clip#

class ansys.api.pyensight.ensight_api.clip(session: Session)#

Class wrapper for EnSight clip module

This class acts as a proxy for the EnSight Python module ensight.clip

Methods

clip.angle(p0)

Set the angle for a cone clip.

clip.axis(p0, p1, p2)

Set the direction vector for quadric and revolution clips.

clip.axis_point_1(p0, p1, p2)

Clip: axis_point 1

clip.axis_point_2(p0, p1, p2)

Clip: axis_point 2

clip.axis_x(p0, p1, p2)

Clip: axis x

clip.axis_y(p0, p1, p2)

Clip: axis y

clip.axis_z(p0, p1, p2)

Clip: axis z

clip.begin()

Delimit the modifications for clip attributes.

clip.box_axis(p0, p1, p2, p3)

Specify the direction vectors for a box clip.

clip.box_length(p0, p1, p2)

Specify the size of the box clip in the x, y, and z directions

clip.box_max(p0, p1, p2)

Clip: box_max

clip.box_min(p0, p1, p2)

Clip: box_min

clip.box_origin(p0, p1, p2)

Specify the origin of the box clip in reference to the parent part frame

clip.create()

Create a clip part with the currently defined attributes using the currently selected parts as parents.

clip.create_delta(p0)

Specify the delta offset when multiple clip instances will be created.

clip.delta(p0, p1, p2)

Set a delta transform for use with the keyframe animator.

clip.dimension2(p0, p1)

Specify the minimum/maximum range for the non-constant I/J/K extract.

clip.dimension2_step(p0)

Specify the step increment for the non-constant I/J/K extract.

clip.dimension3(p0, p1)

Specify the minimum/maximum range for the non-constant I/J/K extract.

clip.dimension3_step(p0)

Specify the step increment for the non-constant I/J/K extract.

clip.domain(p0)

Specify what type of clip will be created.

clip.end()

Delimit the modifications for clip attributes.

clip.end_point(p0, p1, p2)

Clip: end_point

clip.extents(p0)

Set the clip extents to infinite or finite.

clip.general_equation(p0, p1, p2, p3, p4, ...)

Clip to a specified quadric equation of the form

clip.grid_pts(p0, p1)

Set the number of sample points for a planar grid clip.

clip.ijk_axis(p0)

Display an axis system for a IJK extract.

clip.ijk_scale(p0)

Specify the length of the IJK axis for IJK extracts.

clip.increment(p0)

This command has not yet been documented.

clip.length(p0, p1, p2)

Clip: length

clip.line(p0, p1, p2, p3)

Set an end point for a clip line.

clip.line_1(p0, p1, p2)

Clip: line 1

clip.line_2(p0, p1, p2)

Clip: line 2

clip.line_nodeid(p0, p1)

Create a clip line defined by the two node ids given.

clip.mesh_plane(p0)

Set the plane for XYZ or IJK clips

clip.number_to_create(p0)

Specify the number of clips, at the specified delta, to create.

clip.origin(p0, p1, p2)

Set origin for quadric and revolution clips.

clip.plane(p0, p1, p2, p3)

Set a corner for a clip plane.

clip.plane_1(p0, p1, p2)

Clip: plane 1

clip.plane_2(p0, p1, p2)

Clip: plane 2

clip.plane_3(p0, p1, p2)

Clip: plane 3

clip.plane_nodeid(p0, p1, p2)

Create a clip plane defined by the three node ids given.

clip.plane_showsplineqia(p0)

Clip: plane_showsplineqia

clip.point(p0, p1, p2)

Defines points for the surface of revolution.

clip.point_distance(p0, p1)

Clip: point_distance

clip.point_distance_1(p0)

Clip: point_distance 1

clip.point_distance_10(p0)

Clip: point_distance 10

clip.point_distance_2(p0)

Clip: point_distance 2

clip.point_distance_3(p0)

Clip: point_distance 3

clip.point_distance_4(p0)

Clip: point_distance 4

clip.point_distance_5(p0)

Clip: point_distance 5

clip.point_distance_6(p0)

Clip: point_distance 6

clip.point_distance_7(p0)

Clip: point_distance 7

clip.point_distance_8(p0)

Clip: point_distance 8

clip.point_distance_9(p0)

Clip: point_distance 9

clip.point_radii(p0, p1)

Clip: point_radii

clip.point_radii_1(p0)

Clip: point_radii 1

clip.point_radii_10(p0)

Clip: point_radii 10

clip.point_radii_2(p0)

Clip: point_radii 2

clip.point_radii_3(p0)

Clip: point_radii 3

clip.point_radii_4(p0)

Clip: point_radii 4

clip.point_radii_5(p0)

Clip: point_radii 5

clip.point_radii_6(p0)

Clip: point_radii 6

clip.point_radii_7(p0)

Clip: point_radii 7

clip.point_radii_8(p0)

Clip: point_radii 8

clip.point_radii_9(p0)

Clip: point_radii 9

clip.points(p0)

Clip: points

clip.pts_on_line(p0)

Set the number of sample points for a line clip.

clip.pts_on_spline(p0)

Clip: pts_on_spline

clip.radius(p0)

Set the radius for a sphere or cylinder clip.

clip.revolution_points(p0)

Set the number of points used in the tool of revolution for clipping.

clip.revolve_part(p0)

Clip by revolving a 1D part about an axis.

clip.revolve_partbyname(p0)

Clip by revolving a 1D part about an axis.

clip.rtz_axis(p0)

Specify the axis to be used for RTZ clips.

clip.sample(p0)

Clip: sample

clip.sample_step(p0, p1, p2)

Clip: sample_step

clip.select_default()

Sets the target to the default settings for subsequent attribute modifications.

clip.slider_range_ijk(p0, p1)

Set the I, J, or K range through which an IJK clip part will be modified when in interactive mode, whether using the slider in Manual mode or in Auto or Auto Cycle mode.

clip.slider_step(p0)

Set the value that a X/Y/Z clip part is modified when in interactive mode and the user interface less/greater buttons are selected.

clip.slider_step_ijk(p0)

Set the value that an IJK clip part is modified when in interactive mode and the user interface less/greater buttons are selected.

clip.slider_x(p0, p1)

Set the min/max X/Y/Z extents in the user interface for a clip of constant X/Y/Z.

clip.slider_y(p0, p1)

Set the min/max X/Y/Z extents in the user interface for a clip of constant X/Y/Z.

clip.slider_z(p0, p1)

Set the min/max X/Y/Z extents in the user interface for a clip of constant X/Y/Z.

clip.spline_id(p0)

Clip: spline_id

clip.spline_location(p0)

This command has not yet been documented.

clip.spline_name(p0)

This command has not yet been documented.

clip.tool(p0)

Set the clipping tool.

clip.type(p0)

This command has not yet been documented.

clip.update_to_newtoollocation()

This command has not yet been documented.

clip.value(p0)

Specify the constant plane value for XYZ or IJK clips.

clip.x_max_infinite(p0)

Clip: x_max_infinite

clip.x_min_infinite(p0)

Clip: x_min_infinite

clip.y_max_infinite(p0)

Clip: y_max_infinite

clip.y_min_infinite(p0)

Clip: y_min_infinite

clip.z_max_infinite(p0)

Clip: z_max_infinite

clip.z_min_infinite(p0)

Clip: z_min_infinite