feat: 多图层图表正式开放

__tests__/unit/lab-spec.ts

@@ -17,7 +17,7 @@ describe('lab', () => {
     expect(fn).toBeCalledWith(`Plot 'X' is in BETA stage, DO NOT use it in production env.`);
 
     notice(Stage.STABLE, 'Y');
-    expect(fn).toBeCalledWith(`Plot 'Y' is in STABLE stage, import it by "import { Y } from '@antv/g2'".`);
+    expect(fn).toBeCalledWith(`Plot 'Y' is in STABLE stage, import it by "import { Y } from '@antv/g2plot'".`);
 
     // @ts-ignore
     notice('NO-STAGE', 'Y');

__tests__/unit/plots/multi-view/index-spec.ts

@@ -101,4 +101,50 @@ describe('multi-view', () => {
 
     line.destroy();
   });
+
+  it('add interactions', () => {
+    const data = partySupport.filter((o) => ['FF', 'Lab'].includes(o.type));
+    const line = new Lab.MultiView(createDiv(), {
+      width: 400,
+      height: 300,
+      views: [
+        {
+          data,
+          interactions: [{ type: 'tooltip' }, { type: 'element-highlight-by-color' }],
+          geometries: [
+            {
+              type: 'line',
+              xField: 'date',
+              yField: 'value',
+              colorField: 'type',
+              mapping: {},
+            },
+          ],
+        },
+        {
+          data,
+          interactions: [{ type: 'tooltip', enable: false }],
+          geometries: [
+            {
+              type: 'line',
+              xField: 'date',
+              yField: 'value',
+              colorField: 'type',
+              mapping: {},
+            },
+          ],
+        },
+      ],
+      legend: {
+        type: {},
+      },
+    });
+
+    line.render();
+
+    expect(line.chart.views[0].interactions['element-highlight-by-color']).toBeDefined();
+    expect(line.chart.views[0].interactions['tooltip']).toBeDefined();
+    // `enable: false` 移除交互
+    expect(line.chart.views[1].interactions['tooltip']).not.toBeDefined();
+  });
 });

docs/api/graphic-style.en.md

@@ -1,6 +1,6 @@
 ---
 title: Graphic Style
-order: 9
+order: 11
 ---
 
 G2Plot uses [G](https://github.com/antvis/g) as the drawing engine. Some graphic styles, such as the `lineStyle` of Line, the `columnStyle` of Column, and the style configuration of some components, such as `label.style`, `axis.line.style`, are all transmitted transparently through the drawing properties of G.

docs/api/graphic-style.zh.md

@@ -1,6 +1,6 @@
 ---
 title: 绘图属性
-order: 9
+order: 11
 ---
 
 G2Plot 使用 [G](https://github.com/antvis/g) 作为绘图引擎，一些图形的样式配置，如折线图的`lineStyle`，柱状图的`columnStyle`等，还有部分组件的样式配置，如`label.style`， `axis.line.style`等，都是直接透传 G 的绘图属性。

docs/api/multi-view.en.md

@@ -1,6 +1,223 @@
 ---
-title: Multi-View
-order: 11
+title: Multi View Plot
+order: 8
 ---
 
-`markdown:docs/api/multi-view.zh.md`
+### Plot Container
+
+`markdown:docs/common/chart-options.en.md`
+
+### View
+
+#### views
+
+<description>**required** _IView[]_</description>
+
+Configuration of `views` is an array. Every view has its own data, geometries and geometry configuration.
+see more: [View Configuration](#viewconfiguration)
+
+#### syncViewPadding ✨
+
+<description>**optional** _boolean_</description>
+
+是否同步子 view 的 padding 配置。传入 boolean 值，含义是：是否需要将子 View 的 padding 同步，如果设置同步，那么可以保证子 View 在 auto padding 的情况下，所有子 View 的图形能够完全重合，避免显示上的错位。
+
+### View Configuration
+
+#### IView.region
+
+<description>**optional** _object_</description>
+
+The region of view, default is full of region.
+
+Example:
+
+```ts
+// Set the region of view in the upper part
+region: {
+  start: { x: 0, y: 0 },
+  end: { x: 1, y: 0.5 },
+}
+```
+
+#### IView.data
+
+`markdown:docs/common/data.en.md`
+
+#### IView.meta
+
+`markdown:docs/common/meta.en.md`
+
+#### IView.coordinate
+
+Configuration of coordinate, every view has its own coordinate. The geometries of the same view share the same coordinate system. 
+
+| Properties  | Type     | Description      |
+| ------- | --------------- | -------------------------------------------------------- |
+| type    | _string_        | `'polar' | 'theta' | 'rect' | 'cartesian' | 'helix'` |
+| cfg     | _CoordinateCfg_ |   CoordinateCfg 坐标系配置项，目前常用于极坐标    |
+| actions | _array object_  | 坐标系的变换配置，具体可以见 G2 坐标系[文档](https://g2.antv.vision/en/docs/api/general/coordinate)
+
+<div class="sign">
+
+```ts
+type CoordinateCfg = {
+  // 用于极坐标，配置起始弧度。
+  startAngle?: number;
+  // 用于极坐标，配置结束弧度。
+  endAngle?: number;
+  // 用于极坐标，配置极坐标半径，0 - 1 范围的数值。
+  radius?: number;
+  // 用于极坐标，极坐标内半径，0 -1 范围的数值。
+  innerRadius?: number;
+};
+```
+
+</div>
+
+#### IView.geometries
+
+<description>**optional** _array object_</description>
+
+view 上的图形 geometry 及映射配置，具体见[Geometry Configuration](#geometryconfiguration)
+
+#### IView.axes
+
+<description>**optional** _object | false_</description>
+
+view 上的图形坐标轴配置，key 值对应 `xField` 和 `yField`， value 具体配置见：[Axis API](/en/docs/api/components/axis)
+
+<div class="sign">
+
+```ts
+{
+  [field]: AxisOptions | false,
+}
+```
+
+</div>
+
+#### IView.annotations
+
+<description>**optional** _object[]_ </description>
+
+Annotations of geometry in view, see more: [Annotations API](/en/docs/api/components/annotations)
+
+#### IView.interactions
+
+<description>**optional** _object[]_ </description>
+
+Interactions of view, see more: [Interactions API](/en/docs/api/options/interactions)
+
+### Geometry Configuration
+
+#### IGeometry.type
+
+<description>**required** _string_</description>
+
+Type of geometry, includes: `'line' | 'interval' | 'point' | 'area' | 'polygon'`。
+
+#### IGeometry.mapping ✨
+
+<description>**required** _object_</description>
+
+Mapping rules of geometry.
+
+在图形语法中，数据可以通过 `color`, `shape`, `size` 等视觉属性映射到图形上，另外 G2/G2Plot 还提供了 `style` 和 `tooltip`，让图形展示更多的信息。具体类型定义见下：（其中：ShapeStyle 具体见[绘图属性](/en/docs/api/graphic-style))
+
+<div class="sign">
+
+```ts
+type MappingOptions = {
+  /** color 映射 */
+  readonly color?: ColorAttr;
+  /** shape 映射 */
+  readonly shape?: ShapeAttr;
+  /** 大小映射, 提供回调的方式 */
+  readonly size?: SizeAttr;
+  /** 样式映射 */
+  readonly style?: StyleAttr;
+  /** tooltip 映射 */
+  readonly tooltip?: TooltipAttr;
+}
+
+/** 颜色映射 */
+type ColorAttr = string | string[] | ((datum: Datum) => string);
+/** 尺寸大小映射 */
+type SizeAttr = number | [number, number] | ((datum: Datum) => number);
+/** 图形 shape 映射 */
+type ShapeAttr = string | string[] | ((datum: Datum) => string);
+/** 图形样式 style 映射 */
+type StyleAttr = ShapeStyle | ((datum: Datum) => ShapeStyle);
+/** tooltip 的回调 */
+type TooltipAttr = (datum: Datum) => { name: string; value: string | number };
+```
+
+</div>
+
+#### IGeometry.xField
+
+<description>**optional** _string_</description>
+
+对应 x 轴字段。数据映射到几何图形 geometry 上时，最重要的通道是 `position` 通道。笛卡尔坐标系上的几何图形，通常是一维或二维的，对应位置视觉通道需要 `x`, `y` 两个（或一个）字段的值。
+
+#### IGeometry.yField
+
+<description>**optional** _string_</description>
+
+对应 y 轴字段。数据映射到几何图形 geometry 上时，最重要的通道是 `position` 通道。笛卡尔坐标系上的几何图形，通常是一维或二维的，对应位置视觉通道需要 `x`, `y` 两个（或一个）字段的值。
+
+#### IGeometry.colorField
+
+<description>**optional** _string_</description>
+
+The mapping field of `color`. 通过颜色视觉通道对数据进行分组。
+
+#### IGeometry.shapeField
+
+<description>**optional** _string_</description>
+
+The mapping field of `shape`. 通过不同的形状对数据进行分组。
+
+#### IGeometry.sizeField
+
+<description>**optional** _string_</description>
+
+The mapping field of `size`. 通过 size 字段，可以将数据按照 `sizeField` 对应的数据进行不同的大小映射。
+
+#### IGeometry.styleField
+
+<description>**optional** _string_</description>
+
+The mapping field of `style`, 
+
+#### IGeometry.tooltipFields
+
+<description>**optional** _string[] | false_</description>
+
+The mapping fields of `tooltip`, 
+
+#### IGeometry.label
+
+<description>**optional** _object_</description>
+
+The mapping of `label`, see more: [Label API](/en/docs/api/components/label)
+
+#### IGeometry.adjust
+
+Adjust of data.
+
+The purpose of adjusting data is to make the graphics not obscure each other and to have a clearer understanding of the data, but the correct understanding of the data must be ensured. See more:  [Adjust | G2](https://g2.antv.vision/en/docs/manual/concepts/adjust)
+
+| Properties  | Type     | Description      |
+| ------------ | ----------- | -------- |
+| type         | 'stack' \| 'dodge' \| 'jitter' \| 'symmetric' | 数据调整类型    |
+| marginRatio  | number                                        | 只对 'dodge' 生效，取 0 到 1 范围的值（相对于每个柱子宽度），用于控制一个分组中柱子之间的间距 |
+| dodgeBy      | string                                        | 只对 'dodge' 生效，声明以哪个数据字段为分组依据                                               |
+| reverseOrder | boolean                                       | 只对 'stack' 生效，用于控制是否对数据进行反序操作                                             |
+
+#### IGeometry.state
+
+<description>**optional** _object_</description>
+
+Style of different state.