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| define(["require", "exports", "../../common/utils/helper", "../../common/utils/helper"], function (require, exports, helper_1, helper_2) {
"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
var ErrorBar = (function () {
function ErrorBar(chart) {
this.chart = chart;
}
ErrorBar.prototype.render = function (series) {
if (this.chart.chartAreaType === 'PolarRadar') {
return null;
}
this.createElement(series);
this.renderErrorBar(series);
};
ErrorBar.prototype.renderErrorBar = function (series) {
var seriesIndex = series.index;
var point;
var symbolId;
var capId;
var errorbar = series.errorBar;
var errorBarCap = series.errorBar.errorBarCap;
var border = series.border;
var start;
var mid;
var end;
var isInverted;
var isVert;
var errorDirection = ['', ''];
for (var _i = 0, _a = series.points; _i < _a.length; _i++) {
var point_1 = _a[_i];
if (point_1.visible && point_1.symbolLocations[0]) {
var errorX = 0;
var errorY = 0;
switch (errorbar.mode) {
case 'Vertical':
errorY = errorbar.verticalError;
break;
case 'Horizontal':
errorX = errorbar.horizontalError;
break;
case 'Both':
errorX = errorbar.horizontalError;
errorY = errorbar.verticalError;
break;
}
errorDirection = this['calculate' + errorbar.type + 'Value'](point_1, series, this.chart.requireInvertedAxis, errorX, errorY);
symbolId = this.chart.element.id + '_Series_' + '_ErrorBarGroup_' + seriesIndex + '_Point_' + point_1.index;
capId = this.chart.element.id + '_Series_' + '_ErrorBarCap_' + seriesIndex + '_Point_' + point_1.index;
var shapeOption = new helper_2.PathOption(symbolId, '', errorbar.width, errorbar.color || this.chart.themeStyle.errorBar, null, '', errorDirection[0]);
var path = this.chart.renderer.drawPath(shapeOption);
series.errorBarElement.appendChild(path);
var capOption = new helper_2.PathOption(capId, '', errorBarCap.width, errorBarCap.color || this.chart.themeStyle.errorBar, null, '', errorDirection[1]);
var capPath = this.chart.renderer.drawPath(capOption);
series.errorBarElement.appendChild(capPath);
}
}
};
ErrorBar.prototype.findLocation = function (point, series, isInverted, x1, y1) {
var errorbar = series.errorBar;
var direction = errorbar.direction;
var location = [];
var stackedValue = series.stackedValues;
var yValue = series.type.indexOf('Stacking') > -1 ? series.stackedValues.endValues[point.index] :
(series.seriesType === 'HighLow' || series.seriesType === 'HighLowOpenClose') ? (series.points[point.index].high) :
point.yValue;
var startPoint = helper_2.getPoint(point.xValue + ((direction === 'Plus' || direction === 'Both') ? (errorbar.type === 'Custom' &&
(errorbar.mode === 'Horizontal' || errorbar.mode === 'Both')) ? x1 = errorbar.horizontalPositiveError : x1 : 0), yValue + ((direction === 'Plus' || direction === 'Both') ? (errorbar.type === 'Custom' &&
(errorbar.mode === 'Vertical' || errorbar.mode === 'Both')) ? y1 = errorbar.verticalPositiveError : y1 : 0), series.xAxis, series.yAxis, isInverted);
location.push(startPoint);
if (series.isRectSeries) {
var midPoint = point.symbolLocations[0];
location.push(midPoint);
}
else {
var midPoint = helper_2.getPoint(point.xValue, point.yValue, series.xAxis, series.yAxis, isInverted);
location.push(midPoint);
}
var endPoint = helper_2.getPoint(point.xValue - ((direction === 'Minus' || direction === 'Both') ? (errorbar.type === 'Custom' &&
(errorbar.mode === 'Horizontal' || errorbar.mode === 'Both')) ? x1 = errorbar.horizontalNegativeError : x1 : 0), yValue - ((direction === 'Minus' || direction === 'Both') ? (errorbar.type === 'Custom' &&
(errorbar.mode === 'Vertical' || errorbar.mode === 'Both')) ? y1 = errorbar.verticalNegativeError : y1 : 0), series.xAxis, series.yAxis, isInverted);
location.push(endPoint);
point.error = (errorbar.mode === 'Vertical') ? errorbar.verticalError : errorbar.horizontalError;
this.negativeHeight = (errorbar.mode === 'Vertical' || errorbar.mode === 'Both') ? (isInverted ? (location[1].x - location[2].x) :
(location[2].y - location[1].y)) : 0;
this.positiveHeight = (errorbar.mode === 'Vertical' || errorbar.mode === 'Both') ? (isInverted ? (location[0].x - location[1].x) :
(location[1].y - location[0].y)) : 0;
return this.getErrorDirection(location[0], location[1], location[2], series, isInverted);
};
ErrorBar.prototype.calculateFixedValue = function (point, series, isInverted, errorX, errorY, xAxis, yAxis) {
var errorbar = series.errorBar;
return this.findLocation(point, series, isInverted, errorX, errorY);
};
ErrorBar.prototype.calculatePercentageValue = function (point, series, isInverted, errorX, errorY, xAxis, yAxis) {
errorX = (errorX / 100) * point.xValue;
errorY = (errorY / 100) * point.yValue;
return this.findLocation(point, series, isInverted, errorX, errorY);
};
ErrorBar.prototype.calculateStandardDeviationValue = function (point, series, isInverted, errorX, errorY, xAxis, yAxis) {
var getMean = this.meanCalculation(series, series.errorBar.mode);
errorX = errorX * (getMean.horizontalSquareRoot + getMean.horizontalMean);
errorY = errorY * (getMean.verticalSquareRoot + getMean.verticalMean);
return this.findLocation(point, series, isInverted, errorX, errorY);
};
ErrorBar.prototype.calculateStandardErrorValue = function (point, series, isInverted, errorX, errorY, xAxis, yAxis) {
var length = series.points.length;
var getMean = this.meanCalculation(series, series.errorBar.mode);
errorX = ((errorX * getMean.horizontalSquareRoot) / Math.sqrt(length));
errorY = ((errorY * getMean.verticalSquareRoot) / Math.sqrt(length));
return this.findLocation(point, series, isInverted, errorX, errorY);
};
ErrorBar.prototype.calculateCustomValue = function (point, series, isInverted, errorX, errorY, xAxis, yAxis) {
var errorbar = series.errorBar;
return this.findLocation(point, series, isInverted, errorX, errorY);
};
ErrorBar.prototype.getHorizontalDirection = function (start, mid, end, direction, errorMode, capLength) {
var path = '';
var capDirection = '';
path += ' M ' + start.x + ' ' + mid.y + ' L ' + end.x + ' ' + mid.y;
capDirection += (direction === 'Plus' || direction === 'Both') ? ' M ' + (start.x) + ' ' + (mid.y - capLength) + ' L '
+ (start.x) + ' ' + (mid.y + capLength) : '';
capDirection += (direction === 'Minus' || direction === 'Both') ? ' M ' + (end.x) + ' ' + (mid.y - capLength) + ' L '
+ (end.x) + ' ' + (mid.y + capLength) : ' ';
return [path, capDirection];
};
ErrorBar.prototype.getVerticalDirection = function (start, mid, end, direction, errorMode, capLength) {
var path = '';
var capDirection = '';
path += ' M ' + mid.x + ' ' + start.y + ' L ' + mid.x + ' ' + end.y;
capDirection += (direction === 'Plus' || direction === 'Both') ? ' M ' + (mid.x - capLength) + ' ' + start.y + ' L '
+ (mid.x + capLength) + ' ' + start.y : '';
capDirection += (direction === 'Minus' || direction === 'Both') ? ' M ' + (mid.x - capLength) + ' ' + end.y + ' L '
+ (mid.x + capLength) + ' ' + end.y : '';
return [path, capDirection];
};
ErrorBar.prototype.getBothDirection = function (start, mid, end, direction, errorMode, capLength) {
var capDirection = '';
var path = '';
var pathH = this.getHorizontalDirection(start, mid, end, direction, errorMode, capLength);
var pathV = this.getVerticalDirection(start, mid, end, direction, errorMode, capLength);
path = pathH[0].concat(pathV[0]);
capDirection = pathH[1].concat(pathV[1]);
return [path, capDirection];
};
ErrorBar.prototype.getErrorDirection = function (start, mid, end, series, isInverted) {
var direction = series.errorBar.direction;
var mode = series.errorBar.mode;
var capLength = series.errorBar.errorBarCap.length;
var path = '';
var paths;
var capDirection = '';
var errorMode = mode;
switch (mode) {
case 'Both':
errorMode = mode;
break;
case 'Horizontal':
errorMode = (isInverted) ? 'Vertical' : mode;
break;
case 'Vertical':
errorMode = (isInverted) ? 'Horizontal' : mode;
break;
}
switch (errorMode) {
case 'Horizontal':
paths = this.getHorizontalDirection(start, mid, end, direction, errorMode, capLength);
break;
case 'Vertical':
paths = this.getVerticalDirection(start, mid, end, direction, errorMode, capLength);
break;
case 'Both':
paths = this.getBothDirection(start, mid, end, direction, errorMode, capLength);
break;
}
return [paths[0], paths[1]];
};
ErrorBar.prototype.meanCalculation = function (series, mode) {
var sumOfX = 0;
var sumOfY = 0;
var verticalMean = 0;
var horizontalMean = 0;
var horSquareDev;
var verStandardMean;
var horStandardMean;
var verSquareTotal;
var horSquareTotal;
var verSquareRoot;
var horSquareRoot;
var length = series.points.length;
switch (mode) {
case 'Vertical':
sumOfY = helper_2.sum(series.yData);
verticalMean = sumOfY / length;
break;
case 'Horizontal':
sumOfX = helper_2.sum(series.xData);
horizontalMean = sumOfX / length;
break;
case 'Both':
sumOfY = helper_2.sum(series.yData);
verticalMean = sumOfY / length;
sumOfX = helper_2.sum(series.xData);
horizontalMean = sumOfX / length;
}
for (var _i = 0, _a = series.points; _i < _a.length; _i++) {
var point = _a[_i];
if (mode === 'Vertical') {
sumOfY = sumOfY + Math.pow((point.yValue - verticalMean), 2);
}
else if (mode === 'Horizontal') {
sumOfX = sumOfX + Math.pow((point.xValue - horizontalMean), 2);
}
else {
sumOfY = sumOfY + Math.pow((point.yValue - verticalMean), 2);
sumOfX = sumOfX + Math.pow((point.xValue - horizontalMean), 2);
}
}
verStandardMean = sumOfY / (length - 1);
verSquareRoot = Math.sqrt(sumOfY / (length - 1));
horStandardMean = sumOfX / (length - 1);
horSquareRoot = Math.sqrt(sumOfX / (length - 1));
return new helper_1.Mean(verStandardMean, verSquareRoot, horStandardMean, horSquareRoot, verticalMean, horizontalMean);
};
ErrorBar.prototype.createElement = function (series) {
var explodeValue = 5;
var render = series.chart.renderer;
var transform;
transform = series.chart.chartAreaType === 'Cartesian' ? 'translate(' + series.clipRect.x + ',' + (series.clipRect.y) + ')' : '';
var markerHeight = (series.marker.height + explodeValue) / 2;
var markerWidth = (series.marker.width + explodeValue) / 2;
Eif (series.chart.chartAreaType === 'Cartesian') {
var errorBarClipRect = render.drawClipPath(new helper_1.RectOption(this.chart.element.id + '_ChartErrorBarClipRect_' + series.index, 'transparent', { width: 1, color: 'Gray' }, 1, {
x: -markerWidth, y: -markerHeight,
width: series.clipRect.width + markerWidth * 2, height: series.clipRect.height + markerHeight * 2
}));
series.errorBarElement = render.createGroup({
'id': this.chart.element.id + 'ErrorBarGroup' + series.index,
'transform': transform,
'clip-path': 'url(#' + this.chart.element.id + '_ChartErrorBarClipRect_' + series.index + ')'
});
series.errorBarElement.appendChild(errorBarClipRect);
}
};
ErrorBar.prototype.doErrorBarAnimation = function (series) {
var errorBarElements = series.errorBarElement.childNodes;
Iif (!errorBarElements) {
return null;
}
var delay = series.animation.delay + series.animation.duration;
var j = 1;
while (j < errorBarElements.length) {
for (var i = 0; i < series.points.length; i++) {
Iif (!series.points[i].symbolLocations[0]) {
continue;
}
errorBarElements[j].style.visibility = 'hidden';
helper_2.templateAnimate(errorBarElements[j], delay, 350, series.chart.requireInvertedAxis ? 'SlideLeftIn' : 'SlideBottomIn', false);
}
j++;
}
};
ErrorBar.prototype.getModuleName = function () {
return 'ErrorBar';
};
ErrorBar.prototype.destroy = function (chart) {
};
return ErrorBar;
}());
exports.ErrorBar = ErrorBar;
});
|