def OnGrapheXY(self,evt):
"""permet de fair eune graphe xy de la vairable representee et des
donnees"""
dicData=self.model.getBase('Data');
groupe, nom, obj = self.visu.getCurrentVisu();#print groupe,nom
nom = nom.split('_')[-1]
# recupere les coords des forages et data mesures
lZone=self.model.Aquifere.getZoneList('Forages')
nF = len(lZone);mesu=[];lxy=[] # nb forages dans interface
if (len(dicData['cols'])!=0)and(nom in dicData['cols']):
iC=dicData['cols'].index(nom);n=0
for z in lZone:
nomF=z.getNom()
if nomF in dicData['lignes']:
n += 1;iR = dicData['lignes'].index(nomF)
mesu.append(dicData['data'][iR,iC])
lxy.append(z.getXy()[0]);
else :
self.OnMessage("pas de donnees");return
# recupere les donnees simulees (vue actuelle)
calc = [];
if len(obj)>=2: # objet de type contour
for xy in lxy:
i,j=self.getIndexPt(xy,obj) # coord du forage ds grille
calc.append(obj[2][i,j]) # obj contient x,y,z
self.plt=MyDialogs.plotxy(self.model.gui,-1);self.plt.Show(True)
self.plt.draw(mesu,calc,nom,"Comparaison", "mesure", "calcul",'+')
def OnValeurZ(self, evt):
#changer la valeur, faire apparaitre le dialogue
z = self.currentZone
if z == None: return
val = z.getVal()
if type(val) == type([5, 6]): val = 'liste'
nom = z.getNom()
info = z.getInfo()
l0 = [(nom, val)]
typz = 'B.Condition'
if self.currentVar in ['Potentiel', 'Transport', 'PHT3D']:
typz = info[3]
if typz == 'Constant': typz = 'B.Condition' # pb with old versions
l0.append(('Type', [typz, ['Initial', 'B.Condition',
'Transient']]))
dialg = MyDialogs.MyGenericCtrl(self, "modifier zone", l0)
if dialg.ShowModal() == wx.ID_OK:
lst2 = dialg.GetValues()
if lst2[0][1] != 'liste':
val = lst2[0][1]
z.setVal(val)
self.visu.modifValZone(self.currentVar, self.izone, val)
self.valZ.SetLabel("Val : " + str(val))
# changer la valeur pour la zone selectionnee
if self.currentVar in ['Potentiel', 'Transport', 'PHT3D']:
z.setInfo(3, lst2[1][1][0])
self.aquifere.createZoneTransient()
dialg.Destroy()
def OnPasteZone(self, evt):
var = self.currentVar
mil = self.currentMil
info = [var, self.aquifere.getNbzone(var), [mil]]
units = self.aquifere.getUnits(var)
l0 = [('nom', 'z'), ('Valeur (' + units + ')', 0.0)]
if len(self.copyXy) > 0:
xy = self.copyXy
shapeZone = self.copyShape
dialg = MyDialogs.MyGenericCtrl(self, "coller", l0)
if dialg.ShowModal() == wx.ID_OK:
lst2 = dialg.GetValues()
nameZone = lst2[0][1]
valueZone = lst2[1][1]
self.valZ.SetLabel("Val : " + str(valueZone))
self.model.Aquifere.addZone(var, nameZone, valueZone,
shapeZone, info, xy)
self.visu.addZone(mil, nameZone, valueZone, shapeZone, info,
xy)
self.aquifere.createZoneTransient()
self.visu.redraw()
dialg.Destroy()
# mise a jour du choix des zones pour la variable courante
self.gui.modifBox.updateChoice2OnChange(var, mil)
else:
self.OnMessage("pas de zone copiee")
def OnChangeContour(self, groupe, nom):
""" modifie la valeur et les couleurs des contours : valeur[0] : min
[1] : max, [2] nb contours, [3] decimales, [4] : 'lin' log' ou 'fix',
si [4]:fix, alors [0] est la serie des valeurs de contours """
valeur = self.getGlist(groupe, nom, 'valeur')
col = self.getGlist(groupe, nom, 'col')
dlgContour = MyDialogs.MyDialogContour(self, "Contours", valeur, col)
if dlgContour.ShowModal() == wx.ID_OK:
val = dlgContour.GetStrings()
log = dlgContour.log.GetValue()
# creer le vecteur de couleurs
c = dlgContour.coul
col = [(c[0].Red(), c[0].Green(), c[0].Blue()),
(c[1].Red(), c[1].Green(), c[1].Blue()),
(c[2].Red(), c[2].Green(), c[2].Blue())]
else:
return
valeur = val[:5]
valeur[4] = 'lin'
if len(val[-1]) > 5:
valeur[0] = eval(val[-1])
valeur[4] = 'fix'
elif log:
valeur[4] = 'log'
self.setGlist(groupe, nom, 'valeur',
valeur) #nb le Glist de RT3d est le mm que Reaction
self.setGlist(groupe, nom, 'col', col)
nom2 = nom
if groupe == '6.rt3d': nom2 = 'rt' + nom
elif groupe == '7.pht3d': nom2 = 'pht' + nom
elif groupe == '8.reactionIsot': nom2 = nom + 'Isot'
self.parent.Visu.changeContour(valeur=valeur, typC=nom2, col=col)
self.parent.Visu.drawContour(nom2, True)
def onObservation(self):
group=self.visu.curGroupe
if group not in ['Ecoulement','Transport','PHT3D']: return
typ=self.curTypO[0] # B or P
t=self.curItemps;
if group=='PHT3D': lesp=self.getNames('PHT3D_Especes_L');
elif group=='Ecoulement': lesp=['Charge','Flux']
else : lesp=['Transport']
lst0=zip(lesp,[False]*len(lesp))
#dialog to choose species to graph
if len(lesp)>1:
dlg = MyDialogs.MyGenericCtrl(self,'species',lst0)
if dlg.ShowModal() == wx.ID_OK:
lst1=dlg.GetValues();lesp=[]
for i in range(len(lst1)):
if lst1[i][1]:lesp.append(lst1[i][0])
else :return
# dialog for type of graph, for flow tis dialog is useless
lst0=['Valeur','Valeur ponderee','Flux'];
if group!='Ecoulement':
dlg = MyDialogs.MyGenericCtrl(self,'type',[('Choisir :',['Valeur',lst0])])
if dlg.ShowModal() == wx.ID_OK: #dialog to choose type of graph
val=dlg.GetValues()[0][1][0];
typ+=str(lst0.index(val));
else :return
dist,val,lab=self.model.onPtObs(typ,t,group,self.curZoneO,lesp)
plt = MyDialogs.plotxy(self.gui,-1);plt.Show(True)
znam=self.curZoneO
if typ[0]=='X': plt.draw(dist,val,lab[1:],znam,lab[0],"val",typ='+');
else : plt.draw(dist,val,lab[1:],znam,lab[0],"val");
plt.Raise()
def OnInterpol(self, evt):
lstDialg = self.model.getParm('Aquifere', 'Interpol')
dialg = MyDialogs.MyGenericCtrl(self, 'Interpoler', lstDialg)
retour = dialg.ShowModal()
if retour == wx.ID_OK:
lst2 = dialg.GetValues()
self.model.setParm('Aquifere', 'Interpol', lst2)
dialg.Destroy()
def OnPht3dOpt(self,evt):
"""allow to set some pht3d parameters"""
lst = self.model.getParm('PHT3D','options')
dlg = MyDialogs.MyGenericCtrl(self.gui,'Pht3d options',lst)
retour = dlg.ShowModal();
if retour == wx.ID_OK:
lst2 = dlg.GetValues(); self.model.setParm('PHT3D','options',lst2)
dlg.Destroy()
def OnModflowOpt(self,evt):
"""allow to set some modflow parameters"""
lst = self.model.getParm('Ecoulement','options')
dlg = MyDialogs.MyGenericCtrl(self.gui,'Modflow options',lst)
retour = dlg.ShowModal();
if retour == wx.ID_OK:
lst2 = dlg.GetValues();self.model.setParm('Ecoulement','options',lst2)
dlg.Destroy()
def polyVdialog(self):
dlg = MyDialogs.MyGenericCtrl(self, "Point", [('Valeur', 0.)])
retour = dlg.ShowModal()
if retour == wx.ID_OK:
values = dlg.GetValues()
self.tempZoneVal.append(float(values[0][1]))
return True
else:
return False
def OnMt3dmsOpt(self,evt):
"""allow to set some mt3dms parameters"""
lst = self.model.getParm('Transport','options');print lst
dlg = MyDialogs.MyGenericCtrl(self.gui,'Mt3dms options',lst)
retour = dlg.ShowModal();
if retour == wx.ID_OK:
lst2 = dlg.GetValues()
dlg.Destroy()
if lst2[0][1][0]=='multiple':
if type(lst[1][1])==type((5,6)): lstin=lst[1][1]*1
else : lstin=['all '+str(lst[1][1])]
dlg=MyDialogs.MyListDialog(self.gui,'multiple diffusion',lstin)
retour = dlg.ShowModal();
if retour == wx.ID_OK:
lstout=dlg.GetStrings()
lst2[1]=('Diffusion coeff (m2/s)',tuple(lstout))
print lst2
self.model.setParm('Transport','options',lst2)
dlg.Destroy()
def OnVisuOpt(self,evt):
"""permet de fixer un certain nombre d'options du programme"""
lst = self.model.getParm('visuOpt','')
dialg = MyDialogs.MyGenericCtrl(self.gui,'options',lst)
retour = dialg.ShowModal()
if retour == wx.ID_OK:
lst2 = dialg.GetValues();
self.model.setParm('visuOpt','',lst2)
self.model.visu.redraw()
dialg.Destroy()
def OnCalcOpt(self,evt):
"""permet de fixer un certain nombre d'options du programme"""
lst = self.model.getParm('calcOpt','')
dialg = MyDialogs.MyGenericCtrl(self.gui,'options',lst)
retour = dialg.ShowModal()
if retour == wx.ID_OK:
lst2 = dialg.GetValues();
self.model.setParm('calcOpt','',lst2)
bool=(lst2[1][1][0]=='oui') # DUAL PORO
self.gui.parametresGui.setDualPoro(bool)
dialg.Destroy()
def OnChange(self, evt):
""" change les caracteristiques d'un affichage"""
item = self.FindWindowById(evt.GetId())
n = item.GetName()
#getName ou getLabelText
[groupe, nom, tag] = n.split('_')
item2 = self.FindWindowByName(groupe + '_' + nom + '_L')
if item2 != None: nom = item2.GetStringSelection()
col = self.model.getGlistParm(groupe, nom, 'col')
valeur = self.model.getGlistParm(groupe, nom, 'valeur')
if nom in self.change.keys(): # cas autres que contours
if col == None: col = self.change[nom][0][1]
if valeur == None and len(self.change[nom]) > 1:
valeur = self.change[nom][1][1]
lst0 = self.change[nom]
lst0[0][1] = col
if nom in ['Vitesse', 'Particules']: lst0[1][1] = valeur
dlg = MyDialogs.MyGenericCtrl(self, nom, lst0)
if dlg.ShowModal() == wx.ID_OK:
lst1 = zip(*dlg.GetValues())[1]
col = lst1[0]
if len(lst1) > 1: valeur = lst1[1]
else: return
else: # cas contour
dlgContour = MyDialogs.MyDialogContour(self.gui, "Contours",
valeur, col)
if dlgContour.ShowModal() == wx.ID_OK:
valeur = dlgContour.GetStrings()
# creer le vecteur de couleurs
c = dlgContour.coul
col = [(c[0].Red(), c[0].Green(), c[0].Blue()),
(c[1].Red(), c[1].Green(), c[1].Blue()),
(c[2].Red(), c[2].Green(), c[2].Blue()),
int(c[3])]
else:
return
self.model.setGlistParm(groupe, nom, 'valeur', valeur)
self.model.setGlistParm(groupe, nom, 'col', col)
self.onTickBox(groupe, nom, tag, True)
self.visu.changeObject(groupe, nom, valeur, col)
def OnZoneMil(self, evt):
""" dialogue pour modifier les milieux que recouvre une zone"""
if self.currentZone == None: return
mil = self.currentZone.getInfo()[2]
dialg = MyDialogs.MyGenericCtrl(self, "couches zone",
[('couche Haut', mil[0]),
('couche Bas', mil[-1])])
if dialg.ShowModal() == wx.ID_OK:
mil = dialg.GetValues()
millist = range(mil[0][1], mil[1][1] + 1)
self.currentZone.setInfo(2, millist)
self.visu.modifLayZone(self.currentVar, self.izone, millist)
dialg.Destroy()
def onObservation(self):
group = self.visu.curGroupe
if group not in ['Ecoulement', 'Transport', 'PHT3D']: return
typ = self.curTypO[0] # B or P
t = self.curItemps
if group == 'PHT3D': lesp = self.getNames('PHT3D_Especes_L')
elif group == 'Ecoulement': lesp = ['Charge', 'Flux']
else: lesp = ['Transport']
lst0 = zip(lesp, [False] * len(lesp))
#dialog to choose species to graph
if len(lesp) > 1:
dlg = MyDialogs.MyGenericCtrl(self, 'species', lst0)
if dlg.ShowModal() == wx.ID_OK:
lst1 = dlg.GetValues()
lesp = []
for i in range(len(lst1)):
if lst1[i][1]: lesp.append(lst1[i][0])
else: return
# dialog for type of graph, for flow tis dialog is useless
lst0 = ['Valeur', 'Valeur ponderee', 'Flux']
if group != 'Ecoulement':
dlg = MyDialogs.MyGenericCtrl(self, 'type',
[('Choisir :', ['Valeur', lst0])])
if dlg.ShowModal() == wx.ID_OK: #dialog to choose type of graph
val = dlg.GetValues()[0][1][0]
typ += str(lst0.index(val))
else:
return
dist, val, lab = self.model.onPtObs(typ, t, group, self.curZoneO, lesp)
plt = MyDialogs.plotxy(self.gui, -1)
plt.Show(True)
znam = self.curZoneO
if typ[0] == 'X':
plt.draw(dist, val, lab[1:], znam, lab[0], "val", typ='+')
else:
plt.draw(dist, val, lab[1:], znam, lab[0], "val")
plt.Raise()
def BaDialog(self, evt):
head = 'insert python commands below'
dialg = MyDialogs.MyTextDialog(self.gui, 'Batch program', head,
self.lastBatch)
retour = dialg.ShowModal()
if retour == wx.ID_OK:
txt = dialg.GetText() #dialg.GetTextAsList()
self.lastBatch = txt
txt1 = txt.replace('model', 'self.gui.model')
exec(txt1)
## for t in lst:
## self.lastBatch+=t+'\n'
## t1=t.replace('model','self.gui.model')
## exec(t1)
else:
return
dialg.Destroy()
def OnHisto(self, evt):
"""dialogue pour rentrer un historique sur une zone"""
z = self.currentZone
if z == None: return
li0 = []
if z.getForme() != 4 and type(z.getVal()) == type([5, 6]):
li0 = z.getVal() # ne pas prendre polyV
dialg = MyDialogs.MyListDialog(self, self.traduit('Historique Zone'),
li0)
retour = dialg.ShowModal()
if retour == wx.ID_OK:
li1 = dialg.GetStrings()
z.setVal(li1)
self.aquifere.createZoneTransient()
else:
return
dialg.Destroy()
self.visu.modifValZone(self.currentVar, self.izone, li1)
def OnZoneCreate(self, typeZone, xy, listeVal):
""" la zone a ete dessinnee dans la visu, on retourne les coordonnees
ici on ouvre le dialogue pour les infos sur la zone et on modifie le
modele
"""
var = self.gui.parametresGui.getCurrentVar()
units = self.aquifere.getUnits(var)
nom_val = 'Valeur (' + units + ')'
v0 = 0.
maxmil = len(self.milist)
if var == 'PHT3D':
dlist = [('Nom', 'z'),
('Type',
['B.Condition', ['Initial', 'B.Condition',
'Transient']]), ('Solution nb', 1),
('Phase nb', 0), ('Exchange nb', 0), ('Surface nb', 0)]
elif var in ['Potentiel', 'Transport']:
dlist = [('Nom', 'z'),
('Type',
['B.Condition', ['Initial', 'B.Condition',
'Transient']]), (nom_val, v0)]
elif var == 'Observation':
dlist = [('Nom', 'z')]
else:
dlist = [('Nom', 'z'), (nom_val, v0)]
if self.aquifere.getDim() == '3D':
dlist.extend([('Milieu Haut', 0), ('Milieu Bas', 0)])
dlgZoneInfo = MyDialogs.MyGenericCtrl(self, "Infos sur les zones",
dlist)
retour = dlgZoneInfo.ShowModal()
if retour == wx.ID_OK:
listVal = dlgZoneInfo.GetValues()
nameZone = listVal[0][1]
typz = 'B.Condition'
if typeZone == 4: # cas polyV
if var in ['Potentiel', 'Transport']:
listeVal.append(float(listVal[2][1]))
else:
listeVal.append(float(listVal[1][1]))
valueZone = listeVal * 1
elif var in ['Potentiel', 'Transport']:
valueZone = float(listVal[2][1])
if listVal[1][1][0] in ['Initial', 'Transient']:
typz = 'Initial'
elif var == 'PHT3D':
a = str(listVal[2][1]) + str(listVal[3][1]) + str(
listVal[4][1]) + str(listVal[5][1])
valueZone = int(a) # 1210 : solu 1, min 2, exchan 1 surf 0
if listVal[1][1][0] in ['Initial', 'Transient']:
typz = 'Initial' # if inital put a negative value
elif var == 'Observation':
valueZone = 0
else:
valueZone = float(listVal[1][1])
if self.aquifere.getDim() == '3D':
mil = range(listVal[-2][1], listVal[-1][1] + 1)
else:
mil = [0]
# traiter nb milieu et zone source (index zon cree pour chaque layer)
info = [var, self.aquifere.getNbzone(var), mil, typz]
# ajout de la (des) zone au model et du texte a la visu
self.model.Aquifere.addZone(var, nameZone, valueZone, typeZone,
info, xy)
self.visu.addZone(mil, nameZone, valueZone, typeZone, info, xy)
self.visu.redraw()
# mise a jour du choix des zones pour la variable courante
self.gui.modifBox.updateChoice2OnChange(var, mil)
if var == 'Observation':
zlist = self.aquifere.getZoneList(var)
znames = [z.getNom() for z in zlist]
self.gui.afficheTree.setNames('Observation_Zone_L', znames)
flag = True
else:
self.visu.deconnecte()
self.visu.redraw()
flag = False
dlgZoneInfo.Destroy()
self.model.doAction('Top', 'zoneEnd')
return flag
def OnButton(self,evt):
item = self.FindWindowById(evt.GetId());n = item.GetName(); #getName ou getLabelText
[groupe,nom]=n.split('_');
if groupe=='Modele': groupe='Aquifere' #car toute donnes dans aqui
retour = self.gui.control.valide(groupe,nom)
if retour =='Stop' : return
aqui=self.model.Aquifere
### AQUIFERE
if nom=='GriVar':
dic1=self.model.getParm(groupe,nom)
dialg = MyDialogs.MyGriVarDialog(self,self.traduit(str(nom)),dic1)
retour = dialg.ShowModal()
if retour == wx.ID_OK:
dic2 = dialg.GetValues();
self.model.setParm(groupe,nom,dic2)
dialg.Destroy()
elif nom=='zList': # liste des z de couches
li1=self.model.getParm(groupe,nom)
dialg = MyDialogs.MyListDialog(self,self.traduit(str(nom)),li1)
retour = dialg.ShowModal()
if retour == wx.ID_OK:
li2 = dialg.GetValues()
self.model.setParm(groupe,nom,li2)
dialg.Destroy()
elif nom=='Variable':
s=str(item.GetStringSelection())
if s=='Tr_Source': s='Transport'
if s=='PH_Source': s='PHT3D'
self.currentVar = self.tradinverse(s);
self.setVbase(groupe,item) # met vbase actuel sur bouton
elif nom=='Milieux':
self.currentMil=int(item.GetStringSelection())
#self.setVbase(groupe,item)
elif nom=='ValBase':
if self.currentVar==None: return
mil = self.currentMil
v = aqui.getVbase(self.currentVar,mil)
u = ' ('+aqui.getUnits(self.currentVar)+')'
if self.currentVar=='Mur' or (self.currentVar=='Toit' and int(mil)==0):
dialg = MyDialogs.MyGenericCtrl(self,nom+u,[(self.currentVar,v)])
if dialg.ShowModal() == wx.ID_OK:
lst2 = dialg.GetValues()
if lst2 != None:
v = lst2[0][1]
aqui.setVbase(self.currentVar,v,[mil])
elif self.currentVar=='Toit' and int(mil)>0:
return
else :
lst=[(self.currentVar,v)]
if aqui.getDim()=='3D':
lst.extend([('Milieu Haut',0),('Milieu Bas',0)])
dialg = MyDialogs.MyGenericCtrl(self,nom+u,lst)
if dialg.ShowModal() == wx.ID_OK:
lst2 = dialg.GetValues()
if lst2 != None:
v = lst2[0][1];llist=[self.currentMil]
if aqui.getDim()=='3D':
llist= range(lst2[1][1],lst2[2][1]+1) #range of media
aqui.setVbase(self.currentVar,v,[int(l)for l in llist])
dialg.Destroy()
but=self.FindWindowByName(groupe+'_ValBase')
but.SetLabel(str(v))
#self.vbase.SetLabel(str(v))
elif nom=='Carte' :
dlg = wx.FileDialog(self,self.traduit("Choisir une carte"),"","","*.png",wx.OPEN)
retour = dlg.ShowModal()
if retour == wx.ID_OK:
path = dlg.GetPath()
self.model.setMap(path)
else : return
dlg.Destroy()
### ECOULEMENT
elif nom=='Particule':
pName = self.model.getProjectName();
if pName=='': # pas de projet
self.OnMessage('creez ou sauvez votre projet')
return
self.visu.startParticules(); self.startP = True;
self.model.doAction('Top','zoneStart')
### Transport
elif nom in ['Import','Write']: pass
elif nom=='Chemistry':
dic = self.model.getParm(groupe,nom)
dialg = MyDialogs.MyNoteBook(self,"Chemistry",dic)
retour = dialg.ShowModal()
if retour == wx.ID_OK:
dic2 = dialg.GetValues()
if dic2 != None:
self.model.setParm(groupe,nom,dic2)
dialg.Destroy()
elif nom=='PH_Source':
nomv ='PHT3D';self.currentVar=nomv;
self.visu.changeAxesOri('Z',self.currentMil)
self.visu.showVar(nomv,self.currentMil)
elif nom=='Immobile':
dic = self.model.getParm(groupe,nom)
dialg = MyDialogs.MyNoteBook(self,"Chemistry Immobile",dic)
retour = dialg.ShowModal()
if retour == wx.ID_OK:
dic2 = dialg.GetValues()
if dic2 != None:
self.model.setParm(groupe,nom,dic2)
dialg.Destroy()
### Observation
elif nom=='ZoneO':
nomv ='Observation';self.currentVar=nomv;
self.visu.changeAxesOri('Z',self.currentMil)
self.visu.showVar(nomv,self.currentMil)
zlist=aqui.getZoneList(nomv);znames=[z.getNom() for z in zlist]
self.gui.afficheTree.setNames('Observation_Zone_L',znames)
### GENERIQUES
elif nom[:3]=='Run': pass
else :
lstDialg = self.model.getParm(groupe,nom)
if lstDialg==None: return
u = self.unitsForDialog(nom)
dialg = MyDialogs.MyGenericCtrl(self,str(nom)+u,lstDialg)
retour = dialg.ShowModal()
if retour == wx.ID_OK:
lst2 = dialg.GetValues()
if lst2 != None:
self.model.setParm(groupe,nom,lst2)
dialg.Destroy()
self.model.doAction(groupe,nom)
