def resetfunklet(self):
if self.enable_multi.state():
#change all selected
for parmkey in self._parmlist:
# if not self._parmdict[parmkey]['publish']:
if self.parmtable.isRowSelected(
self._parmdict[parmkey]['row']):
#set to 0
funklet = self._parmdict[parmkey]['funklet']
coeff = array([[0.]])
if funklet:
coeff = funklet.coeff
if is_scalar(coeff):
coeff = array([[0.]])
else:
if is_scalar(coeff[0]):
for i in range(len(coeff)):
coeff[i] = 0.
else:
for i in range(len(coeff)):
for j in range(len(coeff[0])):
coeff[i][j] = 0.
funklet.coeff = coeff
self._parmdict[parmkey]['funklet'] = funklet
# print "setting funklet ",funklet;
meqds.set_node_state(parmkey, funklet=funklet)
self.reexecute()
else:
if not self._currentparm:
return
self._currentparm.resettozero()
def resetfunklet(self):
if self.enable_multi.state():
# change all selected
for parmkey in self._parmlist:
# if not self._parmdict[parmkey]['publish']:
if self.parmtable.isRowSelected(self._parmdict[parmkey]["row"]):
# set to 0
funklet = self._parmdict[parmkey]["funklet"]
coeff = array([[0.0]])
if funklet:
coeff = funklet.coeff
if is_scalar(coeff):
coeff = array([[0.0]])
else:
if is_scalar(coeff[0]):
for i in range(len(coeff)):
coeff[i] = 0.0
else:
for i in range(len(coeff)):
for j in range(len(coeff[0])):
coeff[i][j] = 0.0
funklet.coeff = coeff
self._parmdict[parmkey]["funklet"] = funklet
# print "setting funklet ",funklet;
meqds.set_node_state(parmkey, funklet=funklet)
self.reexecute()
else:
if not self._currentparm:
return
self._currentparm.resettozero()
def update_default_selected(self, funklet):
newfunkclass = "MeqPolc"
if hasattr(funklet, "class"):
newfunkclass = getattr(funklet, "class")
for parmkey in self._parmlist:
if self.parmtable.isRowSelected(self._parmdict[parmkey]["row"]):
funkletclass = self._parmdict[parmkey]["defaultclass"]
if not newfunkclass == funkletclass:
# cannot change class
continue
# print "setting def_funklet ",funklet;
meqds.set_node_state(parmkey, default_funklet=funklet)
def update_selected(self, funklet):
newfunkclass = 'MeqPolc'
if hasattr(funklet, 'class'):
newfunkclass = getattr(funklet, 'class')
for parmkey in self._parmlist:
if self.parmtable.isRowSelected(self._parmdict[parmkey]['row']):
funkletclass = self._parmdict[parmkey]['class']
if not newfunkclass == funkletclass:
# cannot change class
continue
self._parmdict[parmkey]['funklet'] = funklet
# print "setting funklet ",funklet;
meqds.set_node_state(parmkey, funklet=funklet)
def updateC00(self):
ok = True
change = self.c00Text.text().toDouble()[0]
self.changeC00(change)
if self.enable_multi.state():
#change all selected
for parmkey in self._parmlist:
# if not self._parmdict[parmkey]['publish']:
if self.parmtable.isRowSelected(
self._parmdict[parmkey]['row']):
#set c00
funklet = self._parmdict[parmkey]['funklet']
coeff = array([[0.]])
if funklet:
coeff = funklet.coeff
if is_scalar(coeff):
coeff = array([[self.c00]])
# coeff=[[coeff]];
else:
if is_scalar(coeff[0]):
# ncoeff=[];
# for i in range(len(coeff)):
# ncoeff.append([coeff[i]]);
# coeff=ncoeff;
coeff[0] = self.c00
else:
if is_scalar(coeff[0][0]):
coeff[0][0] = self.c00
funklet.coeff = coeff
self._parmdict[parmkey]['funklet'] = funklet
meqds.set_node_state(parmkey, funklet=funklet)
self.reexecute()
else:
if not self._currentparm:
return
self._currentparm.setc00(self.c00)
def updateC00(self):
ok = True
change = self.c00Text.text().toDouble()[0]
self.changeC00(change)
if self.enable_multi.state():
# change all selected
for parmkey in self._parmlist:
# if not self._parmdict[parmkey]['publish']:
if self.parmtable.isRowSelected(self._parmdict[parmkey]["row"]):
# set c00
funklet = self._parmdict[parmkey]["funklet"]
coeff = array([[0.0]])
if funklet:
coeff = funklet.coeff
if is_scalar(coeff):
coeff = array([[self.c00]])
# coeff=[[coeff]];
else:
if is_scalar(coeff[0]):
# ncoeff=[];
# for i in range(len(coeff)):
# ncoeff.append([coeff[i]]);
# coeff=ncoeff;
coeff[0] = self.c00
else:
if is_scalar(coeff[0][0]):
coeff[0][0] = self.c00
funklet.coeff = coeff
self._parmdict[parmkey]["funklet"] = funklet
meqds.set_node_state(parmkey, funklet=funklet)
self.reexecute()
else:
if not self._currentparm:
return
self._currentparm.setc00(self.c00)
def leftMouse(self, row, col):
#check if solvable paramters are updated
if row < 0 or row > len(self._parmlist) or col > len(
list(self._solverdict.keys())) + solverstart:
#nothing
return
if col < solverstart:
if not row == self._parmindex:
self.parmSetIndex()
#nothing
return
checkbutton = self.parmtable.item(row, col)
if not checkbutton:
return
parmkey = str(self.parmtable.text(row, 0))
parm = self._parmdict[parmkey]['node']
solver = str(self.parmtable.horizontalHeader().label(col))
solvers = self._parmdict[parmkey]['solvers']
if checkbutton.isChecked():
checkbutton.setChecked(False)
else:
checkbutton.setChecked(True)
updateneeded = False
if solver in solvers:
if solvers[solver] and not checkbutton.isChecked():
solvers[solver] = 0
self._parmdict[parmkey]['solvers'] = solvers
updateneeded = True
if not solvers[solver] and checkbutton.isChecked():
solvers[solver] = 1
self._parmdict[parmkey]['solvers'] = solvers
updateneeded = True
if updateneeded:
nodegroups = []
for solver in list(self._solverdict.keys()):
group = self._solverdict[solver]['group']
if solver in solvers:
if solvers[solver]:
nodegroups.append(group)
dmigroups = make_hiid_list(nodegroups)
if nodegroups:
meqds.set_node_state(parm, node_groups=dmigroups)
else:
meqds.set_node_state(parm, node_groups=hiid(0))
meqds.set_node_state(parm, solvable=False)
def leftMouse(self, row, col):
# check if solvable paramters are updated
if row < 0 or row > len(self._parmlist) or col > len(self._solverdict.keys()) + solverstart:
# nothing
return
if col < solverstart:
if not row == self._parmindex:
self.parmSetIndex()
# nothing
return
checkbutton = self.parmtable.item(row, col)
if not checkbutton:
return
parmkey = str(self.parmtable.text(row, 0))
parm = self._parmdict[parmkey]["node"]
solver = str(self.parmtable.horizontalHeader().label(col))
solvers = self._parmdict[parmkey]["solvers"]
if checkbutton.isChecked():
checkbutton.setChecked(False)
else:
checkbutton.setChecked(True)
updateneeded = False
if solvers.has_key(solver):
if solvers[solver] and not checkbutton.isChecked():
solvers[solver] = 0
self._parmdict[parmkey]["solvers"] = solvers
updateneeded = True
if not solvers[solver] and checkbutton.isChecked():
solvers[solver] = 1
self._parmdict[parmkey]["solvers"] = solvers
updateneeded = True
if updateneeded:
nodegroups = []
for solver in self._solverdict.keys():
group = self._solverdict[solver]["group"]
if solvers.has_key(solver):
if solvers[solver]:
nodegroups.append(group)
dmigroups = make_hiid_list(nodegroups)
if nodegroups:
meqds.set_node_state(parm, node_groups=dmigroups)
else:
meqds.set_node_state(parm, node_groups=hiid(0))
meqds.set_node_state(parm, solvable=False)
