XL_CHART_TYPE

Specifies the type of a chart.

Example::

from pptx.enum.chart import XL_CHART_TYPE

assert chart.chart_type == XL_CHART_TYPE.BAR_STACKED

MS API Name: XlChartType

http://msdn.microsoft.com/en-us/library/office/ff838409.aspx

Attributes

`AREA`

attributeAREA

= (1, 'Area')

Area

`AREA_STACKED`

attributeAREA_STACKED

= (76, 'Stacked Area.')

Stacked Area.

`AREA_STACKED_100`

attributeAREA_STACKED_100

= (77, '100% Stacked Area.')

100% Stacked Area.

`BAR_CLUSTERED`

attributeBAR_CLUSTERED

= (57, 'Clustered Bar.')

Clustered Bar.

`BAR_OF_PIE`

attributeBAR_OF_PIE

= (71, 'Bar of Pie.')

Bar of Pie.

`BAR_STACKED`

attributeBAR_STACKED

= (58, 'Stacked Bar.')

Stacked Bar.

`BAR_STACKED_100`

attributeBAR_STACKED_100

= (59, '100% Stacked Bar.')

100% Stacked Bar.

`BUBBLE`

attributeBUBBLE

= (15, 'Bubble.')

Bubble.

`BUBBLE_THREE_D_EFFECT`

attributeBUBBLE_THREE_D_EFFECT

= (87, 'Bubble with 3D effects.')

Bubble with 3D effects.

`COLUMN_CLUSTERED`

attributeCOLUMN_CLUSTERED

= (51, 'Clustered Column.')

Clustered Column.

`COLUMN_STACKED`

attributeCOLUMN_STACKED

= (52, 'Stacked Column.')

Stacked Column.

`COLUMN_STACKED_100`

attributeCOLUMN_STACKED_100

= (53, '100% Stacked Column.')

100% Stacked Column.

`CONE_BAR_CLUSTERED`

attributeCONE_BAR_CLUSTERED

= (102, 'Clustered Cone Bar.')

Clustered Cone Bar.

`CONE_BAR_STACKED`

attributeCONE_BAR_STACKED

= (103, 'Stacked Cone Bar.')

Stacked Cone Bar.

`CONE_BAR_STACKED_100`

attributeCONE_BAR_STACKED_100

= (104, '100% Stacked Cone Bar.')

100% Stacked Cone Bar.

`CONE_COL`

attributeCONE_COL

= (105, '3D Cone Column.')

3D Cone Column.

`CONE_COL_CLUSTERED`

attributeCONE_COL_CLUSTERED

= (99, 'Clustered Cone Column.')

Clustered Cone Column.

`CONE_COL_STACKED`

attributeCONE_COL_STACKED

= (100, 'Stacked Cone Column.')

Stacked Cone Column.

`CONE_COL_STACKED_100`

attributeCONE_COL_STACKED_100

= (101, '100% Stacked Cone Column.')

100% Stacked Cone Column.

`CYLINDER_BAR_CLUSTERED`

attributeCYLINDER_BAR_CLUSTERED

= (95, 'Clustered Cylinder Bar.')

Clustered Cylinder Bar.

`CYLINDER_BAR_STACKED`

attributeCYLINDER_BAR_STACKED

= (96, 'Stacked Cylinder Bar.')

Stacked Cylinder Bar.

`CYLINDER_BAR_STACKED_100`

attributeCYLINDER_BAR_STACKED_100

= (97, '100% Stacked Cylinder Bar.')

100% Stacked Cylinder Bar.

`CYLINDER_COL`

attributeCYLINDER_COL

= (98, '3D Cylinder Column.')

3D Cylinder Column.

`CYLINDER_COL_CLUSTERED`

attributeCYLINDER_COL_CLUSTERED

= (92, 'Clustered Cone Column.')

Clustered Cone Column.

`CYLINDER_COL_STACKED`

attributeCYLINDER_COL_STACKED

= (93, 'Stacked Cone Column.')

Stacked Cone Column.

`CYLINDER_COL_STACKED_100`

attributeCYLINDER_COL_STACKED_100

= (94, '100% Stacked Cylinder Column.')

100% Stacked Cylinder Column.

`DOUGHNUT`

attributeDOUGHNUT

= (-4120, 'Doughnut.')

Doughnut.

`DOUGHNUT_EXPLODED`

attributeDOUGHNUT_EXPLODED

= (80, 'Exploded Doughnut.')

Exploded Doughnut.

`LINE`

attributeLINE

= (4, 'Line.')

Line.

`LINE_MARKERS`

attributeLINE_MARKERS

= (65, 'Line with Markers.')

Line with Markers.

`LINE_MARKERS_STACKED`

attributeLINE_MARKERS_STACKED

= (66, 'Stacked Line with Markers.')

Stacked Line with Markers.

`LINE_MARKERS_STACKED_100`

attributeLINE_MARKERS_STACKED_100

= (67, '100% Stacked Line with Markers.')

100% Stacked Line with Markers.

`LINE_STACKED`

attributeLINE_STACKED

= (63, 'Stacked Line.')

Stacked Line.

`LINE_STACKED_100`

attributeLINE_STACKED_100

= (64, '100% Stacked Line.')

100% Stacked Line.

`PIE`

attributePIE

= (5, 'Pie.')

Pie.

`PIE_EXPLODED`

attributePIE_EXPLODED

= (69, 'Exploded Pie.')

Exploded Pie.

`PIE_OF_PIE`

attributePIE_OF_PIE

= (68, 'Pie of Pie.')

Pie of Pie.

`PYRAMID_BAR_CLUSTERED`

attributePYRAMID_BAR_CLUSTERED

= (109, 'Clustered Pyramid Bar.')

Clustered Pyramid Bar.

`PYRAMID_BAR_STACKED`

attributePYRAMID_BAR_STACKED

= (110, 'Stacked Pyramid Bar.')

Stacked Pyramid Bar.

`PYRAMID_BAR_STACKED_100`

attributePYRAMID_BAR_STACKED_100

= (111, '100% Stacked Pyramid Bar.')

100% Stacked Pyramid Bar.

`PYRAMID_COL`

attributePYRAMID_COL

= (112, '3D Pyramid Column.')

3D Pyramid Column.

`PYRAMID_COL_CLUSTERED`

attributePYRAMID_COL_CLUSTERED

= (106, 'Clustered Pyramid Column.')

Clustered Pyramid Column.

`PYRAMID_COL_STACKED`

attributePYRAMID_COL_STACKED

= (107, 'Stacked Pyramid Column.')

Stacked Pyramid Column.

`PYRAMID_COL_STACKED_100`

attributePYRAMID_COL_STACKED_100

= (108, '100% Stacked Pyramid Column.')

100% Stacked Pyramid Column.

`RADAR`

attributeRADAR

= (-4151, 'Radar.')

Radar.

`RADAR_FILLED`

attributeRADAR_FILLED

= (82, 'Filled Radar.')

Filled Radar.

`RADAR_MARKERS`

attributeRADAR_MARKERS

= (81, 'Radar with Data Markers.')

Radar with Data Markers.

`STOCK_HLC`

attributeSTOCK_HLC

= (88, 'High-Low-Close.')

High-Low-Close.

`STOCK_OHLC`

attributeSTOCK_OHLC

= (89, 'Open-High-Low-Close.')

Open-High-Low-Close.

`STOCK_VHLC`

attributeSTOCK_VHLC

= (90, 'Volume-High-Low-Close.')

Volume-High-Low-Close.

`STOCK_VOHLC`

attributeSTOCK_VOHLC

= (91, 'Volume-Open-High-Low-Close.')

Volume-Open-High-Low-Close.

`SURFACE`

attributeSURFACE

= (83, '3D Surface.')

3D Surface.

`SURFACE_TOP_VIEW`

attributeSURFACE_TOP_VIEW

= (85, 'Surface (Top View).')

Surface (Top View).

`SURFACE_TOP_VIEW_WIREFRAME`

attributeSURFACE_TOP_VIEW_WIREFRAME

= (86, 'Surface (Top View wireframe).')

Surface (Top View wireframe).

`SURFACE_WIREFRAME`

attributeSURFACE_WIREFRAME

= (84, '3D Surface (wireframe).')

3D Surface (wireframe).

`THREE_D_AREA`

attributeTHREE_D_AREA

= (-4098, '3D Area.')

3D Area.

`THREE_D_AREA_STACKED`

attributeTHREE_D_AREA_STACKED

= (78, '3D Stacked Area.')

3D Stacked Area.

`THREE_D_AREA_STACKED_100`

attributeTHREE_D_AREA_STACKED_100

= (79, '100% Stacked Area.')

100% Stacked Area.

`THREE_D_BAR_CLUSTERED`

attributeTHREE_D_BAR_CLUSTERED

= (60, '3D Clustered Bar.')

3D Clustered Bar.

`THREE_D_BAR_STACKED`

attributeTHREE_D_BAR_STACKED

= (61, '3D Stacked Bar.')

3D Stacked Bar.

`THREE_D_BAR_STACKED_100`

attributeTHREE_D_BAR_STACKED_100

= (62, '3D 100% Stacked Bar.')

3D 100% Stacked Bar.

`THREE_D_COLUMN`

attributeTHREE_D_COLUMN

= (-4100, '3D Column.')

3D Column.

`THREE_D_COLUMN_CLUSTERED`

attributeTHREE_D_COLUMN_CLUSTERED

= (54, '3D Clustered Column.')

3D Clustered Column.

`THREE_D_COLUMN_STACKED`

attributeTHREE_D_COLUMN_STACKED

= (55, '3D Stacked Column.')

3D Stacked Column.

`THREE_D_COLUMN_STACKED_100`

attributeTHREE_D_COLUMN_STACKED_100

= (56, '3D 100% Stacked Column.')

3D 100% Stacked Column.

`THREE_D_LINE`

attributeTHREE_D_LINE

= (-4101, '3D Line.')

3D Line.

`THREE_D_PIE`

attributeTHREE_D_PIE

= (-4102, '3D Pie.')

3D Pie.

`THREE_D_PIE_EXPLODED`

attributeTHREE_D_PIE_EXPLODED

= (70, 'Exploded 3D Pie.')

Exploded 3D Pie.

`XY_SCATTER`

attributeXY_SCATTER

= (-4169, 'Scatter.')

Scatter.

`XY_SCATTER_LINES`

attributeXY_SCATTER_LINES

= (74, 'Scatter with Lines.')

Scatter with Lines.

`XY_SCATTER_LINES_NO_MARKERS`

attributeXY_SCATTER_LINES_NO_MARKERS

= (75, 'Scatter with Lines and No Data Markers.')

Scatter with Lines and No Data Markers.

`XY_SCATTER_SMOOTH`

attributeXY_SCATTER_SMOOTH

= (72, 'Scatter with Smoothed Lines.')

Scatter with Smoothed Lines.

`XY_SCATTER_SMOOTH_NO_MARKERS`

attributeXY_SCATTER_SMOOTH_NO_MARKERS

= (73, 'Scatter with Smoothed Lines and No Data Markers.')

Scatter with Smoothed Lines and No Data Markers.

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