diff --git a/helpcontent2/source/text/schart/01/type_xy.xhp b/helpcontent2/source/text/schart/01/type_xy.xhp index ad1fe420e9..372c6d3d93 100644 --- a/helpcontent2/source/text/schart/01/type_xy.xhp +++ b/helpcontent2/source/text/schart/01/type_xy.xhp @@ -1,14 +1,15 @@ + - - + + + Chart Type XY /text/schart/01/type_xy.xhp - -Sun Microsystems, Inc. -new file - scatter charts @@ -57,10 +55,7 @@ statistics in charts variances in charts standard deviation in charts -regression curves in charts -trend lines in charts -mw changed xy to XY (2x) -Chart Type XY (Scatter) +mw changed xy to XY (2x)Chart Type XY (Scatter) On the first page of the Chart Wizard you can choose a chart type. @@ -72,7 +67,7 @@ scale the x‑axis -generate a parameter curve like a spiral +generate a parameter curve, for example a spiral draw the graph of a function @@ -84,10 +79,10 @@ Your XY chart may have more than one data series. XY Chart Variants You can choose an XY chart variant on the first page of the Chart Wizard, or by choosing Format - Chart Type for a chart in edit mode. -The chart is created with default settings. After the chart is finished, you can edit its properties to change the appearance. Line styles and icons can be changed on the Line tab page of the data series properties dialog. -Double-click any data point to open the Data Series dialog. Here you can click the Statistics tab and enable the display of statistical values. Some available values are mean value, variance, standard deviation, percentage, error margins, and regression curves or trend lines. +The chart is created with default settings. After the chart is finished, you can edit its properties to change the appearance. Line styles and icons can be changed on the Line tab page of the data series properties dialog. +Double-click any data point to open the Data Series dialog. Here you can click the Statistics tab and enable the display of statistical values. Some available values are mean value, variance, standard deviation, percentage, error margins, and regression curves or trend lines. Points only -Each data point is shown by an icon. %PRODUCTNAME uses default icons with different forms and colors for each data series. The default colors are set in Tools - Options - Charts - Default Colors. +Each data point is shown by an icon. %PRODUCTNAME uses default icons with different forms and colors for each data series. The default colors are set in Tools - Options - Charts - Default Colors. Lines Only This variant draws straight lines from one data point to the next. The data points are not shown by icons. The drawing order is the same as the order in the data series. Mark Sort by X Values to draw the lines in the order of the x values. This sorting applies only to the chart, not to the data in the table. @@ -96,15 +91,13 @@ 3D Lines The lines are shown like tapes. The data points are not shown by icons. In the finished chart choose 3D View to set properties like illumination and angle of view. Smooth Lines -Mark Smooth Lines to draw curves instead of straight line segments. The x values must be sorted. Therefore you cannot smooth parameter curves like spirals. -Click Properties to set details for the curves. +Mark Smooth Lines to draw curves instead of straight line segments.i80587 +Click Properties to set details for the curves. Cubic Spline interpolates your data points with polynomials of degree 3. The transitions between the polynomial pieces are smooth, having the same slope and curvature. -The Resolution determines how many line segments are calculated to draw a piece of polynomial between two data points. You can see the intermediate points if you click any data point. +The Resolution determines how many line segments are calculated to draw a piece of polynomial between two data points. You can see the intermediate points if you click any data point. -B-Spline uses the data points as control points to form a B-spline curve. Those curves are built piecewise from polynomials. The Data points order sets the degree k of these polynomials. Besides the first and last point the curve doesn't go through the data points but lays inside the convex hull of each k+1 adjacent data points. Having Resolution r and n+1 data points, r times n uniform line segments are used to draw the whole curve. -Regina: watch issue 77218, which would bring a change to UI -
+B-Spline uses the data points as control points to form a B-spline curve. Those curves are built piecewise from polynomials. The Data points order sets the degree k of these polynomials. Besides the first and last point the curve doesn't go through the data points but lays inside the convex hull of each k+1 adjacent data points. Having Resolution r and n+1 data points, r times n uniform line segments are used to draw the whole curve.Regina: watch issue 72218, which would bring a change to UI