Show Options#

VerticesShowOption#

vedo#

c

Color in {rgb, RGB, str of (hex, name), int}

  • allowed types: ( str, tuple, list, int)

alpha

Transparency in range [0, 1].

  • allowed types: ( float, int)

data_name

Name of vertex_data to show. Object must have vertex_data with the same name.

  • allowed types: ( str,)

vertex_ids

Show ids of vertices

  • allowed types: ( bool,)

element_ids

Show ids of elements

  • allowed types: ( bool,)

lighting

Lighting options {‘default’, ‘metallic’, ‘plastic’, ‘shiny’, ‘glossy’, ‘ambient’, ‘off’}

  • allowed types: ( str,)

cmap

Colormap for vertex_data plots.

  • allowed types: ( str,)

vmin

Minimum value for cmap

  • allowed types: ( float, int)

vmax

Maximum value for cmap

  • allowed types: ( float, int)

cmap_alpha

Colormap Transparency in range [0, 1].

  • allowed types: ( float, int)

scalarbar

Scalarbar describing cmap. At least an empty dict or dict with following items are accepted: {title: str, pos: tuple, title_yoffset: int, font_size: int, nlabels: int, c: str, horizontal: bool, use_alpha: bool, label_format: str}. Setting bool will add a default scalarbar

  • allowed types: ( bool, dict)

scalarbar3d

3D scalarbar describing cmap. At least an empty dict or dict with following items are accepted: {title: str, pos: tuple, size: list, title_font: str, title_xoffset: float, title_yoffset: float, title_size: float, title_rotation: float, nlabels: int, label_font:str, label_size: float, label_offset: float, label_rotation: int, label_format: str, draw_box: bool, above_text: str, below_text: str, nan_text: str, categories: list}

  • allowed types: ( bool, dict)

arrow_data

Name of vertex_data to plot as arrow. Corresponding data should be at least 2D. If you want more control over arrows, consider creating edges using gus.create.edges.from_data().

  • allowed types: ( str,)

arrow_data_scale

Scaling factor for arrow data.

  • allowed types: ( float, int)

arrow_data_color

Color for arrow data. Can be either cmap name or color. For cmap, colors are based on the size of the arrows.

  • allowed types: ( str, tuple, list, int)

axes

Configure a specific axes with options. Expect dict(), but setting True will set a default axes. For full options, see https://vedo.embl.es/autodocs/content/vedo/addons.html#vedo.addons.Axes

  • allowed types: ( bool, dict)

r

Radius of vertices in units of pixels.

  • allowed types: ( int,)

labels

Places a label/description str at the place of vertices.

  • allowed types: ( numpy.ndarray, tuple, list)

label_options

Label kwargs to be passed during initialization.Valid keywords are: {scale: float, xrot: float, yrot: float, zrot: float, ratio: float, precision: int, italic: bool, font: str, justify: str, c: (str, tuple, list, int), alpha: float}. As further hint, justify takes ‘-’ joined combination of {center, mid, right, left, top, bottom}.

  • allowed types: ( dict,)

EdgesShowOption#

vedo#

c

Color in {rgb, RGB, str of (hex, name), int}

  • allowed types: ( str, tuple, list, int)

alpha

Transparency in range [0, 1].

  • allowed types: ( float, int)

data_name

Name of vertex_data to show. Object must have vertex_data with the same name.

  • allowed types: ( str,)

vertex_ids

Show ids of vertices

  • allowed types: ( bool,)

element_ids

Show ids of elements

  • allowed types: ( bool,)

lighting

Lighting options {‘default’, ‘metallic’, ‘plastic’, ‘shiny’, ‘glossy’, ‘ambient’, ‘off’}

  • allowed types: ( str,)

cmap

Colormap for vertex_data plots.

  • allowed types: ( str,)

vmin

Minimum value for cmap

  • allowed types: ( float, int)

vmax

Maximum value for cmap

  • allowed types: ( float, int)

cmap_alpha

Colormap Transparency in range [0, 1].

  • allowed types: ( float, int)

scalarbar

Scalarbar describing cmap. At least an empty dict or dict with following items are accepted: {title: str, pos: tuple, title_yoffset: int, font_size: int, nlabels: int, c: str, horizontal: bool, use_alpha: bool, label_format: str}. Setting bool will add a default scalarbar

  • allowed types: ( bool, dict)

scalarbar3d

3D scalarbar describing cmap. At least an empty dict or dict with following items are accepted: {title: str, pos: tuple, size: list, title_font: str, title_xoffset: float, title_yoffset: float, title_size: float, title_rotation: float, nlabels: int, label_font:str, label_size: float, label_offset: float, label_rotation: int, label_format: str, draw_box: bool, above_text: str, below_text: str, nan_text: str, categories: list}

  • allowed types: ( bool, dict)

arrow_data

Name of vertex_data to plot as arrow. Corresponding data should be at least 2D. If you want more control over arrows, consider creating edges using gus.create.edges.from_data().

  • allowed types: ( str,)

arrow_data_scale

Scaling factor for arrow data.

  • allowed types: ( float, int)

arrow_data_color

Color for arrow data. Can be either cmap name or color. For cmap, colors are based on the size of the arrows.

  • allowed types: ( str, tuple, list, int)

axes

Configure a specific axes with options. Expect dict(), but setting True will set a default axes. For full options, see https://vedo.embl.es/autodocs/content/vedo/addons.html#vedo.addons.Axes

  • allowed types: ( bool, dict)

lw

Width of edges (lines) in pixel units.

  • allowed types: ( int,)

as_arrows

Show edges as arrows.

  • allowed types: ( bool,)

head_radius

Radius of arrow head. Applicable if as_arrows is True

  • allowed types: ( float, int)

head_length

Length of arrow head. Applicable if as_arrows is True

  • allowed types: ( float, int)

shaft_radius

Radius of arrow shaft. Applicable if as_arrows is True

  • allowed types: ( float, int)

FacesShowOption#

vedo#

c

Color in {rgb, RGB, str of (hex, name), int}

  • allowed types: ( str, tuple, list, int)

alpha

Transparency in range [0, 1].

  • allowed types: ( float, int)

data_name

Name of vertex_data to show. Object must have vertex_data with the same name.

  • allowed types: ( str,)

vertex_ids

Show ids of vertices

  • allowed types: ( bool,)

element_ids

Show ids of elements

  • allowed types: ( bool,)

lighting

Lighting options {‘default’, ‘metallic’, ‘plastic’, ‘shiny’, ‘glossy’, ‘ambient’, ‘off’}

  • allowed types: ( str,)

cmap

Colormap for vertex_data plots.

  • allowed types: ( str,)

vmin

Minimum value for cmap

  • allowed types: ( float, int)

vmax

Maximum value for cmap

  • allowed types: ( float, int)

cmap_alpha

Colormap Transparency in range [0, 1].

  • allowed types: ( float, int)

scalarbar

Scalarbar describing cmap. At least an empty dict or dict with following items are accepted: {title: str, pos: tuple, title_yoffset: int, font_size: int, nlabels: int, c: str, horizontal: bool, use_alpha: bool, label_format: str}. Setting bool will add a default scalarbar

  • allowed types: ( bool, dict)

scalarbar3d

3D scalarbar describing cmap. At least an empty dict or dict with following items are accepted: {title: str, pos: tuple, size: list, title_font: str, title_xoffset: float, title_yoffset: float, title_size: float, title_rotation: float, nlabels: int, label_font:str, label_size: float, label_offset: float, label_rotation: int, label_format: str, draw_box: bool, above_text: str, below_text: str, nan_text: str, categories: list}

  • allowed types: ( bool, dict)

arrow_data

Name of vertex_data to plot as arrow. Corresponding data should be at least 2D. If you want more control over arrows, consider creating edges using gus.create.edges.from_data().

  • allowed types: ( str,)

arrow_data_scale

Scaling factor for arrow data.

  • allowed types: ( float, int)

arrow_data_color

Color for arrow data. Can be either cmap name or color. For cmap, colors are based on the size of the arrows.

  • allowed types: ( str, tuple, list, int)

axes

Configure a specific axes with options. Expect dict(), but setting True will set a default axes. For full options, see https://vedo.embl.es/autodocs/content/vedo/addons.html#vedo.addons.Axes

  • allowed types: ( bool, dict)

lw

Width of edges (lines) in pixel units.

  • allowed types: ( int,)

lc

Color of edges (lines).

  • allowed types: ( int, str, tuple, list)

texture

Texture of faces in array, vedo.Picture, vtk.vtkTexture, or path to an image.

  • allowed types: ( numpy.ndarray, tuple, list, str, <gustaf.helpers.raise_if.ModuleImportRaiser object at 0x7f6f6ea85e80, <gustaf.helpers.raise_if.ModuleImportRaiser object at 0x7f6f6ea85220)

VolumesShowOption#

vedo#

c

Color in {rgb, RGB, str of (hex, name), int}

  • allowed types: ( str, tuple, list, int)

alpha

Transparency in range [0, 1].

  • allowed types: ( float, int)

data_name

Name of vertex_data to show. Object must have vertex_data with the same name.

  • allowed types: ( str,)

vertex_ids

Show ids of vertices

  • allowed types: ( bool,)

element_ids

Show ids of elements

  • allowed types: ( bool,)

lighting

Lighting options {‘default’, ‘metallic’, ‘plastic’, ‘shiny’, ‘glossy’, ‘ambient’, ‘off’}

  • allowed types: ( str,)

cmap

Colormap for vertex_data plots.

  • allowed types: ( str,)

vmin

Minimum value for cmap

  • allowed types: ( float, int)

vmax

Maximum value for cmap

  • allowed types: ( float, int)

cmap_alpha

Colormap Transparency in range [0, 1].

  • allowed types: ( float, int)

scalarbar

Scalarbar describing cmap. At least an empty dict or dict with following items are accepted: {title: str, pos: tuple, title_yoffset: int, font_size: int, nlabels: int, c: str, horizontal: bool, use_alpha: bool, label_format: str}. Setting bool will add a default scalarbar

  • allowed types: ( bool, dict)

scalarbar3d

3D scalarbar describing cmap. At least an empty dict or dict with following items are accepted: {title: str, pos: tuple, size: list, title_font: str, title_xoffset: float, title_yoffset: float, title_size: float, title_rotation: float, nlabels: int, label_font:str, label_size: float, label_offset: float, label_rotation: int, label_format: str, draw_box: bool, above_text: str, below_text: str, nan_text: str, categories: list}

  • allowed types: ( bool, dict)

arrow_data

Name of vertex_data to plot as arrow. Corresponding data should be at least 2D. If you want more control over arrows, consider creating edges using gus.create.edges.from_data().

  • allowed types: ( str,)

arrow_data_scale

Scaling factor for arrow data.

  • allowed types: ( float, int)

arrow_data_color

Color for arrow data. Can be either cmap name or color. For cmap, colors are based on the size of the arrows.

  • allowed types: ( str, tuple, list, int)

axes

Configure a specific axes with options. Expect dict(), but setting True will set a default axes. For full options, see https://vedo.embl.es/autodocs/content/vedo/addons.html#vedo.addons.Axes

  • allowed types: ( bool, dict)

lw

Width of edges (lines) in pixel units.

  • allowed types: ( int,)

lc

Color of edges (lines).

  • allowed types: ( int, str, tuple, list)