def __init__(self):
self._limits = PlotLimits()
self._x_minimum_stack = LimitsStack()
self._x_maximum_stack = LimitsStack()
self._x_current_input_name = PlotContext.UNKNOWN_AXIS
self._y_minimum_stack = LimitsStack()
self._y_maximum_stack = LimitsStack()
self._y_current_input_name = PlotContext.UNKNOWN_AXIS
def __init__(self):
self._limits = PlotLimits()
self._x_minimum_stack = LimitsStack()
self._x_maximum_stack = LimitsStack()
self._x_current_input_name = PlotContext.UNKNOWN_AXIS
self._y_minimum_stack = LimitsStack()
self._y_maximum_stack = LimitsStack()
self._y_current_input_name = PlotContext.UNKNOWN_AXIS
def limits(self):
""" @rtype: PlotLimits """
self._updateLimits()
limits = PlotLimits()
limits.copyLimitsFrom(self._limits)
return limits
class LimitsWidget(object):
def __init__(self):
self._limits = PlotLimits()
self._x_minimum_stack = LimitsStack()
self._x_maximum_stack = LimitsStack()
self._x_current_input_name = PlotContext.UNKNOWN_AXIS
self._y_minimum_stack = LimitsStack()
self._y_maximum_stack = LimitsStack()
self._y_current_input_name = PlotContext.UNKNOWN_AXIS
@property
def x_minimum_stack(self):
""" @rtype: LimitsStack """
return self._x_minimum_stack
@property
def x_maximum_stack(self):
""" @rtype: LimitsStack """
return self._x_maximum_stack
@property
def y_minimum_stack(self):
""" @rtype: LimitsStack """
return self._y_minimum_stack
@property
def y_maximum_stack(self):
""" @rtype: LimitsStack """
return self._y_maximum_stack
@property
def limits(self):
""" @rtype: PlotLimits """
self._updateLimits()
limits = PlotLimits()
limits.copyLimitsFrom(self._limits)
return limits
@limits.setter
def limits(self, value):
""" @type value: PlotLimits """
self._limits.copyLimitsFrom(value)
self._updateWidgets()
def _updateWidgets(self):
limits = self._limits
self._x_minimum_stack.setValue(PlotContext.DATE_AXIS,
limits.date_minimum)
self._x_maximum_stack.setValue(PlotContext.DATE_AXIS,
limits.date_maximum)
self._y_minimum_stack.setValue(PlotContext.DATE_AXIS,
limits.date_minimum)
self._y_maximum_stack.setValue(PlotContext.DATE_AXIS,
limits.date_maximum)
self._x_minimum_stack.setValue(PlotContext.DEPTH_AXIS,
limits.depth_minimum)
self._x_maximum_stack.setValue(PlotContext.DEPTH_AXIS,
limits.depth_maximum)
self._y_minimum_stack.setValue(PlotContext.DEPTH_AXIS,
limits.depth_minimum)
self._y_maximum_stack.setValue(PlotContext.DEPTH_AXIS,
limits.depth_maximum)
self._x_minimum_stack.setValue(PlotContext.DENSITY_AXIS,
limits.density_minimum)
self._x_maximum_stack.setValue(PlotContext.DENSITY_AXIS,
limits.density_maximum)
self._y_minimum_stack.setValue(PlotContext.DENSITY_AXIS,
limits.density_minimum)
self._y_maximum_stack.setValue(PlotContext.DENSITY_AXIS,
limits.density_maximum)
self._x_minimum_stack.setValue(PlotContext.COUNT_AXIS,
limits.count_minimum)
self._x_maximum_stack.setValue(PlotContext.COUNT_AXIS,
limits.count_maximum)
self._y_minimum_stack.setValue(PlotContext.COUNT_AXIS,
limits.count_minimum)
self._y_maximum_stack.setValue(PlotContext.COUNT_AXIS,
limits.count_maximum)
self._x_minimum_stack.setValue(PlotContext.INDEX_AXIS,
limits.index_minimum)
self._x_maximum_stack.setValue(PlotContext.INDEX_AXIS,
limits.index_maximum)
self._y_minimum_stack.setValue(PlotContext.INDEX_AXIS,
limits.index_minimum)
self._y_maximum_stack.setValue(PlotContext.INDEX_AXIS,
limits.index_maximum)
self._x_minimum_stack.setValue(PlotContext.VALUE_AXIS,
limits.value_minimum)
self._x_maximum_stack.setValue(PlotContext.VALUE_AXIS,
limits.value_maximum)
self._y_minimum_stack.setValue(PlotContext.VALUE_AXIS,
limits.value_minimum)
self._y_maximum_stack.setValue(PlotContext.VALUE_AXIS,
limits.value_maximum)
def _updateLimits(self):
if self._x_current_input_name is not PlotContext.UNKNOWN_AXIS:
minimum = self._x_minimum_stack.getValue(
self._x_current_input_name)
maximum = self._x_maximum_stack.getValue(
self._x_current_input_name)
self._updateLimit(self._x_current_input_name, minimum, maximum)
if self._y_current_input_name is not PlotContext.UNKNOWN_AXIS:
minimum = self._y_minimum_stack.getValue(
self._y_current_input_name)
maximum = self._y_maximum_stack.getValue(
self._y_current_input_name)
self._updateLimit(self._y_current_input_name, minimum, maximum)
def _updateLimit(self, axis_name, minimum, maximum):
if axis_name == PlotContext.COUNT_AXIS:
self._limits.count_limits = minimum, maximum
elif axis_name == PlotContext.DENSITY_AXIS:
self._limits.density_limits = minimum, maximum
elif axis_name == PlotContext.DEPTH_AXIS:
self._limits.depth_limits = minimum, maximum
elif axis_name == PlotContext.DATE_AXIS:
self._limits.date_limits = minimum, maximum
elif axis_name == PlotContext.INDEX_AXIS:
self._limits.index_limits = minimum, maximum
elif axis_name == PlotContext.VALUE_AXIS:
self._limits.value_limits = minimum, maximum
def switchInputOnX(self, axis_type):
self._x_current_input_name = axis_type
self._updateWidgets()
self._x_minimum_stack.switchToInput(axis_type)
self._x_maximum_stack.switchToInput(axis_type)
def switchInputOnY(self, axis_type):
self._y_current_input_name = axis_type
self._updateWidgets()
self._y_minimum_stack.switchToInput(axis_type)
self._y_maximum_stack.switchToInput(axis_type)
def limits(self):
""" @rtype: PlotLimits """
self._updateLimits()
limits = PlotLimits()
limits.copyLimitsFrom(self._limits)
return limits
class LimitsWidget(object):
def __init__(self):
self._limits = PlotLimits()
self._x_minimum_stack = LimitsStack()
self._x_maximum_stack = LimitsStack()
self._x_current_input_name = PlotContext.UNKNOWN_AXIS
self._y_minimum_stack = LimitsStack()
self._y_maximum_stack = LimitsStack()
self._y_current_input_name = PlotContext.UNKNOWN_AXIS
@property
def x_minimum_stack(self):
""" @rtype: LimitsStack """
return self._x_minimum_stack
@property
def x_maximum_stack(self):
""" @rtype: LimitsStack """
return self._x_maximum_stack
@property
def y_minimum_stack(self):
""" @rtype: LimitsStack """
return self._y_minimum_stack
@property
def y_maximum_stack(self):
""" @rtype: LimitsStack """
return self._y_maximum_stack
@property
def limits(self):
""" @rtype: PlotLimits """
self._updateLimits()
limits = PlotLimits()
limits.copyLimitsFrom(self._limits)
return limits
@limits.setter
def limits(self, value):
""" @type value: PlotLimits """
self._limits.copyLimitsFrom(value)
self._updateWidgets()
def _updateWidgets(self):
limits = self._limits
self._x_minimum_stack.setValue(PlotContext.DATE_AXIS, limits.date_minimum)
self._x_maximum_stack.setValue(PlotContext.DATE_AXIS, limits.date_maximum)
self._y_minimum_stack.setValue(PlotContext.DATE_AXIS, limits.date_minimum)
self._y_maximum_stack.setValue(PlotContext.DATE_AXIS, limits.date_maximum)
self._x_minimum_stack.setValue(PlotContext.DEPTH_AXIS, limits.depth_minimum)
self._x_maximum_stack.setValue(PlotContext.DEPTH_AXIS, limits.depth_maximum)
self._y_minimum_stack.setValue(PlotContext.DEPTH_AXIS, limits.depth_minimum)
self._y_maximum_stack.setValue(PlotContext.DEPTH_AXIS, limits.depth_maximum)
self._x_minimum_stack.setValue(PlotContext.DENSITY_AXIS, limits.density_minimum)
self._x_maximum_stack.setValue(PlotContext.DENSITY_AXIS, limits.density_maximum)
self._y_minimum_stack.setValue(PlotContext.DENSITY_AXIS, limits.density_minimum)
self._y_maximum_stack.setValue(PlotContext.DENSITY_AXIS, limits.density_maximum)
self._x_minimum_stack.setValue(PlotContext.COUNT_AXIS, limits.count_minimum)
self._x_maximum_stack.setValue(PlotContext.COUNT_AXIS, limits.count_maximum)
self._y_minimum_stack.setValue(PlotContext.COUNT_AXIS, limits.count_minimum)
self._y_maximum_stack.setValue(PlotContext.COUNT_AXIS, limits.count_maximum)
self._x_minimum_stack.setValue(PlotContext.INDEX_AXIS, limits.index_minimum)
self._x_maximum_stack.setValue(PlotContext.INDEX_AXIS, limits.index_maximum)
self._y_minimum_stack.setValue(PlotContext.INDEX_AXIS, limits.index_minimum)
self._y_maximum_stack.setValue(PlotContext.INDEX_AXIS, limits.index_maximum)
self._x_minimum_stack.setValue(PlotContext.VALUE_AXIS, limits.value_minimum)
self._x_maximum_stack.setValue(PlotContext.VALUE_AXIS, limits.value_maximum)
self._y_minimum_stack.setValue(PlotContext.VALUE_AXIS, limits.value_minimum)
self._y_maximum_stack.setValue(PlotContext.VALUE_AXIS, limits.value_maximum)
def _updateLimits(self):
if self._x_current_input_name is not PlotContext.UNKNOWN_AXIS:
minimum = self._x_minimum_stack.getValue(self._x_current_input_name)
maximum = self._x_maximum_stack.getValue(self._x_current_input_name)
self._updateLimit(self._x_current_input_name, minimum, maximum)
if self._y_current_input_name is not PlotContext.UNKNOWN_AXIS:
minimum = self._y_minimum_stack.getValue(self._y_current_input_name)
maximum = self._y_maximum_stack.getValue(self._y_current_input_name)
self._updateLimit(self._y_current_input_name, minimum, maximum)
def _updateLimit(self, axis_name, minimum, maximum):
if axis_name == PlotContext.COUNT_AXIS:
self._limits.count_limits = minimum, maximum
elif axis_name == PlotContext.DENSITY_AXIS:
self._limits.density_limits = minimum, maximum
elif axis_name == PlotContext.DEPTH_AXIS:
self._limits.depth_limits = minimum, maximum
elif axis_name == PlotContext.DATE_AXIS:
self._limits.date_limits = minimum, maximum
elif axis_name == PlotContext.INDEX_AXIS:
self._limits.index_limits = minimum, maximum
elif axis_name == PlotContext.VALUE_AXIS:
self._limits.value_limits = minimum, maximum
def switchInputOnX(self, axis_type):
self._x_current_input_name = axis_type
self._updateWidgets()
self._x_minimum_stack.switchToInput(axis_type)
self._x_maximum_stack.switchToInput(axis_type)
def switchInputOnY(self, axis_type):
self._y_current_input_name = axis_type
self._updateWidgets()
self._y_minimum_stack.switchToInput(axis_type)
self._y_maximum_stack.switchToInput(axis_type)