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| define(["require", "exports", "./marker", "../../smithchart/utils/helper", "../../smithchart/utils/utils", "../../smithchart/utils/helper", "../../smithchart/model/constant", "../../smithchart/series/datalabel", "@syncfusion/ej2-base"], function (require, exports, marker_1, helper_1, utils_1, helper_2, constant_1, datalabel_1, ej2_base_1) {
"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
var SeriesRender = (function () {
function SeriesRender() {
this.xValues = [];
this.yValues = [];
this.pointsRegion = [];
this.lineSegments = [];
this.location = [];
this.dataLabel = new datalabel_1.DataLabel();
}
SeriesRender.prototype.processData = function (series) {
var dataArray = series.dataSource;
var resistance = series.resistance;
var reactance = series.reactance;
series.points = [];
for (var i = 0; i < dataArray.length; i++) {
series.points.push({ resistance: dataArray[i][resistance],
reactance: dataArray[i][reactance] });
}
};
SeriesRender.prototype.draw = function (smithchart, axisRender, bounds) {
var groupElement = smithchart.renderer.createGroup({ 'id': smithchart.element.id + '_svg' + '_seriesCollections' });
var resistantCx;
var reactanceCy;
var series = smithchart.series;
var seriesLength = series.length;
var chartAreaRadius = axisRender.areaRadius;
var interSectPoint;
var index;
for (var m = 0; m < seriesLength; m++) {
var seriesIndex = m;
if (series[m].dataSource && series[m].resistance && series[m].reactance) {
this.processData(series[m]);
}
this.pointsRegion[m] = [];
this.location[m] = [];
for (var j = 0; j < series[m].points.length; j++) {
this.xValues[j] = series[m].points[j]['resistance'];
this.yValues[j] = series[m].points[j]['reactance'];
}
var chartAreaCx = axisRender.circleCenterX;
var chartAreaCy = axisRender.circleCenterY;
var diameter = axisRender.areaRadius * 2;
var reactanceStartPoint = { x: chartAreaCx + ((smithchart.renderType === 'Impedance') ?
chartAreaRadius : -chartAreaRadius), y: chartAreaCy };
var resistantCy = chartAreaCy;
var reactanceCx = reactanceStartPoint.x;
for (var k = 0; k < series[m].points.length; k++) {
var resistance = this.xValues[k];
var resistantR = (diameter * (1 / (resistance + 1))) / 2;
var reactance = this.yValues[k];
var reactanceR = Math.abs(((1 / reactance) * diameter) / 2);
if (smithchart.renderType === 'Impedance') {
reactanceCy = reactance > 0 ? chartAreaCy - reactanceR : chartAreaCy + reactanceR;
resistantCx = (axisRender.circleLeftX + diameter - resistantR);
}
else {
reactanceCy = reactance < 0 ? chartAreaCy - reactanceR : chartAreaCy + reactanceR;
resistantCx = (axisRender.circleLeftX + resistantR);
}
interSectPoint = axisRender.intersectingCirclePoints(reactanceCx, reactanceCy, reactanceR, resistantCx, resistantCy, resistantR, smithchart.renderType);
var epsilon = helper_2._getEpsilonValue();
if (Math.abs(reactance) < epsilon) {
interSectPoint.x = (smithchart.renderType === 'Impedance') ?
resistantCx - resistantR : resistantCx + resistantR;
interSectPoint.y = chartAreaCy;
}
this.pointsRegion[m][k] = new utils_1.PointRegion();
this.pointsRegion[m][k] = { point: interSectPoint, x: resistance, y: reactance };
this.location[m][k] = { x: interSectPoint.x, y: interSectPoint.y };
}
for (var i = 0; i < series[m].points.length - 1; i++) {
index = i + 1;
this.lineSegments[i] = new utils_1.LineSegment();
this.lineSegments[i] = { x1: this.xValues[i], y1: this.yValues[i], x2: this.xValues[index], y2: this.yValues[index] };
}
smithchart.svgObject.appendChild(groupElement);
this.drawSeries(smithchart, seriesIndex, groupElement, bounds);
}
for (var j = 0; j < smithchart.series.length; j++) {
if (smithchart.series[j].enableSmartLabels && smithchart.series[j].marker.dataLabel.visible) {
var gdlcEle = smithchart.renderer.createGroup({ 'id': smithchart.element.id + '_svg'
+ '_series' + j + '_Datalabel' + '_connectorLines' });
var element = document.getElementById(smithchart.element.id + '_svg' + '_seriesCollection' + j);
if (element) {
element.appendChild(gdlcEle);
}
this.dataLabel.calculateSmartLabels(this.dataLabel.labelOptions[j], j);
for (var k = 0; k < smithchart.series[j].points.length; k++) {
var currentPoint = this.dataLabel.labelOptions[j]['textOptions'][k];
if ((currentPoint.xPosition + currentPoint.width) > (smithchart.chartArea.x + smithchart.chartArea.width)
|| currentPoint.xPosition < smithchart.chartArea.x || currentPoint.yPosition < smithchart.chartArea.y ||
currentPoint.yPosition + currentPoint.height > smithchart.chartArea.y + smithchart.chartArea.height) {
this.dataLabel.labelOptions[j].textOptions[k].connectorFlag = false;
this.dataLabel.labelOptions[j].textOptions[k].visible = false;
}
if (currentPoint['connectorFlag']) {
this.dataLabel.drawConnectorLines(smithchart, j, k, currentPoint, gdlcEle);
}
}
}
}
for (var j = 0; j < smithchart.series.length; j++) {
var dataLabel = smithchart.series[j].marker.dataLabel;
if (smithchart.series[j].marker.dataLabel.visible) {
var element = document.getElementById(smithchart.element.id + '_svg' + '_seriesCollection' + j);
var gdEle = smithchart.renderer.createGroup({ 'id': smithchart.element.id + '_svg'
+ '_series' + j + '_Datalabel' });
if (element) {
element.appendChild(gdEle);
}
for (var k = 0; k < smithchart.series[j].points.length; k++) {
var currentPoint = this.dataLabel.labelOptions[j]['textOptions'][k];
if (!dataLabel.template && currentPoint.visible) {
var options = new utils_1.DataLabelTextOptions();
options = this.dataLabel.labelOptions[j]['textOptions'][k];
var font = dataLabel.textStyle;
var x = options['xPosition'];
var y = options['yPosition'];
var id = smithchart.element.id + '_Series' + j + '_Points' + k + '_dataLabel' + '_symbol' + k;
var fill = dataLabel['fill'] ? dataLabel['fill'] : (smithchart.series[j].fill ||
smithchart.seriesColors[j % smithchart.seriesColors.length]);
var border = smithchart.series[j].marker.dataLabel.border;
var rectOptions = new helper_2.RectOption(id, fill, border, options['opacity'], new utils_1.SmithchartRect(x, y, options['width'], options['height']));
var dataEle = smithchart.renderer.drawRectangle(rectOptions);
gdEle.appendChild(dataEle);
var textRenderEventArgs = { text: options['text'], x: options['x'], y: options['y'], seriesIndex: j,
pointIndex: k, name: 'textRender', cancel: false };
smithchart.trigger('textRender', textRenderEventArgs);
var textoptions = new helper_1.TextOption(options['id'], textRenderEventArgs.x, textRenderEventArgs.y, 'start', textRenderEventArgs.text);
var color = font.color ? font.color : smithchart.themeStyle.dataLabel;
var element_1 = helper_1.renderTextElement(textoptions, font, color, gdEle);
gdEle.appendChild(element_1);
}
else if (dataLabel.template) {
var element_2 = document.getElementById(dataLabel.template + '_seriesIndex' + j + '_pointIndex' +
k + smithchart.element.id);
element_2.style.left = this.dataLabel.labelOptions[j]['textOptions'][k].xPosition + 'px';
element_2.style.top = this.dataLabel.labelOptions[j]['textOptions'][k].yPosition + 'px';
}
}
}
}
for (var i = 0; i < smithchart.series.length; i++) {
if (smithchart.series[i].enableAnimation && smithchart.animateSeries) {
if (smithchart.series[i].marker.dataLabel.template) {
this.animateDataLabelTemplate(i, smithchart);
}
var element = document.getElementById(smithchart.element.id + '_svg' + '_seriesCollection' + i);
this.performAnimation(smithchart, element, i);
}
}
};
SeriesRender.prototype.drawSeries = function (smithchart, seriesindex, groupElement, bounds) {
var gsEle = smithchart.renderer.createGroup({ 'id': smithchart.element.id + '_svg' + '_seriesCollection' + seriesindex,
'clip-path': 'url(#' + smithchart.element.id + '_ChartSeriesClipRect_' +
seriesindex + ')' });
gsEle.setAttribute('visibility', smithchart.series[seriesindex].visibility);
groupElement.appendChild(gsEle);
var sb = '';
var path;
var marker = smithchart.series[seriesindex].marker;
var element;
var count = smithchart.series[seriesindex].points.length - 1;
for (var i = 0; i < count; i++) {
var point1 = this.pointsRegion[seriesindex][i]['point'];
var point2 = this.pointsRegion[seriesindex][i + 1]['point'];
sb = sb + ('M' + ' ' + (point1.x) + ' ' + (point1.y) + ' ' + 'L' +
' ' + (point2.x) + ' ' + (point2.y) + ' ');
}
path = sb.toString();
var fill = smithchart.series[seriesindex].fill || smithchart.seriesColors[seriesindex % smithchart.seriesColors.length];
var seriesEventArgs = { text: smithchart.series[seriesindex].name, fill: fill,
name: 'seriesRender', cancel: false };
smithchart.trigger('seriesRender', seriesEventArgs);
var options = new helper_2.PathOption(smithchart.element.id + '_series' + seriesindex + '_points', 'none', smithchart.series[seriesindex].width, seriesEventArgs.fill, smithchart.series[seriesindex].opacity, 'none', path);
this.clipRectElement = smithchart.renderer.drawClipPath(new helper_2.RectOption(smithchart.element.id + '_ChartSeriesClipRect_' + seriesindex, 'transparent', { width: 1, color: 'Gray' }, 1, {
x: bounds.x, y: bounds.y,
width: smithchart.availableSize.width,
height: smithchart.availableSize.height
}));
gsEle.appendChild(this.clipRectElement);
var gspEle = smithchart.renderer.createGroup({ 'id': smithchart.element.id + '_svg' + seriesindex });
element = smithchart.renderer.drawPath(options);
gspEle.appendChild(element);
gsEle.appendChild(gspEle);
var markerrender = new marker_1.Marker();
markerrender.drawMarker(smithchart, seriesindex, gsEle, this.pointsRegion[seriesindex]);
this.dataLabel.drawDataLabel(smithchart, seriesindex, gsEle, this.pointsRegion[seriesindex], bounds);
};
SeriesRender.prototype.animateDataLabelTemplate = function (seriesindex, smithchart) {
var length = smithchart.series[seriesindex].points.length;
var opacity = 0;
var delay = 0;
var duration = parseFloat(smithchart.series[seriesindex].animationDuration);
for (var i = 0; i < length; i++) {
var element = document.getElementById(smithchart.series[seriesindex].marker.dataLabel.template +
'_seriesIndex' + seriesindex + '_pointIndex' + i + smithchart.element.id);
element.style.visibility = 'hidden';
helper_2.templateAnimate(smithchart, element, delay, duration, 'FadeIn');
}
};
SeriesRender.prototype.performAnimation = function (smithchart, gsEle, seriesIndex) {
var animation = new ej2_base_1.Animation({});
var element = document.getElementById('container_svg_seriesCollections');
var clipRect = gsEle.childNodes[0].childNodes[0].childNodes[0];
var effect = helper_2.getAnimationFunction('Linear');
var reveffect = helper_2.getAnimationFunction('Reverse');
var width = +clipRect.getAttribute('width');
var x = +clipRect.getAttribute('x');
var value;
animation.animate(clipRect, {
duration: parseFloat(smithchart.series[seriesIndex].animationDuration),
progress: function (args) {
if (smithchart.renderType === 'Impedance') {
value = effect(args.timeStamp - args.delay, 0, width, args.duration);
clipRect.setAttribute('width', value.toString());
}
else {
value = reveffect(args.timeStamp - args.delay, width, 0, args.duration);
clipRect.setAttribute('x', value.toString());
}
},
end: function (model) {
if (smithchart.renderType === 'Impedance') {
clipRect.setAttribute('width', width.toString());
}
else {
clipRect.setAttribute('x', x.toString());
}
var event = {
cancel: false, name: constant_1.animationComplete, smithchart: smithchart
};
smithchart.trigger(constant_1.animationComplete, event);
}
});
};
SeriesRender.prototype.getLocation = function (seriesindex, pointIndex) {
var x;
var y;
x = this.location[seriesindex][pointIndex].x;
y = this.location[seriesindex][pointIndex].y;
return { x: x, y: y };
};
return SeriesRender;
}());
exports.SeriesRender = SeriesRender;
});
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