JP API Reference - ahmetkurnaz/d3 GitHub Wiki

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D3の全てはD3のネームスコープの下にスコープされています。D3はセマンティックバージョニングを使用しています。d3.バージョンで、D3の現在のバージョンをわかります。

• d3.select - 現在のドキュメントから1つの要素を選択する
• d3.selectAll - 現在のドキュメントから複数の要素を選択する
• selection.attr - 属性の値を取得、または設定する
• selection.classed - CSSクラスを追加、または削除する
• selection.style - スタイルプロパティを取得、または設定する
• selection.property - get or set raw properties.
• selection.text - 要素内のテキストを取得、または設定する
• selection.html - 要素内のHTMLを取得、または設定する
• selection.append - 新しい要素を末尾に追加する
• selection.insert - 新しい要素を指定した要素の前に挿入する
• selection.remove - 要素を削除する
• selection.data - 要素集合のためのデータを取得、または設定する（未訳　while computing a relational join.）
• selection.enter - 要素が足りない場合、プレースホルダを返す
• selection.exit - 不要になった要素を返す
• selection.filter - データに基づいてSelectionを絞り込む
• selection.datum - 個々の要素のためのデータを取得、または設定する（未訳　without computing a join.）
• selection.sort - sort elements in the document based on data.
• selection.order - reorders elements in the document to match the selection.
• selection.on - add or remove event listeners for interaction.
• selection.transition - start a transition on the selected elements.
• selection.interrupt - immediately interrupt the current transition, if any.
• selection.each - call a function for each selected element.
• selection.call - call a function passing in the current selection.
• selection.empty - returns true if the selection is empty.
• selection.node - returns the first node in the selection.
• selection.size - Selectionの中の要素の数を返す
• selection.select - subselect a descendant element for each selected element.
• selection.selectAll - subselect multiple descendants for each selected element.
• d3.selection - augment the selection prototype, or test instance types.
• d3.event - access the current user event for interaction.
• d3.mouse - gets the mouse position relative to a specified container.
• d3.touches - gets the touch positions relative to a specified container.

• d3.transition - start an animated transition.
• transition.delay - specify per-element delay in milliseconds.
• transition.duration - specify per-element duration in milliseconds.
• transition.ease - specify transition easing function.
• transition.attr - smoothly transition to the new attribute value.
• transition.attrTween - smoothly transition between two attribute values.
• transition.style - smoothly transition to the new style property value.
• transition.styleTween - smoothly transition between two style property values.
• transition.text - set the text content when the transition starts.
• transition.tween - specify a custom tween operator to run as part of the transition.
• transition.select - start a transition on a descendant element for each selected element.
• transition.selectAll - start a transition on multiple descendants for each selected element.
• transition.filter - filter a transition based on data.
• transition.transition - when this transition ends, start another one on the same elements.
• transition.remove - remove selected elements at the end of a transition.
• transition.empty - returns true if the transition is empty.
• transition.node - returns the first node in the transition.
• transition.size - returns the number of elements in the selection.
• transition.each - add a listener for transition end events.
• transition.call - call a function passing in the current transition.
• d3.ease - customize transition timing.
• ease - a parametric easing function.
• d3.timer - start a custom animation timer.
• d3.timer.flush - immediately execute any zero-delay timers.
• d3.interpolate - interpolate two values.
• interpolate - a parametric interpolation function.
• d3.interpolateNumber - interpolate two numbers.
• d3.interpolateRound - interpolate two integers.
• d3.interpolateString - interpolate two strings.
• d3.interpolateRgb - interpolate two RGB colors.
• d3.interpolateHsl - interpolate two HSL colors.
• d3.interpolateLab - interpolate two L*a*b* colors.
• d3.interpolateHcl - interpolate two HCL colors.
• d3.interpolateArray - interpolate two arrays of values.
• d3.interpolateObject - interpolate two arbitrary objects.
• d3.interpolateTransform - interpolate two 2D matrix transforms.
• d3.interpolateZoom - zoom and pan between two points smoothly.
• d3.interpolators - register a custom interpolator.

• d3.ascending - compare two values for sorting.
• d3.descending - compare two values for sorting.
• d3.min - find the minimum value in an array.
• d3.max - find the maximum value in an array.
• d3.extent - find the minimum and maximum value in an array.
• d3.sum - compute the sum of an array of numbers.
• d3.mean - compute the arithmetic mean of an array of numbers.
• d3.median - compute the median of an array of numbers (the 0.5-quantile).
• d3.quantile - compute a quantile for a sorted array of numbers.
• d3.bisect - search for a value in a sorted array.
• d3.bisectRight - search for a value in a sorted array.
• d3.bisectLeft - search for a value in a sorted array.
• d3.bisector - bisect using an accessor.
• d3.shuffle - randomize the order of an array.
• d3.permute - reorder an array of elements according to an array of indexes.
• d3.zip - transpose a variable number of arrays.
• d3.transpose - transpose an array of arrays.
• d3.pairs - returns an array of adjacent pairs of elements.
• d3.keys - list the keys of an associative array.
• d3.values - list the values of an associated array.
• d3.entries - list the key-value entries of an associative array.
• d3.merge - merge multiple arrays into one array.
• d3.range - generate a range of numeric values.
• d3.nest - group array elements hierarchically.
• nest.key - add a level to the nest hierarchy.
• nest.sortKeys - sort the current nest level by key.
• nest.sortValues - sort the leaf nest level by value.
• nest.rollup - specify a rollup function for leaf values.
• nest.map - evaluate the nest operator, returning an associative array.
• nest.entries - evaluate the nest operator, returning an array of key-values tuples.
• d3.map - a shim for ES6 maps, since objects are not hashes!
• map.has - returns true if the map contains the specified key.
• map.get - returns the value for the specified key.
• map.set - sets the value for the specified key.
• map.remove - removes the entry for specified key.
• map.keys - returns the map’s array of keys.
• map.values - returns the map’s array of values.
• map.entries - returns the map’s array of entries (key-values objects).
• map.forEach - calls the specified function for each entry in the map.
• d3.set - a shim for ES6 sets, since objects are not hashes!
• set.has - returns true if the set contains the specified value.
• set.add - adds the specified value.
• set.remove - removes the specified value.
• set.values - returns the set’s array of values.
• set.forEach - calls the specified function for each value in the set.

• d3.random.normal - generate a random number with a normal distribution.
• d3.random.logNormal - generate a random number with a log-normal distribution.
• d3.random.bates - generate a random number with a Bates distribution.
• d3.random.irwinHall - generate a random number with an Irwin–Hall distribution.
• d3.transform - compute the standard form of a 2D matrix transform.

• d3.xhr - request a resource using XMLHttpRequest.
• xhr.header - set a request header.
• xhr.mimeType - set the Accept request header and override the response MIME type.
• xhr.response - set a response mapping function.
• xhr.get - issue a GET request.
• xhr.post - issue a POST request.
• xhr.send - issue a request with the specified method and data.
• xhr.abort - abort an outstanding request.
• xhr.on - add an event listener for "progress", "load" or "error" events.
• d3.text - request a text file.
• d3.json - request a JSON blob.
• d3.html - request an HTML document fragment.
• d3.xml - request an XML document fragment.
• d3.csv - request a comma-separated values (CSV) file.
• d3.tsv - request a tab-separated values (TSV) file.

• d3.format - format a number as a string.
• d3.formatPrefix - returns the [SI prefix] for the specified value and precision.
• d3.requote - quote a string for use in a regular expression.
• d3.round - rounds a value to some digits after the decimal point.

• d3.csv - request a comma-separated values (CSV) file.
• d3.csv.parse - parse a CSV string into objects using the header row.
• d3.csv.parseRows - parse a CSV string into tuples, ignoring the header row.
• d3.csv.format - format an array of objects into a CSV string.
• d3.csv.formatRows - format an array of tuples into a CSV string.
• d3.tsv - request a tab-separated values (TSV) file.
• d3.tsv.parse - parse a TSV string into objects using the header row.
• d3.tsv.parseRows - parse a TSV string into tuples, ignoring the header row.
• d3.tsv.format - format an array of objects into a TSV string.
• d3.tsv.formatRows - format an array of tuples into a TSV string.
• d3.dsv - create a parser/formatter for the specified delimiter and mime type.

• d3.rgb - specify a color in RGB space.
• rgb.brighter - increase RGB channels by some exponential factor (gamma).
• rgb.darker - decrease RGB channels by some exponential factor (gamma).
• rgb.hsl - convert from RGB to HSL.
• rgb.toString - convert an RGB color to a string.
• d3.hsl - specify a color in HSL space.
• hsl.brighter - increase lightness by some exponential factor (gamma).
• hsl.darker - decrease lightness by some exponential factor (gamma).
• hsl.rgb - convert from HSL to RGB.
• hsl.toString - convert an HSL color to a string.
• d3.lab - specify a color in L*a*b* space.
• lab.brighter - increase lightness by some exponential factor (gamma).
• lab.darker - decrease lightness by some exponential factor (gamma).
• lab.rgb - convert from L*a*b* to RGB.
• lab.toString - convert a L*a*b* color to a string.
• d3.hcl - specify a color in HCL space.
• hcl.brighter - increase lightness by some exponential factor (gamma).
• hcl.darker - decrease lightness by some exponential factor (gamma).
• hcl.rgb - convert from HCL to RGB.
• hcl.toString - convert an HCL color to a string.

• d3.ns.prefix - access or extend known XML namespaces.
• d3.ns.qualify - qualify a prefixed name, such as "xlink:href".

• d3.functor - create a function that returns a constant.
• d3.rebind - rebind an inherited getter/setter method to a subclass.
• d3.dispatch - create a custom event dispatcher.
• dispatch.on - register or unregister an event listener.
• dispatch.type - dispatch an event to registered listeners.

• d3.scale.linear - construct a linear quantitative scale.
• linear - get the range value corresponding to a given domain value.
• linear.invert - get the domain value corresponding to a given range value.
• linear.domain - get or set the scale's input domain.
• linear.range - get or set the scale's output range.
• linear.rangeRound - set the scale's output range, and enable rounding.
• linear.interpolate - get or set the scale's output interpolator.
• linear.clamp - enable or disable clamping of the output range.
• linear.nice - extend the scale domain to nice round numbers.
• linear.ticks - get representative values from the input domain.
• linear.tickFormat - get a formatter for displaying tick values.
• linear.copy - create a new scale from an existing scale.
• d3.scale.sqrt - construct a quantitative scale with a square root transform.
• d3.scale.pow - construct a quantitative scale with an exponential transform.
• pow - get the range value corresponding to a given domain value.
• pow.invert - get the domain value corresponding to a given range value.
• pow.domain - get or set the scale's input domain.
• pow.range - get or set the scale's output range.
• pow.rangeRound - set the scale's output range, and enable rounding.
• pow.interpolate - get or set the scale's output interpolator.
• pow.clamp - enable or disable clamping of the output range.
• pow.nice - extend the scale domain to nice round numbers.
• pow.ticks - get representative values from the input domain.
• pow.tickFormat - get a formatter for displaying tick values.
• pow.exponent - get or set the exponent power.
• pow.copy - create a new scale from an existing scale.
• d3.scale.log - construct a quantitative scale with an logarithmic transform.
• log - get the range value corresponding to a given domain value.
• log.invert - get the domain value corresponding to a given range value.
• log.domain - get or set the scale's input domain.
• log.range - get or set the scale's output range.
• log.rangeRound - set the scale's output range, and enable rounding.
• log.interpolate - get or set the scale's output interpolator.
• log.clamp - enable or disable clamping of the output range.
• log.nice - extend the scale domain to nice powers of ten.
• log.ticks - get representative values from the input domain.
• log.tickFormat - get a formatter for displaying tick values.
• log.copy - create a new scale from an existing scale.
• d3.scale.quantize - construct a linear quantitative scale with a discrete output range.
• quantize - get the range value corresponding to a given domain value.
• quantize.invertExtent - get the domain values for the specified range value.
• quantize.domain - get or set the scale's input domain.
• quantize.range - get or set the scale's output range (as discrete values).
• quantize.copy - create a new scale from an existing scale.
• d3.scale.threshold - construct a threshold scale with a discrete output range.
• threshold - get the range value corresponding to a given domain value.
• threshold.invertExtent - get the domain values for the specified range value.
• threshold.domain - get or set the scale's input domain.
• threshold.range - get or set the scale's output range (as discrete values).
• threshold.copy - create a new scale from an existing scale.
• d3.scale.quantile - construct a quantitative scale mapping to quantiles.
• quantile - get the range value corresponding to a given domain value.
• quantile.invertExtent - get the domain values for the specified range value.
• quantile.domain - get or set the scale's input domain (as discrete values).
• quantile.range - get or set the scale's output range (as discrete values).
• quantile.quantiles - get the scale's quantile bin thresholds.
• quantile.copy - create a new scale from an existing scale.
• d3.scale.identity - construct a linear identity scale.
• identity - the identity function.
• identity.invert - equivalent to identity; the identity function.
• identity.domain - get or set the scale's domain and range.
• identity.range - equivalent to identity.domain.
• identity.ticks - get representative values from the domain.
• identity.tickFormat - get a formatter for displaying tick values.
• identity.copy - create a new scale from an existing scale.

• d3.scale.ordinal - construct an ordinal scale.
• ordinal - get the range value corresponding to a given domain value.
• ordinal.domain - get or set the scale's input domain.
• ordinal.range - get or set the scale's output range.
• ordinal.rangePoints - divide a continuous output range for discrete points.
• ordinal.rangeBands - divide a continuous output range for discrete bands.
• ordinal.rangeRoundBands - divide a continuous output range for discrete bands.
• ordinal.rangeBand - get the discrete range band width.
• ordinal.rangeExtent - get the minimum and maximum values of the output range.
• ordinal.copy - create a new scale from an existing scale.
• d3.scale.category10 - construct an ordinal scale with ten categorical colors.
• d3.scale.category20 - construct an ordinal scale with twenty categorical colors.
• d3.scale.category20b - construct an ordinal scale with twenty categorical colors.
• d3.scale.category20c - construct an ordinal scale with twenty categorical colors.

• d3.svg.line - create a new line generator.
• line - generate a piecewise linear curve, as in a line chart.
• line.x - get or set the x-coordinate accessor.
• line.y - get or set the y-coordinate accessor.
• line.interpolate - get or set the interpolation mode.
• line.tension - get or set the cardinal spline tension.
• line.defined - control whether the line is defined at a given point.
• d3.svg.line.radial - create a new radial line generator.
• line - generate a piecewise linear curve, as in a polar line chart.
• line.radius - get or set the radius accessor.
• line.angle - get or set the angle accessor.
• line.defined - control whether the line is defined at a given point.
• d3.svg.area - create a new area generator.
• area - generate a piecewise linear area, as in an area chart.
• area.x - get or set the x-coordinate accessors.
• area.x0 - get or set the x0-coordinate (baseline) accessor.
• area.x1 - get or set the x1-coordinate (topline) accessor.
• area.y - get or set the y-coordinate accessors.
• area.y0 - get or set the y0-coordinate (baseline) accessor.
• area.y1 - get or set the y1-coordinate (topline) accessor.
• area.interpolate - get or set the interpolation mode.
• area.tension - get or set the cardinal spline tension.
• area.defined - control whether the area is defined at a given point.
• d3.svg.area.radial - create a new area generator.
• area - generate a piecewise linear area, as in a polar area chart.
• area.radius - get or set the radius accessors.
• area.innerRadius - get or set the inner radius (baseline) accessor.
• area.outerRadius - get or set the outer radius (topline) accessor.
• area.angle - get or set the angle accessors.
• area.startAngle - get or set the angle (baseline) accessor.
• area.endAngle - get or set the angle (topline) accessor.
• area.defined - control whether the area is defined at a given point.
• d3.svg.arc - create a new arc generator.
• arc - generate a solid arc, as in a pie or donut chart.
• arc.innerRadius - get or set the inner radius accessor.
• arc.outerRadius - get or set the outer radius accessor.
• arc.startAngle - get or set the start angle accessor.
• arc.endAngle - get or set the end angle accessor.
• arc.centroid - compute the arc centroid.
• d3.svg.symbol - create a new symbol generator.
• symbol - generate categorical symbols, as in a scatterplot.
• symbol.type - get or set the symbol type accessor.
• symbol.size - get or set the symbol size (in square pixels) accessor.
• d3.svg.symbolTypes - the array of supported symbol types.
• d3.svg.chord - create a new chord generator.
• chord - generate a quadratic Bézier connecting two arcs, as in a chord diagram.
• chord.radius - get or set the arc radius accessor.
• chord.startAngle - get or set the arc start angle accessor.
• chord.endAngle - get or set the arc end angle accessor.
• chord.source - get or set the source arc accessor.
• chord.target - get or set the target arc accessor.
• d3.svg.diagonal - create a new diagonal generator.
• diagonal - generate a two-dimensional Bézier connector, as in a node-link diagram.
• diagonal.source - get or set the source point accessor.
• diagonal.target - get or set the target point accessor.
• diagonal.projection - get or set an optional point transform.
• d3.svg.diagonal.radial - create a new diagonal generator.
• diagonal - generate a two-dimensional Bézier connector, as in a node-link diagram.

• d3.svg.axis - create a new axis generator.
• axis - creates or updates an axis for the given selection or transition.
• axis.scale - get or set the axis scale.
• axis.orient - get or set the axis orientation.
• axis.ticks - control how ticks are generated for the axis.
• axis.tickValues - specify tick values explicitly.
• axis.tickSize - specify the size of major, minor and end ticks.
• axis.innerTickSize - specify the size of inner ticks.
• axis.outerTickSize - specify the size of outer ticks.
• axis.tickPadding - specify padding between ticks and tick labels.
• axis.tickFormat - override the tick formatting for labels.

• d3.svg.brush - click and drag to select one- or two-dimensional regions.
• brush - apply a brush to the given selection or transition.
• brush.x - the brush’s x-scale, for horizontal brushing.
• brush.y - the brush’s y-scale, for vertical brushing.
• brush.extent - the brush’s extent in zero, one or two dimensions.
• brush.clear - reset the brush extent.
• brush.empty - whether or not the brush extent is empty.
• brush.on - listeners for when the brush is moved.
• brush.event - dispatch brush events after setting the extent.

• d3.time.format - create a new local time formatter for a given specifier.
• format - format a date into a string.
• format.parse - parse a string into a date.
• d3.time.format.utc - create a new UTC time formatter for a given specifier.
• d3.time.format.iso - the ISO 8601 UTC time formatter.

• d3.time.scale - construct a linear time scale.
• scale - get the range value corresponding to a given domain value.
• scale.invert - get the domain value corresponding to a given range value.
• scale.domain - get or set the scale's input domain.
• scale.nice - extend the scale domain to nice round numbers.
• scale.range - get or set the scale's output range.
• scale.rangeRound - set the scale's output range, and enable rounding.
• scale.interpolate - get or set the scale's output interpolator.
• scale.clamp - enable or disable clamping of the output range.
• scale.ticks - get representative values from the input domain.
• scale.tickFormat - get a formatter for displaying tick values.
• scale.copy - create a new scale from an existing scale.

• d3.time.interval - a time interval in local time.
• interval - alias for interval.floor.
• interval.range - returns dates within the specified range.
• interval.floor - rounds down to the nearest interval.
• interval.round - rounds up or down to the nearest interval.
• interval.ceil - rounds up to the nearest interval.
• interval.offset - returns a date offset by some interval.
• interval.utc - returns the UTC-equivalent time interval.
• d3.time.day - every day (12:00 AM).
• d3.time.days - alias for day.range.
• d3.time.dayOfYear - computes the day number.
• d3.time.hour - every hour (e.g., 1:00 AM).
• d3.time.hours - alias for hour.range.
• d3.time.minute - every minute (e.g., 1:02 AM).
• d3.time.minutes - alias for minute.range.
• d3.time.month - every month (e.g., February 1, 12:00 AM).
• d3.time.months - alias for month.range.
• d3.time.second - every second (e.g., 1:02:03 AM).
• d3.time.seconds - alias for second.range.
• d3.time.sunday - every Sunday (e.g., February 5, 12:00 AM).
• d3.time.sundays - alias for sunday.range.
• d3.time.sundayOfYear - computes the sunday-based week number.
• d3.time.monday - every Monday (e.g., February 5, 12:00 AM).
• d3.time.mondays - alias for monday.range.
• d3.time.mondayOfYear - computes the monday-based week number.
• d3.time.tuesday - every Tuesday (e.g., February 5, 12:00 AM).
• d3.time.tuesdays - alias for tuesday.range.
• d3.time.tuesdayOfYear - computes the tuesday-based week number.
• d3.time.wednesday - every Wednesday (e.g., February 5, 12:00 AM).
• d3.time.wednesdays - alias for wednesday.range.
• d3.time.wednesdayOfYear - computes the wednesday-based week number.
• d3.time.thursday - every Thursday (e.g., February 5, 12:00 AM).
• d3.time.thursdays - alias for thursday.range.
• d3.time.thursdayOfYear - computes the thursday-based week number.
• d3.time.friday - every Friday (e.g., February 5, 12:00 AM).
• d3.time.fridays - alias for friday.range.
• d3.time.fridayOfYear - computes the friday-based week number.
• d3.time.saturday - every Saturday (e.g., February 5, 12:00 AM).
• d3.time.saturdays - alias for saturday.range.
• d3.time.saturdayOfYear - computes the saturday-based week number.
• d3.time.week - alias for sunday.
• d3.time.weeks - alias for sunday.range.
• d3.time.weekOfYear - alias for sundayOfYear.
• d3.time.year - every year (e.g., January 1, 12:00 AM).
• d3.time.years - alias for year.range.

• d3.layout.bundle - construct a new default bundle layout.
• bundle - apply Holten's hierarchical bundling algorithm to edges.

• d3.layout.chord - produce a chord diagram from a matrix of relationships.
• chord.matrix - get or set the matrix data backing the layout.
• chord.padding - get or set the angular padding between chord segments.
• chord.sortGroups - get or set the comparator function for groups.
• chord.sortSubgroups - get or set the comparator function for subgroups.
• chord.sortChords - get or set the comparator function for chords (z-order).
• chord.chords - retrieve the computed chord angles.
• chord.groups - retrieve the computed group angles.

• d3.layout.cluster - cluster entities into a dendrogram.
• cluster - alias for cluster.nodes.
• cluster.nodes - compute the cluster layout and return the array of nodes.
• cluster.links - compute the parent-child links between tree nodes.
• cluster.children - get or set the accessor function for child nodes.
• cluster.sort - get or set the comparator function for sibling nodes.
• cluster.separation - get or set the spacing function between neighboring nodes.
• cluster.size - get or set the layout size in x and y.
• cluster.nodeSize - specify a fixed size for each node.

• d3.layout.force - position linked nodes using physical simulation.
• force.on - listen to updates in the computed layout positions.
• force.nodes - get or set the array of nodes to layout.
• force.links - get or set the array of links between nodes.
• force.size - get or set the layout size in x and y.
• force.linkDistance - get or set the link distance.
• force.linkStrength - get or set the link strength.
• force.friction - get or set the friction coefficient.
• force.charge - get or set the charge strength.
• force.gravity - get or set the gravity strength.
• force.theta - get or set the accuracy of the charge interaction.
• force.start - start or restart the simulation when the nodes change.
• force.resume - reheat the cooling parameter and restart simulation.
• force.stop - immediately terminate the simulation.
• force.alpha - get or set the layout's cooling parameter.
• force.tick - run the layout simulation one step.
• force.drag - bind a behavior to nodes to allow interactive dragging.

• d3.layout.hierarchy - derive a custom hierarchical layout implementation.
• hierarchy - alias for hierarchy.nodes.
• hierarchy.nodes - compute the layout and return the array of nodes.
• hierarchy.links - compute the parent-child links between tree nodes.
• hierarchy.children - get or set the accessor function for child nodes.
• hierarchy.sort - get or set the comparator function for sibling nodes.
• hierarchy.value - get or set the value accessor function.
• hierarchy.revalue - recompute the hierarchy values.

• d3.layout.histogram - construct a new default histogram layout.
• histogram - compute the distribution of data using quantized bins.
• histogram.value - get or set the value accessor function.
• histogram.range - get or set the considered value range.
• histogram.bins - specify how values are organized into bins.
• histogram.frequency - compute the distribution as counts or probabilities.

• d3.layout.pack - produce a hierarchical layout using recursive circle-packing.
• pack - alias for pack.nodes.
• pack.nodes - compute the pack layout and return the array of nodes.
• pack.links - compute the parent-child links between tree nodes.
• pack.children - get or set the children accessor function.
• pack.sort - control the order in which sibling nodes are traversed.
• pack.value - get or set the value accessor used to size circles.
• pack.size - specify the layout size in x and y.
• pack.radius - specify the node radius, rather than deriving it from value.
• pack.padding - specify the layout padding in (approximate) pixels.

• d3.layout.partition - recursively partition a node tree into a sunburst or icicle.
• partition - alias for partition.nodes.
• partition.nodes - compute the partition layout and return the array of nodes.
• partition.links - compute the parent-child links between tree nodes.
• partition.children - get or set the children accessor function.
• partition.sort - control the order in which sibling nodes are traversed.
• partition.value - get or set the value accessor used to size circles.
• partition.size - specify the layout size in x and y.

• d3.layout.pie - construct a new default pie layout.
• pie - compute the start and end angles for arcs in a pie or donut chart.
• pie.value - get or set the value accessor function.
• pie.sort - control the clockwise order of pie slices.
• pie.startAngle - get or set the overall start angle of the pie.
• pie.endAngle - get or set the overall end angle of the pie.

• d3.layout.stack - construct a new default stack layout.
• stack - compute the baseline for each series in a stacked bar or area chart.
• stack.values - get or set the values accessor function per series.
• stack.order - control the order in which series are stacked.
• stack.offset - specify the overall baseline algorithm.
• stack.x - get or set the x-dimension accessor function.
• stack.y - get or set the y-dimension accessor function.
• stack.out - get or set the output function for storing the baseline.

• d3.layout.tree - position a tree of nodes tidily.
• tree - alias for tree.nodes.
• tree.nodes - compute the tree layout and return the array of nodes.
• tree.links - compute the parent-child links between tree nodes.
• tree.children - get or set the children accessor function.
• tree.sort - control the order in which sibling nodes are traversed.
• tree.separation - get or set the spacing function between neighboring nodes.
• tree.size - specify the layout size in x and y.
• tree.nodeSize - specify a fixed size for each node.

• d3.layout.treemap - use recursive spatial subdivision to display a tree of nodes.
• treemap - alias for treemap.nodes.
• treemap.nodes - compute the treemap layout and return the array of nodes.
• treemap.links - compute the parent-child links between tree nodes.
• treemap.children - get or set the children accessor function.
• treemap.sort - control the order in which sibling nodes are traversed.
• treemap.value - get or set the value accessor used to size treemap cells.
• treemap.size - specify the layout size in x and y.
• treemap.padding - specify the padding between a parent and its children.
• treemap.round - enable or disable rounding to exact pixels.
• treemap.sticky - make the layout sticky for stable updates.
• treemap.mode - change the treemap layout algorithm.

• d3.geo.path - create a new geographic path generator.
• path - project the specified feature and render it to the context.
• path.projection - get or set the geographic projection.
• path.context - get or set the render context.
• path.pointRadius - get or set the radius to display point features.
• path.area - compute the projected area of a given feature.
• path.centroid - compute the projected centroid of a given feature.
• path.bounds - compute the projected bounds of a given feature.
• d3.geo.graticule - create a graticule generator.
• graticule - generate a MultiLineString of meridians and parallels.
• graticule.lines - generate an array of LineStrings of meridians and parallels.
• graticule.outline - generate a Polygon of the graticule’s extent.
• graticule.extent - get or set the major & minor extents.
• graticule.majorExtent - get or set the major extent.
• graticule.minorExtent - get or set the minor extent.
• graticule.step - get or set the major & minor step intervals.
• graticule.majorStep - get or set the major step intervals.
• graticule.minorStep - get or set the minor step intervals.
• graticule.precision - get or set the latitudinal precision.
• d3.geo.circle - create a circle generator.
• circle - generate a piecewise circle as a Polygon.
• circle.origin - specify the origin in latitude and longitude.
• circle.angle - specify the angular radius in degrees.
• circle.precision - specify the precision of the piecewise circle.
• d3.geo.area - compute the spherical area of a given feature.
• d3.geo.bounds - compute the latitude-longitude bounding box for a given feature.
• d3.geo.centroid - compute the spherical centroid of a given feature.
• d3.geo.distance - compute the great-arc distance between two points.
• d3.geo.interpolate - interpolate between two points along a great arc.
• d3.geo.length - compute the length of a line string or the circumference of a polygon.
• d3.geo.rotation - create a rotation function for the specified angles [λ, φ, γ].
• rotation - rotate the given location around the sphere.
• rotation.invert - inverse-rotate the given location around the sphere.

• d3.geo.projection - create a standard projection from a raw projection.
• projection - project the specified location.
• projection.invert - invert the projection for the specified point.
• projection.rotate - get or set the projection’s three-axis rotation.
• projection.center - get or set the projection’s center location.
• projection.translate - get or set the projection’s translation position.
• projection.scale - get or set the projection’s scale factor.
• projection.clipAngle - get or set the radius of the projection’s clip circle.
• projection.clipExtent - get or set the projection’s viewport clip extent, in pixels.
• projection.precision - get or set the precision threshold for adaptive resampling.
• projection.stream - wrap the specified stream listener, projecting input geometry.
• d3.geo.projectionMutator - create a standard projection from a mutable raw projection.
• d3.geo.albers - the Albers equal-area conic projection.
• albers.parallels - get or set the projection's two standard parallels.
• d3.geo.albersUsa - a composite Albers projection for the United States.
• d3.geo.azimuthalEqualArea - the azimuthal equal-area projection.
• d3.geo.azimuthalEquidistant - the azimuthal equidistant projection.
• d3.geo.conicConformal - the conic conformal projection.
• d3.geo.conicEquidistant - the conic equidistant projection.
• d3.geo.conicEqualArea the conic equal-area (a.k.a. Albers) projection.
• d3.geo.equirectangular - the equirectangular (plate carreé) projection.
• d3.geo.gnomonic - the gnomonic projection.
• d3.geo.mercator - the spherical Mercator projection.
• d3.geo.orthographic - the azimuthal orthographic projection.
• d3.geo.stereographic - the azimuthal stereographic projection.
• d3.geo.azimuthalEqualArea.raw - the raw azimuthal equal-area projection.
• d3.geo.azimuthalEquidistant.raw - the azimuthal equidistant projection.
• d3.geo.conicConformal.raw - the raw conic conformal projection.
• d3.geo.conicEquidistant.raw - the raw conic equidistant projection.
• d3.geo.conicEqualArea.raw the raw conic equal-area (a.k.a. Albers) projection.
• d3.geo.equirectangular.raw - the raw equirectangular (plate carrée) projection.
• d3.geo.gnomonic.raw - the raw gnomonic projection.
• d3.geo.mercator.raw - the raw Mercator projection.
• d3.geo.orthographic.raw - the raw azimuthal orthographic projection.
• d3.geo.stereographic.raw - the raw azimuthal stereographic projection.
• d3.geo.transverseMercator.raw - the raw transverse Mercator projection.

• d3.geo.stream - convert a GeoJSON object to a geometry stream.
• stream.point - indicate an x, y (and optionally z) coordinate.
• stream.lineStart - indicate the start of a line or ring.
• stream.lineEnd - indicate the end of a line or ring.
• stream.polygonStart - indicate the start of a polygon.
• stream.polygonEnd - indicate the end of a polygon.
• stream.sphere - indicate a sphere.
• d3.geo.transform - transform streaming geometries.
• transform.stream - wraps a given stream.
• d3.geo.clipExtent - a stream transform that clips geometries to a given axis-aligned rectangle.
• clipExtent.extent - sets the clip extent.

• d3.geom.voronoi - create a Voronoi layout with default accessors.
• voronoi - compute the Voronoi tessellation for the specified points.
• voronoi.x - get or set the x-coordinate accessor for each point.
• voronoi.y - get or set the y-coordinate accessor for each point.
• voronoi.clipExent - get or set the clip extent for the tesselation.
• voronoi.links - compute the Delaunay mesh as a network of links.
• voronoi.triangles - compute the Delaunay mesh as a triangular tessellation.

• d3.geom.quadtree - constructs a quadtree for an array of points.
• quadtree.add - add a point to the quadtree.
• quadtree.visit - recursively visit nodes in the quadtree.

• d3.geom.polygon - create a polygon from the specified array of points.
• polygon.area - compute the counterclockwise area of this polygon.
• polygon.centroid - compute the area centroid of this polygon.
• polygon.clip - clip the specified polygon to this polygon.

• d3.geom.hull - create a convex hull layout with default accessors.
• hull - compute the convex hull for the given array of points.
• hull.x - get or set the x-coordinate accessor.
• hull.y - get or set the y-coordinate accessor.

• d3.behavior.drag
• drag.origin
• drag.on

• d3.behavior.zoom - create a zoom behavior.
• zoom - apply the zoom behavior to the selected elements.
• zoom.scale - the current scale factor.
• zoom.translate - the current translate offset.
• zoom.scaleExtent - optional limits on the scale factor.
• zoom.center - an optional focal point for mousewheel zooming.
• zoom.size - the dimensions of the viewport.
• zoom.x - an optional scale whose domain is bound to the x extent of the viewport.
• zoom.y - an optional scale whose domain is bound to the y extent of the viewport.
• zoom.on - listeners for when the scale or translate changes.
• zoom.event - dispatch zoom events after setting the scale or translate.