CATEGS_val[i]))
return rez