CartesianChartPoint<D> constructor

CartesianChartPoint<D>([ D? x, D? y, String? dataLabelMapper, Color? pointColorMapper, num? bubbleSize, D? high, D? low, D? open, D? close, num? volume, D? sortValue, num? minimum, num? maximum, bool? isIntermediateSum, bool? isTotalSum, num maxYValue = 0, List<num>? outliers, double? upperQuartile, double? lowerQuartile, num? mean, num? median, num? originValue, num? endValue, ])

Creating an argument constructor of CartesianChartPoint class.

Implementation

CartesianChartPoint(
    [this.x,
    this.y,
    this.dataLabelMapper,
    this.pointColorMapper,
    this.bubbleSize,
    this.high,
    this.low,
    this.open,
    this.close,
    this.volume,
    this.sortValue,
    this.minimum,
    this.maximum,
    this.isIntermediateSum,
    this.isTotalSum,
    this.maxYValue = 0,
    this.outliers,
    this.upperQuartile,
    this.lowerQuartile,
    this.mean,
    this.median,
    this.originValue,
    this.endValue]) {
  x = x;
  y = y;
  sortValue = sortValue;
  markerPoint = markerPoint;
  isEmpty = isEmpty;
  isGap = isGap;
  isVisible = isVisible;
  bubbleSize = bubbleSize;
  pointColorMapper = pointColorMapper;
  dataLabelMapper = dataLabelMapper;
  high = high;
  low = low;
  open = open;
  close = close;
  markerPoint2 = markerPoint2;
  volume = volume;
  minimum = minimum;
  maximum = maximum;
  outliers = outliers;
  upperQuartile = upperQuartile;
  lowerQuartile = lowerQuartile;
  mean = mean;
  median = median;
  isIntermediateSum = isIntermediateSum;
  isTotalSum = isTotalSum;
  originValue = originValue;
  endValue = endValue;
  maxYValue = maxYValue;
}