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Object.create(b) : (__.prototype = b.prototype, new __()); }; })(); define(["require", "exports", "../../common/utils/helper", "../../common/utils/helper", "../../common/utils/helper", "@syncfusion/ej2-svg-base", "../series/line-base", "../../common/utils/helper"], function (require, exports, helper_1, helper_2, helper_3, ej2_svg_base_1, line_base_1, helper_4) { "use strict"; Object.defineProperty(exports, "__esModule", { value: true }); var PolarRadarPanel = (function (_super) { __extends(PolarRadarPanel, _super); function PolarRadarPanel() { var _this = _super !== null && _super.apply(this, arguments) || this; _this.visibleAxisLabelRect = []; return _this; } PolarRadarPanel.prototype.measureAxis = function (rect) { var chart = this.chart; this.initialClipRect = rect; this.seriesClipRect = new ej2_svg_base_1.Rect(rect.x, rect.y, rect.width, rect.height); this.measureRowAxis(chart, this.initialClipRect); this.measureColumnAxis(chart, this.initialClipRect); this.calculateAxisSize(); }; PolarRadarPanel.prototype.measureRowAxis = function (chart, rect) { this.calculateRowSize(rect); var row = chart.rows[0]; this.measureDefinition(row, chart, new ej2_svg_base_1.Size(chart.availableSize.width, row.computedHeight)); }; PolarRadarPanel.prototype.measureColumnAxis = function (chart, rect) { this.calculateColumnSize(rect); var column = chart.columns[0]; this.measureDefinition(column, chart, new ej2_svg_base_1.Size(column.computedWidth, chart.availableSize.height)); }; PolarRadarPanel.prototype.measureDefinition = function (definition, chart, size) { for (var _i = 0, _a = definition.axes; _i < _a.length; _i++) { var axis = _a[_i]; axis.getModule(chart); axis.baseModule.calculateRangeAndInterval(size, axis); } }; PolarRadarPanel.prototype.calculateAxisSize = function () { var chart = this.chart; var axis; var padding = 5; this.centerX = this.initialClipRect.width * 0.5 + this.initialClipRect.x; this.centerY = this.initialClipRect.height * 0.5 + this.initialClipRect.y; chart.radius = Math.min(this.initialClipRect.width, this.initialClipRect.height) / 2 - padding - chart.primaryXAxis.majorTickLines.height - chart.primaryXAxis.maxLabelSize.height; chart.radius = (chart.primaryXAxis.coefficient * chart.radius) / 100; this.seriesClipRect.y = this.centerY - chart.radius; this.seriesClipRect.x = this.centerX - chart.radius; this.seriesClipRect.height = 2 * chart.radius; this.seriesClipRect.width = 2 * chart.radius; this.calculateRowSize(this.seriesClipRect); axis = chart.primaryYAxis; axis.rect = this.seriesClipRect; this.calculateColumnSize(this.seriesClipRect); axis = chart.primaryXAxis; axis.rect = this.seriesClipRect; }; PolarRadarPanel.prototype.measure = function () { var chart = this.chart; var yAxis = chart.primaryYAxis; yAxis.isRTLEnabled = chart.enableRtl; yAxis.setIsInversedAndOpposedPosition(true); chart.verticalAxes.push(yAxis); var row = chart.rows[0]; row.axes[0] = yAxis; chart.rows[0] = row; var xAxis = chart.primaryXAxis; xAxis.isRTLEnabled = chart.enableRtl; xAxis.setIsInversedAndOpposedPosition(true); chart.horizontalAxes.push(xAxis); var column = chart.columns[0]; column.axes[0] = xAxis; chart.columns[0] = column; }; PolarRadarPanel.prototype.calculateRowSize = function (rect) { var chart = this.chart; var row = chart.rows[0]; row.computedHeight = rect.height / 2; row.computedTop = rect.y; chart.rows[0] = row; }; PolarRadarPanel.prototype.calculateColumnSize = function (rect) { var chart = this.chart; var column = chart.columns[0]; column.computedLeft = rect.x; column.computedWidth = rect.width; chart.columns[0] = column; }; PolarRadarPanel.prototype.renderAxes = function () { var axis; var chart = this.chart; this.startAngle = chart.primaryXAxis.startAngle; var axisElement = chart.renderer.createGroup({ id: chart.element.id + 'AxisCollection' }); var axisLineElement = chart.renderer.createGroup({ id: chart.element.id + 'AxisOutsideCollection' }); for (var i = 0, len = chart.axisCollections.length; i < len; i++) { this.element = chart.renderer.createGroup({ id: chart.element.id + 'AxisGroup' + i }); axis = chart.axisCollections[i]; if (axis.orientation === 'Horizontal') { if (axis.majorGridLines.width > 0 || axis.majorTickLines.width > 0) { this.drawXAxisGridLine(axis, i); } if (axis.visible && axis.internalVisibility) { this.drawXAxisLabels(axis, i); } } else { this.drawYAxisGridLine(axis, i); if (axis.lineStyle.width > 0) { this.drawYAxisLine(axis, i); } if (axis.visible && axis.internalVisibility) { this.drawYAxisLabels(axis, i); } } Eif (!this.chart.enableCanvas) { axisElement.appendChild(this.element); } } Eif (!this.chart.enableCanvas) { axisElement.appendChild(this.element); } helper_2.appendChildElement(chart.enableCanvas, chart.svgObject, axisElement, chart.redraw); return axisLineElement; }; PolarRadarPanel.prototype.drawYAxisLine = function (axis, index) { var chart = this.chart; var optionsLine = {}; var vector = helper_4.CoefficientToVector(helper_4.valueToPolarCoefficient(axis.visibleLabels[0].value, axis), this.startAngle); var axisLine = 'M ' + this.centerX + ' ' + this.centerY + 'L ' + (this.centerX + chart.radius * vector.x) + ' ' + (this.centerY + chart.radius * vector.y); optionsLine = { 'id': chart.element.id + 'AxisLine_' + index, 'd': axisLine, 'stroke-dasharray': axis.lineStyle.dashArray, 'stroke-width': axis.lineStyle.width, 'stroke': axis.lineStyle.color || chart.themeStyle.axisLine }; var element = chart.renderer.drawPath(optionsLine); this.setPointerEventNone(element); Eif (!this.chart.enableCanvas) { chart.yAxisElements.appendChild(element); } }; PolarRadarPanel.prototype.drawYAxisLabels = function (axis, index) { var chart = this.chart; var elementSize; var options; var pointX = 0; var pointY = 0; var angle = this.startAngle < 0 ? this.startAngle + 360 : this.startAngle; var anchor = 'middle'; var radius; var padding = 5; var isIntersect; var labelRegions = []; var isLabelVisible = []; isLabelVisible[0] = true; var intersectType = axis.labelIntersectAction; var labelElement = chart.renderer.createGroup({ id: chart.element.id + 'AxisLabels' + index }); var vector = helper_4.CoefficientToVector(helper_4.valueToPolarCoefficient(axis.visibleLabels[0].value, axis), this.startAngle); for (var i = 0, len = axis.visibleLabels.length; i < len; i++) { isIntersect = false; radius = chart.radius * helper_1.valueToCoefficient(axis.visibleLabels[i].value, axis); elementSize = axis.visibleLabels[i].size; radius = chart.radius * helper_1.valueToCoefficient(axis.visibleLabels[i].value, axis); pointX = (this.centerX + radius * vector.x) + ((axis.majorTickLines.height + elementSize.width / 2 + padding / 2) * (Math.cos(angle * Math.PI / 180)) * (axis.labelPosition === 'Inside' && chart.enableRtl ? -1 : axis.labelPosition === 'Inside' ? 1 : axis.labelPosition === 'Outside' && chart.enableRtl ? 1 : -1)); pointY = (this.centerY + radius * vector.y) + ((axis.majorTickLines.height + elementSize.height / 2) * (Math.sin(angle * Math.PI / 180)) * (axis.labelPosition === 'Inside' && chart.enableRtl ? -1 : axis.labelPosition === 'Inside' ? 1 : axis.labelPosition === 'Outside' && chart.enableRtl ? 1 : -1)); pointY += (elementSize.height / 4); labelRegions[i] = this.getLabelRegion(pointX, pointY, axis.visibleLabels[i], anchor); if (i !== 0 && intersectType === 'Hide') { for (var j = i; j >= 0; j--) { j = (j === 0) ? 0 : (j === i) ? (j - 1) : j; if (isLabelVisible[j] && helper_1.isOverlap(labelRegions[i], labelRegions[j])) { isIntersect = true; isLabelVisible[i] = false; break; } else { isLabelVisible[i] = true; } } if (isIntersect) { continue; } for (var _i = 0, _a = this.visibleAxisLabelRect; _i < _a.length; _i++) { var rect = _a[_i]; if (helper_1.isOverlap(labelRegions[i], rect)) { isIntersect = true; break; } } } if (isIntersect) { continue; } this.visibleAxisLabelRect.push(labelRegions[i]); options = new ej2_svg_base_1.TextOption(chart.element.id + index + '_AxisLabel_' + i, pointX, pointY, anchor, axis.visibleLabels[i].text); helper_4.textElement(chart.renderer, options, axis.labelStyle, axis.labelStyle.color || chart.themeStyle.axisLabelFont.color, labelElement, false, chart.redraw, true, true, null, null, null, null, chart.enableCanvas, null, chart.themeStyle.axisLabelFont); } Eif (!this.chart.enableCanvas) { chart.yAxisElements.appendChild(labelElement); } }; PolarRadarPanel.prototype.drawYAxisGridLine = function (axis, index) { var chart = this.chart; var options; var radius; var majorTick = ''; var majorGrid = ''; var vector; var angle = this.startAngle < 0 ? this.startAngle + 360 : this.startAngle; var x1; var y1; var x2; var y2; var border = { color: axis.majorGridLines.color || chart.themeStyle.majorGridLine, width: axis.majorGridLines.width }; var previousValue; var element; var inversedRadius; if (axis.majorGridLines.width > 0) { if (chart.visibleSeries[0].type === 'Polar') { for (var j = 0; j < axis.visibleLabels.length; j++) { element = helper_4.getElement(chart.element.id + '_MajorGridLine_' + index + '_' + j); previousValue = element ? element.getAttribute('r') : null; radius = chart.radius * helper_1.valueToCoefficient(axis.visibleLabels[j].value, axis); if (axis.isInversed && !inversedRadius) { inversedRadius = radius; } options = new helper_3.CircleOption(chart.element.id + '_MajorGridLine_' + index + '_' + j, 'transparent', border, axis.majorGridLines.width, this.centerX, this.centerY, radius); helper_2.appendChildElement(chart.enableCanvas, this.element, chart.renderer.drawCircle(options), chart.redraw, true, 'r', 'r', new helper_4.ChartLocation(+previousValue, +previousValue), null, true); } if (radius !== chart.radius && (!axis.isInversed || inversedRadius !== chart.radius)) { options = new helper_3.CircleOption(chart.element.id + '_MajorGridLine_' + index + '_' + axis.visibleLabels.length + 1, 'transparent', border, axis.majorGridLines.width, this.centerX, this.centerY, chart.radius); helper_2.appendChildElement(chart.enableCanvas, this.element, chart.renderer.drawCircle(options), chart.redraw, true, 'r', 'r', new helper_4.ChartLocation(+previousValue, +previousValue), null, true); } } else { for (var j = 0; j < axis.visibleLabels.length; j++) { radius = chart.radius * helper_1.valueToCoefficient(axis.visibleLabels[j].value, axis); majorGrid = this.renderRadarGrid(radius, '', chart); element = helper_4.getElement(chart.element.id + '_MajorGridLine_' + index + '_' + j); previousValue = element ? element.getAttribute('d') : null; options = new ej2_svg_base_1.PathOption(chart.element.id + '_MajorGridLine_' + index + '_' + j, 'transparent', axis.majorGridLines.width, axis.majorGridLines.color || chart.themeStyle.majorGridLine, null, null, majorGrid); helper_2.appendChildElement(chart.enableCanvas, this.element, chart.renderer.drawPath(options), chart.redraw, true, 'x', 'y', null, previousValue, true); } if (radius !== chart.radius) { majorGrid = this.renderRadarGrid(chart.radius, '', chart); element = helper_4.getElement(chart.element.id + '_MajorGridLine_' + index + '_' + axis.visibleLabels.length); previousValue = element ? element.getAttribute('d') : null; options = new ej2_svg_base_1.PathOption(chart.element.id + '_MajorGridLine_' + index + '_' + axis.visibleLabels.length, 'transparent', axis.majorGridLines.width, axis.majorGridLines.color || chart.themeStyle.majorGridLine, null, null, majorGrid); helper_2.appendChildElement(chart.enableCanvas, this.element, chart.renderer.drawPath(options), chart.redraw, true, 'x', 'y', null, previousValue, true); } } } if (axis.majorTickLines.width > 0) { vector = helper_4.CoefficientToVector(helper_4.valueToPolarCoefficient(axis.visibleLabels[0].value, axis), this.startAngle); for (var i = 0; i < axis.visibleLabels.length; i++) { radius = chart.radius * helper_1.valueToCoefficient(axis.visibleLabels[i].value, axis); x1 = this.centerX + radius * vector.x; y1 = this.centerY + radius * vector.y; x2 = x1 + (axis.majorTickLines.height * (Math.cos(angle * Math.PI / 180)) * (axis.tickPosition === 'Inside' && chart.enableRtl ? -1 : axis.tickPosition === 'Inside' ? 1 : axis.tickPosition === 'Outside' && chart.enableRtl ? 1 : -1)); y2 = y1 + (axis.majorTickLines.height * (Math.sin(angle * Math.PI / 180)) * (axis.tickPosition === 'Inside' && chart.enableRtl ? -1 : axis.tickPosition === 'Inside' ? 1 : axis.tickPosition === 'Outside' && chart.enableRtl ? 1 : -1)); majorTick = 'M ' + x1 + ' ' + y1 + ' L ' + x2 + ' ' + y2; this.renderTickLine(axis, index, majorTick, '', i); } } }; PolarRadarPanel.prototype.renderRadarGrid = function (radius, majorGrid, chart) { var vector; var vector2; var x1; var y1; var x2; var y2; for (var i = 0, len = chart.primaryXAxis.visibleLabels.length; i < len; i++) { vector = helper_4.CoefficientToVector(helper_4.valueToPolarCoefficient(chart.primaryXAxis.visibleLabels[i].value, chart.primaryXAxis), this.startAngle); if (i + 1 < len) { vector2 = helper_4.CoefficientToVector(helper_4.valueToPolarCoefficient(chart.primaryXAxis.visibleLabels[i + 1].value, chart.primaryXAxis), this.startAngle); } else { vector2 = helper_4.CoefficientToVector(helper_4.valueToPolarCoefficient(chart.primaryXAxis.visibleLabels[0].value, chart.primaryXAxis), this.startAngle); } x1 = this.centerX + radius * vector.x; y1 = this.centerY + radius * vector.y; x2 = this.centerX + radius * vector2.x; y2 = this.centerY + radius * vector2.y; majorGrid = majorGrid.concat((i ? 'L ' : 'M ') + x1 + ' ' + y1 + ' ' + 'L ' + x2 + ' ' + y2 + ' '); } return majorGrid; }; PolarRadarPanel.prototype.drawXAxisGridLine = function (axis, index) { var chart = this.chart; var tempInterval; var vector; var majorGrid = ''; var majorTick = ''; var minorGirdLine = ''; var minorTickLine = ''; var x1 = this.centerX; var x2; var y1 = this.centerY; var y2; var minorDirection; var length = axis.visibleLabels.length; for (var i = 0; i < length; i++) { tempInterval = axis.visibleLabels[i].value; vector = helper_4.CoefficientToVector(helper_4.valueToPolarCoefficient(axis.visibleLabels[i].value, axis), this.startAngle); x2 = this.centerX + chart.radius * vector.x; y2 = this.centerY + chart.radius * vector.y; var xLoc = x2 + (axis.majorTickLines.height * vector.x * (axis.tickPosition === 'Inside' ? -1 : 1)); var yLoc = y2 + (axis.majorTickLines.height * vector.y * (axis.tickPosition === 'Inside' ? -1 : 1)); majorGrid = 'M ' + x1 + ' ' + y1 + ' ' + 'L ' + x2 + ' ' + y2; majorTick = 'M ' + x2 + ' ' + y2 + ' L ' + xLoc + ' ' + yLoc; if (axis.minorTicksPerInterval > 0 && (axis.minorGridLines.width > 0 || axis.minorTickLines.width > 0) && axis.valueType !== 'Category' && chart.visibleSeries[0].type !== 'Radar') { minorDirection = this.drawAxisMinorLine(axis, tempInterval, minorGirdLine, minorTickLine); minorGirdLine = minorDirection[0]; minorTickLine = minorDirection[1]; } this.renderTickLine(axis, index, majorTick, minorTickLine, i); this.renderGridLine(axis, index, majorGrid, minorGirdLine, i); } }; PolarRadarPanel.prototype.drawAxisMinorLine = function (axis, tempInterval, minorGird, minorTick) { var value = tempInterval; var x; var y; var vector; var range = axis.visibleRange; var direction = []; for (var j = 0; j < axis.minorTicksPerInterval; j++) { value += (axis.valueType === 'DateTime' ? axis.dateTimeInterval : axis.visibleRange.interval) / (axis.minorTicksPerInterval + 1); if (helper_1.inside(value, range)) { vector = helper_4.CoefficientToVector(helper_4.valueToPolarCoefficient(value, axis), this.startAngle); x = this.centerX + this.chart.radius * vector.x; y = this.centerY + this.chart.radius * vector.y; var tickXSize = x + (axis.minorTickLines.height * vector.x * (axis.tickPosition === 'Inside' ? -1 : 1)); var tickYSize = y + (axis.minorTickLines.height * vector.y * (axis.tickPosition === 'Inside' ? -1 : 1)); minorGird = minorGird.concat('M' + ' ' + this.centerX + ' ' + this.centerY + 'L ' + x + ' ' + y); minorTick = minorTick.concat('M' + ' ' + x + ' ' + y + 'L' + ' ' + (tickXSize) + ' ' + (tickYSize)); } } direction.push(minorGird); direction.push(minorTick); return direction; }; PolarRadarPanel.prototype.drawXAxisLabels = function (axis, index) { this.visibleAxisLabelRect = []; var legendRect; if (this.chart.legendModule) { legendRect = this.chart.legendModule.legendBounds; } var chart = this.chart; var pointX = 0; var pointY = 0; var labelElement = chart.renderer.createGroup({ id: chart.element.id + 'AxisLabels' + index }); var options; var vector; var labelText; var firstLabelX; var islabelInside = axis.labelPosition === 'Inside'; var padding = 5; var lastLabelX; var label; var textAnchor = ''; var isIntersect; var labelRegions = []; var isLabelVisible = []; isLabelVisible[0] = true; var intersectType = axis.labelIntersectAction; var ticksbwtLabel = axis.valueType === 'Category' && axis.labelPlacement === 'BetweenTicks' ? 0.5 : 0; var radius = chart.radius + axis.majorTickLines.height; radius = (islabelInside) ? -radius : radius; for (var i = 0, len = axis.visibleLabels.length; i < len; i++) { isIntersect = false; vector = helper_4.CoefficientToVector(helper_4.valueToPolarCoefficient(axis.visibleLabels[i].value + ticksbwtLabel, axis), this.startAngle); Eif (!isNaN(vector.x) && !isNaN(vector.y)) { pointX = this.centerX + (radius + axis.majorTickLines.height + padding) * vector.x; pointY = this.centerY + (radius + axis.majorTickLines.height + padding) * vector.y; textAnchor = parseFloat(pointX.toFixed(1)) === parseFloat(this.centerX.toFixed(1)) ? 'middle' : ((pointX < this.centerX && !islabelInside) || (pointX > this.centerX && islabelInside)) ? 'end' : 'start'; } label = axis.visibleLabels[i]; labelText = label.text; if (axis.enableTrim || intersectType === 'Trim') { var originalText = axis.visibleLabels[i].originalText; var trimText = void 0; var size = void 0; var labelPosition = axis.labelPosition; var chartWidth = chart.availableSize.width; var textLength = originalText.length; for (var i_1 = textLength - 1; i_1 >= 0; --i_1) { trimText = originalText.substring(0, i_1) + '...'; size = ej2_svg_base_1.measureText(trimText, axis.labelStyle, this.chart.themeStyle.axisLabelFont).width; if (pointX === chartWidth / 2 ? (pointX - size / 2 >= 0 && pointX + size / 2 <= chartWidth) : ((labelPosition === 'Outside' && ((pointX >= chartWidth / 2 && pointX + size <= chartWidth) || (pointX <= chartWidth / 2 && pointX - size >= 0))) || (labelPosition === 'Inside' && (pointX + size <= chartWidth / 2 || pointX - size >= chartWidth / 2)))) { labelText = i_1 === textLength - 1 ? originalText : trimText; label.size.width = ej2_svg_base_1.measureText(labelText, axis.labelStyle, this.chart.themeStyle.axisLabelFont).width; label.text = labelText; break; } } } labelRegions[i] = this.getLabelRegion(pointX, pointY, label, textAnchor); if (i === 0) { firstLabelX = pointX; } else if (i === axis.visibleLabels.length - 1 && axis.valueType !== 'Category') { lastLabelX = ej2_svg_base_1.measureText(labelText, axis.labelStyle, this.chart.themeStyle.axisLabelFont).height; lastLabelX += pointX; labelText = (lastLabelX > firstLabelX) ? '' : labelText; } if (i !== 0 && intersectType === 'Hide') { for (var j = i; j >= 0; j--) { j = (j === 0) ? 0 : ((j === i) ? (j - 1) : j); if (isLabelVisible[j] && helper_1.isOverlap(labelRegions[i], labelRegions[j])) { isIntersect = true; isLabelVisible[i] = false; break; } else { isLabelVisible[i] = true; } } } if (!isIntersect && legendRect) { isIntersect = helper_1.isOverlap(labelRegions[i], legendRect); if (isIntersect) { var width = this.getAvailableSpaceToTrim(legendRect, labelRegions[i]); Eif (width > 0) { labelText = helper_1.textTrim(width, axis.visibleLabels[i].originalText, axis.labelStyle, this.chart.enableRtl, this.chart.themeStyle.axisLabelFont); isIntersect = false; } } } options = new ej2_svg_base_1.TextOption(chart.element.id + index + '_AxisLabel_' + i, pointX, pointY, !chart.enableRtl ? textAnchor : textAnchor === 'end' ? 'start' : textAnchor === 'start' ? 'end' : textAnchor, labelText, '', 'central'); if (isIntersect) { continue; } this.visibleAxisLabelRect.push(labelRegions[i]); helper_4.textElement(chart.renderer, options, label.labelStyle, label.labelStyle.color || chart.themeStyle.axisLabelFont.color, labelElement, false, chart.redraw, true, true, null, null, null, null, chart.enableCanvas, null, chart.themeStyle.axisLabelFont); } Eif (!this.chart.enableCanvas) { this.element.appendChild(labelElement); } }; PolarRadarPanel.prototype.getAvailableSpaceToTrim = function (legendRect, labelRect) { var legendX1 = legendRect.x; var legendX2 = legendX1 + legendRect.width; var labelX1 = labelRect.x; var labelX2 = labelX1 + labelRect.width; var width = 0; if (labelX1 > legendX1 && labelX1 < legendX2 && labelX2 > legendX2) { width = labelX2 - legendX2; } else Iif (labelX1 > legendX1 && labelX1 < legendX2 && labelX2 < legendX2) { width = 0; } else if (labelX2 > legendX1 && labelX2 < legendX2 && labelX1 < legendX1) { width = legendX1 - labelX1; } else Eif (labelX2 > legendX1 && labelX2 > legendX2 && labelX1 < legendX1) { width = legendX1 - labelX1; } return width; }; PolarRadarPanel.prototype.getLabelRegion = function (pointX, pointY, label, anchor) { if (anchor === 'middle') { pointX -= (label.size.width / 2); } else if (anchor === 'end') { pointX -= label.size.width; } pointY -= (label.size.height / 2); return new ej2_svg_base_1.Rect(pointX, pointY, label.size.width, label.size.height); }; PolarRadarPanel.prototype.renderTickLine = function (axis, index, majorTickLine, minorTickLine, gridIndex) { var tickOptions; var chart = this.chart; var direction; var element; Eif (axis.majorTickLines.width > 0) { element = helper_4.getElement(chart.element.id + '_MajorTickLine_' + index + '_' + gridIndex); direction = element ? element.getAttribute('d') : null; tickOptions = new ej2_svg_base_1.PathOption(chart.element.id + '_MajorTickLine_' + index + '_' + gridIndex, 'transparent', axis.majorTickLines.width, axis.majorTickLines.color || chart.themeStyle.majorTickLine, null, null, majorTickLine); element = chart.renderer.drawPath(tickOptions); this.setPointerEventNone(element); helper_2.appendChildElement(chart.enableCanvas, chart.yAxisElements, element, chart.redraw, true, 'x', 'y', null, direction); } if (axis.minorTickLines.width > 0) { element = helper_4.getElement(chart.element.id + '_MinorTickLine_' + index + '_' + gridIndex); direction = element ? element.getAttribute('d') : null; tickOptions = new ej2_svg_base_1.PathOption(chart.element.id + '_MinorTickLine_' + index + '_' + gridIndex, 'transparent', axis.minorTickLines.width, axis.minorTickLines.color || chart.themeStyle.minorTickLine, null, null, minorTickLine); element = chart.renderer.drawPath(tickOptions); this.setPointerEventNone(element); helper_2.appendChildElement(chart.enableCanvas, chart.yAxisElements, element, chart.redraw, true, 'x', 'y', null, direction); } }; PolarRadarPanel.prototype.renderGridLine = function (axis, index, majorGrid, minorGird, gridIndex) { var chart = this.chart; var gridOptions; var direction; var element; if (axis.majorGridLines.width > 0) { element = helper_4.getElement(chart.element.id + '_MajorGridLine_' + index + '_' + gridIndex); direction = element ? element.getAttribute('d') : null; gridOptions = new ej2_svg_base_1.PathOption(chart.element.id + '_MajorGridLine_' + index + '_' + gridIndex, 'transparent', axis.majorGridLines.width, axis.majorGridLines.color || chart.themeStyle.majorGridLine, null, axis.majorGridLines.dashArray, majorGrid); helper_2.appendChildElement(chart.enableCanvas, this.element, chart.renderer.drawPath(gridOptions), chart.redraw, true, 'x', 'y', null, direction); } if (axis.minorGridLines.width > 0) { element = helper_4.getElement(chart.element.id + '_MinorGridLine_' + index + '_' + gridIndex); direction = element ? element.getAttribute('d') : null; gridOptions = new ej2_svg_base_1.PathOption(chart.element.id + '_MinorGridLine_' + index + '_' + gridIndex, 'transparent', axis.minorGridLines.width, axis.minorGridLines.color || chart.themeStyle.minorGridLine, null, axis.minorGridLines.dashArray, minorGird); helper_2.appendChildElement(chart.enableCanvas, this.element, chart.renderer.drawPath(gridOptions), chart.redraw, true, 'x', 'y', null, direction); } }; PolarRadarPanel.prototype.setPointerEventNone = function (element) { Eif (element) { element.style.pointerEvents = 'none'; } }; return PolarRadarPanel; }(line_base_1.LineBase)); exports.PolarRadarPanel = PolarRadarPanel; }); |