def selectFiles( self ):
filters = QgsProviderRegistry.instance().fileVectorFilters()
files, self.encoding = ftools_utils.openDialog( self, filtering=filters, dialogMode="MultipleFiles" )
if files is None:
return
self.layers.extend( [ unicode( f ) for f in files ] )
self.lstLayers.addItems( files )
def selectFiles( self ):
filters = QgsProviderRegistry.instance().fileVectorFilters()
( files, self.encoding ) = ftools_utils.openDialog( self, filtering = filters, dialogMode = "MultipleFiles" )
if files is None:
return
self.layers.extend( [ unicode( f ) for f in files ] )
self.lstLayers.addItems( files )
def inputFile( self ):
( files, self.inEncoding ) = ftools_utils.openDialog( self, dialogMode="ManyFiles" )
if files is None or self.inEncoding is None:
self.inputFiles = None
return
self.inputFiles = []
for f in files:
fileName = QFileInfo( f ).fileName()
self.inputFiles.append( fileName )
self.progressFiles.setRange( 0, self.inputFiles.count() )
self.leInputDir.setText( files.join( ";" ) )
def browse_simul_file(self):
"""
Description
----------
Select simulation file. This file will be used to load simulation results.
Note that this is model-dependent.
"""
self.textSimulFile.clear()
( simul_file, encoding ) = ftools_utils.openDialog( self, filtering="All files (*.*)" )
if simul_file is None or encoding is None:
return
self.textSimulFile.setText( simul_file )
def browse_simul_file(self):
"""
Description
----------
Select simulation file. This file will be used to load simulation results.
Note that this is model-dependent.
"""
self.textSimulFile.clear()
(simul_file,
encoding) = ftools_utils.openDialog(self, filtering="All files (*.*)")
if simul_file is None or encoding is None:
return
self.textSimulFile.setText(simul_file)
