/// <summary>
/// Constructor. The data source specifiers must be specified here.
/// </summary>
/// <param name="dataSource">The source containing a list of values to plot.</param>
/// <param name="dataMember">The specific data member in a multimember data source to get data from.</param>
/// <param name="ordinateData">The source containing a list of values to plot on the ordinate axis, or a the name of the column to use for this data.</param>
/// <param name="abscissaData">The source containing a list of values to plot on the abscissa axis, or a the name of the column to use for this data.</param>
public SequenceAdapter(object dataSource, string dataMember, object ordinateData, object abscissaData)
{
if (dataSource == null && dataMember == null) {
if (ordinateData is IList) {
YAxisSuggester_ = new AdapterUtils.AxisSuggester_IList((IList)ordinateData);
if (ordinateData is Double[]) {
yDataGetter_ = new AdapterUtils.DataGetter_DoublesArray ((Double[])ordinateData);
}
else {
yDataGetter_ = new AdapterUtils.DataGetter_IList((IList)ordinateData);
}
counter_ = new AdapterUtils.Counter_IList ((IList)ordinateData);
if (abscissaData is IList) {
XAxisSuggester_ = new AdapterUtils.AxisSuggester_IList ((IList)abscissaData);
if (abscissaData is Double[]) {
xDataGetter_ = new AdapterUtils.DataGetter_DoublesArray ((Double[])abscissaData);
}
else {
xDataGetter_ = new AdapterUtils.DataGetter_IList ((IList)abscissaData);
}
return;
}
else if (abscissaData is StartStep) {
XAxisSuggester_ = new AdapterUtils.AxisSuggester_StartStep ((StartStep)abscissaData, (IList)ordinateData);
xDataGetter_ = new AdapterUtils.DataGetter_StartStep ((StartStep)abscissaData);
return;
}
else if (abscissaData == null) {
XAxisSuggester_ = new AdapterUtils.AxisSuggester_Auto ((IList)ordinateData);
xDataGetter_ = new AdapterUtils.DataGetter_Count ();
return;
}
}
else if (ordinateData == null) {
if (abscissaData == null) {
XAxisSuggester_ = new AdapterUtils.AxisSuggester_Null();
YAxisSuggester_ = new AdapterUtils.AxisSuggester_Null();
counter_ = new AdapterUtils.Counter_Null();
xDataGetter_ = new AdapterUtils.DataGetter_Null();
yDataGetter_ = new AdapterUtils.DataGetter_Null();
return;
}
else if (abscissaData is IList)
{
XAxisSuggester_ = new AdapterUtils.AxisSuggester_IList ((IList)abscissaData);
YAxisSuggester_ = new AdapterUtils.AxisSuggester_Auto ((IList)abscissaData);
counter_ = new AdapterUtils.Counter_IList ((IList)abscissaData);
if (abscissaData is Double[])
xDataGetter_ = new AdapterUtils.DataGetter_DoublesArray ((Double[])abscissaData);
else
xDataGetter_ = new AdapterUtils.DataGetter_IList ((IList)abscissaData);
yDataGetter_ = new AdapterUtils.DataGetter_Count();
return;
}
else {
// unknown.
}
}
else {
// unknown
}
}
else if (dataSource is IList && dataMember == null) {
if (dataSource is DataView) {
DataView data = (DataView)dataSource;
counter_ = new AdapterUtils.Counter_DataView (data);
xDataGetter_ = new AdapterUtils.DataGetter_DataView (data, (string)abscissaData);
yDataGetter_ = new AdapterUtils.DataGetter_DataView (data, (string)ordinateData);
XAxisSuggester_ = new AdapterUtils.AxisSuggester_DataView (data, (string)abscissaData);
YAxisSuggester_ = new AdapterUtils.AxisSuggester_DataView (data, (string)ordinateData);
return;
}
else {
YAxisSuggester_ = new AdapterUtils.AxisSuggester_IList ((IList)dataSource);
counter_ = new AdapterUtils.Counter_IList ((IList)dataSource);
yDataGetter_ = new AdapterUtils.DataGetter_IList ((IList)dataSource);
if ((ordinateData == null) && (abscissaData == null)) {
XAxisSuggester_ = new AdapterUtils.AxisSuggester_Auto ((IList)dataSource);
xDataGetter_ = new AdapterUtils.DataGetter_Count ();
return;
}
else if ((ordinateData == null) && (abscissaData is StartStep)) {
XAxisSuggester_ = new AdapterUtils.AxisSuggester_StartStep ((StartStep)abscissaData, (IList)ordinateData);
xDataGetter_ = new AdapterUtils.DataGetter_StartStep ((StartStep)abscissaData);
return;
}
else if ((ordinateData == null) && (abscissaData is IList)) {
XAxisSuggester_ = new AdapterUtils.AxisSuggester_IList ((IList)abscissaData);
xDataGetter_ = new AdapterUtils.DataGetter_IList ((IList)abscissaData);
return;
}
else {
// unknown.
}
}
}
else if (((dataSource is DataTable) && (dataMember == null)) || (dataSource is DataSet)) {
DataRowCollection rows = null;
if (dataSource is DataSet) {
if (dataMember != null) {
rows = ((DataTable)((DataSet)dataSource).Tables[dataMember]).Rows;
}
else {
rows = ((DataTable)((DataSet)dataSource).Tables[0]).Rows;
}
}
else {
rows = ((DataTable)dataSource).Rows;
}
yDataGetter_ = new AdapterUtils.DataGetter_Rows (rows, (string)ordinateData);
YAxisSuggester_ = new AdapterUtils.AxisSuggester_Rows (rows, (string)ordinateData);
counter_ = new AdapterUtils.Counter_Rows(rows);
if ((abscissaData is string) && (ordinateData is string)) {
XAxisSuggester_ = new AdapterUtils.AxisSuggester_Rows (rows, (string)abscissaData);
xDataGetter_ = new AdapterUtils.DataGetter_Rows (rows, (string)abscissaData);
return;
}
else if ((abscissaData == null) && (ordinateData is string)) {
XAxisSuggester_ = new AdapterUtils.AxisSuggester_RowAuto (rows);
xDataGetter_ = new AdapterUtils.DataGetter_Count ();
return;
}
else {
// unknown.
}
}
else {
// unknown.
}
throw new XwPlotException( "Do not know how to interpret data provided to chart." );
}
/// <summary>
/// Constructor. The data source specifiers must be specified here.
/// </summary>
/// <param name="dataSource">The source containing a list of values to plot.</param>
/// <param name="dataMember">The specific data member in a multimember data source to get data from.</param>
/// <param name="ordinateData">The source containing a list of values to plot on the ordinate axis, or a the name of the column to use for this data.</param>
/// <param name="abscissaData">The source containing a list of values to plot on the abscissa axis, or a the name of the column to use for this data.</param>
public SequenceAdapter(object dataSource, string dataMember, object ordinateData, object abscissaData)
{
if (dataSource == null && dataMember == null)
{
if (ordinateData is IList)
{
this.YAxisSuggester_ = new AdapterUtils.AxisSuggester_IList((IList)ordinateData);
if (ordinateData is Double[])
{
this.yDataGetter_ = new AdapterUtils.DataGetter_DoublesArray((Double[])ordinateData);
}
else
{
this.yDataGetter_ = new AdapterUtils.DataGetter_IList((IList)ordinateData);
}
this.counter_ = new AdapterUtils.Counter_IList((IList)ordinateData);
if (abscissaData is IList)
{
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_IList((IList)abscissaData);
if (abscissaData is Double[])
{
this.xDataGetter_ = new AdapterUtils.DataGetter_DoublesArray((Double[])abscissaData);
}
else
{
this.xDataGetter_ = new AdapterUtils.DataGetter_IList((IList)abscissaData);
}
return;
}
else if (abscissaData is StartStep)
{
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_StartStep((StartStep)abscissaData, (IList)ordinateData);
this.xDataGetter_ = new AdapterUtils.DataGetter_StartStep((StartStep)abscissaData);
return;
}
else if (abscissaData == null)
{
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_Auto((IList)ordinateData);
this.xDataGetter_ = new AdapterUtils.DataGetter_Count();
return;
}
}
else if (ordinateData == null)
{
if (abscissaData == null)
{
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_Null();
this.YAxisSuggester_ = new AdapterUtils.AxisSuggester_Null();
this.counter_ = new AdapterUtils.Counter_Null();
this.xDataGetter_ = new AdapterUtils.DataGetter_Null();
this.yDataGetter_ = new AdapterUtils.DataGetter_Null();
return;
}
else if (abscissaData is IList)
{
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_IList((IList)abscissaData);
this.YAxisSuggester_ = new AdapterUtils.AxisSuggester_Auto((IList)abscissaData);
this.counter_ = new AdapterUtils.Counter_IList((IList)abscissaData);
if (abscissaData is Double[])
{
this.xDataGetter_ = new AdapterUtils.DataGetter_DoublesArray((Double[])abscissaData);
}
else
{
this.xDataGetter_ = new AdapterUtils.DataGetter_IList((IList)abscissaData);
}
this.yDataGetter_ = new AdapterUtils.DataGetter_Count();
return;
}
else
{
// unknown.
}
}
else
{
// unknown
}
}
else if (dataSource is IList && dataMember == null)
{
if (dataSource is DataView)
{
DataView data = (DataView)dataSource;
this.counter_ = new AdapterUtils.Counter_DataView(data);
this.xDataGetter_ = new AdapterUtils.DataGetter_DataView(data, (string)abscissaData);
this.yDataGetter_ = new AdapterUtils.DataGetter_DataView(data, (string)ordinateData);
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_DataView(data, (string)abscissaData);
this.YAxisSuggester_ = new AdapterUtils.AxisSuggester_DataView(data, (string)ordinateData);
return;
}
else
{
this.YAxisSuggester_ = new AdapterUtils.AxisSuggester_IList((IList)dataSource);
this.counter_ = new AdapterUtils.Counter_IList((IList)dataSource);
this.yDataGetter_ = new AdapterUtils.DataGetter_IList((IList)dataSource);
if ((ordinateData == null) && (abscissaData == null))
{
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_Auto((IList)dataSource);
this.xDataGetter_ = new AdapterUtils.DataGetter_Count();
return;
}
else if ((ordinateData == null) && (abscissaData is StartStep))
{
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_StartStep((StartStep)abscissaData, (IList)ordinateData);
this.xDataGetter_ = new AdapterUtils.DataGetter_StartStep((StartStep)abscissaData);
return;
}
else if ((ordinateData == null) && (abscissaData is IList))
{
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_IList((IList)abscissaData);
this.xDataGetter_ = new AdapterUtils.DataGetter_IList((IList)abscissaData);
return;
}
else
{
// unknown.
}
}
}
else if (((dataSource is DataTable) && (dataMember == null)) || (dataSource is DataSet))
{
DataRowCollection rows = null;
if (dataSource is DataSet)
{
if (dataMember != null)
{
rows = ((DataTable)((DataSet)dataSource).Tables[dataMember]).Rows;
}
else
{
rows = ((DataTable)((DataSet)dataSource).Tables[0]).Rows;
}
}
else
{
rows = ((DataTable)dataSource).Rows;
}
this.yDataGetter_ = new AdapterUtils.DataGetter_Rows(rows, (string)ordinateData);
this.YAxisSuggester_ = new AdapterUtils.AxisSuggester_Rows(rows, (string)ordinateData);
this.counter_ = new AdapterUtils.Counter_Rows(rows);
if ((abscissaData is string) && (ordinateData is string))
{
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_Rows(rows, (string)abscissaData);
this.xDataGetter_ = new AdapterUtils.DataGetter_Rows(rows, (string)abscissaData);
return;
}
else if ((abscissaData == null) && (ordinateData is string))
{
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_RowAuto(rows);
this.xDataGetter_ = new AdapterUtils.DataGetter_Count();
return;
}
else
{
// unknown.
}
}
else
{
// unknown.
}
throw new NPlotException("Do not know how to interpret data provided to chart.");
}
/// <summary>
/// Constructor. The data source specifiers must be specified here.
/// </summary>
/// <param name="dataSource">The source containing a list of values to plot.</param>
/// <param name="dataMember">The specific data member in a multimember data source to get data from.</param>
/// <param name="ordinateData">The source containing a list of values to plot on the ordinate axis, or a the name of the column to use for this data.</param>
/// <param name="abscissaData">The source containing a list of values to plot on the abscissa axis, or a the name of the column to use for this data.</param>
public SequenceAdapter( object dataSource, string dataMember, object ordinateData, object abscissaData )
{
if (dataSource == null && dataMember == null)
{
if (ordinateData is IList)
{
this.YAxisSuggester_ = new AdapterUtils.AxisSuggester_IList((IList)ordinateData);
if (ordinateData is Double[])
{
this.yDataGetter_ = new AdapterUtils.DataGetter_DoublesArray((Double[])ordinateData);
}
else
{
this.yDataGetter_ = new AdapterUtils.DataGetter_IList((IList)ordinateData);
}
this.counter_ = new AdapterUtils.Counter_IList((IList)ordinateData);
if (abscissaData is IList)
{
if (((IList)ordinateData).Count != ((IList)abscissaData).Count)
throw new FlorenceException("Ordinate Data and Abscissa data have different lengths");
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_IList((IList)abscissaData);
if (abscissaData is Double[])
{
this.xDataGetter_ = new AdapterUtils.DataGetter_DoublesArray((Double[])abscissaData);
}
else
{
this.xDataGetter_ = new AdapterUtils.DataGetter_IList((IList)abscissaData);
}
return;
}
else if (abscissaData is StartStep)
{
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_StartStep((StartStep)abscissaData, (IList)ordinateData);
this.xDataGetter_ = new AdapterUtils.DataGetter_StartStep((StartStep)abscissaData);
return;
}
else if (abscissaData == null)
{
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_Auto((IList)ordinateData);
this.xDataGetter_ = new AdapterUtils.DataGetter_Count();
return;
}
}
else if (ordinateData == null)
{
if (abscissaData == null)
{
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_Null();
this.YAxisSuggester_ = new AdapterUtils.AxisSuggester_Null();
this.counter_ = new AdapterUtils.Counter_Null();
this.xDataGetter_ = new AdapterUtils.DataGetter_Null();
this.yDataGetter_ = new AdapterUtils.DataGetter_Null();
return;
}
else if (abscissaData is IList)
{
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_IList((IList)abscissaData);
this.YAxisSuggester_ = new AdapterUtils.AxisSuggester_Auto((IList)abscissaData);
this.counter_ = new AdapterUtils.Counter_IList((IList)abscissaData);
if (abscissaData is Double[])
this.xDataGetter_ = new AdapterUtils.DataGetter_DoublesArray((Double[])abscissaData);
else
this.xDataGetter_ = new AdapterUtils.DataGetter_IList((IList)abscissaData);
this.yDataGetter_ = new AdapterUtils.DataGetter_Count();
return;
}
else
{
// unknown.
}
}
else
{
// unknown
}
}
else if (dataSource is IList && dataMember == null)
{
if (dataSource is DataView)
{
DataView data = (DataView)dataSource;
this.counter_ = new AdapterUtils.Counter_DataView(data);
this.xDataGetter_ = new AdapterUtils.DataGetter_DataView(data, (string)abscissaData);
this.yDataGetter_ = new AdapterUtils.DataGetter_DataView(data, (string)ordinateData);
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_DataView(data, (string)abscissaData);
this.YAxisSuggester_ = new AdapterUtils.AxisSuggester_DataView(data, (string)ordinateData);
return;
}
else
{
this.YAxisSuggester_ = new AdapterUtils.AxisSuggester_IList((IList)dataSource);
this.counter_ = new AdapterUtils.Counter_IList((IList)dataSource);
this.yDataGetter_ = new AdapterUtils.DataGetter_IList((IList)dataSource);
if ((ordinateData == null) && (abscissaData == null))
{
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_Auto((IList)dataSource);
this.xDataGetter_ = new AdapterUtils.DataGetter_Count();
return;
}
else if ((ordinateData == null) && (abscissaData is StartStep))
{
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_StartStep((StartStep)abscissaData, (IList)ordinateData);
this.xDataGetter_ = new AdapterUtils.DataGetter_StartStep((StartStep)abscissaData);
return;
}
else if ((ordinateData == null) && (abscissaData is IList))
{
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_IList((IList)abscissaData);
this.xDataGetter_ = new AdapterUtils.DataGetter_IList((IList)abscissaData);
return;
}
else
{
// unknown.
}
}
}
else if ( ((dataSource is DataTable) && (dataMember == null)) || (dataSource is DataSet) )
{
DataRowCollection rows = null;
if (dataSource is DataSet)
{
if (dataMember != null)
{
rows = ((DataTable)((DataSet)dataSource).Tables[dataMember]).Rows;
}
else
{
rows = ((DataTable)((DataSet)dataSource).Tables[0]).Rows;
}
}
else
{
rows = ((DataTable)dataSource).Rows;
}
this.yDataGetter_ = new AdapterUtils.DataGetter_Rows(rows, (string)ordinateData);
this.YAxisSuggester_ = new AdapterUtils.AxisSuggester_Rows(rows, (string)ordinateData);
this.counter_ = new AdapterUtils.Counter_Rows(rows);
if ((abscissaData is string) && (ordinateData is string))
{
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_Rows(rows, (string)abscissaData);
this.xDataGetter_ = new AdapterUtils.DataGetter_Rows(rows, (string)abscissaData);
return;
}
else if ((abscissaData == null) && (ordinateData is string))
{
this.XAxisSuggester_ = new AdapterUtils.AxisSuggester_RowAuto(rows);
this.xDataGetter_ = new AdapterUtils.DataGetter_Count();
return;
}
else
{
// unknown.
}
}
else
{
// unknown.
}
throw new FlorenceException( "Do not know how to interpret data provided to chart." );
}