-e dZddlmZddlZejeZddlmZm Z m Z m Z m Z ddl mZddlmZmZmZmZmZmZmZmZmZmZmZmZmZmZmZmZm Z m!Z!m"Z"m#Z#ddl$m%Z%m&Z&m'Z'm(Z(dd l)m*Z*m+Z+m,Z,m-Z-m.Z.m/Z/m0Z0m1Z1d d l2m3Z3m4Z4m5Z5m6Z6m7Z7m8Z8m9Z9d d l:m;Z;meGdde9e7e4e6Z?eGdde7e4e6Z@Gdde9e7e4e6ZAGdde9e7e4e6ZBGdde9e7ZCGdde7ZDGdde@ZEGdde?ZFGdde9e7e4e6ZGGd d!e7e4e6ZHGd"d#e4e6ZIGd$d%e@ZJGd&d'e7e4e6ZKeGd(d)e9ZLGd*d+eLZMGd,d-eLZNGd.d/eLZOGd0d1e9ZPGd2d3e3e7ZQGd4d5e7ZRGd6d7e7e4e6ZSGd8d9e3e7e4e6ZTGd:d;e7e4e6ZUGd<d=e@ZVGd>d?e7ZWGd@dAe9e7ZXGdBdCe9e7e4e6ZYGdDdEe?ZZGdFdGe7Z[GdHdIe9e7Z\GdJdKe9e8Z]GdLdMe4e6Z^GdNdOe4e6Z_GdPdQe@Z`GdRdSe9e7e4e6ZaGdTdUe7ZbGdVdWe7ZcGdXdYe7e4e6ZdGdZd[e7e4e6ZedS)\aX Display a variety of visual shapes whose attributes can be associated with data columns from ``ColumnDataSources``. The full list of glyphs is below: .. toctree:: :maxdepth: 1 :glob: glyphs/* All glyphs share a minimal common interface through the base class ``Glyph``: .. bokeh-model:: Glyph :module: bokeh.models.glyphs ) annotationsN) Direction ImageOriginPaletteStepMode enumeration)abstract) AngleSpecBoolDataSpec DistanceSpecEnumFloatIncludeInstanceInstanceDefaultInt MarkerSpecNullDistanceSpec NumberSpecOverrideSizeSizeSpecString StringSpecfieldvalue)Anchor BorderRadiusPadding TextAnchor) FillProps HatchProps ImageProps LinePropsScalarFillPropsScalarHatchPropsScalarLineProps TextProps)ConnectedXYGlyph FillGlyphGlyph HatchGlyph LineGlyph TextGlyphXYGlyph) ColorMapperLinearColorMapperStackColorMapper)( AnnularWedgeAnnulusArcBezierBlockCircler,Ellipser.HArea HAreaStepHBarHSpanHStripHexTileImage ImageRGBA ImageStackImageURLLineMarker MultiLine MultiPolygonsPatchPatchesQuad QuadraticRayRectScatterSegmentStepTextVArea VAreaStepVBarVSpanVStripWedger2ceZdZdZdfd ZdZeeddZeed d Z e d d Z e d dZ eddZeedZeedZeedZxZS)rHa Base class for glyphs that are simple markers with line and fill properties, located at an (x, y) location with a specified size. .. note:: For simplicity, all markers have both line and fill properties declared, however some marker types (`asterisk`, `cross`, `x`) only draw lines. For these markers, the fill values are simply ignored. returnNonec:tj|i|dSNsuper__init__selfargskwargs __class__s 3lib/python3.11/site-packages/bokeh/models/glyphs.pyrbzMarker.__init__%$)&))))))xysizeanglerkz? The x-axis coordinates for the center of the markers. defaulthelprlz? The y-axis coordinates for the center of the markers. ?z The factor by which to dilate the hit radius which is responsible for defining the range in which a marker responds to interactions with the Hover and Tap tools. zK The size (diameter) values for the markers in screen space units. z+ The angles to rotate the markers. z, The {prop} values for the markers. rqr\r])__name__ __module__ __qualname____doc__rb_argsrrrkrlr hit_dilationrrmr rnrr& line_propsr# fill_propsr$ hatch_props __classcell__rgs@rhrHrHsH  ****** (E 55::-   A  55::-   A4+   L 8A%   D Ic)   E*   J*   J'*,   KKKKKrjrHc>eZdZdZdfd ZeddZxZS) LRTBGlyphz) Base class for axis-aligned rectangles. r\r]c:tj|i|dSr_r`rcs rhrbzLRTBGlyph.__init__rirjr Allows the box to have rounded corners. .. note:: This property is experimental and may change at any point. rorv)rwrxryrzrbr border_radiusrrs@rhrrsV33******!L2   MMMMMrjrceZdZdZdfd ZdZdZeedd Z eed d Z e ed d Z e edd Z eedd Zeedd Zeeejd ZeedZeedZeedZxZS)r6z Render annular wedges. r\r]c:tj|i|dSr_r`rcs rhrbzAnnularWedge.__init__rirjz)examples/reference/models/AnnularWedge.py)rkrl inner_radius outer_radius start_angle end_angle directionrkz@ The x-coordinates of the center of the annular wedges. rorlz@ The y-coordinates of the center of the annular wedges. rz0 The inner radii of the annular wedges. rz0 The outer radii of the annular wedges. rzR The angles to start the annular wedges, as measured from the horizontal. rzP The angles to end the annular wedges, as measured from the horizontal. E Which direction to stroke between the start and end angles. z3 The {prop} values for the annular wedges. rurv)rwrxryrzrb __example__r{rrrkrlrrrr rrrr anticlockrrr&r}r#r~r$rrrs@rhr6r6s ******>K _E 55::-   A  55::-   A <n(=(=E   L <n(=(=E   L)EE-$8$8@   K %% "4"4<   IY (;C   I*   J*   J'*,   KKKKKrjr6c*eZdZdZdfd ZdZdZeedd Z eed d Z e ed d Z e edd Z eedZeedZeedZxZS)r7z Render annuli. r\r]c:tj|i|dSr_r`rcs rhrbzAnnulus.__init__rirjz$examples/reference/models/Annulus.py)rkrlrrrkz8 The x-coordinates of the center of the annuli. rorlz8 The y-coordinates of the center of the annuli. rz( The inner radii of the annuli. rz( The outer radii of the annuli. z+ The {prop} values for the annuli. rurv)rwrxryrzrbrr{rrrkrlrrrrr&r}r#r~r$rrrs@rhr7r7sD ******9K 6E 55::-   A  55::-   A <n(=(=E   L <n(=(=E   L*   J*   J'*,   KKKKKrjr7c>eZdZdZdfd ZdZdZeedd Z eed d Z e ed d Z e edd Ze edd Zeedd ZeedZxZS)r8z Render arcs. r\r]c:tj|i|dSr_r`rcs rhrbz Arc.__init__>rirjz examples/reference/models/Arc.pyrkrlradiusrrrrkz6 The x-coordinates of the center of the arcs. rorlz6 The y-coordinates of the center of the arcs. rz Radius of the arc. rzH The angles to start the arcs, as measured from the horizontal. rzF The angles to end the arcs, as measured from the horizontal. rrz) The {prop} values for the arcs. rurv)rwrxryrzrbrr{rrrkrlrrr rrrrrrr&r}rrs@rhr8r88sM ******5K IE 55::-   A  55::-   A\%%//9   F)EE-$8$8@   K %% "4"4<   IY ;   I*   JJJJJrjr8ceZdZdZdfd ZdZdZeedd Z eed d Z eed d Z eedd Z eedd Z eedd Zeedd Zeedd ZeedZxZS)r9z Render Bezier curves. For more information consult the `Wikipedia article for Bezier curve`_. .. _Wikipedia article for Bezier curve: http://en.wikipedia.org/wiki/Bezier_curve r\r]c:tj|i|dSr_r`rcs rhrbzBezier.__init__krirjz#examples/reference/models/Bezier.py)x0y0x1y1cx0cy0cx1cy1r3 The x-coordinates of the starting points. ror3 The y-coordinates of the starting points. r1 The x-coordinates of the ending points. r1 The y-coordinates of the ending points. rz4 The x-coordinates of first control points. rz4 The y-coordinates of first control points. rz5 The x-coordinates of second control points. rz5 The y-coordinates of second control points. z2 The {prop} values for the Bezier curves. rurv)rwrxryrzrbrr{rrrrrrrrrrrr&r}rrs@rhr9r9as******8K @E EE$KK/   B EE$KK/   B EE$KK/   B EE$KK/   B *UU5\\1   C *UU5\\1   C *UU5\\1   C *UU5\\1   C*   JJJJJrjr9ceZdZdZdfd ZdZdZeedd Z eed d Z ed d Z ed d Z e edZe edZe edZxZS)r:zP Render rectangular regions, given a corner coordinate, width, and height. r\r]c:tj|i|dSr_r`rcs rhrbzBlock.__init__rirjz"examples/reference/models/Block.py)rkrlwidthheightrkz9 The x-coordinates of the centers of the blocks. rorlz9 The y-coordinates of the centers of the blocks. r+z# The widths of the blocks. z$ The heights of the blocks. z+ The {prop} values for the blocks. rurv)rwrxryrzrbrr{rrrkrlrrrr&r}r#r~r$rrrs@rhr:r:s. ******7K )E 55::-   A  55::-   A Jq(   EZ)   F*   J*   J'*,   KKKKKrjr:cveZdZdZdfd ZdZdZedZe e d d d d d Z xZ S)r;z Render circle markers. r\r]c:tj|i|dSr_r`rcs rhrbzCircle.__init__rirjz#examples/reference/models/Circle.pyrkrla The radius values for circle markers (in |data units|, by default). .. note:: Circle markers are slightly unusual in that they support specifying a radius in addition to a size. Only one of ``radius`` or ``size`` should be given. .. warning:: Note that ``Circle`` glyphs are always drawn as circles on the screen, even in cases where the data space aspect ratio is not 1-1. In all cases where radius values are specified, the "distance" for the radius is measured along the dimension specified by ``radius_dimension``. If the aspect ratio is very large or small, the drawn circles may appear much larger or smaller than expected. See :bokeh-issue:`626` for more information. rurkrlmaxmina What dimension to measure circle radii along. When the data space aspect ratio is not 1-1, then the size of the drawn circles depends on what direction is used to measure the "distance" of the radius. This property allows that direction to be controlled. Setting this dimension to 'max' will calculate the radius on both the x and y dimensions and use the maximum of the two, 'min' selects the minimum. rv) rwrxryrzrbrr{rrrr radius_dimensionrrs@rhr;r;s""******8K E  $   F&tKKS%?? G    rjr;cDeZdZdZdfd ZdZdZeedd Z eed d Z e ed d Z e edd Z edd ZeedZeedZeedZxZS)r<z Render ellipses. r\r]c:tj|i|dSr_r`rcs rhrbzEllipse.__init__rirjz$examples/reference/models/Ellipse.py)rkrlrrrnrkz; The x-coordinates of the centers of the ellipses. rorlz; The y-coordinates of the centers of the ellipses. rz% The widths of each ellipse. rz& The heights of each ellipse. rtzC The angle the ellipses are rotated from horizontal. [rad] z- The {prop} values for the ellipses. rurv)rwrxryrzrbrr{rrrkrlrrrr rnrr&r}r#r~r$rrrs@rhr<r<s] ******9K 2E 55::-   A  55::-   A Lw7   E\%%//9   F Ic)   E*   J*   J'*,   KKKKKrjr<ceZdZdZdfd ZdZdZeedd Z eed d Z eed d Z e e dZe edZxZS)r=z Render a horizontally directed area between two equal length sequences of x-coordinates with the same y-coordinates. r\r]c:tj|i|dSr_r`rcs rhrbzHArea.__init__rirjz"examples/reference/models/HArea.pyrx2rlrC The x-coordinates for the points of one side of the area. rorI The x-coordinates for the points of the other side of the area. rl7 The y-coordinates for the points of the area. = The {prop} values for the horizontal directed area. rurv)rwrxryrzrbrr{rrrrrlrr'r~r$rrrs@rhr=r=s ******7K E EE$KK/   B EE$KK/   B  55::-   A0   J'*,   KKKKKrjr=ceZdZdZdfd ZdZdZeedd Z eed d Z eed d Z e e dd ZeedZeedZxZS)r>z Render a horizontally directed area between two equal length sequences of x-coordinates with the same y-coordinates using step lines. r\r]c:tj|i|dSr_r`rcs rhrbzHAreaStep.__init__>rirjz&examples/reference/models/HAreaStep.pyrrrrorrrlrbeforea Where the step "level" should be drawn in relation to the x and y coordinates. The parameter can assume one of three values: * ``before``: (default) Draw step levels before each y-coordinate (no step before the first point) * ``after``: Draw step levels after each y-coordinate (no step after the last point) * ``center``: Draw step levels centered on each y-coordinate rrurv)rwrxryrzrbrr{rrrrrlrr step_moderr'r~r$rrrs@rhr>r>7s ******;K E EE$KK/   B EE$KK/   B  55::-   AXx7   I0   J'*,   KKKKKrjr>ceZdZdZdfd ZdZdZeedd Z ed d Z ed d Z eedd Z e edZe edZe edZxZS)r?zo Render horizontal bars, given a center coordinate, ``height`` and (``left``, ``right``) coordinates. r\r]c:tj|i|dSr_r`rcs rhrbz HBar.__init__irirjz!examples/reference/models/HBar.py)rlrrightleftrlzB The y-coordinates of the centers of the horizontal bars. ror+z+ The heights of the vertical bars. r. The x-coordinates of the left edges. r/ The x-coordinates of the right edges. z4 The {prop} values for the horizontal bars. rurv)rwrxryrzrbrr{rrrlrrrrr&r}r#r~r$rrrs@rhr?r?bs. ******6K ,E 55::-   AZ)   F :a'   D JuuW~~5   E*   J*   J'*,   KKKKKrjr?cReZdZdZdfd ZdZdZedd Zedd Z e e d d Z e e dd Z e dd Zedd Zeed ZedZeed Zeed ZxZS)rBz; Render horizontal tiles on a regular hexagonal grid. r\r]c:tj|i|dSr_r`rcs rhrbzHexTile.__init__rirjz$examples/reference/models/HexTile.py)qrrra The radius (in |data units|) of the hex tiling. The radius is always measured along the cartesian y-axis for "pointy_top" orientation, and along the cartesian x-axis for "flat_top" orientation. If the aspect ratio of the underlying cartesian system is not 1-1, then the tiles may be "squished" in one direction. To ensure that the tiles are always regular hexagons, consider setting the ``match_aspect`` property of the plot to True. ruz Match a plot's aspect ratio scaling. Use this parameter to match the aspect ratio scaling of a plot when using :class:`~bokeh.models.Plot.aspect_scale` with a value other than ``1.0``. rorz: The "row" axial coordinates of the tile centers. rz= The "column" axial coordinates of the tile centers. z. A scale factor for individual tiles. pointytopz The orientation of the hex tiles. Use ``"pointytop"`` to orient the tile so that a pointed corner is at the top. Use ``"flattop"`` to orient the tile so that a flat side is at the top. z. The {prop} values for the hex tiles. Nrprv)rwrxryrzrbrr{rrm aspect_scalerrrrscaler orientationrr&r}r line_colorr#r~r$rrrs@rhrBrBs~ ******9K E 5  D5,   L  55::-   A  55::-   A Js"   E&4   K*   J$'''J*   J'*,   KKKKKrjrBc:eZdZdfd ZeeddZeeddZeed d Z eed d Z e e d Z eddZeeddZeddZxZS) ImageBaser\r]c:tj|i|dSr_r`rcs rhrbzImageBase.__init__rirjrk8 The x-coordinates to locate the image anchors. rorl8 The y-coordinates to locate the image anchors. dwz The widths of the plot regions that the images will occupy. .. note:: This is not the number of pixels that an image is wide. That number is fixed by the image itself. dhz The height of the plot region that the image will occupy. .. note:: This is not the number of pixels that an image is tall. That number is fixed by the image itself. z+ The {prop} values for the images. ruF Whether to always round fractional pixel locations in such a way as to make the images bigger. This setting may be useful if pixel rounding errors are causing images to have a gap between them, when they should appear flush. bottom_leftz3 Defines the coordinate space of an image. O Position of the image should be anchored at the `x`, `y` coordinates. rv)rwrxryrbrrrkrlrrrrr% image_propsr dilaterroriginranchorrrs@rhrrsK******  55::-   A  55::-   A eeDkk1   B eeDkk1   B'*,   KT%   FT+}<   FVM1   FFFFFrjrceZdZdZdfd ZdZddiZeedd Z e e e e d d eedZxZS)rCa Render images given as scalar data together with a color mapper. In addition to the defined model properties, ``Image`` also can accept a keyword argument ``palette`` in place of an explicit ``color_mapper``. The value should be a list of colors, or the name of one of the built-in palettes in ``bokeh.palettes``. This palette will be used to automatically construct a ``ColorMapper`` model for the ``color_mapper`` property. If both ``palette`` and ``color_mapper`` are passed, a ``ValueError`` exception will be raised. If neither is passed, then the ``Greys9`` palette will be used as a default. r\r]cd|vrd|vrtdd|vr*|dd}t|}||d<tj|i|dS)Npalette color_mapperz9only one of 'palette' and 'color_mapper' may be specifiedGreys9) ValueErrorpopr4rarb)rdrerfrmapperrgs rhrbzImage.__init__s~   >V#;#;XYY Y 6 ) )jjH55G&w//F%+F> "$)&)))))rjimagerkrlrrrr)zstr or list[color value]zAa palette to construct a value for the color mapper property fromrzE The arrays of scalar data for the images to be colormapped. rorraL A ``ColorMapper`` to use to map the scalar data from ``image`` into RGBA values for display. The name of a palette from ``bokeh.palettes`` may also be set, in which case a ``LinearColorMapper`` configured with the named palette wil be used. .. note:: The color mapping step happens on the client. c"t|S)Nr)r4)pals rhzImage.1s,=c,J,J,Jrjrv)rwrxryrzrbr{ _extra_kwsrrrrr3rr4acceptsrrrrrs@rhrCrCs   * * * * * * 6E  J JuuW~~5   E8KAR\d1e1e1e m     g J J K KLLLLrjrCcTeZdZdZd fd ZdZeeddZxZ S) rDz( Render images given as RGBA data. r\r]c:tj|i|dSr_r`rcs rhrbzImageRGBA.__init__9rirjrrz1 The arrays of RGBA data for the images. rorv) rwrxryrzrbr{rrrrrs@rhrDrD3sg ****** 6E JuuW~~5   EEEEErjrDcneZdZdZd fd ZdZeeddZe e d Z xZ S) rEa` Render images given as 3D stacked arrays by flattening each stack into an RGBA image using a ``StackColorMapper``. The 3D arrays have shape (ny, nx, nstack) where ``nstack` is the number of stacks. The ``color_mapper`` produces an RGBA value for each of the (ny, nx) pixels by combining array values in the ``nstack`` direction. r\r]c:tj|i|dSr_r`rcs rhrbzImageStack.__init__Mrirjrrz/ The 3D arrays of data for the images. roz ``ScalarColorMapper`` used to map the scalar data from ``image`` into RGBA values for display. .. note:: The color mapping step happens on the client. rurv) rwrxryrzrbr{rrrrr5rrrs@rhrErEBs****** 6E JuuW~~5   E8,4   LLLLLrjrEc|eZdZdZdfd ZdZdZeedd Z e ed d Z e ed d Z e dZe dZedd Ze ddZeddZedd ZeddZeddZxZS)rFz, Render images loaded from given URLs. r\r]c:tj|i|dSr_r`rcs rhrbzImageURL.__init__drirjz%examples/reference/models/ImageURL.py)urlrkrlwhrnrrz The URLs to retrieve images from. .. note:: The actual retrieving and loading of the images happens on the client. rorkrrlrz The width of the plot region that the image will occupy in data space. The default value is ``None``, in which case the image will be displayed at its actual image size (regardless of the units specified here). ruz The height of the plot region that the image will occupy in data space. The default value is ``None``, in which case the image will be displayed at its actual image size (regardless of the units specified here). rzK The angles to rotate the images, as measured from the horizontal. rrz An overall opacity that each image is rendered with (in addition to any inherent alpha values in the image itself). Frtop_leftrze Number of attempts to retry loading the images from the specified URL. Default is zero. zr Timeout (in ms) between retry attempts to load the image from the specified URL. Default is zero ms. rv)rwrxryrzrbrr{rrrrrkrlrrrr rn global_alphar rrrrretry_attempts retry_timeoutrrs@rhrFrF^s ******:K :E *UU5\\1   C  55::-   A  55::-   A    A    A Ia'   E:c)   L T%   FVJ.   FS"   N C!   MMMMMrjrFceZdZdZdfd ZdZdZeedd Z eed d Z e e d Z xZS)rGa Render a single line. The ``Line`` glyph is different from most other glyphs in that the vector of values only produces one glyph on the Plot. .. note:: Due to limitations in the underlying HTML canvas, it is possible that a line is not drawn when one or more of its coordinates is very far outside the viewport. This behavior is different for different browsers. See :bokeh-issue:`11498` for more information. r\r]c:tj|i|dSr_r`rcs rhrbz Line.__init__rirjrz!examples/reference/models/Line.pyrkz7 The x-coordinates for the points of the line. rorlz7 The y-coordinates for the points of the line. z) The {prop} values for the line. rurv)rwrxryrzrbr{rrrrkrlrr)r}rrs@rhrGrGs  ****** E5K 55::-   A  55::-   A0   JJJJJrjrGceZdZdZdfd ZdZdZeedd Z eed d Z e e d Z xZS)rIz Render several lines. The data for the ``MultiLine`` glyph is different in that the vector of values is not a vector of scalars. Rather, it is a "list of lists". r\r]c:tj|i|dSr_r`rcs rhrbzMultiLine.__init__rirjz&examples/reference/models/MultiLine.pyxsysrzJ The x-coordinates for all the lines, given as a "list of lists". rorzJ The y-coordinates for all the lines, given as a "list of lists". z* The {prop} values for the lines. rurv)rwrxryrzrbrr{rrrrrr&r}rrs@rhrIrIs******;K E EE$KK/   B EE$KK/   B*   JJJJJrjrIceZdZdZdfd ZdZdZeedd Z eed d Z e e d Z e ed Ze ed ZxZS)rJaS Render several MultiPolygon. Modeled on geoJSON - the data for the ``MultiPolygons`` glyph is different in that the vector of values is not a vector of scalars. Rather, it is a "list of lists of lists of lists". During box selection only multi-polygons entirely contained in the selection box will be included. r\r]c:tj|i|dSr_r`rcs rhrbzMultiPolygons.__init__rirjz*examples/reference/models/MultiPolygons.pyrra? The x-coordinates for all the patches, given as a nested list. .. note:: Each item in ``MultiPolygons`` represents one MultiPolygon and each MultiPolygon is comprised of ``n`` Polygons. Each Polygon is made of one exterior ring optionally followed by ``m`` interior rings (holes). roraC The y-coordinates for all the patches, given as a "list of lists". .. note:: Each item in ``MultiPolygons`` represents one MultiPolygon and each MultiPolygon is comprised of ``n`` Polygons. Each Polygon is made of one exterior ring optionally followed by ``m`` interior rings (holes). z2 The {prop} values for the multipolygons. rurvrwrxryrzrbrr{rrrrrr&r}r#r~r$rrrs@rhrJrJs  ******?K E EE$KK/   B EE$KK/   B*   J*   J'*,   KKKKKrjrJceZdZdZdfd ZdZdZeedd Z eed d Z e e d Z e ed Ze ed ZxZS)rKz Render a single patch. The ``Patch`` glyph is different from most other glyphs in that the vector of values only produces one glyph on the Plot. r\r]c:tj|i|dSr_r`rcs rhrbzPatch.__init__!rirjz"examples/reference/models/Patch.pyrrkz The x-coordinates for the points of the patch. .. note:: A patch may comprise multiple polygons. In this case the x-coordinates for each polygon should be separated by NaN values in the sequence. rorlz The y-coordinates for the points of the patch. .. note:: A patch may comprise multiple polygons. In this case the y-coordinates for each polygon should be separated by NaN values in the sequence. z* The {prop} values for the patch. rurv)rwrxryrzrbrr{rrrkrlrr)r}r'r~r(rrrs@rhrKrKs******7K E 55::-   A  55::-   A0   J0   J'*2   KKKKKrjrKceZdZdZdfd ZdZdZeedd Z eed d Z e e d Z e ed Ze ed ZxZS)rLa Render several patches. The data for the ``Patches`` glyph is different in that the vector of values is not a vector of scalars. Rather, it is a "list of lists". During box selection only patches entirely contained in the selection box will be included. r\r]c:tj|i|dSr_r`rcs rhrbzPatches.__init__Rrirjz$examples/reference/models/Patches.pyrra  The x-coordinates for all the patches, given as a "list of lists". .. note:: Individual patches may comprise multiple polygons. In this case the x-coordinates for each polygon should be separated by NaN values in the sublists. rora  The y-coordinates for all the patches, given as a "list of lists". .. note:: Individual patches may comprise multiple polygons. In this case the y-coordinates for each polygon should be separated by NaN values in the sublists. z, The {prop} values for the patches. rurvrrs@rhrLrLFs******9K E EE$KK/   B EE$KK/   B*   J*   J'*,   KKKKKrjrLc*eZdZdZdfd ZdZdZeedd Z eed d Z eed d Z eedd Z e edZe edZe edZxZS)rMz! Render axis-aligned quads. r\r]c:tj|i|dSr_r`rcs rhrbz Quad.__init__}rirjz!examples/reference/models/Quad.py)rrtopbottomrrrorrr 0 The y-coordinates of the bottom edges. r- The y-coordinates of the top edges. z* The {prop} values for the quads. rurv)rwrxryrzrbrr{rrrrr rrr&r}r#r~r$rrrs@rhrMrMws> ******6K .E :eeFmm3   D JuuW~~5   EZh7   F *UU5\\1   C*   J*   J'*,   KKKKKrjrMcNeZdZdZdfd ZdZdZeedd Z eed d Z eed d Z eedd Z eedd Z eedd ZeedZxZS)rNz Render parabolas. r\r]c:tj|i|dSr_r`rcs rhrbzQuadratic.__init__rirjz&examples/reference/models/Quadratic.py)rrrrcxcyrrrorrrrrrrz2 The x-coordinates of the control points. rz2 The y-coordinates of the control points. z. The {prop} values for the parabolas. rurv)rwrxryrzrbrr{rrrrrrrrrr&r}rrs@rhrNrNsN ******;K 0E EE$KK/   B EE$KK/   B EE$KK/   B EE$KK/   B EE$KK/   B EE$KK/   B*   JJJJJrjrNceZdZdZdfd ZdZdZeedd Z eed d Z e d d Z e d d ZeedZxZS)rOz Render rays. r\r]c:tj|i|dSr_r`rcs rhrbz Ray.__init__rirjz examples/reference/models/Ray.py)rkrllengthrnrkz. The x-coordinates to start the rays. rorlz. The y-coordinates to start the rays. rzT The angles in radians to extend the rays, as measured from the horizontal. z} The length to extend the ray. Note that this ``length`` defaults to |data units| (measured in the x-direction). z) The {prop} values for the rays. rurv)rwrxryrzrbrr{rrrkrlr rnrrrr&r}rrs@rhrOrOs ******5K )E 55::-   A  55::-   A Ia'   E\!+   F *   JJJJJrjrOcxeZdZdZdfd ZdZdZeedd Z eed d Z e ed d Z e edd Z edd Zedd ZeddZeedZeedZeedZxZS)rPa% Render rectangles, characterised by center position (x and y), width, height, and angle of rotation. .. warning:: ``Rect`` glyphs are not well defined on logarithmic scales. 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