def onColClick(self, event): # wxGlade: TemperatureSeriesPanel.<event_handler>
"""Sort by temperature."""
column = event.GetColumn()
# sort by temperature
if column == 0:
sortkey = lambda tf : float(tf[0])
# sort by filename with numerical comparison of digits
elif column == 1:
filenames = [f for t, f in self.datasets]
numericStringSort(filenames)
order = dict(zip(filenames, range(len(filenames))))
sortkey = lambda tf : order[tf[1]]
# ignore unhandled columns
else:
return
self.datasets.sort(key=sortkey, reverse=self.reverse)
self.reverse = not self.reverse
self.fillList()
return
def onColClick(self,
event): # wxGlade: TemperatureSeriesPanel.<event_handler>
"""Sort by temperature."""
column = event.GetColumn()
# sort by temperature
if column == 0:
sortkey = lambda tf: float(tf[0])
# sort by filename with numerical comparison of digits
elif column == 1:
filenames = [f for t, f in self.datasets]
numericStringSort(filenames)
order = dict(zip(filenames, range(len(filenames))))
sortkey = lambda tf: order[tf[1]]
# ignore unhandled columns
else:
return
self.datasets.sort(key=sortkey, reverse=self.reverse)
self.reverse = not self.reverse
self.fillList()
return
def _represent(mixedNames):
vals = ["@%i"%item for item in mixedNames if isinstance(item, int)]
others = [item for item in mixedNames if not isinstance(item, int)]
vals.extend(others)
numericStringSort(vals)
return vals
def updateWidgets(self):
"""Enable or disable certain widgets depending upon what is selected in
the tree and in the plotting widgets.
"""
# selections: selected nodes in treeCtrl
# fits: only different fittings
# refs: data item ids ( can be calculation, fit, structure and dataset
selections = self.treeCtrlMain.GetSelections()
# Only proceed if we have compatible items selected from the tree.
if not selections:
self.enableWidgets(False)
return
self.enableWidgets(True)
fits = dict.fromkeys([self.treeCtrlMain.GetControlData(self.treeCtrlMain.GetFitRoot(sel))
for sel in selections])
refs = [self.treeCtrlMain.GetControlData(sel) for sel in selections]
xdata = []
# step is added if selections include type other than calculation
for type in [ self.treeCtrlMain.GetNodeType(sel) for sel in selections ]:
if type != 'calculation':
xdata.append('step')
break
# index is added if mutiple selections are chosen from different fits
if len(fits) > 1:
xdata.append('index')
for ref in refs:
xdata.extend(ref.getXNames())
for fit in fits:
xdata.extend(fit.getMetaDataNames())
# also can plot y against y so add yNames as well
xdata.extend(fit.getYNames())
# reduce
xdata = dict.fromkeys(xdata).keys()
# Make the parameter entries a bit more presentable.
def _represent(mixedNames):
vals = ["@%i"%item for item in mixedNames if isinstance(item, int)]
others = [item for item in mixedNames if not isinstance(item, int)]
vals.extend(others)
numericStringSort(vals)
return vals
xvals = _represent(xdata)
try:
xvals.remove('rw')
except:
pass
numericStringSort(xvals)
# Fill the xDataCombo
if self.xDataCombo.GetCount():
current = self.xDataCombo.GetValue()
else:
current = None
self.xDataCombo.Clear()
for item in xvals:
self.xDataCombo.Append(item)
# Set default value for xDataCombo
# Either keep the current plot value selected, select 'r', or the
# first in the list.
defaultOrders = [ 'r', 'step', 'index']
if current:
defaultOrders.insert(0, current)
for item in defaultOrders:
if item in xvals:
self.xDataCombo.SetValue(item)
break
else:
self.xDataCombo.SetSelection(0)
# Y-DATA is the common subset of all data id
ydata = refs[0].getYNames()
for ref in refs[1:]:
for name in ydata[:]:
if name not in ref.getYNames(): ydata.remove(name)
yvals = _represent(ydata)
# Fill the List
self.yDataList.DeleteAllItems()
for val in yvals:
self.yDataList.InsertStringItem(sys.maxint, str(val))
self.yDataList.makeIDM()
self.yDataList.initializeSorter()
if yvals:
self.yDataList.Select(0)
#self.prevSelectionType = selectiontype
self._check(None)
return
def _represent(mixedNames):
vals = ["@%i"%item for item in mixedNames if isinstance(item, int)]
others = [item for item in mixedNames if not isinstance(item, int)]
vals.extend(others)
numericStringSort(vals)
return vals
def updateWidgets(self):
"""Enable or disable certain widgets depending upon what is selected in
the tree and in the plotting widgets.
"""
# selections: selected nodes in treeCtrl
# fits: only different fittings
# refs: data item ids ( can be calculation, fit, structure and dataset
selections = self.treeCtrlMain.GetSelections()
# Only proceed if we have compatible items selected from the tree.
if not selections:
self.enableWidgets(False)
return
self.enableWidgets(True)
fits = dict.fromkeys([self.treeCtrlMain.GetControlData(self.treeCtrlMain.GetFitRoot(sel))
for sel in selections])
refs = [self.treeCtrlMain.GetControlData(sel) for sel in selections]
xdata = []
# step is added if selections include type other than calculation
for type in [ self.treeCtrlMain.GetNodeType(sel) for sel in selections ]:
if type != 'calculation':
xdata.append('step')
break
# index is added if mutiple selections are chosen from different fits
if len(fits) > 1:
xdata.append('index')
for ref in refs:
xdata.extend(ref.getXNames())
for fit in fits:
xdata.extend(fit.getMetaDataNames())
# also can plot y against y so add yNames as well
xdata.extend(fit.getYNames())
# reduce
xdata = dict.fromkeys(xdata).keys()
# Make the parameter entries a bit more presentable.
def _represent(mixedNames):
vals = ["@%i"%item for item in mixedNames if isinstance(item, int)]
others = [item for item in mixedNames if not isinstance(item, int)]
vals.extend(others)
numericStringSort(vals)
return vals
xvals = _represent(xdata)
try:
xvals.remove('rw')
except:
pass
numericStringSort(xvals)
# Fill the xDataCombo
if self.xDataCombo.GetCount():
current = self.xDataCombo.GetValue()
else:
current = None
self.xDataCombo.Clear()
for item in xvals:
self.xDataCombo.Append(item)
# Set default value for xDataCombo
# Either keep the current plot value selected, select 'r', or the
# first in the list.
defaultOrders = [ 'r', 'step', 'index']
if current:
defaultOrders.insert(0, current)
for item in defaultOrders:
if item in xvals:
self.xDataCombo.SetValue(item)
break
else:
self.xDataCombo.SetSelection(0)
# Y-DATA is the common subset of all data id
ydata = refs[0].getYNames()
for ref in refs[1:]:
for name in ydata[:]:
if name not in ref.getYNames(): ydata.remove(name)
yvals = _represent(ydata)
# Fill the List
self.yDataList.DeleteAllItems()
for val in yvals:
self.yDataList.InsertStringItem(sys.maxint, str(val))
self.yDataList.makeIDM()
self.yDataList.initializeSorter()
if yvals:
self.yDataList.Select(0)
#self.prevSelectionType = selectiontype
self._check(None)
return