Constructor Detail

• SimpleXYSeries

  SimpleXYSeries(String title)

• SimpleXYSeries

  SimpleXYSeries(SimpleXYSeries.ArrayFormat format, String title, Array<Number> model)

• SimpleXYSeries

  SimpleXYSeries(List<out Number> model, SimpleXYSeries.ArrayFormat format, String title)

  Generates an XYSeries instance from the List of numbers passed in. This is a convenience class and should only be used for static data models; it is not suitable for representing dynamically changing data.

  Parameters:

  model - A List of Number elements comprising the data model.

  format - Format of the model.

  title - Title of the series

• SimpleXYSeries

  SimpleXYSeries(List<out Number> xVals, List<out Number> yVals, String title)

Method Detail

• getTitle

  @Nullable() String getTitle()

  Returns:

  The title of this Series.

• setTitle

   void setTitle(@Nullable() String title)

• getXOrder

  @NonNull() OrderedXYSeries.XOrder getXOrder()

  Retrieve the current x-ordering specified for this series. Default is NONE.

• setXOrder

   void setXOrder(@NonNull() OrderedXYSeries.XOrder xOrder)

  If XVals are in strict ascending order, use this method to set ASCENDING to provide an optimization hint to the renderer.

• onBeforeDraw

   void onBeforeDraw(@NonNull() Plot source, @NonNull() Canvas canvas)

  Fired immediately before the Plot "source" is drawn onto canvas. Commonly used by implementing Series instances to activate a read lock on it's self in preparation for the Plot's imminent reading of that series.

• onAfterDraw

   void onAfterDraw(@NonNull() Plot source, @NonNull() Canvas canvas)

  Fired immediately after the Plot "source" is drawn onto canvas. Just as onBeforeDraw(...) is commonly used by Series implementations to activate a read lock, this method is commonly used to release that same lock.

• useImplicitXVals

   void useImplicitXVals()

  Use index value as xVal, instead of explicit, user provided xVals.

• setModel

   void setModel(@Nullable() List<out Number> model, @NonNull() SimpleXYSeries.ArrayFormat format)

  Use the provided list of Numbers as yVals and their corresponding indexes as xVals.

  Parameters:

  model - A List of Number elements comprising the data model.

  format - Format of the model.

• setX

   void setX(@Nullable() Number value, int index)

  Sets individual x value based on index

• setY

   void setY(@Nullable() Number value, int index)

  Sets individual y value based on index

• resize

   void resize(int size)

  Resize to accommodate the specified number of x/y pairs. If elements must be droped, those at the highest iVal should be removed first.

• setXY

   void setXY(@Nullable() Number xVal, @Nullable() Number yVal, int index)

  Sets xy values based on index. If this series uses implicit x-vals (see useImplicitXVals) only the y value is set; xVal is ignored.

• addFirst

   void addFirst(@Nullable() Number x, @Nullable() Number y)

• removeFirst

  @NonNull() XYCoords removeFirst()

  Returns:

  XYCoords with first equal to x-val and second equal to y-val.

• addLast

   void addLast(@Nullable() Number x, @Nullable() Number y)

• removeLast

  @NonNull() XYCoords removeLast()

  Returns:

  XYCoords with first equal to x-val and second equal to y-val.

• size

   int size()

  Returns:

  Number of elements in this Series.

• getX

  @Nullable() Number getX(int index)

  Returns the x-value for an index within a series.

  Parameters:

  index - the index index (in the range 0 to size()-1).

  Returns:

  The x-value.

• getY

  @Nullable() Number getY(int index)

  Returns the y-value for an index within a series.

  Parameters:

  index - the index index (in the range 0 to size()-1).

  Returns:

  The y-value.

• getxVals

  @Nullable() LinkedList<Number> getxVals()

• getyVals

  @NonNull() LinkedList<Number> getyVals()

• clear

   void clear()

  Remove all values from the series