Anaconda Enterprise: Documentation

# bokeh.models.plots

Models for representing top-level plot objects.

class `bokeh.models.plots.``Plot`(**kwargs)

  Bases: `bokeh.models.layouts.LayoutDOM`

  Model representing a plot, containing glyphs, guides, annotations.

  `above`

    property type: `List` ( `Instance` ( `Renderer` ) )

    A list of renderers to occupy the area above of the plot.

  `aspect_scale`

    property type: `Float`

    A value to be given for increased aspect ratio control. This value is added multiplicatively to the calculated value required for `match_aspect`. `aspect_scale` is defined as the ratio of width over height of the figure.

    For example, a plot with `aspect_scale` value of 2 will result in a square in data units to be drawn on the screen as a rectangle with a pixel width twice as long as its pixel height.

    Note

    This setting only takes effect if `match_aspect` is set to `True`.

  `background_fill_alpha`

    property type: `NumberSpec`

    The fill alpha for the plot background style.

  `background_fill_color`

    property type: `ColorSpec`

    The fill color for the plot background style.

  `below`

    property type: `List` ( `Instance` ( `Renderer` ) )

    A list of renderers to occupy the area below of the plot.

  `border_fill_alpha`

    property type: `NumberSpec`

    The fill alpha for the plot border style.

  `border_fill_color`

    property type: `ColorSpec`

    The fill color for the plot border style.

  `extra_x_ranges`

    property type: `Dict` ( `String` , `Instance` ( `Range` ) )

    Additional named ranges to make available for mapping x-coordinates.

    This is useful for adding additional axes.

  `extra_y_ranges`

    property type: `Dict` ( `String` , `Instance` ( `Range` ) )

    Additional named ranges to make available for mapping y-coordinates.

    This is useful for adding additional axes.

  `h_symmetry`

    property type: `Bool`

    Whether the total horizontal padding on both sides of the plot will be made equal (the left or right padding amount, whichever is larger).

  `hidpi`

    property type: `Bool`

    Whether to use HiDPI mode when available.

  `inner_height`

    property type: `Int`

    This is the exact height of the plotting canvas, i.e. the height of the actual plot, without toolbars etc. Note this is computed in a web browser, so this property will work only in backends capable of bidirectional communication (server, notebook).

    Note

    This is an experimental feature and the API may change in near future.

  `inner_width`

    property type: `Int`

    This is the exact width of the plotting canvas, i.e. the width of the actual plot, without toolbars etc. Note this is computed in a web browser, so this property will work only in backends capable of bidirectional communication (server, notebook).

    Note

    This is an experimental feature and the API may change in near future.

  `layout_height`

    property type: `Int`

    This is the exact height of the layout, i.e. the height of the actual plot, with toolbars etc. Note this is computed in a web browser, so this property will work only in backends capable of bidirectional communication (server, notebook).

    Note

    This is an experimental feature and the API may change in near future.

  `layout_width`

    property type: `Int`

    This is the exact width of the layout, i.e. the height of the actual plot, with toolbars etc. Note this is computed in a web browser, so this property will work only in backends capable of bidirectional communication (server, notebook).

    Note

    This is an experimental feature and the API may change in near future.

  `left`

    property type: `List` ( `Instance` ( `Renderer` ) )

    A list of renderers to occupy the area to the left of the plot.

  `lod_factor`

    property type: `Int`

    Decimation factor to use when applying level-of-detail decimation.

  `lod_interval`

    property type: `Int`

    Interval (in ms) during which an interactive tool event will enable level-of-detail downsampling.

  `lod_threshold`

    property type: `Int`

    A number of data points, above which level-of-detail downsampling may be performed by glyph renderers. Set to `None` to disable any level-of-detail downsampling.

  `lod_timeout`

    property type: `Int`

    Timeout (in ms) for checking whether interactive tool events are still occurring. Once level-of-detail mode is enabled, a check is made every `lod_timeout` ms. If no interactive tool events have happened, level-of-detail mode is disabled.

  `match_aspect`

    property type: `Bool`

    Specify the aspect ratio behavior of the plot. Aspect ratio is defined as the ratio of width over height. This property controls whether Bokeh should attempt the match the (width/height) of data space to the (width/height) in pixels of screen space.

    Default is `False` which indicates that the data aspect ratio and the screen aspect ratio vary independently. `True` indicates that the plot aspect ratio of the axes will match the aspect ratio of the pixel extent the axes. The end result is that a 1x1 area in data space is a square in pixels, and conversely that a 1x1 pixel is a square in data units.

    Note

    This setting only takes effect when there are two dataranges. This setting only sets the initial plot draw and subsequent resets. It is possible for tools (single axis zoom, unconstrained box zoom) to change the aspect ratio.

  `min_border`

    property type: `Int`

    A convenience property to set all all the `min_border_X` properties to the same value. If an individual border property is explicitly set, it will override `min_border`.

  `min_border_bottom`

    property type: `Int`

    Minimum size in pixels of the padding region below the bottom of the central plot region.

    Note

    This is a minimum. The padding region may expand as needed to accommodate titles or axes, etc.

  `min_border_left`

    property type: `Int`

    Minimum size in pixels of the padding region to the left of the central plot region.

    Note

    This is a minimum. The padding region may expand as needed to accommodate titles or axes, etc.

  `min_border_right`

    property type: `Int`

    Minimum size in pixels of the padding region to the right of the central plot region.

    Note

    This is a minimum. The padding region may expand as needed to accommodate titles or axes, etc.

  `min_border_top`

    property type: `Int`

    Minimum size in pixels of the padding region above the top of the central plot region.

    Note

    This is a minimum. The padding region may expand as needed to accommodate titles or axes, etc.

  `outline_line_alpha`

    property type: `NumberSpec`

    The line alpha for the plot border outline.

  `outline_line_cap`

    property type: `Enum` ( `LineCap` )

    The line cap for the plot border outline.

  `outline_line_color`

    property type: `ColorSpec`

    The line color for the plot border outline.

  `outline_line_dash`

    property type: `DashPattern`

    The line dash for the plot border outline.

  `outline_line_dash_offset`

    property type: `Int`

    The line dash offset for the plot border outline.

  `outline_line_join`

    property type: `Enum` ( `LineJoin` )

    The line join for the plot border outline.

  `outline_line_width`

    property type: `NumberSpec`

    The line width for the plot border outline.

  `output_backend`

    property type: `Enum` ( `OutputBackend` )

    Specify the output backend for the plot area. Default is HTML5 Canvas.

    Note

    When set to `webgl`, glyphs without a WebGL rendering implementation will fall back to rendering onto 2D canvas.

  `plot_height`

    property type: `Int`

    Total height of the entire plot (including any axes, titles, border padding, etc.)

    Note

    This corresponds directly to the height of the HTML canvas that will be used.

  `plot_width`

    property type: `Int`

    Total width of the entire plot (including any axes, titles, border padding, etc.)

    Note

    This corresponds directly to the width of the HTML canvas that will be used.

  `renderers`

    property type: `List` ( `Instance` ( `Renderer` ) )

    A list of all renderers for this plot, including guides and annotations in addition to glyphs and markers.

    This property can be manipulated by hand, but the `add_glyph` and `add_layout` methods are recommended to help make sure all necessary setup is performed.

  `right`

    property type: `List` ( `Instance` ( `Renderer` ) )

    A list of renderers to occupy the area to the right of the plot.

  `title`

    property type: `Instance` ( `Title` )

    A title for the plot. Can be a text string or a Title annotation.

  `title_location`

    property type: `Enum` ( `Location` )

    Where the title will be located. Titles on the left or right side will be rotated.

  `toolbar`

    property type: `Instance` ( `Toolbar` )

    The toolbar associated with this plot which holds all the tools.

    The toolbar is automatically created with the plot.

  `toolbar_location`

    property type: `Enum` ( `Location` )

    Where the toolbar will be located. If set to None, no toolbar will be attached to the plot.

  `toolbar_sticky`

    property type: `Bool`

    Stick the toolbar to the edge of the plot. Default: True. If False, the toolbar will be outside of the axes, titles etc.

  `v_symmetry`

    property type: `Bool`

    Whether the total vertical padding on both sides of the plot will be made equal (the top or bottom padding amount, whichever is larger).

  `x_range`

    property type: `Instance` ( `Range` )

    The (default) data range of the horizontal dimension of the plot.

  `x_scale`

    property type: `Instance` ( `Scale` )

    What kind of scale to use to convert x-coordinates in data space into x-coordinates in screen space.

  `y_range`

    property type: `Instance` ( `Range` )

    The (default) data range of the vertical dimension of the plot.

  `y_scale`

    property type: `Instance` ( `Scale` )

    What kind of scale to use to convert y-coordinates in data space into y-coordinates in screen space.

  `add_dynamic_image`(image_source, **kw)

    Adds new DynamicImageRenderer into the Plot.renderers

    Parameters: | image_source (ImageSource) – a image source instance which contain image configuration
    Keyword Arguments:
    | keyword arguments are passed on as-is to the dynamic image renderer (Additional) –
    Returns: | DynamicImageRenderer
    Return type: | DynamicImageRenderer

  `add_glyph`(source_or_glyph, glyph=None, **kw)

    Adds a glyph to the plot with associated data sources and ranges.

    This function will take care of creating and configuring a Glyph object, and then add it to the plot’s list of renderers.

    Parameters: | source (DataSource) – a data source for the glyphs to all use glyph (Glyph) – the glyph to add to the Plot
    Keyword Arguments:
    | additional keyword arguments are passed on as-is to the (Any) – initializer. (Glyph) –
    Returns: | GlyphRenderer

  `add_layout`(obj, place='center')

    Adds an object to the plot in a specified place.

    Parameters: | obj (Renderer) – the object to add to the Plot place (str, optional) – where to add the object (default: ‘center’) Valid places are: ‘left’, ‘right’, ‘above’, ‘below’, ‘center’.
    Returns: | None

  `add_tile`(tile_source, **kw)

    Adds new TileRenderer into the Plot.renderers

    Parameters: | tile_source (TileSource) – a tile source instance which contain tileset configuration
    Keyword Arguments:
    | keyword arguments are passed on as-is to the tile renderer (Additional) –
    Returns: | TileRenderer
    Return type: | TileRenderer

  `add_tools`(*tools)

    Adds tools to the plot.

    Parameters: | *tools (Tool) – the tools to add to the Plot
    Returns: | None

  `column`(col, gridplot)

    Return whether this plot is in a given column of a GridPlot.

    Parameters: | col (int) – index of the column to test gridplot (GridPlot) – the GridPlot to check
    Returns: | bool

  `row`(row, gridplot)

    Return whether this plot is in a given row of a GridPlot.

    Parameters: | row (int) – index of the row to test gridplot (GridPlot) – the GridPlot to check
    Returns: | bool

  `select`(*args, **kwargs)

    Query this object and all of its references for objects that match the given selector.

    There are a few different ways to call the `select` method. The most general is to supply a JSON-like query dictionary as the single argument or as keyword arguments:

    Parameters: | selector (JSON-like) – some sample text
    Keyword Arguments:
    | kwargs – query dict key/values as keyword arguments

    For convenience, queries on just names can be made by supplying the `name` string as the single parameter:

    Parameters: | name (str) – the name to query on

    Also queries on just type can be made simply by supplying the `Model` subclass as the single parameter:

    Parameters: | type (Model) – the type to query on
    Returns: | seq[Model]

    Examples

        # These two are equivalent
        p.select({"type": HoverTool})
        p.select(HoverTool)

        # These two are also equivalent
        p.select({"name": "mycircle"})
        p.select("mycircle")

        # Keyword arguments can be supplied in place of selector dict
        p.select({"name": "foo", "type": HoverTool})
        p.select(name="foo", type=HoverTool)

  `axis`

    Splattable list of `Axis` objects.

  `grid`

    Splattable list of `Grid` objects.

  `legend`

    Splattable list of `Legend` objects.

  `tool_events`
  `tools`
  `webgl`
  `x_mapper_type`
  `xaxis`

    Splattable list of `Axis` objects for the x dimension.

  `xgrid`

    Splattable list of `Grid` objects for the x dimension.

  `y_mapper_type`
  `yaxis`

    Splattable list of `Axis` objects for the y dimension.

  `ygrid`

    Splattable list of `Grid` objects for the y dimension.

JSON Prototype

    {
      "above": [],
      "aspect_scale": 1,
      "background_fill_alpha": {
        "value": 1.0
      },
      "background_fill_color": {
        "value": "#ffffff"
      },
      "below": [],
      "border_fill_alpha": {
        "value": 1.0
      },
      "border_fill_color": {
        "value": "#ffffff"
      },
      "css_classes": null,
      "disabled": false,
      "extra_x_ranges": {},
      "extra_y_ranges": {},
      "h_symmetry": true,
      "height": null,
      "hidpi": true,
      "id": "f597e3cc-577f-4402-8764-99114de24212",
      "js_event_callbacks": {},
      "js_property_callbacks": {},
      "left": [],
      "lod_factor": 10,
      "lod_interval": 300,
      "lod_threshold": 2000,
      "lod_timeout": 500,
      "match_aspect": false,
      "min_border": 5,
      "min_border_bottom": null,
      "min_border_left": null,
      "min_border_right": null,
      "min_border_top": null,
      "name": null,
      "outline_line_alpha": {
        "value": 1.0
      },
      "outline_line_cap": "butt",
      "outline_line_color": {
        "value": "#e5e5e5"
      },
      "outline_line_dash": [],
      "outline_line_dash_offset": 0,
      "outline_line_join": "miter",
      "outline_line_width": {
        "value": 1
      },
      "output_backend": "canvas",
      "plot_height": 600,
      "plot_width": 600,
      "renderers": [],
      "right": [],
      "sizing_mode": "fixed",
      "subscribed_events": [],
      "tags": [],
      "title": {
        "id": "c4febf4a-8e8e-420e-89ce-dc71338af111",
        "type": "Title"
      },
      "title_location": "above",
      "toolbar": {
        "id": "df488491-0b8a-457a-acfc-e17183e3f225",
        "type": "Toolbar"
      },
      "toolbar_location": "right",
      "toolbar_sticky": true,
      "v_symmetry": false,
      "width": null,
      "x_range": null,
      "x_scale": {
        "id": "0592e524-916e-47de-b9cb-89b3b3b3ed92",
        "type": "LinearScale"
      },
      "y_range": null,
      "y_scale": {
        "id": "fbcab8c0-2fb7-43d2-a02b-152022adb7de",
        "type": "LinearScale"
      }
    }