ScatterViewerState

ScatterViewerState#

class glue.viewers.scatter.state.ScatterViewerState(**kwargs)[source]#

Bases: MatplotlibDataViewerState

A state class that includes all the attributes for a scatter viewer.

Attributes Summary

`angle_unit`	Whether to use radians or degrees for any angular coordinates
`aspect`	Aspect ratio for the axes
`dpi`	The resolution (in dots per inch) of density maps, if present
`layers`	A collection of all layers in the viewer
`layers_data`
`plot_mode`	Whether to plot the data in cartesian, polar or another projection
`show_axes`	Whether the axes are shown
`title`	The title of the viewer
`using_degrees`
`using_full_sphere`
`using_polar`
`using_radians`
`using_rectilinear`
`x_att`	The attribute to show on the x-axis
`x_axislabel`	Label for the x-axis
`x_axislabel_size`	Size of the x-axis label
`x_axislabel_weight`	Weight of the x-axis label
`x_categories`
`x_kinds`
`x_limits_percentile`	Percentile to use when automatically determining x limits
`x_log`	Whether the x axis is logarithmic
`x_max`	Upper limit of the visible x range
`x_min`	Lower limit of the visible x range
`x_ticklabel_size`	Size of the x-axis tick labels
`y_att`	The attribute to show on the y-axis
`y_axislabel`	Label for the y-axis
`y_axislabel_size`	Size of the y-axis label
`y_axislabel_weight`	Weight of the y-axis label
`y_categories`
`y_kinds`
`y_limits_percentile`	Percentile to use when automatically determining y limits
`y_log`	Whether the y axis is logarithmic
`y_max`	Upper limit of the visible y range
`y_min`	Lower limit of the visible y range
`y_ticklabel_size`	Size of the y-axis tick labels

Methods Summary

`add_callback`(name, callback[, echo_old, ...])	Add a callback that gets triggered when a callback property of the class changes.
`add_global_callback`(callback)	Add a global callback function, which is a callback that gets triggered when any callback properties on the class change.
`as_dict`()	Return the current state as a dictionary of attribute/value pairs.
`callback_properties`()
`clear_callbacks`()	Remove all global and property-specific callbacks.
`flip_x`()	Flip the x_min/x_max limits.
`flip_y`()	Flip the y_min/y_max limits.
`full_circle`()
`is_callback_property`(name)	Whether a property (identified by name) is a callback property.
`iter_callback_properties`()	Iterator to loop over all callback properties.
`remove_callback`(name, callback)	Remove a previously-added callback
`remove_global_callback`(callback)	Remove a global callback function.
`reset_limits`()
`update_axes_settings_from`(state)
`update_from_dict`(properties)	Update this state using the values from a dictionary of attributes.
`update_from_state`(state)	Update this state using the values from another state.

Attributes Documentation

angle_unit#: Whether to use radians or degrees for any angular coordinates

aspect#: Aspect ratio for the axes

dpi#: The resolution (in dots per inch) of density maps, if present

layers#: A collection of all layers in the viewer

layers_data#

plot_mode#: Whether to plot the data in cartesian, polar or another projection

show_axes#: Whether the axes are shown

title#: The title of the viewer

using_degrees[source]#

using_full_sphere[source]#

using_polar[source]#

using_radians[source]#

using_rectilinear[source]#

x_att#: The attribute to show on the x-axis

x_axislabel#: Label for the x-axis

x_axislabel_size#: Size of the x-axis label

x_axislabel_weight#: Weight of the x-axis label

x_categories[source]#

x_kinds[source]#

x_limits_percentile#: Percentile to use when automatically determining x limits

x_log#: Whether the x axis is logarithmic

x_max#: Upper limit of the visible x range

x_min#: Lower limit of the visible x range

x_ticklabel_size#: Size of the x-axis tick labels

y_att#: The attribute to show on the y-axis

y_axislabel#: Label for the y-axis

y_axislabel_size#: Size of the y-axis label

y_axislabel_weight#: Weight of the y-axis label

y_categories[source]#

y_kinds[source]#

y_limits_percentile#: Percentile to use when automatically determining y limits

y_log#: Whether the y axis is logarithmic

y_max#: Upper limit of the visible y range

y_min#: Lower limit of the visible y range

y_ticklabel_size#: Size of the y-axis tick labels

Methods Documentation

add_callback(name, callback, echo_old=False, priority=0)#

Add a callback that gets triggered when a callback property of the class changes.

Parameters:

namestr: The instance to add the callback to.
callbackfunc: The callback function to add
echo_oldbool, optional: If True, the callback function will be invoked with both the old and new values of the property, as callback(old, new). If False (the default), will be invoked as callback(new)
priorityint, optional: This can optionally be used to force a certain order of execution of callbacks (larger values indicate a higher priority).

add_global_callback(callback)#

Add a global callback function, which is a callback that gets triggered when any callback properties on the class change.

Parameters:

callbackfunc: The callback function to add

as_dict()#: Return the current state as a dictionary of attribute/value pairs.

callback_properties()#

clear_callbacks()#: Remove all global and property-specific callbacks.

flip_x()[source]#: Flip the x_min/x_max limits.

flip_y()[source]#: Flip the y_min/y_max limits.

full_circle()[source]#

is_callback_property(name)#

Whether a property (identified by name) is a callback property.

Parameters:

namestr: The name of the property to check

iter_callback_properties()#: Iterator to loop over all callback properties.

remove_callback(name, callback)#

Remove a previously-added callback

Parameters:

namestr: The instance to remove the callback from.
funcfunc: The callback function to remove

remove_global_callback(callback)#

Remove a global callback function.

Parameters:

callbackfunc: The callback function to remove

reset_limits()[source]#

update_axes_settings_from(state)#

update_from_dict(properties)#

Update this state using the values from a dictionary of attributes.

Parameters:

propertiesdict: The dictionary containing attribute/value pairs.

update_from_state(state)#

Update this state using the values from another state.

Parameters:

state~glue.core.state_objects.State: The state to use the values from

ScatterViewerState

Contents

ScatterViewerState#