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| define(["require", "exports", "../../common/utils/helper", "../../common/utils/helper", "@syncfusion/ej2-svg-base", "../../common/model/constants", "@syncfusion/ej2-base"], function (require, exports, helper_1, helper_2, ej2_svg_base_1, constants_1, ej2_base_1) {
"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
var ScatterSeries = (function () {
function ScatterSeries() {
}
ScatterSeries.prototype.render = function (series, xAxis, yAxis, isInverted) {
series.isRectSeries = false;
var marker = series.marker;
var visiblePoints = this.enableComplexProperty(series);
var getCoordinate = series.chart.chartAreaType === 'PolarRadar' ? helper_2.TransformToVisible : helper_1.getPoint;
var scatterBorder = {
width: this.isLineShapeMarker(marker.shape) ? series.width : series.border.width,
color: this.isLineShapeMarker(marker.shape) ? series.interior : series.border.color
};
for (var _i = 0, visiblePoints_1 = visiblePoints; _i < visiblePoints_1.length; _i++) {
var point = visiblePoints_1[_i];
this.renderPoint(series, point, isInverted, getCoordinate, scatterBorder, visiblePoints);
}
};
ScatterSeries.prototype.renderPoint = function (series, point, isInverted, getCoordinate, scatterBorder, visiblePoints) {
var redraw = series.chart.redraw;
var argsData;
var startLocation = (redraw && point.symbolLocations) ? point.symbolLocations[0] : null;
point.symbolLocations = [];
point.regions = [];
if (point.visible && helper_1.withInRange(visiblePoints[point.index - 1], point, visiblePoints[point.index + 1], series)) {
argsData = {
cancel: false, name: constants_1.pointRender, series: series, point: point,
fill: series.setPointColor(point, series.interior),
border: series.setBorderColor(point, { width: scatterBorder.width, color: scatterBorder.color }),
height: series.marker.height, width: series.marker.width, shape: series.marker.shape
};
series.chart.trigger(constants_1.pointRender, argsData);
if (!argsData.cancel) {
point.symbolLocations.push(getCoordinate(point.xValue, point.yValue, series.xAxis, series.yAxis, isInverted, series));
point.color = argsData.fill;
this.refresh(series, point, argsData, startLocation);
}
else {
point.marker = { visible: true };
}
}
};
ScatterSeries.prototype.updateDirection = function (series, point, isInverted) {
var marker = series.marker;
var visiblePoints = this.enableComplexProperty(series);
var getCoordinate = series.chart.chartAreaType === 'PolarRadar' ? helper_2.TransformToVisible : helper_1.getPoint;
var scatterBorder = {
width: this.isLineShapeMarker(marker.shape) ? series.width : series.border.width,
color: this.isLineShapeMarker(marker.shape) ? series.interior : series.border.color
};
for (var i = 0; i < point.length; i++) {
this.renderPoint(series, series.points[point[i]], isInverted, getCoordinate, scatterBorder, visiblePoints);
Iif (series.marker.dataLabel.visible && series.chart.dataLabelModule) {
series.chart.dataLabelModule.commonId = series.chart.element.id + '_Series_' + series.index + '_Point_';
series.chart.dataLabelModule.renderDataLabel(series, series.points[point[i]], null, series.marker.dataLabel);
}
}
};
ScatterSeries.prototype.isLineShapeMarker = function (shape) {
return shape === 'HorizontalLine' || shape === 'VerticalLine' || shape === 'Cross';
};
ScatterSeries.prototype.enableComplexProperty = function (series) {
var tempPoints2 = [];
var tempPoints = [];
var yVisibleRange = series.yAxis.visibleRange;
var xVisibleRange = series.xAxis.visibleRange;
var areaBounds = series.clipRect;
var seriesPoints = series.points;
var yTolerance = Math.abs(yVisibleRange.delta / areaBounds.height);
var xTolerance = Math.abs(xVisibleRange.delta / areaBounds.width);
var prevYValue = (seriesPoints[0] && seriesPoints[0].y > yTolerance) ? 0 : yTolerance;
var prevXValue = (seriesPoints[0] && seriesPoints[0].x > xTolerance) ? 0 : xTolerance;
var yVal = 0;
var xVal = 0;
for (var _i = 0, seriesPoints_1 = seriesPoints; _i < seriesPoints_1.length; _i++) {
var currentPoint = seriesPoints_1[_i];
if (!currentPoint.symbolLocations) {
currentPoint.symbolLocations = [];
}
yVal = currentPoint.yValue ? currentPoint.yValue : yVisibleRange.min;
xVal = currentPoint.xValue ? currentPoint.xValue : xVisibleRange.min;
if (Math.abs(prevYValue - yVal) >= yTolerance || Math.abs(prevXValue - xVal) >= xTolerance) {
tempPoints.push(currentPoint);
prevYValue = yVal;
prevXValue = xVal;
}
}
var currentTempPoint;
for (var i = 0; i < tempPoints.length; i++) {
currentTempPoint = tempPoints[i];
Iif (ej2_base_1.isNullOrUndefined(currentTempPoint.x) || currentTempPoint.x === '') {
continue;
}
else {
tempPoints2.push(currentTempPoint);
}
}
return tempPoints2;
};
ScatterSeries.prototype.refresh = function (series, point, argsData, startLocation) {
var chart = series.chart;
var circlePath;
var previousPath;
var marker = series.marker;
var imageURL = argsData.point.marker.imageUrl || marker.imageUrl;
var shapeOption = new ej2_svg_base_1.PathOption(chart.element.id + '_Series_' + series.index + '_Point_' + point.index, argsData.fill, argsData.border.width, (series.chart.enableCanvas && !argsData.border.color) ? argsData.fill :
argsData.border.color, series.opacity, series.border.dashArray);
if (chart.redraw && helper_1.getElement(shapeOption.id)) {
circlePath = argsData.shape === 'Circle' ? 'c' : '';
previousPath = helper_1.getElement(shapeOption.id).getAttribute('d');
var scatterElement = helper_1.getElement(shapeOption.id);
startLocation = {
x: +scatterElement.getAttribute(circlePath + 'x'), y: +scatterElement.getAttribute(circlePath + 'y')
};
}
var element = helper_1.drawSymbol(point.symbolLocations[0], argsData.shape, new ej2_svg_base_1.Size(argsData.width, argsData.height), imageURL, shapeOption, point.x.toString() + ':' + point.yValue.toString(), series.chart.renderer, series.clipRect);
helper_2.appendChildElement(series.chart.enableCanvas, series.seriesElement, element, chart.redraw, true, circlePath + 'x', circlePath + 'y', startLocation, previousPath, false, false, null, chart.duration, true);
point.regions.push(new ej2_svg_base_1.Rect(point.symbolLocations[0].x - marker.width, point.symbolLocations[0].y - marker.height, 2 * marker.width, 2 * marker.height));
point.marker = {
border: argsData.border, fill: argsData.fill,
height: argsData.height, visible: true,
width: argsData.width, shape: argsData.shape, imageUrl: imageURL
};
};
ScatterSeries.prototype.doAnimation = function (series) {
var duration = series.animation.duration;
var delay = series.animation.delay;
var rectElements = series.seriesElement.childNodes;
var count = 1;
for (var _i = 0, _a = series.points; _i < _a.length; _i++) {
var point = _a[_i];
if (!point.symbolLocations.length || !rectElements[count]) {
continue;
}
helper_2.markerAnimate(rectElements[count], delay, duration, series, point.index, point.symbolLocations[0], false);
count++;
}
};
ScatterSeries.prototype.getModuleName = function () {
return 'ScatterSeries';
};
ScatterSeries.prototype.destroy = function () {
};
return ScatterSeries;
}());
exports.ScatterSeries = ScatterSeries;
});
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