/**
* Kendo UI v2016.1.112 (http://www.telerik.com/kendo-ui)
* Copyright 2016 Telerik AD. All rights reserved.
*
* Kendo UI commercial licenses may be obtained at
* http://www.telerik.com/purchase/license-agreement/kendo-ui-complete
* If you do not own a commercial license, this file shall be governed by the trial license terms.
*/
(function (f, define) {
define('util/main', ['kendo.core'], f);
}(function () {
(function () {
var math = Math, kendo = window.kendo, deepExtend = kendo.deepExtend;
var DEG_TO_RAD = math.PI / 180, MAX_NUM = Number.MAX_VALUE, MIN_NUM = -Number.MAX_VALUE, UNDEFINED = 'undefined';
function defined(value) {
return typeof value !== UNDEFINED;
}
function round(value, precision) {
var power = pow(precision);
return math.round(value * power) / power;
}
function pow(p) {
if (p) {
return math.pow(10, p);
} else {
return 1;
}
}
function limitValue(value, min, max) {
return math.max(math.min(value, max), min);
}
function rad(degrees) {
return degrees * DEG_TO_RAD;
}
function deg(radians) {
return radians / DEG_TO_RAD;
}
function isNumber(val) {
return typeof val === 'number' && !isNaN(val);
}
function valueOrDefault(value, defaultValue) {
return defined(value) ? value : defaultValue;
}
function sqr(value) {
return value * value;
}
function objectKey(object) {
var parts = [];
for (var key in object) {
parts.push(key + object[key]);
}
return parts.sort().join('');
}
function hashKey(str) {
var hash = 2166136261;
for (var i = 0; i < str.length; ++i) {
hash += (hash << 1) + (hash << 4) + (hash << 7) + (hash << 8) + (hash << 24);
hash ^= str.charCodeAt(i);
}
return hash >>> 0;
}
function hashObject(object) {
return hashKey(objectKey(object));
}
var now = Date.now;
if (!now) {
now = function () {
return new Date().getTime();
};
}
function arrayLimits(arr) {
var length = arr.length, i, min = MAX_NUM, max = MIN_NUM;
for (i = 0; i < length; i++) {
max = math.max(max, arr[i]);
min = math.min(min, arr[i]);
}
return {
min: min,
max: max
};
}
function arrayMin(arr) {
return arrayLimits(arr).min;
}
function arrayMax(arr) {
return arrayLimits(arr).max;
}
function sparseArrayMin(arr) {
return sparseArrayLimits(arr).min;
}
function sparseArrayMax(arr) {
return sparseArrayLimits(arr).max;
}
function sparseArrayLimits(arr) {
var min = MAX_NUM, max = MIN_NUM;
for (var i = 0, length = arr.length; i < length; i++) {
var n = arr[i];
if (n !== null && isFinite(n)) {
min = math.min(min, n);
max = math.max(max, n);
}
}
return {
min: min === MAX_NUM ? undefined : min,
max: max === MIN_NUM ? undefined : max
};
}
function last(array) {
if (array) {
return array[array.length - 1];
}
}
function append(first, second) {
first.push.apply(first, second);
return first;
}
function renderTemplate(text) {
return kendo.template(text, {
useWithBlock: false,
paramName: 'd'
});
}
function renderAttr(name, value) {
return defined(value) && value !== null ? ' ' + name + '=\'' + value + '\' ' : '';
}
function renderAllAttr(attrs) {
var output = '';
for (var i = 0; i < attrs.length; i++) {
output += renderAttr(attrs[i][0], attrs[i][1]);
}
return output;
}
function renderStyle(attrs) {
var output = '';
for (var i = 0; i < attrs.length; i++) {
var value = attrs[i][1];
if (defined(value)) {
output += attrs[i][0] + ':' + value + ';';
}
}
if (output !== '') {
return output;
}
}
function renderSize(size) {
if (typeof size !== 'string') {
size += 'px';
}
return size;
}
function renderPos(pos) {
var result = [];
if (pos) {
var parts = kendo.toHyphens(pos).split('-');
for (var i = 0; i < parts.length; i++) {
result.push('k-pos-' + parts[i]);
}
}
return result.join(' ');
}
function isTransparent(color) {
return color === '' || color === null || color === 'none' || color === 'transparent' || !defined(color);
}
function arabicToRoman(n) {
var literals = {
1: 'i',
10: 'x',
100: 'c',
2: 'ii',
20: 'xx',
200: 'cc',
3: 'iii',
30: 'xxx',
300: 'ccc',
4: 'iv',
40: 'xl',
400: 'cd',
5: 'v',
50: 'l',
500: 'd',
6: 'vi',
60: 'lx',
600: 'dc',
7: 'vii',
70: 'lxx',
700: 'dcc',
8: 'viii',
80: 'lxxx',
800: 'dccc',
9: 'ix',
90: 'xc',
900: 'cm',
1000: 'm'
};
var values = [
1000,
900,
800,
700,
600,
500,
400,
300,
200,
100,
90,
80,
70,
60,
50,
40,
30,
20,
10,
9,
8,
7,
6,
5,
4,
3,
2,
1
];
var roman = '';
while (n > 0) {
if (n < values[0]) {
values.shift();
} else {
roman += literals[values[0]];
n -= values[0];
}
}
return roman;
}
function romanToArabic(r) {
r = r.toLowerCase();
var digits = {
i: 1,
v: 5,
x: 10,
l: 50,
c: 100,
d: 500,
m: 1000
};
var value = 0, prev = 0;
for (var i = 0; i < r.length; ++i) {
var v = digits[r.charAt(i)];
if (!v) {
return null;
}
value += v;
if (v > prev) {
value -= 2 * prev;
}
prev = v;
}
return value;
}
function memoize(f) {
var cache = Object.create(null);
return function () {
var id = '';
for (var i = arguments.length; --i >= 0;) {
id += ':' + arguments[i];
}
if (id in cache) {
return cache[id];
}
return f.apply(this, arguments);
};
}
function ucs2decode(string) {
var output = [], counter = 0, length = string.length, value, extra;
while (counter < length) {
value = string.charCodeAt(counter++);
if (value >= 55296 && value <= 56319 && counter < length) {
extra = string.charCodeAt(counter++);
if ((extra & 64512) == 56320) {
output.push(((value & 1023) << 10) + (extra & 1023) + 65536);
} else {
output.push(value);
counter--;
}
} else {
output.push(value);
}
}
return output;
}
function ucs2encode(array) {
return array.map(function (value) {
var output = '';
if (value > 65535) {
value -= 65536;
output += String.fromCharCode(value >>> 10 & 1023 | 55296);
value = 56320 | value & 1023;
}
output += String.fromCharCode(value);
return output;
}).join('');
}
deepExtend(kendo, {
util: {
MAX_NUM: MAX_NUM,
MIN_NUM: MIN_NUM,
append: append,
arrayLimits: arrayLimits,
arrayMin: arrayMin,
arrayMax: arrayMax,
defined: defined,
deg: deg,
hashKey: hashKey,
hashObject: hashObject,
isNumber: isNumber,
isTransparent: isTransparent,
last: last,
limitValue: limitValue,
now: now,
objectKey: objectKey,
round: round,
rad: rad,
renderAttr: renderAttr,
renderAllAttr: renderAllAttr,
renderPos: renderPos,
renderSize: renderSize,
renderStyle: renderStyle,
renderTemplate: renderTemplate,
sparseArrayLimits: sparseArrayLimits,
sparseArrayMin: sparseArrayMin,
sparseArrayMax: sparseArrayMax,
sqr: sqr,
valueOrDefault: valueOrDefault,
romanToArabic: romanToArabic,
arabicToRoman: arabicToRoman,
memoize: memoize,
ucs2encode: ucs2encode,
ucs2decode: ucs2decode
}
});
kendo.drawing.util = kendo.util;
kendo.dataviz.util = kendo.util;
}());
return window.kendo;
}, typeof define == 'function' && define.amd ? define : function (a1, a2, a3) {
(a3 || a2)();
}));
(function (f, define) {
define('util/text-metrics', [
'kendo.core',
'util/main'
], f);
}(function () {
(function ($) {
var doc = document, kendo = window.kendo, Class = kendo.Class, util = kendo.util, defined = util.defined;
var LRUCache = Class.extend({
init: function (size) {
this._size = size;
this._length = 0;
this._map = {};
},
put: function (key, value) {
var lru = this, map = lru._map, entry = {
key: key,
value: value
};
map[key] = entry;
if (!lru._head) {
lru._head = lru._tail = entry;
} else {
lru._tail.newer = entry;
entry.older = lru._tail;
lru._tail = entry;
}
if (lru._length >= lru._size) {
map[lru._head.key] = null;
lru._head = lru._head.newer;
lru._head.older = null;
} else {
lru._length++;
}
},
get: function (key) {
var lru = this, entry = lru._map[key];
if (entry) {
if (entry === lru._head && entry !== lru._tail) {
lru._head = entry.newer;
lru._head.older = null;
}
if (entry !== lru._tail) {
if (entry.older) {
entry.older.newer = entry.newer;
entry.newer.older = entry.older;
}
entry.older = lru._tail;
entry.newer = null;
lru._tail.newer = entry;
lru._tail = entry;
}
return entry.value;
}
}
});
var defaultMeasureBox = $('')[0];
var TextMetrics = Class.extend({
init: function (options) {
this._cache = new LRUCache(1000);
this._initOptions(options);
},
options: { baselineMarkerSize: 1 },
measure: function (text, style, box) {
var styleKey = util.objectKey(style), cacheKey = util.hashKey(text + styleKey), cachedResult = this._cache.get(cacheKey);
if (cachedResult) {
return cachedResult;
}
var size = {
width: 0,
height: 0,
baseline: 0
};
var measureBox = box ? box : defaultMeasureBox;
var baselineMarker = this._baselineMarker().cloneNode(false);
for (var key in style) {
var value = style[key];
if (defined(value)) {
measureBox.style[key] = value;
}
}
$(measureBox).text(text);
measureBox.appendChild(baselineMarker);
doc.body.appendChild(measureBox);
if ((text + '').length) {
size.width = measureBox.offsetWidth - this.options.baselineMarkerSize;
size.height = measureBox.offsetHeight;
size.baseline = baselineMarker.offsetTop + this.options.baselineMarkerSize;
}
if (size.width > 0 && size.height > 0) {
this._cache.put(cacheKey, size);
}
measureBox.parentNode.removeChild(measureBox);
return size;
},
_baselineMarker: function () {
return $('')[0];
}
});
TextMetrics.current = new TextMetrics();
function measureText(text, style, measureBox) {
return TextMetrics.current.measure(text, style, measureBox);
}
kendo.util.TextMetrics = TextMetrics;
kendo.util.LRUCache = LRUCache;
kendo.util.measureText = measureText;
}(window.kendo.jQuery));
}, typeof define == 'function' && define.amd ? define : function (a1, a2, a3) {
(a3 || a2)();
}));
(function (f, define) {
define('util/base64', ['util/main'], f);
}(function () {
(function () {
var kendo = window.kendo, deepExtend = kendo.deepExtend, fromCharCode = String.fromCharCode;
var KEY_STR = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=';
function encodeBase64(input) {
var output = '';
var chr1, chr2, chr3, enc1, enc2, enc3, enc4;
var i = 0;
input = encodeUTF8(input);
while (i < input.length) {
chr1 = input.charCodeAt(i++);
chr2 = input.charCodeAt(i++);
chr3 = input.charCodeAt(i++);
enc1 = chr1 >> 2;
enc2 = (chr1 & 3) << 4 | chr2 >> 4;
enc3 = (chr2 & 15) << 2 | chr3 >> 6;
enc4 = chr3 & 63;
if (isNaN(chr2)) {
enc3 = enc4 = 64;
} else if (isNaN(chr3)) {
enc4 = 64;
}
output = output + KEY_STR.charAt(enc1) + KEY_STR.charAt(enc2) + KEY_STR.charAt(enc3) + KEY_STR.charAt(enc4);
}
return output;
}
function encodeUTF8(input) {
var output = '';
for (var i = 0; i < input.length; i++) {
var c = input.charCodeAt(i);
if (c < 128) {
output += fromCharCode(c);
} else if (c < 2048) {
output += fromCharCode(192 | c >>> 6);
output += fromCharCode(128 | c & 63);
} else if (c < 65536) {
output += fromCharCode(224 | c >>> 12);
output += fromCharCode(128 | c >>> 6 & 63);
output += fromCharCode(128 | c & 63);
}
}
return output;
}
deepExtend(kendo.util, {
encodeBase64: encodeBase64,
encodeUTF8: encodeUTF8
});
}());
return window.kendo;
}, typeof define == 'function' && define.amd ? define : function (a1, a2, a3) {
(a3 || a2)();
}));
(function (f, define) {
define('mixins/observers', ['kendo.core'], f);
}(function () {
(function ($) {
var math = Math, kendo = window.kendo, deepExtend = kendo.deepExtend, inArray = $.inArray;
var ObserversMixin = {
observers: function () {
this._observers = this._observers || [];
return this._observers;
},
addObserver: function (element) {
if (!this._observers) {
this._observers = [element];
} else {
this._observers.push(element);
}
return this;
},
removeObserver: function (element) {
var observers = this.observers();
var index = inArray(element, observers);
if (index != -1) {
observers.splice(index, 1);
}
return this;
},
trigger: function (methodName, event) {
var observers = this._observers;
var observer;
var idx;
if (observers && !this._suspended) {
for (idx = 0; idx < observers.length; idx++) {
observer = observers[idx];
if (observer[methodName]) {
observer[methodName](event);
}
}
}
return this;
},
optionsChange: function (e) {
this.trigger('optionsChange', e);
},
geometryChange: function (e) {
this.trigger('geometryChange', e);
},
suspend: function () {
this._suspended = (this._suspended || 0) + 1;
return this;
},
resume: function () {
this._suspended = math.max((this._suspended || 0) - 1, 0);
return this;
},
_observerField: function (field, value) {
if (this[field]) {
this[field].removeObserver(this);
}
this[field] = value;
value.addObserver(this);
}
};
deepExtend(kendo, { mixins: { ObserversMixin: ObserversMixin } });
}(window.kendo.jQuery));
return window.kendo;
}, typeof define == 'function' && define.amd ? define : function (a1, a2, a3) {
(a3 || a2)();
}));
(function (f, define) {
define('kendo.dataviz.chart.polar', [
'kendo.dataviz.chart',
'kendo.drawing'
], f);
}(function () {
var __meta__ = {
id: 'dataviz.chart.polar',
name: 'Polar Charts',
category: 'dataviz',
depends: ['dataviz.chart'],
hidden: true
};
(function ($, undefined) {
var math = Math, kendo = window.kendo, deepExtend = kendo.deepExtend, util = kendo.util, append = util.append, draw = kendo.drawing, geom = kendo.geometry, dataviz = kendo.dataviz, AreaSegment = dataviz.AreaSegment, Axis = dataviz.Axis, AxisGroupRangeTracker = dataviz.AxisGroupRangeTracker, BarChart = dataviz.BarChart, Box2D = dataviz.Box2D, CategoryAxis = dataviz.CategoryAxis, CategoricalChart = dataviz.CategoricalChart, CategoricalPlotArea = dataviz.CategoricalPlotArea, ChartElement = dataviz.ChartElement, CurveProcessor = dataviz.CurveProcessor, DonutSegment = dataviz.DonutSegment, LineChart = dataviz.LineChart, LineSegment = dataviz.LineSegment, LogarithmicAxis = dataviz.LogarithmicAxis, NumericAxis = dataviz.NumericAxis, PlotAreaBase = dataviz.PlotAreaBase, PlotAreaFactory = dataviz.PlotAreaFactory, Point2D = dataviz.Point2D, Ring = dataviz.Ring, ScatterChart = dataviz.ScatterChart, ScatterLineChart = dataviz.ScatterLineChart, SeriesBinder = dataviz.SeriesBinder, ShapeBuilder = dataviz.ShapeBuilder, SplineSegment = dataviz.SplineSegment, SplineAreaSegment = dataviz.SplineAreaSegment, getSpacing = dataviz.getSpacing, filterSeriesByType = dataviz.filterSeriesByType, limitValue = util.limitValue, round = dataviz.round;
var ARC = 'arc', BLACK = '#000', COORD_PRECISION = dataviz.COORD_PRECISION, DEFAULT_PADDING = 0.15, DEG_TO_RAD = math.PI / 180, GAP = 'gap', INTERPOLATE = 'interpolate', LOGARITHMIC = 'log', PLOT_AREA_CLICK = 'plotAreaClick', POLAR_AREA = 'polarArea', POLAR_LINE = 'polarLine', POLAR_SCATTER = 'polarScatter', RADAR_AREA = 'radarArea', RADAR_COLUMN = 'radarColumn', RADAR_LINE = 'radarLine', SMOOTH = 'smooth', X = 'x', Y = 'y', ZERO = 'zero', POLAR_CHARTS = [
POLAR_AREA,
POLAR_LINE,
POLAR_SCATTER
], RADAR_CHARTS = [
RADAR_AREA,
RADAR_COLUMN,
RADAR_LINE
];
var GridLinesMixin = {
createGridLines: function (altAxis) {
var axis = this, options = axis.options, radius = math.abs(axis.box.center().y - altAxis.lineBox().y1), majorAngles, minorAngles, skipMajor = false, gridLines = [];
if (options.majorGridLines.visible) {
majorAngles = axis.majorGridLineAngles(altAxis);
skipMajor = true;
gridLines = axis.renderMajorGridLines(majorAngles, radius, options.majorGridLines);
}
if (options.minorGridLines.visible) {
minorAngles = axis.minorGridLineAngles(altAxis, skipMajor);
append(gridLines, axis.renderMinorGridLines(minorAngles, radius, options.minorGridLines, altAxis, skipMajor));
}
return gridLines;
},
renderMajorGridLines: function (angles, radius, options) {
return this.renderGridLines(angles, radius, options);
},
renderMinorGridLines: function (angles, radius, options, altAxis, skipMajor) {
var radiusCallback = this.radiusCallback && this.radiusCallback(radius, altAxis, skipMajor);
return this.renderGridLines(angles, radius, options, radiusCallback);
},
renderGridLines: function (angles, radius, options, radiusCallback) {
var style = {
stroke: {
width: options.width,
color: options.color,
dashType: options.dashType
}
};
var center = this.box.center();
var circle = new geom.Circle([
center.x,
center.y
], radius);
var container = this.gridLinesVisual();
for (var i = 0; i < angles.length; i++) {
var line = new draw.Path(style);
if (radiusCallback) {
circle.radius = radiusCallback(angles[i]);
}
line.moveTo(circle.center).lineTo(circle.pointAt(angles[i]));
container.append(line);
}
return container.children;
},
gridLineAngles: function (altAxis, size, skip, step, skipAngles) {
var axis = this, divs = axis.intervals(size, skip, step, skipAngles), options = altAxis.options, altAxisVisible = options.visible && (options.line || {}).visible !== false;
return $.map(divs, function (d) {
var alpha = axis.intervalAngle(d);
if (!altAxisVisible || alpha !== 90) {
return alpha;
}
});
}
};
var RadarCategoryAxis = CategoryAxis.extend({
options: {
startAngle: 90,
labels: { margin: getSpacing(10) },
majorGridLines: { visible: true },
justified: true
},
range: function () {
return {
min: 0,
max: this.options.categories.length
};
},
reflow: function (box) {
this.box = box;
this.reflowLabels();
},
lineBox: function () {
return this.box;
},
reflowLabels: function () {
var axis = this, labelOptions = axis.options.labels, skip = labelOptions.skip || 0, step = labelOptions.step || 1, measureBox = new Box2D(), labels = axis.labels, labelBox, i;
for (i = 0; i < labels.length; i++) {
labels[i].reflow(measureBox);
labelBox = labels[i].box;
labels[i].reflow(axis.getSlot(skip + i * step).adjacentBox(0, labelBox.width(), labelBox.height()));
}
},
intervals: function (size, skip, step, skipAngles) {
var axis = this, options = axis.options, categories = options.categories.length, angle = 0, divCount = categories / size || 1, divAngle = 360 / divCount, divs = [], i;
skip = skip || 0;
step = step || 1;
for (i = skip; i < divCount; i += step) {
if (options.reverse) {
angle = 360 - i * divAngle;
} else {
angle = i * divAngle;
}
angle = round(angle, COORD_PRECISION) % 360;
if (!(skipAngles && dataviz.inArray(angle, skipAngles))) {
divs.push(angle);
}
}
return divs;
},
majorIntervals: function () {
return this.intervals(1);
},
minorIntervals: function () {
return this.intervals(0.5);
},
intervalAngle: function (interval) {
return (360 + interval + this.options.startAngle) % 360;
},
majorAngles: function () {
return $.map(this.majorIntervals(), $.proxy(this.intervalAngle, this));
},
createLine: function () {
return [];
},
majorGridLineAngles: function (altAxis) {
var majorGridLines = this.options.majorGridLines;
return this.gridLineAngles(altAxis, 1, majorGridLines.skip, majorGridLines.step);
},
minorGridLineAngles: function (altAxis, skipMajor) {
var options = this.options;
var minorGridLines = options.minorGridLines;
var majorGridLines = options.majorGridLines;
var majorGridLineAngles = skipMajor ? this.intervals(1, majorGridLines.skip, majorGridLines.step) : null;
return this.gridLineAngles(altAxis, 0.5, minorGridLines.skip, minorGridLines.step, majorGridLineAngles);
},
radiusCallback: function (radius, altAxis, skipMajor) {
if (altAxis.options.type !== ARC) {
var minorAngle = 360 / (this.options.categories.length * 2);
var minorRadius = math.cos(minorAngle * DEG_TO_RAD) * radius;
var majorAngles = this.majorAngles();
var radiusCallback = function (angle) {
if (!skipMajor && dataviz.inArray(angle, majorAngles)) {
return radius;
} else {
return minorRadius;
}
};
return radiusCallback;
}
},
createPlotBands: function () {
var axis = this, options = axis.options, plotBands = options.plotBands || [], i, band, slot, singleSlot, head, tail;
var group = this._plotbandGroup = new draw.Group({ zIndex: -1 });
for (i = 0; i < plotBands.length; i++) {
band = plotBands[i];
slot = axis.plotBandSlot(band);
singleSlot = axis.getSlot(band.from);
head = band.from - math.floor(band.from);
slot.startAngle += head * singleSlot.angle;
tail = math.ceil(band.to) - band.to;
slot.angle -= (tail + head) * singleSlot.angle;
var ring = ShapeBuilder.current.createRing(slot, {
fill: {
color: band.color,
opacity: band.opacity
},
stroke: { opacity: band.opacity }
});
group.append(ring);
}
axis.appendVisual(group);
},
plotBandSlot: function (band) {
return this.getSlot(band.from, band.to - 1);
},
getSlot: function (from, to) {
var axis = this, options = axis.options, justified = options.justified, box = axis.box, divs = axis.majorAngles(), totalDivs = divs.length, slots, slotAngle = 360 / totalDivs, slotStart, angle;
if (options.reverse && !justified) {
from = (from + 1) % totalDivs;
}
from = limitValue(math.floor(from), 0, totalDivs - 1);
slotStart = divs[from];
if (justified) {
slotStart = slotStart - slotAngle / 2;
if (slotStart < 0) {
slotStart += 360;
}
}
to = limitValue(math.ceil(to || from), from, totalDivs - 1);
slots = to - from + 1;
angle = slotAngle * slots;
return new Ring(box.center(), 0, box.height() / 2, slotStart, angle);
},
slot: function (from, to) {
var slot = this.getSlot(from, to);
var startAngle = slot.startAngle + 180;
var endAngle = startAngle + slot.angle;
return new geom.Arc([
slot.c.x,
slot.c.y
], {
startAngle: startAngle,
endAngle: endAngle,
radiusX: slot.r,
radiusY: slot.r
});
},
pointCategoryIndex: function (point) {
var axis = this, index = null, i, length = axis.options.categories.length, slot;
for (i = 0; i < length; i++) {
slot = axis.getSlot(i);
if (slot.containsPoint(point)) {
index = i;
break;
}
}
return index;
}
});
deepExtend(RadarCategoryAxis.fn, GridLinesMixin);
var RadarNumericAxisMixin = {
options: { majorGridLines: { visible: true } },
createPlotBands: function () {
var axis = this, options = axis.options, plotBands = options.plotBands || [], type = options.majorGridLines.type, altAxis = axis.plotArea.polarAxis, majorAngles = altAxis.majorAngles(), center = altAxis.box.center(), i, band, bandStyle, slot, ring;
var group = this._plotbandGroup = new draw.Group({ zIndex: -1 });
for (i = 0; i < plotBands.length; i++) {
band = plotBands[i];
bandStyle = {
fill: {
color: band.color,
opacity: band.opacity
},
stroke: { opacity: band.opacity }
};
slot = axis.getSlot(band.from, band.to, true);
ring = new Ring(center, center.y - slot.y2, center.y - slot.y1, 0, 360);
var shape;
if (type === ARC) {
shape = ShapeBuilder.current.createRing(ring, bandStyle);
} else {
shape = draw.Path.fromPoints(axis.plotBandPoints(ring, majorAngles), bandStyle).close();
}
group.append(shape);
}
axis.appendVisual(group);
},
plotBandPoints: function (ring, angles) {
var innerPoints = [], outerPoints = [];
var center = [
ring.c.x,
ring.c.y
];
var innerCircle = new geom.Circle(center, ring.ir);
var outerCircle = new geom.Circle(center, ring.r);
for (var i = 0; i < angles.length; i++) {
innerPoints.push(innerCircle.pointAt(angles[i]));
outerPoints.push(outerCircle.pointAt(angles[i]));
}
innerPoints.reverse();
innerPoints.push(innerPoints[0]);
outerPoints.push(outerPoints[0]);
return outerPoints.concat(innerPoints);
},
createGridLines: function (altAxis) {
var axis = this, options = axis.options, majorTicks = axis.radarMajorGridLinePositions(), majorAngles = altAxis.majorAngles(), minorTicks, center = altAxis.box.center(), gridLines = [];
if (options.majorGridLines.visible) {
gridLines = axis.renderGridLines(center, majorTicks, majorAngles, options.majorGridLines);
}
if (options.minorGridLines.visible) {
minorTicks = axis.radarMinorGridLinePositions();
append(gridLines, axis.renderGridLines(center, minorTicks, majorAngles, options.minorGridLines));
}
return gridLines;
},
renderGridLines: function (center, ticks, angles, options) {
var tickRadius, tickIx, angleIx;
var style = {
stroke: {
width: options.width,
color: options.color,
dashType: options.dashType
}
};
var container = this.gridLinesVisual();
for (tickIx = 0; tickIx < ticks.length; tickIx++) {
tickRadius = center.y - ticks[tickIx];
if (tickRadius > 0) {
var circle = new geom.Circle([
center.x,
center.y
], tickRadius);
if (options.type === ARC) {
container.append(new draw.Circle(circle, style));
} else {
var line = new draw.Path(style);
for (angleIx = 0; angleIx < angles.length; angleIx++) {
line.lineTo(circle.pointAt(angles[angleIx]));
}
line.close();
container.append(line);
}
}
}
return container.children;
},
getValue: function (point) {
var axis = this, options = axis.options, lineBox = axis.lineBox(), altAxis = axis.plotArea.polarAxis, majorAngles = altAxis.majorAngles(), center = altAxis.box.center(), r = point.distanceTo(center), distance = r;
if (options.majorGridLines.type !== ARC && majorAngles.length > 1) {
var dx = point.x - center.x, dy = point.y - center.y, theta = (math.atan2(dy, dx) / DEG_TO_RAD + 540) % 360;
majorAngles.sort(function (a, b) {
return angularDistance(a, theta) - angularDistance(b, theta);
});
var midAngle = angularDistance(majorAngles[0], majorAngles[1]) / 2, alpha = angularDistance(theta, majorAngles[0]), gamma = 90 - midAngle, beta = 180 - alpha - gamma;
distance = r * (math.sin(beta * DEG_TO_RAD) / math.sin(gamma * DEG_TO_RAD));
}
return axis.axisType().fn.getValue.call(axis, new Point2D(lineBox.x1, lineBox.y2 - distance));
}
};
var RadarNumericAxis = NumericAxis.extend({
radarMajorGridLinePositions: function () {
return this.getTickPositions(this.options.majorUnit);
},
radarMinorGridLinePositions: function () {
var axis = this, options = axis.options, minorSkipStep = 0;
if (options.majorGridLines.visible) {
minorSkipStep = options.majorUnit;
}
return axis.getTickPositions(options.minorUnit, minorSkipStep);
},
axisType: function () {
return NumericAxis;
}
});
deepExtend(RadarNumericAxis.fn, RadarNumericAxisMixin);
var RadarLogarithmicAxis = LogarithmicAxis.extend({
radarMajorGridLinePositions: function () {
var axis = this, positions = [];
axis.traverseMajorTicksPositions(function (position) {
positions.push(position);
}, axis.options.majorGridLines);
return positions;
},
radarMinorGridLinePositions: function () {
var axis = this, positions = [];
axis.traverseMinorTicksPositions(function (position) {
positions.push(position);
}, axis.options.minorGridLines);
return positions;
},
axisType: function () {
return LogarithmicAxis;
}
});
deepExtend(RadarLogarithmicAxis.fn, RadarNumericAxisMixin);
var PolarAxis = Axis.extend({
init: function (options) {
var axis = this;
Axis.fn.init.call(axis, options);
options = axis.options;
options.minorUnit = options.minorUnit || axis.options.majorUnit / 2;
},
options: {
type: 'polar',
startAngle: 0,
reverse: false,
majorUnit: 60,
min: 0,
max: 360,
labels: { margin: getSpacing(10) },
majorGridLines: {
color: BLACK,
visible: true,
width: 1
},
minorGridLines: { color: '#aaa' }
},
getDivisions: function (stepValue) {
return NumericAxis.fn.getDivisions.call(this, stepValue) - 1;
},
reflow: function (box) {
this.box = box;
this.reflowLabels();
},
reflowLabels: function () {
var axis = this, options = axis.options, labelOptions = options.labels, skip = labelOptions.skip || 0, step = labelOptions.step || 1, measureBox = new Box2D(), divs = axis.intervals(options.majorUnit, skip, step), labels = axis.labels, labelBox, i;
for (i = 0; i < labels.length; i++) {
labels[i].reflow(measureBox);
labelBox = labels[i].box;
labels[i].reflow(axis.getSlot(divs[i]).adjacentBox(0, labelBox.width(), labelBox.height()));
}
},
lineBox: function () {
return this.box;
},
intervals: function (size, skip, step, skipAngles) {
var axis = this, options = axis.options, divisions = axis.getDivisions(size), min = options.min, current, divs = [], i;
skip = skip || 0;
step = step || 1;
for (i = skip; i < divisions; i += step) {
current = (360 + min + i * size) % 360;
if (!(skipAngles && dataviz.inArray(current, skipAngles))) {
divs.push(current);
}
}
return divs;
},
majorIntervals: function () {
return this.intervals(this.options.majorUnit);
},
minorIntervals: function () {
return this.intervals(this.options.minorUnit);
},
intervalAngle: function (i) {
return (540 - i - this.options.startAngle) % 360;
},
majorAngles: RadarCategoryAxis.fn.majorAngles,
createLine: function () {
return [];
},
majorGridLineAngles: function (altAxis) {
var majorGridLines = this.options.majorGridLines;
return this.gridLineAngles(altAxis, this.options.majorUnit, majorGridLines.skip, majorGridLines.step);
},
minorGridLineAngles: function (altAxis, skipMajor) {
var options = this.options;
var minorGridLines = options.minorGridLines;
var majorGridLines = options.majorGridLines;
var majorGridLineAngles = skipMajor ? this.intervals(options.majorUnit, majorGridLines.skip, majorGridLines.step) : null;
return this.gridLineAngles(altAxis, this.options.minorUnit, minorGridLines.skip, minorGridLines.step, majorGridLineAngles);
},
createPlotBands: RadarCategoryAxis.fn.createPlotBands,
plotBandSlot: function (band) {
return this.getSlot(band.from, band.to);
},
getSlot: function (a, b) {
var axis = this, options = axis.options, start = options.startAngle, box = axis.box, tmp;
a = limitValue(a, options.min, options.max);
b = limitValue(b || a, a, options.max);
if (options.reverse) {
a *= -1;
b *= -1;
}
a = (540 - a - start) % 360;
b = (540 - b - start) % 360;
if (b < a) {
tmp = a;
a = b;
b = tmp;
}
return new Ring(box.center(), 0, box.height() / 2, a, b - a);
},
slot: function (from, to) {
var options = this.options;
var start = 360 - options.startAngle;
var slot = this.getSlot(from, to);
var startAngle;
var endAngle;
var min;
var max;
if (!dataviz.util.defined(to)) {
to = from;
}
min = math.min(from, to);
max = math.max(from, to);
if (options.reverse) {
startAngle = min;
endAngle = max;
} else {
startAngle = 360 - max;
endAngle = 360 - min;
}
startAngle = (startAngle + start) % 360;
endAngle = (endAngle + start) % 360;
return new geom.Arc([
slot.c.x,
slot.c.y
], {
startAngle: startAngle,
endAngle: endAngle,
radiusX: slot.r,
radiusY: slot.r
});
},
getValue: function (point) {
var axis = this, options = axis.options, center = axis.box.center(), dx = point.x - center.x, dy = point.y - center.y, theta = math.round(math.atan2(dy, dx) / DEG_TO_RAD), start = options.startAngle;
if (!options.reverse) {
theta *= -1;
start *= -1;
}
return (theta + start + 360) % 360;
},
range: NumericAxis.fn.range,
labelsCount: NumericAxis.fn.labelsCount,
createAxisLabel: NumericAxis.fn.createAxisLabel
});
deepExtend(PolarAxis.fn, GridLinesMixin);
var RadarClusterLayout = ChartElement.extend({
options: {
gap: 1,
spacing: 0
},
reflow: function (sector) {
var cluster = this, options = cluster.options, children = cluster.children, gap = options.gap, spacing = options.spacing, count = children.length, slots = count + gap + spacing * (count - 1), slotAngle = sector.angle / slots, slotSector, angle = sector.startAngle + slotAngle * (gap / 2), i;
for (i = 0; i < count; i++) {
slotSector = sector.clone();
slotSector.startAngle = angle;
slotSector.angle = slotAngle;
if (children[i].sector) {
slotSector.r = children[i].sector.r;
}
children[i].reflow(slotSector);
children[i].sector = slotSector;
angle += slotAngle + slotAngle * spacing;
}
}
});
var RadarStackLayout = ChartElement.extend({
reflow: function (sector) {
var stack = this, reverse = stack.options.isReversed, children = stack.children, childrenCount = children.length, childSector, i, first = reverse ? childrenCount - 1 : 0, step = reverse ? -1 : 1;
stack.box = new Box2D();
for (i = first; i >= 0 && i < childrenCount; i += step) {
childSector = children[i].sector;
childSector.startAngle = sector.startAngle;
childSector.angle = sector.angle;
}
}
});
var RadarSegment = DonutSegment.extend({
init: function (value, options) {
DonutSegment.fn.init.call(this, value, null, options);
},
options: {
overlay: { gradient: null },
labels: { distance: 10 }
}
});
var RadarBarChart = BarChart.extend({
pointType: function () {
return RadarSegment;
},
clusterType: function () {
return RadarClusterLayout;
},
stackType: function () {
return RadarStackLayout;
},
categorySlot: function (categoryAxis, categoryIx) {
return categoryAxis.getSlot(categoryIx);
},
pointSlot: function (categorySlot, valueSlot) {
var slot = categorySlot.clone(), y = categorySlot.c.y;
slot.r = y - valueSlot.y1;
slot.ir = y - valueSlot.y2;
return slot;
},
reflow: CategoricalChart.fn.reflow,
reflowPoint: function (point, pointSlot) {
point.sector = pointSlot;
point.reflow();
},
options: {
clip: false,
animation: { type: 'pie' }
},
createAnimation: function () {
this.options.animation.center = this.box.toRect().center();
BarChart.fn.createAnimation.call(this);
}
});
var RadarLineChart = LineChart.extend({
options: { clip: false },
pointSlot: function (categorySlot, valueSlot) {
var valueRadius = categorySlot.c.y - valueSlot.y1, slot = Point2D.onCircle(categorySlot.c, categorySlot.middle(), valueRadius);
return new Box2D(slot.x, slot.y, slot.x, slot.y);
},
createSegment: function (linePoints, currentSeries, seriesIx) {
var segment, pointType, style = currentSeries.style;
if (style == SMOOTH) {
pointType = SplineSegment;
} else {
pointType = LineSegment;
}
segment = new pointType(linePoints, currentSeries, seriesIx);
if (linePoints.length === currentSeries.data.length) {
segment.options.closed = true;
}
return segment;
}
});
var RadarAreaSegment = AreaSegment.extend({
points: function () {
return LineSegment.fn.points.call(this, this.stackPoints);
}
});
var SplineRadarAreaSegment = SplineAreaSegment.extend({ closeFill: $.noop });
var RadarAreaChart = RadarLineChart.extend({
createSegment: function (linePoints, currentSeries, seriesIx, prevSegment) {
var chart = this, options = chart.options, isStacked = options.isStacked, stackPoints, segment, style = (currentSeries.line || {}).style;
if (style === SMOOTH) {
segment = new SplineRadarAreaSegment(linePoints, prevSegment, isStacked, currentSeries, seriesIx);
segment.options.closed = true;
} else {
if (isStacked && seriesIx > 0 && prevSegment) {
stackPoints = prevSegment.linePoints.slice(0).reverse();
}
linePoints.push(linePoints[0]);
segment = new RadarAreaSegment(linePoints, stackPoints, currentSeries, seriesIx);
}
return segment;
},
seriesMissingValues: function (series) {
return series.missingValues || ZERO;
}
});
var PolarScatterChart = ScatterChart.extend({
pointSlot: function (slotX, slotY) {
var valueRadius = slotX.c.y - slotY.y1, slot = Point2D.onCircle(slotX.c, slotX.startAngle, valueRadius);
return new Box2D(slot.x, slot.y, slot.x, slot.y);
},
options: { clip: false }
});
var PolarLineChart = ScatterLineChart.extend({
pointSlot: PolarScatterChart.fn.pointSlot,
options: { clip: false }
});
var PolarAreaSegment = AreaSegment.extend({
points: function () {
var segment = this, chart = segment.parent, plotArea = chart.plotArea, polarAxis = plotArea.polarAxis, center = polarAxis.box.center(), stackPoints = segment.stackPoints, points = LineSegment.fn.points.call(segment, stackPoints);
points.unshift([
center.x,
center.y
]);
points.push([
center.x,
center.y
]);
return points;
}
});
var SplinePolarAreaSegment = SplineAreaSegment.extend({
closeFill: function (fillPath) {
var center = this._polarAxisCenter();
fillPath.lineTo(center.x, center.y);
},
_polarAxisCenter: function () {
var chart = this.parent, plotArea = chart.plotArea, polarAxis = plotArea.polarAxis, center = polarAxis.box.center();
return center;
},
strokeSegments: function () {
var segments = this._strokeSegments;
if (!segments) {
var center = this._polarAxisCenter(), curveProcessor = new CurveProcessor(false), linePoints = LineSegment.fn.points.call(this);
linePoints.push(center);
segments = this._strokeSegments = curveProcessor.process(linePoints);
segments.pop();
}
return segments;
}
});
var PolarAreaChart = PolarLineChart.extend({
createSegment: function (linePoints, currentSeries, seriesIx) {
var segment, style = (currentSeries.line || {}).style;
if (style == SMOOTH) {
segment = new SplinePolarAreaSegment(linePoints, null, false, currentSeries, seriesIx);
} else {
segment = new PolarAreaSegment(linePoints, [], currentSeries, seriesIx);
}
return segment;
},
createMissingValue: function (value, missingValues) {
var missingValue;
if (dataviz.hasValue(value.x) && missingValues != INTERPOLATE) {
missingValue = {
x: value.x,
y: value.y
};
if (missingValues == ZERO) {
missingValue.y = 0;
}
}
return missingValue;
},
seriesMissingValues: function (series) {
return series.missingValues || ZERO;
},
_hasMissingValuesGap: function () {
var series = this.options.series;
for (var idx = 0; idx < series.length; idx++) {
if (this.seriesMissingValues(series[idx]) === GAP) {
return true;
}
}
},
sortPoints: function (points) {
var value, point;
points.sort(xComparer);
if (this._hasMissingValuesGap()) {
for (var idx = 0; idx < points.length; idx++) {
point = points[idx];
if (point) {
value = point.value;
if (!dataviz.hasValue(value.y) && this.seriesMissingValues(point.series) === GAP) {
delete points[idx];
}
}
}
}
return points;
}
});
var PolarPlotAreaBase = PlotAreaBase.extend({
init: function (series, options) {
var plotArea = this;
plotArea.valueAxisRangeTracker = new AxisGroupRangeTracker();
PlotAreaBase.fn.init.call(plotArea, series, options);
},
render: function () {
var plotArea = this;
plotArea.addToLegend(plotArea.series);
plotArea.createPolarAxis();
plotArea.createCharts();
plotArea.createValueAxis();
},
alignAxes: function () {
var axis = this.valueAxis;
var range = axis.range();
var crossingValue = axis.options.reverse ? range.max : range.min;
var slot = axis.getSlot(crossingValue);
var center = this.polarAxis.getSlot(0).c;
var axisBox = axis.box.translate(center.x - slot.x1, center.y - slot.y1);
axis.reflow(axisBox);
},
createValueAxis: function () {
var plotArea = this, tracker = plotArea.valueAxisRangeTracker, defaultRange = tracker.query(), range, valueAxis, axisOptions = plotArea.valueAxisOptions({
roundToMajorUnit: false,
zIndex: -1
}), axisType, axisDefaultRange;
if (axisOptions.type === LOGARITHMIC) {
axisType = RadarLogarithmicAxis;
axisDefaultRange = {
min: 0.1,
max: 1
};
} else {
axisType = RadarNumericAxis;
axisDefaultRange = {
min: 0,
max: 1
};
}
range = tracker.query(name) || defaultRange || axisDefaultRange;
if (range && defaultRange) {
range.min = math.min(range.min, defaultRange.min);
range.max = math.max(range.max, defaultRange.max);
}
valueAxis = new axisType(range.min, range.max, axisOptions);
plotArea.valueAxis = valueAxis;
plotArea.appendAxis(valueAxis);
},
reflowAxes: function () {
var plotArea = this, options = plotArea.options.plotArea, valueAxis = plotArea.valueAxis, polarAxis = plotArea.polarAxis, box = plotArea.box, defaultPadding = math.min(box.width(), box.height()) * DEFAULT_PADDING, padding = getSpacing(options.padding || {}, defaultPadding), axisBox = box.clone().unpad(padding), valueAxisBox = axisBox.clone().shrink(0, axisBox.height() / 2);
polarAxis.reflow(axisBox);
valueAxis.reflow(valueAxisBox);
var heightDiff = valueAxis.lineBox().height() - valueAxis.box.height();
valueAxis.reflow(valueAxis.box.unpad({ top: heightDiff }));
plotArea.axisBox = axisBox;
plotArea.alignAxes(axisBox);
},
backgroundBox: function () {
return this.box;
}
});
var RadarPlotArea = PolarPlotAreaBase.extend({
options: {
categoryAxis: { categories: [] },
valueAxis: {}
},
createPolarAxis: function () {
var plotArea = this, categoryAxis;
categoryAxis = new RadarCategoryAxis(plotArea.options.categoryAxis);
plotArea.polarAxis = categoryAxis;
plotArea.categoryAxis = categoryAxis;
plotArea.appendAxis(categoryAxis);
},
valueAxisOptions: function (defaults) {
var plotArea = this;
if (plotArea._hasBarCharts) {
deepExtend(defaults, {
majorGridLines: { type: ARC },
minorGridLines: { type: ARC }
});
}
if (plotArea._isStacked100) {
deepExtend(defaults, {
roundToMajorUnit: false,
labels: { format: 'P0' }
});
}
return deepExtend(defaults, plotArea.options.valueAxis);
},
appendChart: CategoricalPlotArea.fn.appendChart,
createCharts: function () {
var plotArea = this, series = plotArea.filterVisibleSeries(plotArea.series), pane = plotArea.panes[0];
plotArea.createAreaChart(filterSeriesByType(series, [RADAR_AREA]), pane);
plotArea.createLineChart(filterSeriesByType(series, [RADAR_LINE]), pane);
plotArea.createBarChart(filterSeriesByType(series, [RADAR_COLUMN]), pane);
},
chartOptions: function (series) {
var options = { series: series };
var firstSeries = series[0];
if (firstSeries) {
var filteredSeries = this.filterVisibleSeries(series);
var stack = firstSeries.stack;
options.isStacked = stack && filteredSeries.length > 1;
options.isStacked100 = stack && stack.type === '100%' && filteredSeries.length > 1;
if (options.isStacked100) {
this._isStacked100 = true;
}
}
return options;
},
createAreaChart: function (series, pane) {
if (series.length === 0) {
return;
}
var areaChart = new RadarAreaChart(this, this.chartOptions(series));
this.appendChart(areaChart, pane);
},
createLineChart: function (series, pane) {
if (series.length === 0) {
return;
}
var lineChart = new RadarLineChart(this, this.chartOptions(series));
this.appendChart(lineChart, pane);
},
createBarChart: function (series, pane) {
if (series.length === 0) {
return;
}
var firstSeries = series[0];
var options = this.chartOptions(series);
options.gap = firstSeries.gap;
options.spacing = firstSeries.spacing;
var barChart = new RadarBarChart(this, options);
this.appendChart(barChart, pane);
this._hasBarCharts = true;
},
seriesCategoryAxis: function () {
return this.categoryAxis;
},
click: function (chart, e) {
var plotArea = this, coords = chart._eventCoordinates(e), point = new Point2D(coords.x, coords.y), category, value;
category = plotArea.categoryAxis.getCategory(point);
value = plotArea.valueAxis.getValue(point);
if (category !== null && value !== null) {
chart.trigger(PLOT_AREA_CLICK, {
element: $(e.target),
category: category,
value: value
});
}
},
createCrosshairs: $.noop
});
var PolarPlotArea = PolarPlotAreaBase.extend({
options: {
xAxis: {},
yAxis: {}
},
createPolarAxis: function () {
var plotArea = this, polarAxis;
polarAxis = new PolarAxis(plotArea.options.xAxis);
plotArea.polarAxis = polarAxis;
plotArea.axisX = polarAxis;
plotArea.appendAxis(polarAxis);
},
valueAxisOptions: function (defaults) {
var plotArea = this;
return deepExtend(defaults, {
majorGridLines: { type: ARC },
minorGridLines: { type: ARC }
}, plotArea.options.yAxis);
},
createValueAxis: function () {
var plotArea = this;
PolarPlotAreaBase.fn.createValueAxis.call(plotArea);
plotArea.axisY = plotArea.valueAxis;
},
appendChart: function (chart, pane) {
var plotArea = this;
plotArea.valueAxisRangeTracker.update(chart.yAxisRanges);
PlotAreaBase.fn.appendChart.call(plotArea, chart, pane);
},
createCharts: function () {
var plotArea = this, series = plotArea.filterVisibleSeries(plotArea.series), pane = plotArea.panes[0];
plotArea.createLineChart(filterSeriesByType(series, [POLAR_LINE]), pane);
plotArea.createScatterChart(filterSeriesByType(series, [POLAR_SCATTER]), pane);
plotArea.createAreaChart(filterSeriesByType(series, [POLAR_AREA]), pane);
},
createLineChart: function (series, pane) {
if (series.length === 0) {
return;
}
var plotArea = this, lineChart = new PolarLineChart(plotArea, { series: series });
plotArea.appendChart(lineChart, pane);
},
createScatterChart: function (series, pane) {
if (series.length === 0) {
return;
}
var plotArea = this, scatterChart = new PolarScatterChart(plotArea, { series: series });
plotArea.appendChart(scatterChart, pane);
},
createAreaChart: function (series, pane) {
if (series.length === 0) {
return;
}
var plotArea = this, areaChart = new PolarAreaChart(plotArea, { series: series });
plotArea.appendChart(areaChart, pane);
},
click: function (chart, e) {
var plotArea = this, coords = chart._eventCoordinates(e), point = new Point2D(coords.x, coords.y), xValue, yValue;
xValue = plotArea.axisX.getValue(point);
yValue = plotArea.axisY.getValue(point);
if (xValue !== null && yValue !== null) {
chart.trigger(PLOT_AREA_CLICK, {
element: $(e.target),
x: xValue,
y: yValue
});
}
},
createCrosshairs: $.noop
});
function xComparer(a, b) {
return a.value.x - b.value.x;
}
function angularDistance(a, b) {
return 180 - math.abs(math.abs(a - b) - 180);
}
PlotAreaFactory.current.register(PolarPlotArea, POLAR_CHARTS);
PlotAreaFactory.current.register(RadarPlotArea, RADAR_CHARTS);
SeriesBinder.current.register(POLAR_CHARTS, [
X,
Y
], ['color']);
SeriesBinder.current.register(RADAR_CHARTS, ['value'], ['color']);
dataviz.DefaultAggregates.current.register(RADAR_CHARTS, {
value: 'max',
color: 'first'
});
deepExtend(dataviz, {
PolarAreaChart: PolarAreaChart,
PolarAxis: PolarAxis,
PolarLineChart: PolarLineChart,
PolarPlotArea: PolarPlotArea,
RadarAreaChart: RadarAreaChart,
RadarBarChart: RadarBarChart,
RadarCategoryAxis: RadarCategoryAxis,
RadarClusterLayout: RadarClusterLayout,
RadarLineChart: RadarLineChart,
RadarNumericAxis: RadarNumericAxis,
RadarPlotArea: RadarPlotArea,
SplinePolarAreaSegment: SplinePolarAreaSegment,
SplineRadarAreaSegment: SplineRadarAreaSegment,
RadarStackLayout: RadarStackLayout
});
}(window.kendo.jQuery));
return window.kendo;
}, typeof define == 'function' && define.amd ? define : function (a1, a2, a3) {
(a3 || a2)();
}));