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CairoPlot is an API written in and usesto plot 8 kinds of graphics: horizontal and vertical bars,scatter, dots and lines and functions plots. Pie and donut plots and Gantt Charts.It was born on an attempt to plot graphics in a more beautiful way, making it possible to use them on presentations,websites and papers.The project is now 2 years old and many have helped through e-mails, bugs and code. Special thanks toJo達o S.
Bueno, Magnun Leno, Mike Rooney, Chris Ward, Karel Kolman, Victor Westman and Tim Swast.To see what CairoPlot is capable of, visit the but if you want to see what's newon version 1.2, check the session. Also, you can use the menuon the left to navigate through all the tutorials available on the site. InstallationInstallation tutorials cover the files needed to install and use CairoPlot on each of the three Operational Systems available today.data handlingExplanations on how to input data to CairoPlot. Basic useBasic use tutorials explain how to input data to create each one of the graphics available on CairoPlot. Data objects are used to hold any primitive data along with its name. Numbersintegers, floats or long values.
How to sketch out graphics code with a quick iteration cycle time. PyCairo is a Python module for working with the Cairo library. It is a set of Python bindings to the Cairo C library. It closely matches the C API with the exception of cases, where more Pythonic way is desirable.
Pointsrepresented as 2 (x,y) or 3 (x,y,z) items tuples;if a user inputs a list, it's automaticaly converted to a tuple.Examplesd = Data(name='empty')print d #prints empty: d = Data((1,1),'point a')print d #prints point a: (1, 1)d = Data((1,2,3),'point b')print d #prints point b: (1, 2, 3)d = Data(2,3,'point c')print d #point c: (2, 3)d = Data(12, 'simple value')print d #prints simple value: 12. Groups are used to hold data objects, defining indepedent series of values.Users might fill a group object in a variety of ways:. Numbers or pointsSaved as a new data object. List or tuple of numbers or pointsEach number is converted to a data object and added to a new list, which will be held on the group.
Two or three lists of coordinatesSometimes, it's easier to just input all coordinates as series not as points. OverviewHorizontal Bar Plots might be created using the HorizontalBarPlot class or the function horizontalbarplot.The function takes the same parameters as the class's init method, described below.dataDefault value: NoneA series, group or data object is expected. But, as of version 1.2, lists/dictionaries of numbersand lists/dictionaries of lists of numbers are also accepted. DisplayvaluesDefault value: FalseWhether or not the values of each bar should be displayed on their right. RoundedcornersDefault value: FalseWhether or not the bars' corners should be rounded.
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StackDefault value: FalseWhether groups should be drawn as separated or stacked bars. ThreedimensionDefault value: FalseWhether bars should be drawn in pseudo-3D style. SerieslabelsDefault value: NoneA list containing labels for each bar of a group. SeriescolorsDefault value: NoneA list of color values for each bar in a group. OverviewVertical Bar Plots might be created using the VerticalBarPlot class or the function verticalbarplot.The function takes the same parameters as the class's init method, described below.dataDefault value: NoneA series, group or data object is expected. But, as of version 1.2, lists/dictionaries of numbersand lists/dictionaries of lists of numbers are also accepted. DisplayvaluesDefault value: FalseWhether or not the values of each bar should be displayed on their right.
RoundedcornersDefault value: FalseWhether or not the bars' corners should be rounded. StackDefault value: FalseWhether groups should be drawn as separated or stacked bars. ThreedimensionDefault value: FalseWhether bars should be drawn in pseudo-3D style. SerieslabelsDefault value: NoneA list containing labels for each bar of a group.
SeriescolorsDefault value: NoneA list of color values for each bar in a group. OverviewDonut graphics are useful to show the participation of different objects on the whole.As the other graphics, it's possible to create it by instantianting a DonutPlot objector by calling the donutplot function. Below are the arguments for the init methodof the class, which are the same as the function's.dataDefault value: NoneA data, group or series object. As of version 1.2, a dictionarymapping strings to numbers is also accepted.
GradientDefault value: FalseWhether to use solid or gradient colors.Scheduled to be removed on version 2.0 due to the acceptance of gradient informationon the colors list. ShadowDefault value: FalseWhether or not a shadow will be drawn. ColorsDefault value: NoneA list of color values as explained on Colors section.
InnerradiusDefault value: a third of the main radiusThe the hole radius. OverviewIntroduction.dataDefault value: NoneA data, group or series object. As of version 1.2, a list of numbers, or a list/dictionaryof lists of numbers is also accepted. AxisDefault value: FalseWhether the x and y axis should be drawn. DashDefault value: FalseA list of booleans defining whether or not the respective group lines should be dashed. DotsDefault value: FalseWhether or not circles must be drawn on every point provided. SerieslegendDefault value: FalseTrue displays an white box on the upper right corner containing a color legend.
XtitleDefault value: NoneA title for the x axis. YtitleDefault value: NoneA title for the y axis.
SeriescolorsDefault value: FalseA list of color values as explained on the Colors section containing one color for eachgroup on the data. OverviewIntroduction.dataDefault value: NoneA data, group or series object.
As of version 1.2, a function or a list/dictionaryof functions is also accepted. AxisDefault value: FalseWhether the x and y axis should be drawn. DiscreteDefault value: FalseWhether the points should be connected or not. DotsDefault value: FalseWhether or not circles must be drawn on every point provided. SerieslegendDefault value: FalseTrue displays an white box on the upper right corner containing a color legend. XtitleDefault value: NoneA title for the x axis.
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YtitleDefault value: NoneA title for the y axis. SeriescolorsDefault value: FalseA list of color values as explained on the Colors section containing one color for eachgroup on the data. StepDefault value: 1The increment value used to generate values from the lower xbound to the upper xbound.Scheduled to be removed on version 2.0 due to the Series module. OverviewIntroduction.dataDefault value: NoneA data, group or series object. As of version 1.2, a list of 2D/3D points, a list/dictionaryof 2D/3D points or a list of 2D/3D coordinates also accepted.
ErrorxDefault value: NoneOne or two list (if errors are simetric or not) containing error values to be drawn as horizontalerror bars on each point. ErroryDefault value: NoneOne or two list (if errors are simetric or not) containing error values to be drawn as verticalerror bars on each point. AxisDefault value: FalseWhether the x and y axis should be drawn. DashDefault value: FalseA list of booleans defining whether or not the respective group lines should be dashed.
DiscreteDefault value: FalseWhether the points should be connected or not. DotsDefault value: FalseWhether or not circles must be drawn on every point provided. SerieslegendDefault value: FalseTrue displays an white box on the upper right corner containing a color legend. ZboundsDefault value: NoneFor Scatter Plots, the z coordinate is drawn as the radius and color (see circlecolors)of each point. The zbounds parameter defines the lower and higher values for the points'radius. XtitleDefault value: NoneA title for the x axis.
YtitleDefault value: NoneA title for the y axis. SeriescolorsDefault value: FalseA list of color values as explained on the Colors section containing one color for eachgroup on the data. CirclecolorsDefault value: NoneA tuple of two colors, defining the colors associated to the zbounds. OverviewPie graphics are useful to show the participation of different objects on the whole.CairoPlot provides two ways of creating one: instantianting a PiePlot object or callingthe pieplot function.
The arguments for the class' init method are the same as thefunction's and are detailed below.dataDefault value: NoneA data, group or series object. As of version 1.2, a dictionarymapping strings to numbers is also accepted. GradientDefault value: FalseWhether to use solid or gradient colors.Scheduled to be removed on version 2.0 due to the acceptance of gradient informationon the colors list. ShadowDefault value: FalseWhether or not a shadow will be drawn. ColorsDefault value: NoneA list of color values as explained on Colors section.
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