expyfun.visual.ConcentricCircles#

class expyfun.visual.ConcentricCircles(ec, radii=(0.2, 0.05), pos=(0, 0), units='norm', colors=('w', 'k'))[source]#

A set of filled concentric circles drawn without edges.

Parameters:

ecinstance of ExperimentController: Parent EC.
radiilist of float: Radii of the circles. Note that circles will be drawn in order, so using e.g., radii=[1., 2.] will cause the first circle to be covered by the second.
posarray-like: 2-element array-like with the X, Y center position.
unitsstr: Units to use. These will apply to all spatial aspects of the drawing. See check_units for options.
colorslist or tuple of matplotlib Colors: Color to fill each circle with.

Methods

`draw`()	Draw the fixation dot.
`set_color`(color, idx)	Set the color of one of the circles
`set_colors`(colors)	Set the color of each circle.
`set_pos`(pos[, units])	Set the position of the circles
`set_radii`(radii[, units])	Set the color of each circle
`set_radius`(radius, idx[, units])	Set the radius of one of the circles

Returns:

set_color(color, idx)[source]#

Set the color of one of the circles

Parameters:

set_colors(colors)[source]#

Set the color of each circle.

Parameters:

colorslist or tuple of matplotlib Colors: Must be of type list or tuple, and contain the same number of colors as the number of circles.

set_pos(pos, units='norm')[source]#

Set the position of the circles

Parameters:

set_radii(radii, units='norm')[source]#

Set the color of each circle

Parameters:

radiiarray-like: List of radii to assign to the circles. Must contain the same number of radii as the number of circles.
unitsstr: Units to use. See check_units for options.

set_radius(radius, idx, units='norm')[source]#

Set the radius of one of the circles

Parameters:

Examples using `expyfun.visual.ConcentricCircles`#