feat(坐标轴): 支持显示纵轴单位
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30
README.md
30
README.md
@@ -298,6 +298,34 @@ chartRef.value?.setViewportDomain(trackDomain, trackIndex)
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Tooltip 每个系列按 `炮号:通道 (x:值 y:值)` 格式显示。`WaveformSeries.shotNo` 为空或未提供时,
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炮号显示为“未配置炮号”;Tooltip 不显示单位和误差附加文本。
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### 纵轴单位
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可在每个 `WaveformSeries` 上设置可选的 `unit`,单位会显示在对应 Y 轴的顶部刻度中:
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```ts
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const chartData = {
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kind: 'series',
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series: [
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{
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id: 'voltage',
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name: '电压',
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unit: 'V',
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data: {
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kind: 'points',
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points: [
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{ x: 0, y: 1200 },
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{ x: 1, y: 3000 },
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],
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},
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},
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],
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} satisfies WaveformData
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```
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当 Y 轴使用科学计数法时,顶部刻度格式为 `E+03 (V) 3`;未使用科学计数法时,格式为
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`(V) 3`。单位为空、全为空白或未配置时,不显示 `(单位)`,例如仍显示为 `E+03 3` 或 `3`。
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多 Y 轴模式下,每根轴使用该轴首个 series 的单位。
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### 线型、点型与误差棒
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每条序列可以独立设置连线方式、数据点符号和误差棒:
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@@ -669,7 +697,7 @@ async function importAnnotationFile(file: File) {
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字段无效时会抛出 `TypeError`,不会返回部分结果。导入包含未知 `seriesId` 的标注是允许的,
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对应曲线加载后会恢复显示。文件选择、错误提示和下载由业务层实现。
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X 轴刻度和左右端点先按 `timeUnit` 转换为秒或毫秒,再显示为不带分组符和科学计数法的完整普通十进制值,并可通过 `axes.x.labelFormatter` 自定义。Y 轴会根据完整显示域选择格式:最大绝对值在 `[0.01, 100)` 时显示两位普通小数;大于等于 `100`,或大于 `0` 且小于 `0.01` 时,刻度显示两位缩放值,并在轴末端单独显示共享倍率 `E±NN`,多 Y 轴分别计算倍率。tooltip 使用最多 4 位小数的本地化普通数字并省略无意义尾零;标注编辑器的 X 坐标跟随 `timeUnit` 并固定 3 位小数,Y 坐标显示完整普通十进制。所有格式化都只发生在展示层,内部坐标值保持原始精度。
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X 轴刻度和左右端点先按 `timeUnit` 转换为秒或毫秒,再显示为不带分组符和科学计数法的完整普通十进制值,并可通过 `axes.x.labelFormatter` 自定义。Y 轴会根据完整显示域选择格式:最大绝对值在 `[0.01, 100)` 时显示两位普通小数;大于等于 `100`,或大于 `0` 且小于 `0.01` 时,刻度显示两位缩放值,并在顶部刻度单独显示共享倍率 `E±NN`。如果 series 配置了 `unit`,顶部刻度会在倍率后追加 `(单位)`;没有科学计数法时也会显示 `(单位)`,多 Y 轴分别使用对应轴首个 series 的单位。tooltip 使用最多 4 位小数的本地化普通数字并省略无意义尾零;标注编辑器的 X 坐标跟随 `timeUnit` 并固定 3 位小数,Y 坐标显示完整普通十进制。所有格式化都只发生在展示层,内部坐标值保持原始精度。
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标注框默认布局在采样点正上方,只做绘图区边界裁剪;文本框通过连接箭头指向标注位置,多个标注重叠时可通过拖动手动避让。
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## 事件
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@@ -1,6 +1,6 @@
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{
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"name": "waveform-analysis",
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"version": "0.1.39",
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"version": "0.1.40",
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"main": "./dist/index.cjs",
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"module": "./dist/index.js",
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"types": "./dist/types/index.d.ts",
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@@ -103,6 +103,7 @@ export function axisTextMetrics(
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domain: [number, number],
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nice = true,
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tickValues?: number[],
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unit?: string,
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): { tickTextWidth: number } {
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const scale = scaleLinear(domain, [1, 0])
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if (nice) scale.nice()
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@@ -112,7 +113,7 @@ export function axisTextMetrics(
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const maximumTickCharacters = Math.max(
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1,
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...values.map(
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(value) => formatScientificAxisLabel(value, { axisMin, axisMax, topTickValue }).length,
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(value) => formatScientificAxisLabel(value, { axisMin, axisMax, topTickValue, unit }).length,
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),
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)
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return {
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@@ -122,7 +123,8 @@ export function axisTextMetrics(
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export function measureYAxisGroupClearance(group: YAxisSeriesGroup): number {
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return (
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axisTextMetrics(group.domain, !group.fixed).tickTextWidth +
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axisTextMetrics(group.domain, !group.fixed, undefined, group.seriesList[0]?.unit)
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.tickTextWidth +
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Y_AXIS_TICK_PADDING +
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Y_AXIS_LABEL_GAP +
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Y_AXIS_LABEL_BAND_WIDTH +
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@@ -132,7 +134,8 @@ export function measureYAxisGroupClearance(group: YAxisSeriesGroup): number {
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function measureYAxisGroupTickClearance(group: YAxisSeriesGroup): number {
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return (
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axisTextMetrics(group.domain, !group.fixed).tickTextWidth +
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axisTextMetrics(group.domain, !group.fixed, undefined, group.seriesList[0]?.unit)
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.tickTextWidth +
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Y_AXIS_TICK_PADDING +
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Y_AXIS_OUTER_PADDING
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)
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@@ -135,7 +135,12 @@ export function buildTrackLayouts(options: BuildTrackLayoutsOptions): TrackLayou
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const tickValues = Array.from(
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new Set([axisStart, ...visibleMajorTicks, ...(showAxisEnd ? [axisEnd] : [])]),
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)
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const { tickTextWidth } = axisTextMetrics(group.domain, !group.fixed, tickValues)
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const { tickTextWidth } = axisTextMetrics(
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group.domain,
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!group.fixed,
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tickValues,
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group.seriesList[0]?.unit,
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)
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const clearance =
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tickTextWidth +
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Y_AXIS_TICK_PADDING +
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@@ -112,7 +112,11 @@ export function useWaveformLayout(context: LayoutContext) {
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.flatMap((track) =>
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resolveYAxisSeriesGroups(track, props.overlayMode, props.yDomain, props.yDomains),
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)
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.map((group) => axisTextMetrics(group.domain, !group.fixed).tickTextWidth)
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.map(
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(group) =>
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axisTextMetrics(group.domain, !group.fixed, undefined, group.seriesList[0]?.unit)
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.tickTextWidth,
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)
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const tickTextWidth = Math.max(Y_AXIS_CHARACTER_WIDTH, ...axisText)
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const tickClearance = tickTextWidth + Y_AXIS_TICK_PADDING + Y_AXIS_OUTER_PADDING
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const labelCenterX = -(
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@@ -44,9 +44,10 @@ function renderAxes() {
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if (!element) return
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const [axisMin, axisMax] = axis.scale.domain()
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const topTickValue = Math.max(...axis.tickValues)
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const unit = axis.seriesList[0]?.unit
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const yAxis = (axis.side === 'left' ? axisLeft(axis.scale) : axisRight(axis.scale))
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.tickFormat((value) =>
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formatScientificAxisLabel(Number(value), { axisMin, axisMax, topTickValue }),
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formatScientificAxisLabel(Number(value), { axisMin, axisMax, topTickValue, unit }),
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)
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.tickSize(-4)
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.tickPadding(7)
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@@ -158,6 +158,12 @@ describe('WaveformChart', () => {
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expect(paths[0].attributes('data-series-name')).toBe('BT2_2M')
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const yAxisLabels = wrapper.findAll('.waveform-chart__y-axis-label')
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expect(yAxisLabels.map((label) => label.text())).toEqual(['BT2_2M', 'BT1_2M'])
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expect(
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wrapper
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.findAll('.waveform-chart__axis--y .tick text')
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.map((label) => label.text())
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.some((label) => label.includes('(T)')),
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).toBe(true)
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expect(yAxisLabels.map((label) => label.attributes('fill'))).toEqual(['#0960bd', '#ff7f0e'])
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const labelX = Number(
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yAxisLabels[0].attributes('transform')?.match(/^translate\(([-\d.]+),/)?.[1],
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@@ -15,6 +15,7 @@ describe('WaveformChart', () => {
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{
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trackId: 'shared-frame',
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name: '普通量程',
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unit: 'V',
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data: {
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kind: 'points',
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points: [
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@@ -26,6 +27,7 @@ describe('WaveformChart', () => {
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{
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trackId: 'shared-frame',
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name: '大量程',
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unit: 'A',
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data: {
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kind: 'points',
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points: [
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@@ -37,6 +39,7 @@ describe('WaveformChart', () => {
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{
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trackId: 'shared-frame',
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name: '小量程',
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unit: 'T',
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data: {
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kind: 'points',
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points: [
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@@ -57,7 +60,11 @@ describe('WaveformChart', () => {
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.map((label) => label.text())
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.filter((label) => label.startsWith('E')),
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),
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).toEqual([[], [expect.stringMatching(/^E\+03 /)], [expect.stringMatching(/^E-04 /)]])
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).toEqual([
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[],
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[expect.stringMatching(/^E\+03 \(A\) /)],
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[expect.stringMatching(/^E-04 \(T\) /)],
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])
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})
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it('reprojects annotations with the Y axis assigned to their series', async () => {
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@@ -40,6 +40,15 @@ describe('waveform number formatters', () => {
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expect(formatScientificAxisExponent(0.0001, 0.0003)).toBe('E-04')
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})
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it('appends a unit to the top tick with or without scientific notation', () => {
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expect(formatScientificAxisLabel(3000, { axisMin: 1000, axisMax: 3000, unit: 'V' })).toBe(
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'E+03 (V) 3',
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)
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expect(formatScientificAxisLabel(3, { axisMin: 0, axisMax: 3, unit: 'A' })).toBe('(A) 3')
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expect(formatScientificAxisLabel(2, { axisMin: 0, axisMax: 3, unit: 'A' })).toBe('2')
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expect(formatScientificAxisLabel(3, { axisMin: 0, axisMax: 3, unit: ' ' })).toBe('3')
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})
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it('derives the exponent from the largest absolute endpoint', () => {
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expect(resolveScientificAxisExponent(-9000, -1000)).toBe(3)
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expect(resolveScientificAxisExponent(-100_000, -3000)).toBe(5)
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@@ -11,6 +11,7 @@ export interface ScientificAxisLabelOptions {
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axisMin?: number
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axisMax?: number
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topTickValue?: number
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unit?: string
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}
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/** @deprecated Use ScientificAxisLabelOptions. */
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@@ -71,9 +72,11 @@ export function formatScientificAxisLabel(
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const scaledValue = exponent === null ? value : value / 10 ** exponent
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const formattedValue = formatYAxisNumber(scaledValue)
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const topTickValue = options.topTickValue ?? options.axisMax
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return exponent !== null && value === topTickValue
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? `${formatExponent(exponent)} ${formattedValue}`
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: formattedValue
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if (value !== topTickValue) return formattedValue
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const unit = options.unit?.trim()
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const unitLabel = unit ? `(${unit}) ` : ''
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const exponentLabel = exponent === null ? '' : `${formatExponent(exponent)} `
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return `${exponentLabel}${unitLabel}${formattedValue}`
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}
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/** Return the shared E-style multiplier for an axis, or null for a plain axis. */
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