Pyvista-based Visualization

opstool.vis.pyvista.set_plot_props(*, point_size=1.0, line_width=2.0, cmap='jet', cmap_model=None, n_colors=256, theme='default', window_size=(1024, 768), render_points_as_spheres=True, render_lines_as_tubes=True, anti_aliasing='msaa', msaa_multi_samples=16, smooth_shading=None, lighting=None, line_smoothing=True, polygon_smoothing=True, notebook=False, jupyter_backend='trame', font_family=None, scale_factor=0.05, show_mesh_edges=True, mesh_edge_color='black', mesh_edge_width=1.0, mesh_opacity=1.0, font_size=15, title_font_size=18, off_screen=False)

Set ploting properties.

Parameters

point_sizefloat, optional

Point size of any nodes. Default 5.0

line_widthfloat, optional

Thickness of line elements. Only valid for wireframe and surface representations. Default 3.0.

cmapstr, list, optional

Name of the Matplotlib colormap to us when mapping the scalars. See available Matplotlib colormaps. Only applicable for when displaying scalars. Requires Matplotlib to be installed. colormap is also an accepted alias for this. If colorcet or cmocean are installed, their colormaps can be specified by name.

You can also specify a list of colors to override an existing colormap with a custom one. For example, to create a three color colormap you might specify ['green', 'red', 'blue'].

cmap_modelstr, list, optional, default=None

Colormap used for geometry model visualization. Same as cmap, except that this parameter will be used for geometry model visualization and will be automatically mapped according to different element types. If None, If None, the color specified in the function``set_plot_colors`` will be used.

n_colorsint, optional

Number of colors to use when displaying scalars. Default to 256. The scalar bar will also have this many colors.

themestr, optional,

Theme name. Either ‘default’, ‘document’, ‘dark’, or ‘paraview’. Defaults to “default” theme.

window_sizelist, optional

Window size in pixels. Defaults to [1024, 768]

render_points_as_spheresbool, optional

Render points as spheres.

render_lines_as_tubesbool, optional

Renders lines as tubes.

anti_aliasing: str, optional, default=”msaa”

Enable or disable antialiasing. * "ssaa" - Super-Sample Anti-Aliasing * "msaa" - Multi-Sample Anti-Aliasing * "fxaa" - Fast Approximate Anti-Aliasing

Note

SSAA, or Super-Sample Anti-Aliasing is a brute force method of antialiasing. It results in the best image quality but comes at a tremendous resource cost. SSAA works by rendering the scene at a higher resolution. The final image is produced by downsampling the massive source image using an averaging filter. This acts as a low pass filter which removes the high frequency components that would cause jaggedness.

MSAA, or Multi-Sample Anti-Aliasing is an optimization of SSAA that reduces the number of pixel shader evaluations that need to be computed by focusing on overlapping regions of the scene. The result is antialiasing along edges that are on par with SSAA and less antialiasing along surfaces as these make up the bulk of SSAA computations. MSAA is substantially less computationally expensive than SSAA and results in comparable image quality.

FXAA, or Fast Approximate Anti-Aliasing is an Anti-Aliasing technique performed entirely in post-processing. FXAA operates on the rasterized image rather than the scene geometry. As a consequence, forcing FXAA or using FXAA incorrectly can result in the FXAA filter smoothing out parts of the visual overlay that are usually kept sharp for reasons of clarity as well as smoothing out textures. FXAA is inferior to MSAA but is almost free computationally and is thus desirable on high-end platforms.

msaa_multi_samplesint, optional, default=16

The number of multi-samples when anti_aliasing is "msaa". Note that using this setting automatically enables this for all renderers.

smooth_shadingbool, optional,

Smoothly render curved surfaces when plotting. Not helpful for all meshes.

line_smoothingbool, default: True

If True, enable line smoothing.

polygon_smoothingbool, default: True

If True, enable polygon smoothing.

lightingbool, optional

Enable or disable view direction lighting. Default False.

notebookbool, optional

When True, the resulting plot is placed inline a jupyter notebook. Assumes a jupyter console is active. Automatically enables off_screen.

jupyter_backendstr, optional, default: “trame”

Jupyter backend to use when plotting. Must be one of the following:

• 'static': Display a single static image within the Jupyterlab environment. It Still requires that a virtual framebuffer be set up when displaying on a headless server, but does not require any additional modules to be installed.

• 'client': Export/serialize the scene graph to be rendered with VTK.js client-side through trame. Requires trame and jupyter-server-proxy to be installed.

• 'server': Render remotely and stream the resulting VTK images back to the client using trame. This replaces the 'ipyvtklink' backend with better performance. Supports the most VTK features, but suffers from minor lag due to remote rendering. Requires that a virtual framebuffer be set up when displaying on a headless server. Must have at least trame and jupyter-server-proxy installed for cloud/remote Jupyter instances. This mode is also aliased by 'trame'.

• 'trame': The full Trame-based backend that combines both 'server' and 'client' into one backend. This requires a virtual frame buffer.

• 'html': Export/serialize the scene graph to be rendered with the Trame client backend but in a static HTML file.

• 'none': Do not display any plots within jupyterlab, instead display using dedicated VTK render windows. This will generate nothing on headless servers even with a virtual framebuffer.

font_familystr, optional

Font family. Must be either 'courier', 'times', or arial.

scale_factorfloat, optional

Scale factor between the maximum deformation of the model and the maximum boundary size. Default 1 / 20.

show_mesh_edges: bool, default: True

Whether to display the mesh edges of planes, plates, shells, and solid elements.

mesh_edge_color: str, default: black

Color of the mesh edges for planes, plates, shells, and solid elements.

mesh_edge_width: float, default: 1.0

Width of the mesh edges for planes, plates, shells, and solid elements.

mesh_opacity: float, default: 1.0

Display opacity of surface and solid elements.

font_size: int, default: 15

Font size of labels.

title_font_size: int, default: 18

Font size of title.

off_screen: bool, optional

Renders off-screen when True. Useful for automated screenshots.

Returns

None

opstool.vis.pyvista.set_plot_colors(point='#FF0055', frame='#0652ff', truss='#FF8C00', link='#39FF14', shell='#769958', plane='#00FFFF', brick='#FF4500', tet='#FFFF33', joint='#7FFF00', pfem='#8080FF', constraint='#FF1493', bc='#15b01a', cmap='jet', cmap_model=None)

Set the display color of various element types.

Parameters

pointstr, list[int, int, int], optional

Color for nodal points. Either a string, RGB list, or hex color string. For example, point='white', point='w', point=[1, 1, 1], or point='#FFFFFF'.

framestr, list[int, int, int], optional

Color for frame elements.

trussstr, list[int, int, int], optional

Color for truss elements.

linkstr, list[int, int, int], optional

Color for link elements.

shellstr, list[int, int, int], optional

Color for shell elements.

planestr, list[int, int, int], optional

Color for plane elements.

brickstr, list[int, int, int], optional

Color for brick (solid) elements.

tetstr, list[int, int, int], optional

Color for tetrahedral (solid) elements.

jointstr, list[int, int, int], optional

Color for beam-column joint elements.

pfemstr, list[int, int, int], optional

Color for PFEM elements.

constraintstr, list[int, int, int], optional

Color for constraint.

bcstr, list[int, int, int], optional

Color for boundary conditions.

cmapstr, list, optional

Name of the Matplotlib colormap to us when mapping the scalars. See available Matplotlib colormaps. Only applicable for when displaying scalars. Requires Matplotlib to be installed. colormap is also an accepted alias for this. If colorcet or cmocean are installed, their colormaps can be specified by name.

You can also specify a list of colors to override an existing colormap with a custom one. For example, to create a three color colormap you might specify ['green', 'red', 'blue'].

cmap_modelstr, list, optional, default=None

Colormap used for geometry model visualization. Same as cmap, except that this parameter will be used for geometry model visualization and will be automatically mapped according to different element types. If None, If None, the color specified in the function``set_plot_colors`` will be used.

Returns

None

opstool.vis.pyvista.plot_model(odb_tag=None, show_node_numbering=False, show_ele_numbering=False, style='surface', color=None, show_bc=True, bc_scale=1.0, show_link=True, show_mp_constraint=True, show_constraint_dofs=False, show_nodal_loads=False, show_ele_loads=False, load_scale=1.0, show_local_axes=False, local_axes_scale=1.0, show_outline=False, show_legend=False, cpos='iso')

Geometric model visualization based on pyvista.

Parameters

odb_tag: Union[int, str], default: None

Tag of output databases (ODB) to be visualized. If None, data will be saved automatically.

show_node_numbering: bool, default: False

Whether to display node tag labels.

show_ele_numbering: bool, default: False

Whether to display element tag labels.

style: str, default: surface

Visualization mesh style of surfaces and solids. One of the following: style=’surface’, style=’wireframe’, style=’points’, style=’points_gaussian’. Defaults to ‘surface’. Note that ‘wireframe’ only shows a wireframe of the outer geometry.

color: str, default: black

Model display color.

show_bc: bool, default: True

Whether to display boundary supports.

bc_scale: float, default: 1.0

Scale the size of boundary support display.

show_link: bool, default: True

Whether to show link elements.

show_mp_constraint: bool, default: True

Whether to show multipoint (MP) constraint.

show_constraint_dofs: bool, default: False

Whether to show dofs of mp-constraints.

show_nodal_loads: bool, default: False

Whether to show nodal loads.

show_ele_loads: bool, default: False

Whether to show element loads.

load_scale: float, default: 1.0

Scale the size of load arrow presentation.

show_local_axes: bool, default: False

Whether to display element local axes, including beam-column, link, and shell elements.

local_axes_scale: float, default: 1.0

Scales the presentation size of the local axes.

show_outline: bool, default: False

Whether to display the outline of the model.

show_legend: bool, default: False

Whether to show legend.

cpos: str, default: iso

Model display perspective, optional: “iso”, “xy”, “yx”, “xz”, “zx”, “yz”, “zy”. If 3d, defaults to “iso”. If 2d, defaults to “xy”.

Returns

Plotting object of PyVista to display vtk meshes or numpy arrays. See pyvista.Plotter.

You can use Plotter.show. to display the plotting window.

You can also use Plotter.export_html. to export this plotter as an interactive scene to an HTML file.

opstool.vis.pyvista.plot_eigen(mode_tags, odb_tag=None, subplots=False, link_views=True, scale=1.0, show_outline=False, show_origin=False, style='surface', cpos='iso', show_bc=True, bc_scale=1.0, show_mp_constraint=True, solver='-genBandArpack')

Modal visualization.

Parameters

mode_tags: Union[List, Tuple]

The modal range to visualize, [mode i, mode j].

odb_tag: Union[int, str], default: None

Tag of output databases (ODB) to be visualized. If None, data will be saved automatically.

subplots: bool, default: False

If True, multiple subplots are used to present mode i to mode j. Otherwise, they are presented as slides.

link_views: bool, default: True

Link the views’ cameras when subplots=True.

scale: float, default: 1.0

Zoom the presentation size of the mode shapes.

show_outline: bool, default: False

Whether to display the outline of the model.

show_origin: bool, default: False

Whether to show the undeformed shape.

style: str, default: surface

Visualization the mesh style of surfaces and solids. One of the following: style=’surface’, style=’wireframe’, style=’points’, style=’points_gaussian’. Defaults to ‘surface’. Note that ‘wireframe’ only shows a wireframe of the outer geometry.

cpos: str, default: iso

Model display perspective, optional: “iso”, “xy”, “yx”, “xz”, “zx”, “yz”, “zy”. If 3d, defaults to “iso”. If 2d, defaults to “xy”.

show_bc: bool, default: True

Whether to display boundary supports.

bc_scale: float, default: 1.0

Scale the size of boundary support display.

show_mp_constraint: bool, default: True

Whether to show multipoint (MP) constraint.

solverstr, optional,

OpenSees’ eigenvalue analysis solver, by default “-genBandArpack”.

Returns

Plotting object of PyVista to display vtk meshes or numpy arrays. See pyvista.Plotter.

You can use Plotter.show. to display the plotting window.

You can also use Plotter.export_html. to export this plotter as an interactive scene to an HTML file.

opstool.vis.pyvista.plot_eigen_animation(mode_tag, odb_tag=None, n_cycle=5, framerate=3, savefig='EigenAnimation.gif', cpos='iso', solver='-genBandArpack', **kargs)

Modal animation visualization.

Parameters

mode_tag: int

The mode tag to display.

odb_tag: Union[int, str], default: None

Tag of output databases (ODB) to be visualized. If None, data will be saved automatically.

n_cycle: int, default: five

Number of cycles for the display.

framerate: int, default: three

Framerate for the display, i.e., the number of frames per second.

savefig: str, default: EigenAnimation.gif

Path to save the animation. The suffix can be .gif or .mp4.

cpos: str, default: iso

Model display perspective, optional: “iso”, “xy”, “yx”, “xz”, “zx”, “yz”, “zy”. If 3d, defaults to “iso”. If 2d, defaults to “xy”.

solverstr, optional,

OpenSees’ eigenvalue analysis solver, by default “-genBandArpack”.

kargs: dict, optional parameters,

see plot_eigen.

Returns

Plotting object of PyVista to display vtk meshes or numpy arrays. See pyvista.Plotter.

You can use Plotter.show. to display the plotting window.

You can also use Plotter.export_html. to export this plotter as an interactive scene to an HTML file.

opstool.vis.pyvista.plot_nodal_responses(odb_tag=1, slides=False, scale=1.0, show_defo=True, resp_type='disp', resp_dof=('UX', 'UY', 'UZ'), cpos='iso', show_bc=True, bc_scale=1.0, show_mp_constraint=True, show_undeformed=False, style='surface', show_outline=False)

Visualizing Node Responses.

Parameters

odb_tag: Union[int, str], default: 1

Tag of output databases (ODB) to be visualized.

slides: bool, default: False

Display the response for each step in the form of a slideshow. Otherwise, show the step with the largest response.

scale: float, default: 1.0

Scales the size of the deformation presentation.

show_defo: bool, default: True

Whether to display the deformed shape.

resp_type: str, default: disp

Type of response to be visualized. Optional: “disp”, “vel”, “accel”, “reaction”, “reactionIncInertia”, “rayleighForces”, “pressure”.

resp_dof: str, default: (“UX”, “UY”, “UZ”)

Component to be visualized. Optional: “UX”, “UY”, “UZ”, “RX”, “RY”, “RZ”. You can also pass on a list or tuple to display multiple dimensions, for example, [“UX”, “UY”], [“UX”, “UY”, “UZ”], [“RX”, “RY”, “RZ”], [“RX”, “RY”], [“RY”, “RZ”], [“RX”, “RZ”], and so on.

cpos: str, default: iso

Model display perspective, optional: “iso”, “xy”, “yx”, “xz”, “zx”, “yz”, “zy”. If 3d, defaults to “iso”. If 2d, defaults to “xy”.

show_bc: bool, default: True

Whether to display boundary supports.

bc_scale: float, default: 1.0

Scale the size of boundary support display.

show_mp_constraint: bool, default: True

Whether to show multipoint (MP) constraint.

show_undeformed: bool, default: False

Whether to show the undeformed shape of the model.

show_outline: bool, default: False

Whether to display the outline of the model.

style: str, default: surface

Visualization mesh style of surfaces and solids. One of the following: style=’surface’, style=’wireframe’, style=’points’, style=’points_gaussian’. Defaults to ‘surface’. Note that ‘wireframe’ only shows a wireframe of the outer geometry.

Returns

Plotting object of PyVista to display vtk meshes or numpy arrays. See pyvista.Plotter.

You can use Plotter.show. to display the plotting window.

You can also use Plotter.export_html. to export this plotter as an interactive scene to an HTML file.

opstool.vis.pyvista.plot_nodal_responses_animation(odb_tag=1, framerate=None, savefig='NodalRespAnimation.gif', scale=1.0, show_defo=True, resp_type='disp', resp_dof=('UX', 'UY', 'UZ'), show_bc=True, bc_scale=1.0, show_mp_constraint=True, cpos='iso', show_undeformed=False, style='surface', show_outline=False)

Visualize node response animation.

Parameters

odb_tag: Union[int, str], default: 1

Tag of output databases (ODB) to be visualized.

framerate: int, default: 5

Framerate for the display, i.e., the number of frames per second.

savefig: str, default: NodalRespAnimation.gif

Path to save the animation. The suffix can be .gif or .mp4.

scale: float, default: 1.0

Scales the size of the deformation presentation.

show_defo: bool, default: True

Whether to display the deformed shape.

resp_type: str, default: disp

Type of response to be visualized. Optional: “disp”, “vel”, “accel”, “reaction”, “reactionIncInertia”, “rayleighForces”, “pressure”.

resp_dof: str, default: (“UX”, “UY”, “UZ”)

Component to be visualized. Optional: “UX”, “UY”, “UZ”, “RX”, “RY”, “RZ”. You can also pass on a list or tuple to display multiple dimensions, for example, [“UX”, “UY”], [“UX”, “UY”, “UZ”], [“RX”, “RY”, “RZ”], [“RX”, “RY”], [“RY”, “RZ”], [“RX”, “RZ”], and so on.

show_bc: bool, default: True

Whether to display boundary supports.

bc_scale: float, default: 1.0

Scale the size of boundary support display.

show_mp_constraint: bool, default: True

Whether to show multipoint (MP) constraint.

cpos: str, default: iso

Model display perspective, optional: “iso”, “xy”, “yx”, “xz”, “zx”, “yz”, “zy”. If 3d, defaults to “iso”. If 2d, defaults to “xy”.

show_undeformed: bool, default: False

Whether to show the undeformed shape of the model.

show_outline: bool, default: False

Whether to display the outline of the model.

style: str, default: surface

Visualization mesh style of surfaces and solids. One of the following: style=’surface’, style=’wireframe’, style=’points’, style=’points_gaussian’. Defaults to ‘surface’. Note that ‘wireframe’ only shows a wireframe of the outer geometry.

Returns

Plotting object of PyVista to display vtk meshes or numpy arrays. See pyvista.Plotter.

You can use Plotter.show. to display the plotting window.

You can also use Plotter.export_html. to export this plotter as an interactive scene to an HTML file.

opstool.vis.pyvista.plot_truss_responses(odb_tag=1, ele_tags=None, slides=False, show_values=True, resp_type='axialForce', alpha=1.0, line_width=1.5, cpos='iso')

Visualizing Truss Response.

Parameters

odb_tag: Union[int, str], default: 1

Tag of output databases (ODB) to be visualized.

ele_tags: Union[int, list], default: None

The tags of truss elements to be visualized. If None, all truss elements are selected.

slides: bool, default: False

Display the response for each step in the form of a slideshow. Otherwise, show the step with the largest response.

show_values: bool, default: True

Whether to display the response value.

resp_type: str, default: “axialForce”

Response type, optional, one of [“axialForce”, “axialDefo”, “Stress”, “Strain”].

alpha: float, default: 1.0

Scale the size of the response graph.

Note

You can adjust the scale to make the response graph more visible. A negative number will reverse the direction.

line_width: float, default: 1.5.

Line width of the response graph.

cpos: str, default: iso

Model display perspective, optional: “iso”, “xy”, “yx”, “xz”, “zx”, “yz”, “zy”. If 3d, defaults to “iso”. If 2d, defaults to “xy”.

Returns

Plotting object of PyVista to display vtk meshes or numpy arrays. See pyvista.Plotter.

You can use Plotter.show. to display the plotting window.

You can also use Plotter.export_html. to export this plotter as an interactive scene to an HTML file.

opstool.vis.pyvista.plot_truss_responses_animation(odb_tag=1, ele_tags=None, framerate=None, savefig='TrussRespAnimation.gif', show_values=False, resp_type='axialForce', alpha=1.0, line_width=1.5, cpos='iso')

Truss response animation.

Parameters

odb_tag: Union[int, str], default: 1

Tag of output databases (ODB) to be visualized.

ele_tags: Union[int, list], default: None

The tags of truss elements to be visualized. If None, all truss elements are selected.

framerate: int, default: None

Framerate for the display, i.e., the number of frames per second.

savefig: str, default: TrussRespAnimation.gif

Path to save the animation. The suffix can be .gif or .mp4.

show_values: bool, default: False

Whether to display the response value.

resp_type: str, default: “axialForce”

Response type, optional, one of [“axialForce”, “axialDefo”, “Stress”, “Strain”].

alpha: float, default: 1.0

Scale the size of the response graph.

Note

You can adjust the scale to make the response graph more visible. A negative number will reverse the direction.

line_width: float, default: 1.5.

Line width of the response graph.

cpos: str, default: iso

Model display perspective, optional: “iso”, “xy”, “yx”, “xz”, “zx”, “yz”, “zy”. If 3d, defaults to “iso”. If 2d, defaults to “xy”.

Returns

Plotting object of PyVista to display vtk meshes or numpy arrays. See pyvista.Plotter.

You can use Plotter.show. to display the plotting window.

You can also use Plotter.export_html. to export this plotter as an interactive scene to an HTML file.

opstool.vis.pyvista.plot_frame_responses(odb_tag=1, ele_tags=None, resp_type='sectionForces', resp_dof='MZ', slides=False, scale=1.0, show_values=False, cpos='iso', line_width=1.5)

Plot the responses of the frame element.

Parameters

odb_tag: Union[int, str], default: 1

Tag of output databases (ODB) to be visualized.

ele_tags: Union[int, list], default: None

The tags of frame elements to be visualized. If None, all frame elements are selected.

resp_type: str, default: “sectionforces”

Response type, optional, one of [“localForces”, “basicForces”, “basicDeformations”, “plasticDeformation”, “sectionForces”, “sectionDeformations”].

resp_dof: str, default: “MZ”

Component type corrsponding to the resp_type.

• For localForces: [“FX”, “FY”, “FZ”, “MX”, “MY”, “MZ”]

• For basicForces: [“N”, “MZ”, “MY”, “T”]

• For basicDeformations: [“N”, “MZ”, “MY”, “T”]

• For plasticDeformation: [“N”, “MZ”, “MY”, “T”]

• For sectionForces: [“N”, “MZ”, “VY”, “MY”, “VZ”, “T”]

• For sectionDeformations: [“N”, “MZ”, “VY”, “MY”, “VZ”, “T”]

Note

For sectionForces and sectionDeformations, not all sections include the shear dof VY and VZ. For instance, in the most commonly used 3D fiber cross-sections, only the axial force N, bending moments MZ and MY, and torsion T are available.

slides: bool, default: False

Display the response for each step in the form of a slideshow. Otherwise, show the step with the largest response.

show_values: bool, default: True

Whether to display the response value.

scale: float, default: 1.0

Scale the size of the response graph.

Note

You can adjust the scale to make the response graph more visible. A negative number will reverse the direction.

cpos: str, default: iso

Model display perspective, optional: “iso”, “xy”, “yx”, “xz”, “zx”, “yz”, “zy”. If 3d, defaults to “iso”. If 2d, defaults to “xy”.

line_width: float, default: 1.5.

Line width of the response graph.

Returns

Plotting object of PyVista to display vtk meshes or numpy arrays. See pyvista.Plotter.

You can use Plotter.show. to display the plotting window.

You can also use Plotter.export_html. to export this plotter as an interactive scene to an HTML file.

opstool.vis.pyvista.plot_frame_responses_animation(odb_tag=1, ele_tags=None, resp_type='sectionForces', resp_dof='MZ', scale=1.0, show_values=False, cpos='iso', framerate=None, savefig='FrameForcesAnimation.gif', line_width=1.5)

Animate the responses of frame elements.

Parameters

odb_tag: Union[int, str], default: 1

Tag of output databases (ODB) to be visualized.

ele_tags: Union[int, list], default: None

The tags of frame elements to be visualized. If None, all frame elements are selected.

resp_type: str, default: “sectionforces”

Response type, optional, one of [“localForces”, “basicForces”, “basicDeformations”, “plasticDeformation”, “sectionForces”, “sectionDeformations”].

resp_dof: str, default: “MZ”

Component type corrsponding to the resp_type.

• For localForces: [“FX”, “FY”, “FZ”, “MX”, “MY”, “MZ”]

• For basicForces: [“N”, “MZ”, “MY”, “T”]

• For basicDeformations: [“N”, “MZ”, “MY”, “T”]

• For plasticDeformation: [“N”, “MZ”, “MY”, “T”]

• For sectionForces: [“N”, “MZ”, “VY”, “MY”, “VZ”, “T”]

• For sectionDeformations: [“N”, “MZ”, “VY”, “MY”, “VZ”, “T”]

Note

For sectionForces and sectionDeformations, not all sections include the shear dof VY and VZ. For instance, in the most commonly used 3D fiber cross-sections, only the axial force N, bending moments MZ and MY, and torsion T are available.

scale: float, default: 1.0

Scale the size of the response graph.

Note

You can adjust the scale to make the response graph more visible. A negative number will reverse the direction.

show_values: bool, default: True

Whether to display the response value.

framerate: int, default: None

Framerate for the display, i.e., the number of frames per second.

savefig: str, default: FrameForcesAnimation.gif

Path to save the animation. The suffix can be .gif or .mp4.

cpos: str, default: iso

Model display perspective, optional: “iso”, “xy”, “yx”, “xz”, “zx”, “yz”, “zy”. If 3d, defaults to “iso”. If 2d, defaults to “xy”.

line_width: float, default: 1.5.

Line width of the response graph.

Returns

Plotting object of PyVista to display vtk meshes or numpy arrays. See pyvista.Plotter.

You can use Plotter.show. to display the plotting window.

You can also use Plotter.export_html. to export this plotter as an interactive scene to an HTML file.

opstool.vis.pyvista.plot_unstruct_responses(odb_tag=1, ele_type='Shell', ele_tags=None, slides=False, resp_type='sectionForces', resp_dof='MXX', style='surface', cpos='iso')

Visualizing unstructured element (Shell, Plane, Brick) Response.

Note

The responses at all Gaussian points are averaged.

Parameters

odb_tag: Union[int, str], default: 1

Tag of output databases (ODB) to be visualized.

ele_tags: Union[int, list], default: None

The tags of elements to be visualized. If None, all elements are selected.

slides: bool, default: False

Display the response for each step in the form of a slideshow. Otherwise, show the step with the largest response.

ele_type: str, default: “Shell”

Element type, optional, one of [“Shell”, “Plane”, “Brick”].

resp_type: str, default: None

Response type, which dependents on the element type ele_type.

1. For Shell elements, one of [“sectionForces”, “sectionDeformations”].

   I.e., section forces and deformations at Gaussian integration points (per unit length). If None, defaults to “sectionForces”.

2. For Plane elements, one of [“stresses”, “strains”].

   I.e., stresses and strains at Gaussian integration points. If None, defaults to “stresses”.

3. For Brick elements, one of [“stresses”, “strains”].

   I.e., stresses and strains at Gaussian integration points. If None, defaults to “stresses”.

resp_dof: str, default: None

Dof to be visualized, which dependents on the element type ele_type.

Note

The resp_dof here is consistent with stress-strain (force-deformation), and whether it is stress or strain depends on the parameter resp_type.

1. For Shell elements, one of [“FXX”, “FYY”, “FXY”, “MXX”, “MYY”, “MXY”, “VXZ”, “VYZ”].

   If None, defaults to “MXX”.

2. For Plane elements, one of [“sigma11”, “sigma22”, “sigma12”, “p1”, “p2”, “sigma_vm”, “tau_max”].

   • “sigma11, sigma22, sigma12”: Normal stress and shear stress (strain) in the x-y plane.

   • “p1, p2”: Principal stresses (strains).

   • “sigma_vm”: Von Mises stress.

   • “tau_max”: Maximum shear stress (strains).

   • If None, defaults to “sigma_vm”.

3. For Brick elements, one of [“sigma11”, “sigma22”, “sigma33”, “sigma12”, “sigma23”, “sigma13”, “p1”, “p2”, “p3”, “sigma_vm”, “tau_max”, “sigma_oct”, “tau_oct”]

   • “sigma11, sigma22, sigma33”: Normal stress (strain) along x, y, z.

   • “sigma12, sigma23, sigma13”: Shear stress (strain).

   • “p1, p2, p3”: Principal stresses (strains).

   • “sigma_vm”: Von Mises stress.

   • “tau_max”: Maximum shear stress (strains).

   • “sigma_oct”: Octahedral normal stress (strains).

   • “tau_oct”: Octahedral shear stress (strains).

   • If None, defaults to “sigma_vm”.

style: str, default: surface

Visualization the mesh style of surfaces and solids. One of the following: style=’surface’, style=’wireframe’, style=’points’, style=’points_gaussian’. Defaults to ‘surface’. Note that ‘wireframe’ only shows a wireframe of the outer geometry.

cpos: str, default: iso

Model display perspective, optional: “iso”, “xy”, “yx”, “xz”, “zx”, “yz”, “zy”. If 3d, defaults to “iso”. If 2d, defaults to “xy”.

Returns

Plotting object of PyVista to display vtk meshes or numpy arrays. See pyvista.Plotter.

You can use Plotter.show. to display the plotting window.

You can also use Plotter.export_html. to export this plotter as an interactive scene to an HTML file.

opstool.vis.pyvista.plot_unstruct_responses_animation(odb_tag=1, ele_tags=None, framerate=None, ele_type='Shell', resp_type=None, resp_dof=None, savefig=None, style='surface', cpos='iso')

Unstructured element (Shell, Plane, Brick) response animation.

Note

The responses at all Gaussian points are averaged.

Parameters

odb_tag: Union[int, str], default: 1

Tag of output databases (ODB) to be visualized.

ele_tags: Union[int, list], default: None

The tags of truss elements to be visualized. If None, all truss elements are selected.

ele_type: str, default: “Shell”

Element type, optional, one of [“Shell”, “Plane”, “Brick”].

framerate: int, default: None

Framerate for the display, i.e., the number of frames per second.

savefig: str, default: None

Path to save the animation. The suffix can be .gif or .mp4.

resp_type: str, default: None

Response type, which dependents on the element type ele_type.

1. For Shell elements, one of [“sectionForces”, “sectionDeformations”].

   I.e., section forces and deformations at Gaussian integration points (per unit length). If None, defaults to “sectionForces”.

2. For Plane elements, one of [“stresses”, “strains”].

   I.e., stresses and strains at Gaussian integration points. If None, defaults to “stresses”.

3. For Brick elements, one of [“stresses”, “strains”].

   I.e., stresses and strains at Gaussian integration points. If None, defaults to “stresses”.

resp_dof: str, default: None

Dof to be visualized, which dependents on the element type ele_type.

Note

The resp_dof here is consistent with stress-strain (force-deformation), and whether it is stress or strain depends on the parameter resp_type.

1. For Shell elements, one of [“FXX”, “FYY”, “FXY”, “MXX”, “MYY”, “MXY”, “VXZ”, “VYZ”].

   If None, defaults to “MXX”.

2. For Plane elements, one of [“sigma11”, “sigma22”, “sigma12”, “p1”, “p2”, “sigma_vm”, “tau_max”].

   • “sigma11, sigma22, sigma12”: Normal stress and shear stress (strain) in the x-y plane.

   • “p1, p2”: Principal stresses (strains).

   • “sigma_vm”: Von Mises stress.

   • “tau_max”: Maximum shear stress (strains).

   • If None, defaults to “sigma_vm”.

3. For Brick elements, one of [“sigma11”, “sigma22”, “sigma33”, “sigma12”, “sigma23”, “sigma13”, “p1”, “p2”, “p3”, “sigma_vm”, “tau_max”, “sigma_oct”, “tau_oct”]

   • “sigma11, sigma22, sigma33”: Normal stress (strain) along x, y, z.

   • “sigma12, sigma23, sigma13”: Shear stress (strain).

   • “p1, p2, p3”: Principal stresses (strains).

   • “sigma_vm”: Von Mises stress.

   • “tau_max”: Maximum shear stress (strains).

   • “sigma_oct”: Octahedral normal stress (strains).

   • “tau_oct”: Octahedral shear stress (strains).

   • If None, defaults to “sigma_vm”.

style: str, default: surface

Visualization the mesh style of surfaces and solids. One of the following: style=’surface’, style=’wireframe’, style=’points’, style=’points_gaussian’. Defaults to ‘surface’. Note that ‘wireframe’ only shows a wireframe of the outer geometry.

cpos: str, default: iso

Model display perspective, optional: “iso”, “xy”, “yx”, “xz”, “zx”, “yz”, “zy”. If 3d, defaults to “iso”. If 2d, defaults to “xy”.

Returns

Plotting object of PyVista to display vtk meshes or numpy arrays. See pyvista.Plotter.

You can use Plotter.show. to display the plotting window.

You can also use Plotter.export_html. to export this plotter as an interactive scene to an HTML file.