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Pamhyr2/src/Scripts/mage_to_mascaret.py

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# mage_to_mascaret.py -- Pamhyr
# Copyright (C) 2026 INRAE
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see <https://www.gnu.org/licenses/>.
# -*- coding: utf-8 -*-
#!/bin/env python3
import sys
import importlib.util as imp
import os
import datetime as dt
import lxml.etree as ET
def mage_to_mascaret(filename):
# rep file
with open(filename, encoding = "ISO-8859-1", mode ="r") as rep:
lines = rep.readlines()
for line in lines:
l = line.split()
if (l[0] == 'PAR'):
parfile = l[1]
elif (l[0] == 'NET'):
netfile = l[1]
elif (l[0] == 'HYD'):
hydfile = l[1]
elif (l[0] == 'RUG'):
rugfile = l[1]
elif (l[0] == 'LIM'):
limfile = l[1]
elif (l[0] == 'INI'):
inifile = l[1]
# net file
with open(netfile, encoding = "ISO-8859-1", mode ="r") as net:
lines = net.readlines()
for line in lines:
if (line[0] != '*' and line[0] != '$'):
l = line.split()
biefname = l[0]
stfile = l[3]
break # on n'utilise que le premier bief pour le moment
# geometry file
print("geometrie fie : "+stfile)
wb.init_bief_from_geo_file(stfile, 0, 0)
wb.set_bief_name(biefname)
nb_sect = wb.get_nb_sections()
print("nb sections: "+str(nb_sect))
# hydrogramme file
with open(hydfile, encoding = "ISO-8859-1", mode ="r") as hyd:
HYD = []
lines = hyd.readlines()
for line in lines:
if (line[0] != '*' and line[0] != '$'):
HYD.append([x for x in line.split()])
# friction file
with open(rugfile, encoding = "ISO-8859-1", mode ="r") as lim:
RUG = []
lines = lim.readlines()
for line in lines:
if (line[0] != '*' and line[0] != '$'):
RUG.append([x for x in line.split()])
# tarage file
with open(limfile, encoding = "ISO-8859-1", mode ="r") as tar:
LIM = []
lines = tar.readlines()
for line in lines:
if (line[0] != '*' and line[0] != '$'):
LIM.append([x for x in line.split()])
# cond init file
with open(inifile, encoding = "ISO-8859-1", mode ="r") as ini:
INI = []
lines = ini.readlines()
for line in lines:
if (line[0] != '*' and line[0] != '$'):
INI.append([x for x in line.split()])
# PAR file
with open(parfile, encoding = "ISO-8859-1", mode ="r") as par:
PAR = {}
lines = par.readlines()
for line in lines:
l = line.split()
if l[0] == 'init_time':
t = l[1].split(":")
if len(t)>1:
PAR['init_time'] = int(t[0])*24*3600+int(t[1])*3600+int(t[2])*60+int(t[3])
else:
PAR['init_time'] = int(t[0])*60
elif l[0] == 'final_time':
t = l[1].split(":")
if len(t)>1:
PAR['final_time'] = int(t[0])*24*3600+int(t[1])*3600+int(t[2])*60+int(t[3])
else:
PAR['final_time'] = int(t[0])*60
elif l[0] == 'timestep':
PAR['timestep'] = float(l[1])
elif l[0] == 'timestep_bin':
PAR['timestep_bin'] = float(l[1])
elif l[0] == 'timestep_tra':
PAR['timestep_tra'] = float(l[1])
elif l[0] == 'min_height':
PAR['min_height'] = float(l[1])
#os.chdir(current_dir)
with open("hydrogramme.loi", mode ="w") as hyd:
hyd.write(" S\n")
for line in HYD:
hyd.write(" "+line[0]+" "+line[1]+"\n")
if float(HYD[-1][0]) < PAR['final_time']:
hyd.write(" "+str(PAR['final_time'])+" "+str(float(HYD[-1][1]))+"\n")
with open("limnigramme.loi", mode ="w") as lim:
lim.write(" S\n")
for line in LIM:
lim.write(" "+line[0]+" "+line[1]+"\n")
if float(LIM[-1][0]) < PAR['final_time']:
lim.write(" "+str(PAR['final_time'])+" "+str(float(LIM[-1][1]))+"\n")
with open("init.lig", mode ="w") as lig:
lig.write("RESULTATS CALCUL,DATE : "+dt.datetime.now().strftime("%d/%m/%y %H:%M"+"\n"))
lig.write("FICHIER RESULTAT MASCARET\n")
lig.write("-"*71+"\n")
lig.write(" IMAX = "+f"{len(INI):4d}"+" NBBIEF= 1\n")
lig.write(" I1,I2 = 1 "+str(len(INI))+"\n")
lig.write(" X\n")
for i in range(int(len(INI)/5)+1):
lig.write(" "+"".join([f"{float(INI[j][4]):12.2f}" for j in range(i*5, min(i*5+5, len(INI)))])+"\n")
lig.write(" Z\n")
for i in range(int(len(INI)/5)+1):
lig.write(" "+"".join([f"{float(INI[j][3]):12.3f}" for j in range(i*5, min(i*5+5, len(INI)))])+"\n")
lig.write(" Q\n")
for i in range(int(len(INI)/5)+1):
lig.write(" "+"".join([f"{float(INI[j][2]):12.3f}" for j in range(i*5, min(i*5+5, len(INI)))])+"\n")
lig.write(" FIN\n")
#os.remove("geometrie")
wb.output_bief_mascaret("geometrie")
pk = [wb.get_pk_section(i+1) for i in range(nb_sect)]
print(pk)
print(max(pk))
print(min(pk))
out_name = 'FichierCas.xcas'
root = ET.Element('fichierCas')
pc = ET.SubElement(root, 'parametresCas')
pg = ET.SubElement(pc, 'parametresGeneraux')
ET.SubElement(pg, 'versionCode').text='3'
ET.SubElement(pg, 'code').text = '3'
ET.SubElement(pg, 'fichMotsCles').text = out_name
ET.SubElement(pg, 'dictionaire').text='dico.txt'
ET.SubElement(pg, 'progPrincipal').text='princi.f'
ET.SubElement(pg, 'sauveModele').text='false'
ET.SubElement(pg, 'fichSauvModele').text='mascaret_exp.tmp'
ET.SubElement(pg, 'validationCode').text='false'
ET.SubElement(pg, 'typeValidation').text='1'
ET.SubElement(pg, 'presenceCasiers').text='false'
b = ET.SubElement(pg, 'bibliotheques')
ET.SubElement(b, 'bibliotheque').text='mascaretV5P1.a damoV3P0.a'
pmp = ET.SubElement(pc, 'parametresModelePhysique')
ET.SubElement(pmp, 'perteChargeConf').text='false'
ET.SubElement(pmp, 'compositionLits').text='1'
ET.SubElement(pmp, 'conservFrotVertical').text='false'
ET.SubElement(pmp, 'elevCoteArrivFront').text='0.05'
ET.SubElement(pmp, 'interpolLinStrickler').text='false'
d = ET.SubElement(pmp, 'debordement')
ET.SubElement(d, 'litMajeur').text='false'
ET.SubElement(d, 'zoneStock').text='false'
pn = ET.SubElement(pc, 'parametresNumeriques')
ET.SubElement(pn, 'calcOndeSubmersion').text='false'
ET.SubElement(pn, 'decentrement').text='false'
ET.SubElement(pn, 'froudeLimCondLim').text='1000.0'
ET.SubElement(pn, 'traitImplicitFrot').text='false'
ET.SubElement(pn, 'hauteurEauMini').text=str(PAR['min_height'])
ET.SubElement(pn, 'implicitNoyauTrans').text='true'
ET.SubElement(pn, 'optimisNoyauTrans').text='false'
ET.SubElement(pn, 'perteChargeAutoElargissement').text='false'
ET.SubElement(pn, 'termesNonHydrostatiques').text='false'
ET.SubElement(pn, 'apportDebit').text='0'
ET.SubElement(pn, 'attenuationConvection').text='false'
pt = ET.SubElement(pc, 'parametresTemporels')
ET.SubElement(pt, 'pasTemps').text=str(PAR['timestep'])
ET.SubElement(pt, 'tempsInit').text=str(PAR['init_time'])
ET.SubElement(pt, 'critereArret').text='1'
ET.SubElement(pt, 'nbPasTemps').text='2000'
ET.SubElement(pt, 'tempsMax').text=str(PAR['final_time'])
ET.SubElement(pt, 'pasTempsVar').text='true'
ET.SubElement(pt, 'nbCourant').text='0.8'
ET.SubElement(pt, 'coteMax').text='0.0'
ET.SubElement(pt, 'abscisseControle').text='0.0'
ET.SubElement(pt, 'biefControle').text='1'
pgr = ET.SubElement(pc, 'parametresGeometrieReseau')
g = ET.SubElement(pgr, 'geometrie')
ET.SubElement(g, 'fichier').text='geometrie'
ET.SubElement(g, 'format').text='2'
ET.SubElement(g, 'profilsAbscAbsolu').text='true'
lb = ET.SubElement(pgr, 'listeBranches')
ET.SubElement(lb, 'nb').text='1'
ET.SubElement(lb, 'numeros').text='1'
ET.SubElement(lb, 'abscDebut').text=str(min(pk))
ET.SubElement(lb, 'abscFin').text=str(max(pk))
ET.SubElement(lb, 'numExtremDebut').text='1'
ET.SubElement(lb, 'numExtremFin').text='2'
ln = ET.SubElement(pgr, 'listeNoeuds')
ET.SubElement(ln, 'nb').text='0'
ET.SubElement(ln, 'noeuds')
el = ET.SubElement(pgr, 'extrLibres')
ET.SubElement(el, 'nb').text='2'
ET.SubElement(el, 'num').text='1 2'
ET.SubElement(el, 'numExtrem').text='1 2'
noms = ET.SubElement(el, 'noms')
ET.SubElement(noms, 'string').text='limite1'
ET.SubElement(noms, 'string').text='limite2'
ET.SubElement(el, 'typeCond').text='1 2'
ET.SubElement(el, 'numLoi').text='1 2'
pc2 = ET.SubElement(pc, 'parametresConfluents')
ET.SubElement(pc2, 'nbConfluents').text='0'
ET.SubElement(pc2, 'confluents')
pcm = ET.SubElement(pc, 'parametresPlanimetrageMaillage')
ET.SubElement(pcm, 'methodeMaillage').text='1'
planim = ET.SubElement(pcm, 'planim')
ET.SubElement(planim, 'nbPas').text='101'
ET.SubElement(planim, 'nbZones').text='1'
ET.SubElement(planim, 'valeursPas').text='0.1'
ET.SubElement(planim, 'num1erProf').text='1'
ET.SubElement(planim, 'numDerProf').text=str(nb_sect)
maillage = ET.SubElement(pcm, 'maillage')
ET.SubElement(maillage, 'modeSaisie').text='2'
ET.SubElement(maillage, 'sauvMaillage').text='false'
maillageClavier = ET.SubElement(maillage, 'maillageClavier')
ET.SubElement(maillageClavier, 'nbSections').text='0'
ET.SubElement(maillageClavier, 'nbPlages').text='1'
ET.SubElement(maillageClavier, 'num1erProfPlage').text='1'
ET.SubElement(maillageClavier, 'numDerProfPlage').text=str(nb_sect)
ET.SubElement(maillageClavier, 'pasEspacePlage').text='10.0'
ET.SubElement(maillageClavier, 'nbZones').text='0'
ps = ET.SubElement(pc, 'parametresSingularite')
ET.SubElement(ps, 'nbSeuils').text='0'
pad = ET.SubElement(pc, 'parametresApportDeversoirs')
pc3 = ET.SubElement(pc, 'parametresCalage')
frt = ET.SubElement(pc3, 'frottement')
ET.SubElement(frt, 'loi').text='1'
ET.SubElement(frt, 'nbZone').text=str(len(RUG))
ET.SubElement(frt, 'numBranche').text=' '.join([i[1] for i in RUG])
ET.SubElement(frt, 'absDebZone').text=' '.join([i[2] for i in RUG])
ET.SubElement(frt, 'absFinZone').text=' '.join([i[3] for i in RUG])
ET.SubElement(frt, 'coefLitMin').text=' '.join([i[4] for i in RUG])
ET.SubElement(frt, 'coefLitMaj').text=' '.join([i[5] for i in RUG])
zst = ET.SubElement(pc3, 'zoneStockage')
ET.SubElement(zst, 'nbProfils').text='0'
ET.SubElement(zst, 'numProfil').text='-0'
ET.SubElement(zst, 'limGauchLitMaj').text='-0'
ET.SubElement(zst, 'limDroitLitMaj').text='-0'
plh = ET.SubElement(pc, 'parametresLoisHydrauliques')
ET.SubElement(plh, 'nb').text='2'
lois = ET.SubElement(plh, 'lois')
spl = ET.SubElement(lois, 'structureParametresLoi')
ET.SubElement(spl, 'nom').text='loi_1_hydrogramme'
ET.SubElement(spl, 'type').text='1'
donnees = ET.SubElement(spl, 'donnees')
ET.SubElement(donnees, 'modeEntree').text='1'
ET.SubElement(donnees, 'fichier').text='hydrogramme.loi'
ET.SubElement(donnees, 'uniteTps').text='-0'
ET.SubElement(donnees, 'nbPoints').text='-0'
ET.SubElement(donnees, 'nbDebitsDifferents').text='-0'
spl2 = ET.SubElement(lois, 'structureParametresLoi')
ET.SubElement(spl2, 'nom').text='loi_2_limnigramme'
ET.SubElement(spl2, 'type').text='2'
donnees = ET.SubElement(spl2, 'donnees')
ET.SubElement(donnees, 'modeEntree').text='1'
ET.SubElement(donnees, 'fichier').text='limnigramme.loi'
ET.SubElement(donnees, 'uniteTps').text='-0'
ET.SubElement(donnees, 'nbPoints').text='-0'
ET.SubElement(donnees, 'nbDebitsDifferents').text='-0'
pci = ET.SubElement(pc, 'parametresConditionsInitiales')
re = ET.SubElement(pci, 'repriseEtude')
ET.SubElement(re, 'repriseCalcul').text='false'
le = ET.SubElement(pci, 'ligneEau')
ET.SubElement(le, 'LigEauInit').text='true'
ET.SubElement(le, 'modeEntree').text='1'
ET.SubElement(le, 'fichLigEau').text='init.lig'
ET.SubElement(le, 'formatFichLig').text='2'
ET.SubElement(le, 'nbPts').text='-0'
pir = ET.SubElement(pc, 'parametresImpressionResultats')
ET.SubElement(pir, 'titreCalcul').text='Etude hydraulique1d'
impression = ET.SubElement(pir, 'impression')
ET.SubElement(impression, 'impressionGeometrie').text='false'
ET.SubElement(impression, 'impressionPlanimetrage').text='false'
ET.SubElement(impression, 'impressionReseau').text='false'
ET.SubElement(impression, 'impressionLoiHydraulique').text='false'
ET.SubElement(impression, 'impressionligneEauInitiale').text='false'
ET.SubElement(impression, 'impressionCalcul').text='false'
ps = ET.SubElement(pir, 'pasStockage')
ET.SubElement(ps, 'premPasTpsStock').text='1'
ET.SubElement(ps, 'pasStock').text=str(int(PAR['timestep_bin']/PAR['timestep']))
ET.SubElement(ps, 'pasImpression').text=str(int(PAR['timestep_tra']/PAR['timestep']))
results = ET.SubElement(pir, 'resultats')
ET.SubElement(results, 'fichResultat').text='mascaret_exp.opt'
ET.SubElement(results, 'postProcesseur').text='2'
listing = ET.SubElement(pir, 'listing')
ET.SubElement(listing, 'fichListing').text='mascaret_exp.lis'
reprise = ET.SubElement(pir, 'fichReprise')
ET.SubElement(reprise, 'fichRepriseEcr').text='mascaret_exp.rep'
rub = ET.SubElement(pir, 'rubens')
ET.SubElement(rub, 'ecartInterBranch').text='1.0'
stockage = ET.SubElement(pir, 'stockage')
ET.SubElement(stockage, 'option').text='1'
ET.SubElement(stockage, 'nbSite').text='0'
pvc = ET.SubElement(pc, 'parametresVariablesCalculees')
ET.SubElement(pvc, 'variablesCalculees').text="false false false false false false false false false false false false false false false"
pvs = ET.SubElement(pc, 'parametresVariablesStockees')
ET.SubElement(pvs, 'variablesStockees').text="true false false false false true true true false false false false false false false false false false false true false false true false false false false false false false false false false false false false false false false false false false"
tree = ET.ElementTree(root)
xmlstr = ET.tostring(root, encoding='unicode', pretty_print=True)
tree.write(out_name)
print("fin du programme")
parser = ET.XMLParser(remove_blank_text=True)
tree = ET.parse(out_name, parser)
tree.write(out_name, pretty_print=True)
if __name__ == "__main__":
current_dir = os.getcwd()
os.chdir('/home/theophile.terraz/Codes/mage/src')
spec = imp.spec_from_file_location("wb", "./wrapper_bief.py")
wb = imp.module_from_spec(spec)
spec.loader.exec_module(wb)
os.chdir(current_dir)
print( 'Number of arguments:', len(sys.argv), 'arguments.')
print( 'Argument List:', str(sys.argv))
mage_to_mascaret(sys.argv[1])
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