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@devexpress/dx-chart-core - npm Package Compare versions

Comparing version 1.9.1 to 1.10.0

499

dist/dx-chart-core.es.js
/**
* Bundle of @devexpress/dx-chart-core
* Generated: 2018-12-07
* Version: 1.9.1
* Generated: 2018-12-25
* Version: 1.10.0
* License: https://js.devexpress.com/Licensing

@@ -10,3 +10,3 @@ */

import { scaleLinear, scaleBand, scaleOrdinal } from 'd3-scale';
import { symbol, symbolCircle, line, curveMonotoneX, area, arc, pie, stack } from 'd3-shape';
import { area, line, curveMonotoneX, pie, arc, symbol, symbolCircle, stack } from 'd3-shape';

@@ -121,7 +121,4 @@ function _defineProperty(obj, key, value) {

var createScale = function createScale(_ref, width, height, constructor) {
var domain = _ref.domain,
orientation = _ref.orientation;
var scale = constructor();
return scale.domain(domain).range(orientation === HORIZONTAL ? [0, width] : [height, 0]);
var isHorizontal = function isHorizontal(name) {
return name === ARGUMENT_DOMAIN;
};

@@ -141,6 +138,17 @@ var getWidth = function getWidth(scale) {

var isDefined = function isDefined(item) {
return item !== undefined;
}; // TODO: Property name should not contain "axis" part as it actually means domain.
var _defaultDomains;
var defaultDomains = (_defaultDomains = {}, _defineProperty(_defaultDomains, ARGUMENT_DOMAIN, {}), _defineProperty(_defaultDomains, VALUE_DOMAIN, {}), _defaultDomains);
var addDomain = function addDomain(domains, name, props) {
return _objectSpread({}, domains, _defineProperty({}, name, props));
};
var copy = function copy(domains) {
var result = {};
Object.keys(domains).forEach(function (name) {
result[name] = _objectSpread({}, domains[name], {
domain: []
});
});
return result;
};

@@ -151,6 +159,10 @@ var getSeriesValueDomainName = function getSeriesValueDomainName(series) {

var calculateDomainField = function calculateDomainField(items, domain, type) {
return type === BAND ? _toConsumableArray(domain).concat(_toConsumableArray(items)) : extent(_toConsumableArray(domain).concat(_toConsumableArray(extent(items))));
var mergeContinuousDomains = function mergeContinuousDomains(domain, items) {
return extent([].concat(_toConsumableArray(domain), _toConsumableArray(items)));
};
var mergeDiscreteDomains = function mergeDiscreteDomains(domain, items) {
return Array.from(new Set([].concat(_toConsumableArray(domain), _toConsumableArray(items))));
};
var getArgument = function getArgument(point) {

@@ -164,4 +176,7 @@ return point.argument;

var getCorrectAxisType = function getCorrectAxisType(type, points, getItem) {
return type || points.length && typeof getItem(points[0]) === 'string' && BAND || LINEAR;
var extendDomain = function extendDomain(target, items) {
var merge = target.isDiscrete ? mergeDiscreteDomains : mergeContinuousDomains;
Object.assign(target, {
domain: merge(target.domain, items)
});
};

@@ -172,7 +187,3 @@

var valueDomainName = getSeriesValueDomainName(seriesItem);
var points = seriesItem.points;
var argumentDomain = domains[ARGUMENT_DOMAIN];
var valueDomain = domains[valueDomainName];
var valueType = getCorrectAxisType(valueDomain.type, points, getValue);
var argumentType = getCorrectAxisType(argumentDomain.type, points, getArgument); // TODO: This is a temporary workaround for Stack plugin.
var points = seriesItem.points; // TODO: This is a temporary workaround for Stack plugin.
// Once scales (or domains) are exposed for modification Stack will modify scale and

@@ -182,96 +193,72 @@ // this code will be removed.

var valueDomainItems = seriesItem.getValueDomain ? seriesItem.getValueDomain(points) : points.map(getValue);
valueDomain.domain = calculateDomainField(valueDomainItems, valueDomain.domain, valueType);
valueDomain.type = valueType;
argumentDomain.domain = calculateDomainField(points.map(getArgument), argumentDomain.domain, argumentType);
argumentDomain.type = argumentType;
extendDomain(domains[valueDomainName], valueDomainItems);
extendDomain(domains[ARGUMENT_DOMAIN], points.map(getArgument));
});
};
var computeExtension = function computeExtension(extension) {
var defaultExtension = [{
type: LINEAR,
constructor: scaleLinear
}, {
type: BAND,
constructor: function constructor() {
return scaleBand().paddingInner(0.3).paddingOuter(0.15);
}
}];
return extension.concat(defaultExtension);
var scaleLinear$1 = scaleLinear;
var scaleBand$1 = function scaleBand$$1() {
return scaleBand().paddingInner(0.3).paddingOuter(0.15);
};
var collectDomains = function collectDomains(seriesList) {
var domains = _defineProperty({}, ARGUMENT_DOMAIN, {
domain: [],
orientation: HORIZONTAL
});
var guessFactory = function guessFactory(points, getItem) {
return points.length && typeof getItem(points[0]) === 'string' && scaleBand$1 || scaleLinear$1;
};
var collectDomainsFromSeries = function collectDomainsFromSeries(domains, seriesList) {
seriesList.forEach(function (seriesItem) {
var name = getSeriesValueDomainName(seriesItem);
var domain = domains[name] || {
domain: [],
orientation: VERTICAL
};
domains[name] = domain;
if (!domains[ARGUMENT_DOMAIN].factory) {
Object.assign(domains[ARGUMENT_DOMAIN], {
factory: guessFactory(seriesItem.points, getArgument)
});
}
if (seriesItem.getPointTransformer.isStartedFromZero && domain.domain.length === 0) {
domain.domain = [0];
var valueDomainName = getSeriesValueDomainName(seriesItem);
var obj = domains[valueDomainName];
if (!obj.factory) {
obj.factory = guessFactory(seriesItem.points, getValue);
} // TODO: It is to be removed together with *TODO* from above.
if (seriesItem.getPointTransformer.isStartedFromZero && obj.domain.length === 0) {
obj.domain = [0];
}
});
return domains;
};
Object.keys(domains).forEach(function (name) {
var obj = domains[name];
var takeTypeFromAxesOptions = function takeTypeFromAxesOptions(domains, axes) {
axes.forEach(function (_ref) {
var scaleName = _ref.scaleName,
type = _ref.type;
var domain = domains[scaleName];
if (!obj.factory) {
obj.factory = scaleLinear$1;
}
if (domain) {
domain.type = type;
}
obj.isDiscrete = !!obj.factory().bandwidth;
});
return domains;
};
var takeRestAxesOptions = function takeRestAxesOptions(domains, axes) {
axes.forEach(function (_ref2) {
var scaleName = _ref2.scaleName,
min = _ref2.min,
max = _ref2.max;
var domain = domains[scaleName];
var customizeDomains = function customizeDomains(domains) {
Object.keys(domains).forEach(function (name) {
var obj = domains[name];
if (!domain) {
return;
if (obj.modifyDomain) {
obj.domain = obj.modifyDomain(obj.domain);
}
if (domain.type !== BAND) {
domain.domain = [isDefined(min) ? min : domain.domain[0], isDefined(max) ? max : domain.domain[1]];
}
});
};
var computeDomains = function computeDomains(axes, series) {
var result = collectDomains(series); // Axes options are taken in two steps because *type* is required for domains calculation
// and other options must be applied after domains are calculated.
takeTypeFromAxesOptions(result, axes);
calculateDomains(result, series);
takeRestAxesOptions(result, axes);
var computeDomains = function computeDomains(domains, seriesList) {
var result = copy(domains);
collectDomainsFromSeries(result, seriesList);
calculateDomains(result, seriesList);
customizeDomains(result);
return result;
};
var buildScales = function buildScales(domains, scaleExtension, _ref3) {
var width = _ref3.width,
height = _ref3.height;
var buildScales = function buildScales(domains, _ref) {
var width = _ref.width,
height = _ref.height;
var scales = {};
Object.entries(domains).forEach(function (_ref4) {
var _ref5 = _slicedToArray(_ref4, 2),
name = _ref5[0],
domain = _ref5[1];
var _scaleExtension$find = scaleExtension.find(function (item) {
return item.type === domain.type;
}),
constructor = _scaleExtension$find.constructor;
scales[name] = createScale(domain, width, height, constructor);
Object.keys(domains).forEach(function (name) {
var obj = domains[name];
scales[name] = obj.factory().domain(obj.domain).range(isHorizontal(name) ? [0, width] : [height, 0]);
});

@@ -296,6 +283,2 @@ return scales;

var isHorizontal = function isHorizontal(name) {
return name === ARGUMENT_DOMAIN;
};
var getTicks = function getTicks(scale) {

@@ -396,5 +379,2 @@ return scale.ticks ? scale.ticks() : scale.domain();

};
var axesData = function axesData(axes, axisProps) {
return _toConsumableArray(axes).concat([axisProps]);
};

@@ -899,44 +879,22 @@ var getX = function getX(_ref) {

// Comparing by reference is not an option as Tracker always sends new objects.
// On the other side Tracker cannot persist references as it actually operates with simple scalars
// Tracker cannot persist references as it actually operates with simple scalars
// and constructs objects to provide info in a slightly more suitable way.
var compareTargets = function compareTargets(target1, target2) {
return target1.series === target2.series && target1.point === target2.point;
}; // Current value is chosen roughly and expected to be adjusted.
}; // If *currentTarget* is among *targets* then it has priority but only while its distance
// is not significantly greater (DISTANCE_PRIORITY_RATIO) than that of the best candidate.
var DISTANCE_PRIORITY_RATIO = 4; // If *currentTarget* is among *targets* then it has priority but only while its distance
// is not significantly greater (DISTANCE_PRIORITY_RATIO) than that of the best candidate.
var selectTarget = function selectTarget(targets, currentTarget) {
var candidate = targets[0];
var selectTarget = function selectTarget(targets, currentTarget) {
if (!currentTarget) {
return targets.length ? targets[0] : undefined;
return candidate;
}
if (!targets.length) {
if (!candidate) {
return null;
}
var candidate = targets[0]; // Skip complex checks if *currentTarget* has minimal distance.
if (compareTargets(candidate, currentTarget)) {
return undefined;
} // Skip complex check if there is single candidate.
if (targets.length === 1) {
return candidate;
}
var current = targets.find(function (target) {
return compareTargets(target, currentTarget);
});
if (current) {
// Here *current.distance* is exactly greater than *candidate.distance*.
// The question is - how much greater?
var ratio = current.distance / candidate.distance;
return ratio > DISTANCE_PRIORITY_RATIO ? candidate : undefined;
}
return candidate;
return compareTargets(candidate, currentTarget) ? undefined : candidate;
};

@@ -956,13 +914,2 @@

return nextTarget;
}; // It handles the case when point is hovered and series does not contain visual points.
// Series then knows that it is also hovered and can represent the changed state.
var getHoverTargets = function getHoverTargets(hover) {
if (!hover) {
return [];
}
return hover.point >= 0 ? [{
series: hover.series
}, hover] : [hover];
};

@@ -990,24 +937,59 @@

var getUniformDistance = function getUniformDistance(dx, dy, rx, ry) {
return Math.max(Math.abs(dx) / rx, Math.abs(dy) / ry);
}; // Based on https://en.wikipedia.org/wiki/Norm_(mathematics)#Euclidean_norm
var getSegmentLength = function getSegmentLength(dx, dy) {
return Math.sqrt(dx * dx + dy * dy);
}; // *distance* is a normalized distance to point.
// It belongs to [0, Infinity):
// = 0 - at point center
// = 1 - at point border
// > 1 - outside point
// This function is called from event handlers (when DOM is available) -
// *window.document* can be accessed safely.
var getEuclideanDistance = function getEuclideanDistance(dx, dy, rx, ry) {
return Math.sqrt(dx * dx / (rx * rx) + dy * dy / (ry * ry));
var createContext = function createContext() {
return document.createElement('canvas').getContext('2d');
}; // eslint-disable-line no-undef
// For a start using browser canvas will suffice.
// However a better and more clean solution should be found.
// Can't d3 perform hit testing?
var createCanvasAbusingHitTester = function createCanvasAbusingHitTester(makePath, points) {
var ctx = createContext();
var path = makePath();
path.context(ctx);
path(points);
return function (_ref) {
var _ref2 = _slicedToArray(_ref, 2),
x = _ref2[0],
y = _ref2[1];
return ctx.isPointInPath(x, y);
};
};
var createPointsEnumeratingHitTesterCreator = function createPointsEnumeratingHitTesterCreator(hitTestPoint) {
var LINE_POINT_SIZE = 20;
var LINE_TOLERANCE = 10;
var getContinuousPointDistance = function getContinuousPointDistance(_ref3, _ref4) {
var _ref5 = _slicedToArray(_ref3, 2),
px = _ref5[0],
py = _ref5[1];
var x = _ref4.x,
y = _ref4.y;
return getSegmentLength(px - x, py - y);
};
var createContinuousSeriesHitTesterCreator = function createContinuousSeriesHitTesterCreator(makePath) {
return function (points) {
var fallbackHitTest = createCanvasAbusingHitTester(makePath, points);
return function (target) {
var minDistance = Number.MAX_VALUE;
var minIndex;
var list = [];
points.forEach(function (point) {
// *distance* is a normalized distance to point.
// It belongs to [0, Infinity):
// = 0 - at point center
// = 1 - at point border
// > 1 - outside point
var distance = hitTestPoint(target, point);
points.forEach(function (point, i) {
var distance = getContinuousPointDistance(target, point);
if (distance <= 1) {
if (distance <= LINE_POINT_SIZE) {
list.push({

@@ -1018,3 +1000,17 @@ index: point.index,

}
});
if (distance < minDistance) {
minDistance = distance;
minIndex = i;
}
}); // This is special case for continuous series - if no point is actually hit
// then the closest point to the pointer position is picked.
if (!list.length && fallbackHitTest(target)) {
list.push({
index: points[minIndex].index,
distance: minDistance
});
}
return list.length ? {

@@ -1027,31 +1023,19 @@ points: list

var LINE_TOLERANCE = 10;
var createContinuousSeriesPointsHitTester = createPointsEnumeratingHitTesterCreator(function (_ref, _ref2) {
var _ref3 = _slicedToArray(_ref, 2),
px = _ref3[0],
py = _ref3[1];
var createPointsEnumeratingHitTesterCreator = function createPointsEnumeratingHitTesterCreator(hitTestPoint) {
return function (points) {
return function (target) {
var list = [];
points.forEach(function (point) {
var status = hitTestPoint(target, point);
var x = _ref2.x,
y = _ref2.y;
return getEuclideanDistance(px - x, py - y, LINE_TOLERANCE, LINE_TOLERANCE);
}); // This function is called from event handlers (when DOM is available) -
// *window.document* can be accessed safely.
var createContext = function createContext() {
return document.createElement('canvas').getContext('2d');
}; // eslint-disable-line no-undef
// For a start using browser canvas will suffice.
// However a better and more clean solution should be found.
// Can't d3 perform hit testing?
var createCanvasAbusingHitTesterCreator = function createCanvasAbusingHitTesterCreator(makePath) {
return function (points) {
var ctx = createContext();
var path = makePath();
path.context(ctx);
path(points);
var hitTestPoints = createContinuousSeriesPointsHitTester(points);
return function (point) {
return ctx.isPointInPath(point[0], point[1]) ? hitTestPoints(point) || {} : null;
if (status) {
list.push({
index: point.index,
distance: status.distance
});
}
});
return list.length ? {
points: list
} : null;
};

@@ -1061,3 +1045,3 @@ };

var createAreaHitTester = createCanvasAbusingHitTesterCreator(function () {
var createAreaHitTester = createContinuousSeriesHitTesterCreator(function () {
var path = area();

@@ -1069,3 +1053,3 @@ path.x(dArea.x());

});
var createLineHitTester = createCanvasAbusingHitTesterCreator(function () {
var createLineHitTester = createContinuousSeriesHitTesterCreator(function () {
var path = area();

@@ -1082,3 +1066,3 @@ var getY = dLine.y();

});
var createSplineHitTester = createCanvasAbusingHitTesterCreator(function () {
var createSplineHitTester = createContinuousSeriesHitTesterCreator(function () {
var path = area();

@@ -1095,9 +1079,16 @@ var getY = dSpline.y();

return path;
}); // Some kind of binary search can be used here as bars can be ordered along argument axis.
});
var createBarHitTester = createPointsEnumeratingHitTesterCreator(function (_ref4, point) {
var _ref5 = _slicedToArray(_ref4, 2),
px = _ref5[0],
py = _ref5[1];
var hitTestRect = function hitTestRect(dx, dy, halfX, halfY) {
return Math.abs(dx) <= halfX && Math.abs(dy) <= halfY ? {
distance: getSegmentLength(dx, dy)
} : null;
}; // Some kind of binary search can be used here as bars can be ordered along argument axis.
var createBarHitTester = createPointsEnumeratingHitTesterCreator(function (_ref6, point) {
var _ref7 = _slicedToArray(_ref6, 2),
px = _ref7[0],
py = _ref7[1];
var xCenter = point.x + point.width / 2;

@@ -1107,13 +1098,16 @@ var yCenter = (point.y + point.y1) / 2;

var halfHeight = Math.abs(point.y - point.y1) / 2;
return getUniformDistance(px - xCenter, py - yCenter, halfWidth, halfHeight);
return hitTestRect(px - xCenter, py - yCenter, halfWidth, halfHeight);
}); // TODO: Use actual point size here!
var createScatterHitTester = createPointsEnumeratingHitTesterCreator(function (_ref6, _ref7) {
var _ref8 = _slicedToArray(_ref6, 2),
px = _ref8[0],
py = _ref8[1];
var createScatterHitTester = createPointsEnumeratingHitTesterCreator(function (_ref8, _ref9) {
var _ref10 = _slicedToArray(_ref8, 2),
px = _ref10[0],
py = _ref10[1];
var x = _ref7.x,
y = _ref7.y;
return getEuclideanDistance(px - x, py - y, 10, 10);
var x = _ref9.x,
y = _ref9.y;
var distance = getSegmentLength(px - x, py - y);
return distance <= 10 ? {
distance: distance
} : null;
});

@@ -1127,13 +1121,13 @@

var createPieHitTester = createPointsEnumeratingHitTesterCreator(function (_ref9, _ref10) {
var _ref11 = _slicedToArray(_ref9, 2),
px = _ref11[0],
py = _ref11[1];
var createPieHitTester = createPointsEnumeratingHitTesterCreator(function (_ref11, _ref12) {
var _ref13 = _slicedToArray(_ref11, 2),
px = _ref13[0],
py = _ref13[1];
var x = _ref10.x,
y = _ref10.y,
innerRadius = _ref10.innerRadius,
outerRadius = _ref10.outerRadius,
startAngle = _ref10.startAngle,
endAngle = _ref10.endAngle;
var x = _ref12.x,
y = _ref12.y,
innerRadius = _ref12.innerRadius,
outerRadius = _ref12.outerRadius,
startAngle = _ref12.startAngle,
endAngle = _ref12.endAngle;
var rCenter = (innerRadius + outerRadius) / 2;

@@ -1145,5 +1139,7 @@ var angleCenter = (startAngle + endAngle) / 2;

var dy = py - y;
var r = Math.sqrt(dx * dx + dy * dy);
var angle = mapAngleTod3(Math.atan2(dy, dx));
return getUniformDistance(r - rCenter, angle - angleCenter, halfRadius, halfAngle);
var r = getSegmentLength(dx, dy);
var angle = mapAngleTod3(Math.atan2(dy, dx)); // This is not a correct distance calculation but for now it will suffice.
// For Pie series it would not be actually used.
return hitTestRect(r - rCenter, angle - angleCenter, halfRadius, halfAngle);
});

@@ -1153,14 +1149,6 @@

var result = {};
targets.forEach(function (_ref12) {
var series = _ref12.series,
point = _ref12.point;
result[series] = result[series] || {
points: {}
};
if (point >= 0) {
result[series].points[point] = true;
} else {
result[series].self = true;
}
targets.forEach(function (_ref14) {
var series = _ref14.series,
point = _ref14.point;
(result[series] = result[series] || new Set()).add(point);
});

@@ -1178,5 +1166,5 @@ return result;

var result = seriesList.map(function (seriesItem) {
var obj = filter[seriesItem.name];
var set = filter[seriesItem.name];
if (!obj) {
if (!set) {
return seriesItem;

@@ -1186,11 +1174,9 @@ }

matches += 1;
var props = {};
var props = {
state: state
};
if (obj.self) {
props.state = state;
}
if (Object.keys(obj.points).length) {
if (set.size) {
props.points = seriesItem.points.map(function (point) {
return obj.points[point.index] ? _objectSpread({}, point, {
return set.has(point.index) ? _objectSpread({}, point, {
state: state

@@ -1220,3 +1206,3 @@ }) : point;

return series[0].points.map(function (_ref2) {
var text = _ref2.id,
var text = _ref2.argument,
color = _ref2.color;

@@ -1229,8 +1215,8 @@ return {

}; // The function supports special case when there is single Pie series.
// There is no commom way to tell if series is of Pie type -
// checking `seriesComponent` function name will suffice for now.
// There is no common way to tell if series is PieSeries -
// checking `radius` props will suffice for now.
var isSinglePieSeriesCase = function isSinglePieSeriesCase(series) {
return series.length === 1 && series[0].seriesComponent.name === 'SliceCollection';
return series.length === 1 && 'innerRadius' in series[0] && 'outerRadius' in series[0];
};

@@ -1256,4 +1242,13 @@

var compare = function compare(t1, t2) {
return t1.distance - t2.distance;
var DISTANCE_THRESHOLD = 20;
var compareHitTargets = function compareHitTargets(t1, t2) {
var distanceDelta = t1.distance - t2.distance;
if (Math.abs(distanceDelta) <= DISTANCE_THRESHOLD) {
var orderDelta = t2.order - t1.order;
return orderDelta !== 0 ? orderDelta : distanceDelta;
}
return distanceDelta;
};

@@ -1278,2 +1273,3 @@

var series = _ref.name,
order = _ref.index,
symbolName = _ref.symbolName;

@@ -1283,22 +1279,17 @@ var status = hitTesters[symbolName](location);

if (status) {
if (status.points) {
targets.push.apply(targets, _toConsumableArray(status.points.map(function (point) {
return {
series: series,
point: point.index,
distance: point.distance
};
})));
} else {
targets.push({
targets.push.apply(targets, _toConsumableArray(status.points.map(function (point) {
return {
series: series,
distance: 1
});
}
point: point.index,
distance: point.distance,
order: order
};
})));
}
});
targets.sort(compare);
targets.sort(compareHitTargets);
var arg = {
location: location,
targets: targets
targets: targets,
event: e.nativeEvent
};

@@ -1341,3 +1332,3 @@ handlers.forEach(function (handler) {

export { computeExtension, computeDomains, buildScales, bBoxes, axisCoordinates, getGridCoordinates, axesData, dArea, dLine, dSpline, getPiePointTransformer, getLinePointTransformer, getAreaPointTransformer, getBarPointTransformer, findSeriesByName, dBar, pointAttributes, addSeries, scaleSeriesPoints, getStackedSeries, getAreaAnimationStyle, getPieAnimationStyle, getScatterAnimationStyle, buildAnimatedStyleGetter, getParameters, processHandleTooltip, createAreaHitTester, createLineHitTester, createSplineHitTester, createBarHitTester, createScatterHitTester, createPieHitTester, changeSeriesState, createScale, getWidth, getValueDomainName, fixOffset, getLegendItems, buildEventHandlers, processPointerMove, getHoverTargets, HORIZONTAL, VERTICAL, TOP, BOTTOM, LEFT, RIGHT, MIDDLE, END, START, LINEAR, BAND, ARGUMENT_DOMAIN, VALUE_DOMAIN, HOVERED, SELECTED };
export { defaultDomains, addDomain, scaleLinear$1 as scaleLinear, scaleBand$1 as scaleBand, computeDomains, buildScales, bBoxes, axisCoordinates, getGridCoordinates, dArea, dLine, dSpline, getPiePointTransformer, getLinePointTransformer, getAreaPointTransformer, getBarPointTransformer, findSeriesByName, dBar, pointAttributes, addSeries, scaleSeriesPoints, getStackedSeries, getAreaAnimationStyle, getPieAnimationStyle, getScatterAnimationStyle, buildAnimatedStyleGetter, getParameters, processHandleTooltip, createAreaHitTester, createLineHitTester, createSplineHitTester, createBarHitTester, createScatterHitTester, createPieHitTester, changeSeriesState, isHorizontal, getWidth, getValueDomainName, fixOffset, getLegendItems, buildEventHandlers, processPointerMove, HORIZONTAL, VERTICAL, TOP, BOTTOM, LEFT, RIGHT, MIDDLE, END, START, LINEAR, BAND, ARGUMENT_DOMAIN, VALUE_DOMAIN, HOVERED, SELECTED };
//# sourceMappingURL=dx-chart-core.es.js.map

510

dist/dx-chart-core.umd.js
/**
* Bundle of @devexpress/dx-chart-core
* Generated: 2018-12-07
* Version: 1.9.1
* Generated: 2018-12-25
* Version: 1.10.0
* License: https://js.devexpress.com/Licensing

@@ -11,4 +11,4 @@ */

typeof define === 'function' && define.amd ? define(['exports', 'd3-array', 'd3-scale', 'd3-shape'], factory) :
(factory((global.DevExpress = global.DevExpress || {}, global.DevExpress.DXChartCore = {}),global.d3Array,global.d3Scale,global.d3Shape));
}(this, (function (exports,d3Array,d3Scale,d3Shape) { 'use strict';
(global = global || self, factory((global.DevExpress = global.DevExpress || {}, global.DevExpress.DXChartCore = {}), global.d3Array, global.d3Scale, global.d3Shape));
}(this, function (exports, d3Array, d3Scale, d3Shape) { 'use strict';

@@ -123,7 +123,4 @@ function _defineProperty(obj, key, value) {

var createScale = function createScale(_ref, width, height, constructor) {
var domain = _ref.domain,
orientation = _ref.orientation;
var scale = constructor();
return scale.domain(domain).range(orientation === HORIZONTAL ? [0, width] : [height, 0]);
var isHorizontal = function isHorizontal(name) {
return name === ARGUMENT_DOMAIN;
};

@@ -143,6 +140,17 @@ var getWidth = function getWidth(scale) {

var isDefined = function isDefined(item) {
return item !== undefined;
}; // TODO: Property name should not contain "axis" part as it actually means domain.
var _defaultDomains;
var defaultDomains = (_defaultDomains = {}, _defineProperty(_defaultDomains, ARGUMENT_DOMAIN, {}), _defineProperty(_defaultDomains, VALUE_DOMAIN, {}), _defaultDomains);
var addDomain = function addDomain(domains, name, props) {
return _objectSpread({}, domains, _defineProperty({}, name, props));
};
var copy = function copy(domains) {
var result = {};
Object.keys(domains).forEach(function (name) {
result[name] = _objectSpread({}, domains[name], {
domain: []
});
});
return result;
};

@@ -153,6 +161,10 @@ var getSeriesValueDomainName = function getSeriesValueDomainName(series) {

var calculateDomainField = function calculateDomainField(items, domain, type) {
return type === BAND ? _toConsumableArray(domain).concat(_toConsumableArray(items)) : d3Array.extent(_toConsumableArray(domain).concat(_toConsumableArray(d3Array.extent(items))));
var mergeContinuousDomains = function mergeContinuousDomains(domain, items) {
return d3Array.extent([].concat(_toConsumableArray(domain), _toConsumableArray(items)));
};
var mergeDiscreteDomains = function mergeDiscreteDomains(domain, items) {
return Array.from(new Set([].concat(_toConsumableArray(domain), _toConsumableArray(items))));
};
var getArgument = function getArgument(point) {

@@ -166,4 +178,7 @@ return point.argument;

var getCorrectAxisType = function getCorrectAxisType(type, points, getItem) {
return type || points.length && typeof getItem(points[0]) === 'string' && BAND || LINEAR;
var extendDomain = function extendDomain(target, items) {
var merge = target.isDiscrete ? mergeDiscreteDomains : mergeContinuousDomains;
Object.assign(target, {
domain: merge(target.domain, items)
});
};

@@ -174,7 +189,3 @@

var valueDomainName = getSeriesValueDomainName(seriesItem);
var points = seriesItem.points;
var argumentDomain = domains[ARGUMENT_DOMAIN];
var valueDomain = domains[valueDomainName];
var valueType = getCorrectAxisType(valueDomain.type, points, getValue);
var argumentType = getCorrectAxisType(argumentDomain.type, points, getArgument); // TODO: This is a temporary workaround for Stack plugin.
var points = seriesItem.points; // TODO: This is a temporary workaround for Stack plugin.
// Once scales (or domains) are exposed for modification Stack will modify scale and

@@ -184,96 +195,72 @@ // this code will be removed.

var valueDomainItems = seriesItem.getValueDomain ? seriesItem.getValueDomain(points) : points.map(getValue);
valueDomain.domain = calculateDomainField(valueDomainItems, valueDomain.domain, valueType);
valueDomain.type = valueType;
argumentDomain.domain = calculateDomainField(points.map(getArgument), argumentDomain.domain, argumentType);
argumentDomain.type = argumentType;
extendDomain(domains[valueDomainName], valueDomainItems);
extendDomain(domains[ARGUMENT_DOMAIN], points.map(getArgument));
});
};
var computeExtension = function computeExtension(extension) {
var defaultExtension = [{
type: LINEAR,
constructor: d3Scale.scaleLinear
}, {
type: BAND,
constructor: function constructor() {
return d3Scale.scaleBand().paddingInner(0.3).paddingOuter(0.15);
}
}];
return extension.concat(defaultExtension);
var scaleLinear = d3Scale.scaleLinear;
var scaleBand = function scaleBand() {
return d3Scale.scaleBand().paddingInner(0.3).paddingOuter(0.15);
};
var collectDomains = function collectDomains(seriesList) {
var domains = _defineProperty({}, ARGUMENT_DOMAIN, {
domain: [],
orientation: HORIZONTAL
});
var guessFactory = function guessFactory(points, getItem) {
return points.length && typeof getItem(points[0]) === 'string' && scaleBand || scaleLinear;
};
var collectDomainsFromSeries = function collectDomainsFromSeries(domains, seriesList) {
seriesList.forEach(function (seriesItem) {
var name = getSeriesValueDomainName(seriesItem);
var domain = domains[name] || {
domain: [],
orientation: VERTICAL
};
domains[name] = domain;
if (!domains[ARGUMENT_DOMAIN].factory) {
Object.assign(domains[ARGUMENT_DOMAIN], {
factory: guessFactory(seriesItem.points, getArgument)
});
}
if (seriesItem.getPointTransformer.isStartedFromZero && domain.domain.length === 0) {
domain.domain = [0];
var valueDomainName = getSeriesValueDomainName(seriesItem);
var obj = domains[valueDomainName];
if (!obj.factory) {
obj.factory = guessFactory(seriesItem.points, getValue);
} // TODO: It is to be removed together with *TODO* from above.
if (seriesItem.getPointTransformer.isStartedFromZero && obj.domain.length === 0) {
obj.domain = [0];
}
});
return domains;
};
Object.keys(domains).forEach(function (name) {
var obj = domains[name];
var takeTypeFromAxesOptions = function takeTypeFromAxesOptions(domains, axes) {
axes.forEach(function (_ref) {
var scaleName = _ref.scaleName,
type = _ref.type;
var domain = domains[scaleName];
if (!obj.factory) {
obj.factory = scaleLinear;
}
if (domain) {
domain.type = type;
}
obj.isDiscrete = !!obj.factory().bandwidth;
});
return domains;
};
var takeRestAxesOptions = function takeRestAxesOptions(domains, axes) {
axes.forEach(function (_ref2) {
var scaleName = _ref2.scaleName,
min = _ref2.min,
max = _ref2.max;
var domain = domains[scaleName];
var customizeDomains = function customizeDomains(domains) {
Object.keys(domains).forEach(function (name) {
var obj = domains[name];
if (!domain) {
return;
if (obj.modifyDomain) {
obj.domain = obj.modifyDomain(obj.domain);
}
if (domain.type !== BAND) {
domain.domain = [isDefined(min) ? min : domain.domain[0], isDefined(max) ? max : domain.domain[1]];
}
});
};
var computeDomains = function computeDomains(axes, series) {
var result = collectDomains(series); // Axes options are taken in two steps because *type* is required for domains calculation
// and other options must be applied after domains are calculated.
takeTypeFromAxesOptions(result, axes);
calculateDomains(result, series);
takeRestAxesOptions(result, axes);
var computeDomains = function computeDomains(domains, seriesList) {
var result = copy(domains);
collectDomainsFromSeries(result, seriesList);
calculateDomains(result, seriesList);
customizeDomains(result);
return result;
};
var buildScales = function buildScales(domains, scaleExtension, _ref3) {
var width = _ref3.width,
height = _ref3.height;
var buildScales = function buildScales(domains, _ref) {
var width = _ref.width,
height = _ref.height;
var scales = {};
Object.entries(domains).forEach(function (_ref4) {
var _ref5 = _slicedToArray(_ref4, 2),
name = _ref5[0],
domain = _ref5[1];
var _scaleExtension$find = scaleExtension.find(function (item) {
return item.type === domain.type;
}),
constructor = _scaleExtension$find.constructor;
scales[name] = createScale(domain, width, height, constructor);
Object.keys(domains).forEach(function (name) {
var obj = domains[name];
scales[name] = obj.factory().domain(obj.domain).range(isHorizontal(name) ? [0, width] : [height, 0]);
});

@@ -298,6 +285,2 @@ return scales;

var isHorizontal = function isHorizontal(name) {
return name === ARGUMENT_DOMAIN;
};
var getTicks = function getTicks(scale) {

@@ -398,5 +381,2 @@ return scale.ticks ? scale.ticks() : scale.domain();

};
var axesData = function axesData(axes, axisProps) {
return _toConsumableArray(axes).concat([axisProps]);
};

@@ -901,44 +881,22 @@ var getX = function getX(_ref) {

// Comparing by reference is not an option as Tracker always sends new objects.
// On the other side Tracker cannot persist references as it actually operates with simple scalars
// Tracker cannot persist references as it actually operates with simple scalars
// and constructs objects to provide info in a slightly more suitable way.
var compareTargets = function compareTargets(target1, target2) {
return target1.series === target2.series && target1.point === target2.point;
}; // Current value is chosen roughly and expected to be adjusted.
}; // If *currentTarget* is among *targets* then it has priority but only while its distance
// is not significantly greater (DISTANCE_PRIORITY_RATIO) than that of the best candidate.
var DISTANCE_PRIORITY_RATIO = 4; // If *currentTarget* is among *targets* then it has priority but only while its distance
// is not significantly greater (DISTANCE_PRIORITY_RATIO) than that of the best candidate.
var selectTarget = function selectTarget(targets, currentTarget) {
var candidate = targets[0];
var selectTarget = function selectTarget(targets, currentTarget) {
if (!currentTarget) {
return targets.length ? targets[0] : undefined;
return candidate;
}
if (!targets.length) {
if (!candidate) {
return null;
}
var candidate = targets[0]; // Skip complex checks if *currentTarget* has minimal distance.
if (compareTargets(candidate, currentTarget)) {
return undefined;
} // Skip complex check if there is single candidate.
if (targets.length === 1) {
return candidate;
}
var current = targets.find(function (target) {
return compareTargets(target, currentTarget);
});
if (current) {
// Here *current.distance* is exactly greater than *candidate.distance*.
// The question is - how much greater?
var ratio = current.distance / candidate.distance;
return ratio > DISTANCE_PRIORITY_RATIO ? candidate : undefined;
}
return candidate;
return compareTargets(candidate, currentTarget) ? undefined : candidate;
};

@@ -958,13 +916,2 @@

return nextTarget;
}; // It handles the case when point is hovered and series does not contain visual points.
// Series then knows that it is also hovered and can represent the changed state.
var getHoverTargets = function getHoverTargets(hover) {
if (!hover) {
return [];
}
return hover.point >= 0 ? [{
series: hover.series
}, hover] : [hover];
};

@@ -992,24 +939,59 @@

var getUniformDistance = function getUniformDistance(dx, dy, rx, ry) {
return Math.max(Math.abs(dx) / rx, Math.abs(dy) / ry);
}; // Based on https://en.wikipedia.org/wiki/Norm_(mathematics)#Euclidean_norm
var getSegmentLength = function getSegmentLength(dx, dy) {
return Math.sqrt(dx * dx + dy * dy);
}; // *distance* is a normalized distance to point.
// It belongs to [0, Infinity):
// = 0 - at point center
// = 1 - at point border
// > 1 - outside point
// This function is called from event handlers (when DOM is available) -
// *window.document* can be accessed safely.
var getEuclideanDistance = function getEuclideanDistance(dx, dy, rx, ry) {
return Math.sqrt(dx * dx / (rx * rx) + dy * dy / (ry * ry));
var createContext = function createContext() {
return document.createElement('canvas').getContext('2d');
}; // eslint-disable-line no-undef
// For a start using browser canvas will suffice.
// However a better and more clean solution should be found.
// Can't d3 perform hit testing?
var createCanvasAbusingHitTester = function createCanvasAbusingHitTester(makePath, points) {
var ctx = createContext();
var path = makePath();
path.context(ctx);
path(points);
return function (_ref) {
var _ref2 = _slicedToArray(_ref, 2),
x = _ref2[0],
y = _ref2[1];
return ctx.isPointInPath(x, y);
};
};
var createPointsEnumeratingHitTesterCreator = function createPointsEnumeratingHitTesterCreator(hitTestPoint) {
var LINE_POINT_SIZE = 20;
var LINE_TOLERANCE = 10;
var getContinuousPointDistance = function getContinuousPointDistance(_ref3, _ref4) {
var _ref5 = _slicedToArray(_ref3, 2),
px = _ref5[0],
py = _ref5[1];
var x = _ref4.x,
y = _ref4.y;
return getSegmentLength(px - x, py - y);
};
var createContinuousSeriesHitTesterCreator = function createContinuousSeriesHitTesterCreator(makePath) {
return function (points) {
var fallbackHitTest = createCanvasAbusingHitTester(makePath, points);
return function (target) {
var minDistance = Number.MAX_VALUE;
var minIndex;
var list = [];
points.forEach(function (point) {
// *distance* is a normalized distance to point.
// It belongs to [0, Infinity):
// = 0 - at point center
// = 1 - at point border
// > 1 - outside point
var distance = hitTestPoint(target, point);
points.forEach(function (point, i) {
var distance = getContinuousPointDistance(target, point);
if (distance <= 1) {
if (distance <= LINE_POINT_SIZE) {
list.push({

@@ -1020,3 +1002,17 @@ index: point.index,

}
});
if (distance < minDistance) {
minDistance = distance;
minIndex = i;
}
}); // This is special case for continuous series - if no point is actually hit
// then the closest point to the pointer position is picked.
if (!list.length && fallbackHitTest(target)) {
list.push({
index: points[minIndex].index,
distance: minDistance
});
}
return list.length ? {

@@ -1029,31 +1025,19 @@ points: list

var LINE_TOLERANCE = 10;
var createContinuousSeriesPointsHitTester = createPointsEnumeratingHitTesterCreator(function (_ref, _ref2) {
var _ref3 = _slicedToArray(_ref, 2),
px = _ref3[0],
py = _ref3[1];
var createPointsEnumeratingHitTesterCreator = function createPointsEnumeratingHitTesterCreator(hitTestPoint) {
return function (points) {
return function (target) {
var list = [];
points.forEach(function (point) {
var status = hitTestPoint(target, point);
var x = _ref2.x,
y = _ref2.y;
return getEuclideanDistance(px - x, py - y, LINE_TOLERANCE, LINE_TOLERANCE);
}); // This function is called from event handlers (when DOM is available) -
// *window.document* can be accessed safely.
var createContext = function createContext() {
return document.createElement('canvas').getContext('2d');
}; // eslint-disable-line no-undef
// For a start using browser canvas will suffice.
// However a better and more clean solution should be found.
// Can't d3 perform hit testing?
var createCanvasAbusingHitTesterCreator = function createCanvasAbusingHitTesterCreator(makePath) {
return function (points) {
var ctx = createContext();
var path = makePath();
path.context(ctx);
path(points);
var hitTestPoints = createContinuousSeriesPointsHitTester(points);
return function (point) {
return ctx.isPointInPath(point[0], point[1]) ? hitTestPoints(point) || {} : null;
if (status) {
list.push({
index: point.index,
distance: status.distance
});
}
});
return list.length ? {
points: list
} : null;
};

@@ -1063,3 +1047,3 @@ };

var createAreaHitTester = createCanvasAbusingHitTesterCreator(function () {
var createAreaHitTester = createContinuousSeriesHitTesterCreator(function () {
var path = d3Shape.area();

@@ -1071,3 +1055,3 @@ path.x(dArea.x());

});
var createLineHitTester = createCanvasAbusingHitTesterCreator(function () {
var createLineHitTester = createContinuousSeriesHitTesterCreator(function () {
var path = d3Shape.area();

@@ -1084,3 +1068,3 @@ var getY = dLine.y();

});
var createSplineHitTester = createCanvasAbusingHitTesterCreator(function () {
var createSplineHitTester = createContinuousSeriesHitTesterCreator(function () {
var path = d3Shape.area();

@@ -1097,9 +1081,16 @@ var getY = dSpline.y();

return path;
}); // Some kind of binary search can be used here as bars can be ordered along argument axis.
});
var createBarHitTester = createPointsEnumeratingHitTesterCreator(function (_ref4, point) {
var _ref5 = _slicedToArray(_ref4, 2),
px = _ref5[0],
py = _ref5[1];
var hitTestRect = function hitTestRect(dx, dy, halfX, halfY) {
return Math.abs(dx) <= halfX && Math.abs(dy) <= halfY ? {
distance: getSegmentLength(dx, dy)
} : null;
}; // Some kind of binary search can be used here as bars can be ordered along argument axis.
var createBarHitTester = createPointsEnumeratingHitTesterCreator(function (_ref6, point) {
var _ref7 = _slicedToArray(_ref6, 2),
px = _ref7[0],
py = _ref7[1];
var xCenter = point.x + point.width / 2;

@@ -1109,13 +1100,16 @@ var yCenter = (point.y + point.y1) / 2;

var halfHeight = Math.abs(point.y - point.y1) / 2;
return getUniformDistance(px - xCenter, py - yCenter, halfWidth, halfHeight);
return hitTestRect(px - xCenter, py - yCenter, halfWidth, halfHeight);
}); // TODO: Use actual point size here!
var createScatterHitTester = createPointsEnumeratingHitTesterCreator(function (_ref6, _ref7) {
var _ref8 = _slicedToArray(_ref6, 2),
px = _ref8[0],
py = _ref8[1];
var createScatterHitTester = createPointsEnumeratingHitTesterCreator(function (_ref8, _ref9) {
var _ref10 = _slicedToArray(_ref8, 2),
px = _ref10[0],
py = _ref10[1];
var x = _ref7.x,
y = _ref7.y;
return getEuclideanDistance(px - x, py - y, 10, 10);
var x = _ref9.x,
y = _ref9.y;
var distance = getSegmentLength(px - x, py - y);
return distance <= 10 ? {
distance: distance
} : null;
});

@@ -1129,13 +1123,13 @@

var createPieHitTester = createPointsEnumeratingHitTesterCreator(function (_ref9, _ref10) {
var _ref11 = _slicedToArray(_ref9, 2),
px = _ref11[0],
py = _ref11[1];
var createPieHitTester = createPointsEnumeratingHitTesterCreator(function (_ref11, _ref12) {
var _ref13 = _slicedToArray(_ref11, 2),
px = _ref13[0],
py = _ref13[1];
var x = _ref10.x,
y = _ref10.y,
innerRadius = _ref10.innerRadius,
outerRadius = _ref10.outerRadius,
startAngle = _ref10.startAngle,
endAngle = _ref10.endAngle;
var x = _ref12.x,
y = _ref12.y,
innerRadius = _ref12.innerRadius,
outerRadius = _ref12.outerRadius,
startAngle = _ref12.startAngle,
endAngle = _ref12.endAngle;
var rCenter = (innerRadius + outerRadius) / 2;

@@ -1147,5 +1141,7 @@ var angleCenter = (startAngle + endAngle) / 2;

var dy = py - y;
var r = Math.sqrt(dx * dx + dy * dy);
var angle = mapAngleTod3(Math.atan2(dy, dx));
return getUniformDistance(r - rCenter, angle - angleCenter, halfRadius, halfAngle);
var r = getSegmentLength(dx, dy);
var angle = mapAngleTod3(Math.atan2(dy, dx)); // This is not a correct distance calculation but for now it will suffice.
// For Pie series it would not be actually used.
return hitTestRect(r - rCenter, angle - angleCenter, halfRadius, halfAngle);
});

@@ -1155,14 +1151,6 @@

var result = {};
targets.forEach(function (_ref12) {
var series = _ref12.series,
point = _ref12.point;
result[series] = result[series] || {
points: {}
};
if (point >= 0) {
result[series].points[point] = true;
} else {
result[series].self = true;
}
targets.forEach(function (_ref14) {
var series = _ref14.series,
point = _ref14.point;
(result[series] = result[series] || new Set()).add(point);
});

@@ -1180,5 +1168,5 @@ return result;

var result = seriesList.map(function (seriesItem) {
var obj = filter[seriesItem.name];
var set = filter[seriesItem.name];
if (!obj) {
if (!set) {
return seriesItem;

@@ -1188,11 +1176,9 @@ }

matches += 1;
var props = {};
var props = {
state: state
};
if (obj.self) {
props.state = state;
}
if (Object.keys(obj.points).length) {
if (set.size) {
props.points = seriesItem.points.map(function (point) {
return obj.points[point.index] ? _objectSpread({}, point, {
return set.has(point.index) ? _objectSpread({}, point, {
state: state

@@ -1222,3 +1208,3 @@ }) : point;

return series[0].points.map(function (_ref2) {
var text = _ref2.id,
var text = _ref2.argument,
color = _ref2.color;

@@ -1231,8 +1217,8 @@ return {

}; // The function supports special case when there is single Pie series.
// There is no commom way to tell if series is of Pie type -
// checking `seriesComponent` function name will suffice for now.
// There is no common way to tell if series is PieSeries -
// checking `radius` props will suffice for now.
var isSinglePieSeriesCase = function isSinglePieSeriesCase(series) {
return series.length === 1 && series[0].seriesComponent.name === 'SliceCollection';
return series.length === 1 && 'innerRadius' in series[0] && 'outerRadius' in series[0];
};

@@ -1258,4 +1244,13 @@

var compare = function compare(t1, t2) {
return t1.distance - t2.distance;
var DISTANCE_THRESHOLD = 20;
var compareHitTargets = function compareHitTargets(t1, t2) {
var distanceDelta = t1.distance - t2.distance;
if (Math.abs(distanceDelta) <= DISTANCE_THRESHOLD) {
var orderDelta = t2.order - t1.order;
return orderDelta !== 0 ? orderDelta : distanceDelta;
}
return distanceDelta;
};

@@ -1280,2 +1275,3 @@

var series = _ref.name,
order = _ref.index,
symbolName = _ref.symbolName;

@@ -1285,22 +1281,17 @@ var status = hitTesters[symbolName](location);

if (status) {
if (status.points) {
targets.push.apply(targets, _toConsumableArray(status.points.map(function (point) {
return {
series: series,
point: point.index,
distance: point.distance
};
})));
} else {
targets.push({
targets.push.apply(targets, _toConsumableArray(status.points.map(function (point) {
return {
series: series,
distance: 1
});
}
point: point.index,
distance: point.distance,
order: order
};
})));
}
});
targets.sort(compare);
targets.sort(compareHitTargets);
var arg = {
location: location,
targets: targets
targets: targets,
event: e.nativeEvent
};

@@ -1343,3 +1334,6 @@ handlers.forEach(function (handler) {

exports.computeExtension = computeExtension;
exports.defaultDomains = defaultDomains;
exports.addDomain = addDomain;
exports.scaleLinear = scaleLinear;
exports.scaleBand = scaleBand;
exports.computeDomains = computeDomains;

@@ -1350,3 +1344,2 @@ exports.buildScales = buildScales;

exports.getGridCoordinates = getGridCoordinates;
exports.axesData = axesData;
exports.dArea = dArea;

@@ -1378,3 +1371,3 @@ exports.dLine = dLine;

exports.changeSeriesState = changeSeriesState;
exports.createScale = createScale;
exports.isHorizontal = isHorizontal;
exports.getWidth = getWidth;

@@ -1386,3 +1379,2 @@ exports.getValueDomainName = getValueDomainName;

exports.processPointerMove = processPointerMove;
exports.getHoverTargets = getHoverTargets;
exports.HORIZONTAL = HORIZONTAL;

@@ -1406,3 +1398,3 @@ exports.VERTICAL = VERTICAL;

})));
}));
//# sourceMappingURL=dx-chart-core.umd.js.map

22

package.json
{
"name": "@devexpress/dx-chart-core",
"version": "1.9.1",
"version": "1.10.0",
"description": "Core library for the DevExtreme Reactive Chart component",

@@ -42,24 +42,24 @@ "author": {

"devDependencies": {
"@babel/core": "^7.1.6",
"@babel/plugin-transform-runtime": "^7.1.0",
"@babel/preset-env": "^7.1.6",
"@babel/core": "^7.2.2",
"@babel/plugin-transform-runtime": "^7.2.0",
"@babel/preset-env": "^7.2.3",
"babel-core": "^7.0.0-bridge.0",
"babel-jest": "^23.6.0",
"core-js": "^2.5.7",
"eslint": "^5.9.0",
"core-js": "^2.6.1",
"eslint": "^5.11.0",
"eslint-config-airbnb-base": "^13.1.0",
"eslint-plugin-filenames": "^1.3.2",
"eslint-plugin-import": "^2.14.0",
"eslint-plugin-jest": "^22.0.0",
"eslint-plugin-jest": "^22.1.2",
"jest": "^23.6.0",
"rollup": "^0.67.3",
"rollup-plugin-babel": "^4.0.3",
"rollup": "^0.68.2",
"rollup-plugin-babel": "^4.1.0",
"rollup-plugin-license": "^0.7.0"
},
"dependencies": {
"d3-array": "^1.2.4",
"d3-array": "^2.0.2",
"d3-scale": "^2.1.2",
"d3-shape": "^1.2.2"
},
"gitHead": "29cb22ed32aac31a3fa3d985b9160300af79b12f"
"gitHead": "0890839a23a7afd042ad3984dca69232767d60cd"
}

2

README.md
# DevExtreme Chart Core
Project status: **CTP**
Project status: **Beta**

@@ -5,0 +5,0 @@ Core library for the DevExtreme Reactive Chart component.

dist/dx-chart-core.es.js.map

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dist/dx-chart-core.umd.js.map

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