cigvis.vispynodes.axis3d module

class cigvis.vispynodes.axis3d.Axis3D(shape, mode='box', axis_pos=[3, 3, 1], tick_nums=7, ticks_font_size=18, labels_font_size=20, intervals=[1, 1, 1], starts=[0, 0, 0], samplings=None, axis_labels=['Inline', 'Xline', 'Time'], line_width=3, ticks_length=4, expand=1, color='black', ticks_color=(0.3, 0.3, 0.3), rotation=(0, 0, -90))

Bases: Compound

3D axis with ticks and labels.

Parameters

shapetuple

The bound of the 3D world

modestr

The mode of the axis, ‘box’ or ‘axis’

tick_numsint

The number of ticks on each axis

ticks_font_sizeint

The font size of the ticks

labels_font_sizeint

The font size of the labels

intervalslist

The sample intervals of the axis

startslist

The first sample of the axis

samplingslist[np.ndarray]

The sample points of the axis, default is None

axis_poslist

Which axis to show ticks? For each axis, it can be 0, 1, 2, 3, representing the starting point of the ticks along the axis. 0: For ‘x’ axis -> (0, 0, 0), for ‘y’ axis -> (0, 0, 0), for ‘z’ axis -> (0, 0, 0) 1: For ‘x’ axis -> (0, 0, nz), for ‘y’ axis -> (0, 0, nz), for ‘z’ axis -> (0, ny, 0) 2: For ‘x’ axis -> (0, ny, 0), for ‘y’ axis -> (nx, 0, 0), for ‘z’ axis -> (nx, 0, 0) 3: For ‘x’ axis -> (0, ny, nz), for ‘y’ axis -> (nx, 0, nz), for ‘z’ axis -> (nx, ny, 0)

axis_labelslist

The labels of the axis

line_widthint

The width of the axis line

ticks_lengthint

The length of each tick

expandint

The expand of the axis

colorstr

The color of the axis

ticks_colortuple

The color of the ticks

rotationlist

The rotation of the axis labels

get_line(axis, tick_start)

get_ticks(length, num=7)

get ticks for axis, num is the number of ticks

update_axis()

update_axis_labels(axis_labels)

update_ticks_labels()

update_ticks_pos(axis_pos=None, axis=None, tick_start=None)

Updates the tick positions on a specified axis in a 3D scene.

Parameters

• axis (str): The axis on which to update the ticks. Should be one of ‘x’, ‘y’, or ‘z’.

• tick_start (int): An integer representing the starting point of the ticks along the axis.

  The tick_start corresponds to the following start points: 0: For ‘x’ axis -> (0, 0, 0), for ‘y’ axis -> (0, 0, 0), for ‘z’ axis -> (0, 0, 0) 1: For ‘x’ axis -> (0, 0, nz), for ‘y’ axis -> (0, 0, nz), for ‘z’ axis -> (0, ny, 0) 2: For ‘x’ axis -> (0, ny, 0), for ‘y’ axis -> (nx, 0, 0), for ‘z’ axis -> (nx, 0, 0) 3: For ‘x’ axis -> (0, ny, nz), for ‘y’ axis -> (nx, 0, nz), for ‘z’ axis -> (nx, ny, 0)