def repr(self):
"""
Build the python script.
"""
# Compile output from the plugins
output = dict()
for plugin in self._plugins.itervalues():
for key, value in plugin.repr().iteritems():
if key in output:
output[key] += value
else:
output[key] = value
# Make import unique
mooseutils.unique_list(output['imports'], output['imports'])
# Apply the filters, if they exist
if 'filters' in output:
filters = []
for match in re.findall(r'^(\w+)\s*=', '\n'.join(output['filters']), flags=re.MULTILINE):
filters.append(match)
output['result'] += ['result.setOptions(filters=[{}])'.format(', '.join(filters))]
# Build the script
string = ''
for key in ['imports', 'camera', 'reader', 'filters', 'result', 'window']:
if key in output:
string += '\n{}\n'.format('\n'.join(output.pop(key)))
# Error if keys exist, this means data is missing from the script
if output:
raise mooseutils.MooseException('The output data was not completely written, the following keys remain: {}'.format(str(output.keys())))
return string
def repr(self):
"""
Build the python script.
"""
# Compile output from the plugins
output = dict()
for plugin in self._plugins.itervalues():
for key, value in plugin.repr().iteritems():
if key in output:
output[key] += value
else:
output[key] = value
# Add colorbar to window
if 'colorbar' in output:
output['window'][0] = 'window = chigger.RenderWindow(result, cbar)'
# Make import unique
mooseutils.unique_list(output['imports'], output['imports'])
# Apply the filters, if they exist
if 'filters' in output:
filters = []
for match in re.findall(r'^(\w+)\s*=',
'\n'.join(output['filters']),
flags=re.MULTILINE):
filters.append(match)
output['result'] += [
'result.setOptions(filters=[{}])'.format(', '.join(filters))
]
# Build the script
string = ''
for key in [
'imports', 'camera', 'reader', 'filters', 'result', 'colorbar',
'window'
]:
if key in output:
string += '\n{}\n'.format('\n'.join(output.pop(key)))
# Error if keys exist, this means data is missing from the script
if output:
raise mooseutils.MooseException(
'The output data was not completely written, the following keys remain: {}'
.format(str(output.keys())))
return string
def repr(self):
"""
Writes a python script for reproducing the actions of this widget.
"""
# Setup
output = []
imports = []
# Build script from plugins
for plugin in self._plugins.itervalues():
out, imp = plugin.repr()
output += out
mooseutils.unique_list(imports, imp)
return '\n'.join(imports + [''] + output)
def repr(self):
"""
Writes a python script for reproducing the actions of this widget.
"""
# Setup
output = []
imports = []
# Build script from plugins
for plugin in self._plugins.itervalues():
out, imp = plugin.repr()
output += out
mooseutils.unique_list(imports, imp)
return '\n'.join(imports + [''] + output)
def onVariablesChanged(self, x_vars, y_vars, y2_vars):
"""
Update the default variable names.
"""
# Create a single list of uniqne names
x = []
y = []
y2 = []
for i in range(len(x_vars)):
mooseutils.unique_list(x, x_vars[i])
mooseutils.unique_list(y, y_vars[i])
mooseutils.unique_list(y2, y2_vars[i])
# Update the default labels
self.XAxisTab.setLabelDefault(x)
self.YAxisTab.setLabelDefault(y)
self.Y2AxisTab.setLabelDefault(y2)
self.XAxisTab._callbackLabel()
self.YAxisTab._callbackLabel()
self.Y2AxisTab._callbackLabel()
# Update the limits
if self._axes != None:
self.blockSignals(True)
self.XAxisTab.setLimit(0)
self.XAxisTab.setLimit(1)
self.YAxisTab.setLimit(0)
self.YAxisTab.setLimit(1)
self.Y2AxisTab.setLimit(0)
self.Y2AxisTab.setLimit(1)
self.blockSignals(False)
def onVariablesChanged(self, x_vars, y_vars, y2_vars):
"""
Update the default variable names.
"""
# Create a single list of uniqne names
x = []; y = []; y2 = []
for i in range(len(x_vars)):
mooseutils.unique_list(x, x_vars[i])
mooseutils.unique_list(y, y_vars[i])
mooseutils.unique_list(y2, y2_vars[i])
# Update the default labels
self.XAxisTab.setLabelDefault(x)
self.YAxisTab.setLabelDefault(y)
self.Y2AxisTab.setLabelDefault(y2)
self.XAxisTab._callbackLabel()
self.YAxisTab._callbackLabel()
self.Y2AxisTab._callbackLabel()
# Update the limits
if self._axes != None:
self.blockSignals(True)
self.XAxisTab.setLimit(0)
self.XAxisTab.setLimit(1)
self.YAxisTab.setLimit(0)
self.YAxisTab.setLimit(1)
self.Y2AxisTab.setLimit(0)
self.Y2AxisTab.setLimit(1)
self.blockSignals(False)