@plait/draw/fesm2022/plait-draw.mjs.map

Implementation of the core logic of the flowchart drawing tool plugin.

{"version":3,"file":"plait-draw.mjs","sources":["../../../packages/draw/src/interfaces/geometry.ts","../../../packages/draw/src/interfaces/swimlane.ts","../../../packages/draw/src/interfaces/table.ts","../../../packages/draw/src/constants/default.ts","../../../packages/draw/src/constants/geometry.ts","../../../packages/draw/src/constants/pointer.ts","../../../packages/draw/src/constants/image.ts","../../../packages/draw/src/constants/theme.ts","../../../packages/draw/src/constants/swimlane.ts","../../../packages/draw/src/constants/text.ts","../../../packages/draw/src/constants/line.ts","../../../packages/draw/src/generators/text.generator.ts","../../../packages/draw/src/utils/table-selected.ts","../../../packages/draw/src/utils/table.ts","../../../packages/draw/src/utils/memorize.ts","../../../packages/draw/src/utils/arrow-line/arrow-line-resize.ts","../../../packages/draw/src/utils/arrow-line/arrow-line-arrow.ts","../../../packages/draw/src/generators/arrow-line.generator.ts","../../../packages/draw/src/utils/text-size.ts","../../../packages/draw/src/utils/arrow-line/arrow-line-basic.ts","../../../packages/draw/src/utils/position/arrow-line.ts","../../../packages/draw/src/utils/multi-text-geometry.ts","../../../packages/draw/src/generators/vector-line-generator.ts","../../../packages/draw/src/utils/vector-line.ts","../../../packages/draw/src/utils/polygon.ts","../../../packages/draw/src/engines/basic-shapes/cloud.ts","../../../packages/draw/src/utils/hit.ts","../../../packages/draw/src/utils/common.ts","../../../packages/draw/src/utils/style/stroke.ts","../../../packages/draw/src/generators/geometry-shape.generator.ts","../../../packages/draw/src/utils/line.ts","../../../packages/draw/src/utils/position/line.ts","../../../packages/draw/src/generators/line-active.generator.ts","../../../packages/draw/src/generators/arrow-line-auto-complete.generator.ts","../../../packages/draw/src/generators/single-text.generator.ts","../../../packages/draw/src/generators/table.generator.ts","../../../packages/draw/src/utils/shape.ts","../../../packages/draw/src/utils/uml.ts","../../../packages/draw/src/utils/geometry.ts","../../../packages/draw/src/utils/arrow-line/elbow.ts","../../../packages/draw/src/utils/selected.ts","../../../packages/draw/src/transforms/geometry.ts","../../../packages/draw/src/transforms/geometry-text.ts","../../../packages/draw/src/transforms/image.ts","../../../packages/draw/src/transforms/arrow-line.ts","../../../packages/draw/src/utils/swimlane.ts","../../../packages/draw/src/transforms/swimlane.ts","../../../packages/draw/src/transforms/multi-text-geometry-text.ts","../../../packages/draw/src/transforms/table-text.ts","../../../packages/draw/src/transforms/table.ts","../../../packages/draw/src/transforms/vector-line.ts","../../../packages/draw/src/transforms/common.ts","../../../packages/draw/src/transforms/index.ts","../../../packages/draw/src/utils/position/geometry.ts","../../../packages/draw/src/plugins/with-draw-resize.ts","../../../packages/draw/src/utils/snap-resizing.ts","../../../packages/draw/src/utils/clipboard.ts","../../../packages/draw/src/engines/basic-shapes/comment.ts","../../../packages/draw/src/engines/basic-shapes/polygon.ts","../../../packages/draw/src/engines/basic-shapes/cross.ts","../../../packages/draw/src/engines/basic-shapes/diamond.ts","../../../packages/draw/src/engines/basic-shapes/ellipse.ts","../../../packages/draw/src/engines/basic-shapes/hexagon.ts","../../../packages/draw/src/engines/basic-shapes/left-arrow.ts","../../../packages/draw/src/engines/basic-shapes/octagon.ts","../../../packages/draw/src/engines/basic-shapes/parallelogram.ts","../../../packages/draw/src/engines/basic-shapes/pentagon.ts","../../../packages/draw/src/engines/basic-shapes/pentagon-arrow.ts","../../../packages/draw/src/engines/basic-shapes/process-arrow.ts","../../../packages/draw/src/engines/basic-shapes/right-arrow.ts","../../../packages/draw/src/engines/basic-shapes/rectangle.ts","../../../packages/draw/src/engines/basic-shapes/round-rectangle.ts","../../../packages/draw/src/engines/basic-shapes/round-comment.ts","../../../packages/draw/src/engines/basic-shapes/trapezoid.ts","../../../packages/draw/src/engines/basic-shapes/triangle.ts","../../../packages/draw/src/engines/basic-shapes/two-way-arrow.ts","../../../packages/draw/src/engines/basic-shapes/star.ts","../../../packages/draw/src/engines/flowchart/terminal.ts","../../../packages/draw/src/engines/flowchart/manual-input.ts","../../../packages/draw/src/engines/flowchart/preparation.ts","../../../packages/draw/src/engines/flowchart/manual-loop.ts","../../../packages/draw/src/engines/flowchart/merge.ts","../../../packages/draw/src/engines/flowchart/delay.ts","../../../packages/draw/src/engines/flowchart/stored-data.ts","../../../packages/draw/src/engines/flowchart/predefined-process.ts","../../../packages/draw/src/engines/flowchart/off-page.ts","../../../packages/draw/src/engines/flowchart/or.ts","../../../packages/draw/src/engines/flowchart/summing-junction.ts","../../../packages/draw/src/engines/flowchart/document.ts","../../../packages/draw/src/engines/flowchart/multi-document.ts","../../../packages/draw/src/engines/flowchart/database.ts","../../../packages/draw/src/engines/flowchart/hard-disk.ts","../../../packages/draw/src/engines/flowchart/internal-storage.ts","../../../packages/draw/src/engines/flowchart/note-curly-left.ts","../../../packages/draw/src/engines/flowchart/note-curly-right.ts","../../../packages/draw/src/engines/flowchart/note-square.ts","../../../packages/draw/src/engines/flowchart/display.ts","../../../packages/draw/src/engines/table/table.ts","../../../packages/draw/src/engines/uml/actor.ts","../../../packages/draw/src/engines/uml/container.ts","../../../packages/draw/src/engines/uml/package.ts","../../../packages/draw/src/engines/uml/combined-fragment.ts","../../../packages/draw/src/engines/uml/deletion.ts","../../../packages/draw/src/engines/uml/activity-class.ts","../../../packages/draw/src/engines/uml/note.ts","../../../packages/draw/src/engines/uml/assembly.ts","../../../packages/draw/src/engines/uml/required-interface.ts","../../../packages/draw/src/engines/uml/provided-interface.ts","../../../packages/draw/src/engines/uml/component.ts","../../../packages/draw/src/engines/uml/component-box.ts","../../../packages/draw/src/engines/uml/template.ts","../../../packages/draw/src/engines/index.ts","../../../packages/draw/src/utils/arrow-line/arrow-line-common.ts","../../../packages/draw/src/interfaces/arrow-line.ts","../../../packages/draw/src/interfaces/element.ts","../../../packages/draw/src/interfaces/vector-line.ts","../../../packages/draw/src/interfaces/index.ts","../../../packages/draw/src/geometry.component.ts","../../../packages/draw/src/arrow-line.component.ts","../../../packages/draw/src/vector-line.component.ts","../../../packages/draw/src/plugins/with-draw-hotkey.ts","../../../packages/draw/src/plugins/with-geometry-create.ts","../../../packages/draw/src/plugins/with-draw-fragment.ts","../../../packages/draw/src/plugins/arrow-line/with-arrow-line-create.ts","../../../packages/draw/src/plugins/arrow-line/with-arrow-line-resize.ts","../../../packages/draw/src/plugins/arrow-line/with-arrow-line-bound-reaction.ts","../../../packages/draw/src/plugins/arrow-line/with-arrow-line-text.ts","../../../packages/draw/src/image.component.ts","../../../packages/draw/src/plugins/arrow-line/with-arrow-line-auto-complete.ts","../../../packages/draw/src/plugins/arrow-line/with-arrow-line-auto-complete-reaction.ts","../../../packages/draw/src/plugins/arrow-line/with-arrow-line-text-move.ts","../../../packages/draw/src/plugins/with-draw-rotate.ts","../../../packages/draw/src/table.component.ts","../../../packages/draw/src/plugins/with-table-resize.ts","../../../packages/draw/src/plugins/with-table.ts","../../../packages/draw/src/plugins/with-swimlane-create.ts","../../../packages/draw/src/plugins/with-swimlane.ts","../../../packages/draw/src/plugins/with-vector-line-create.ts","../../../packages/draw/src/plugins/with-vector-line-resize.ts","../../../packages/draw/src/plugins/with-draw.ts","../../../packages/draw/src/plait-draw.ts"],"sourcesContent":["import { PlaitElement, Point } from '@plait/core';\nimport { DrawTextInfo } from '../generators/text.generator';\nimport { ParagraphElement, StrokeStyle } from '@plait/common';\n\nexport enum BasicShapes {\n    rectangle = 'rectangle',\n    ellipse = 'ellipse',\n    diamond = 'diamond',\n    roundRectangle = 'roundRectangle',\n    parallelogram = 'parallelogram',\n    text = 'text',\n    triangle = 'triangle',\n    leftArrow = 'leftArrow',\n    trapezoid = 'trapezoid',\n    rightArrow = 'rightArrow',\n    cross = 'cross',\n    star = 'star',\n    pentagon = 'pentagon',\n    hexagon = 'hexagon',\n    octagon = 'octagon',\n    pentagonArrow = 'pentagonArrow',\n    processArrow = 'processArrow',\n    twoWayArrow = 'twoWayArrow',\n    comment = 'comment',\n    roundComment = 'roundComment',\n    cloud = 'cloud'\n}\n\nexport enum FlowchartSymbols {\n    process = 'process',\n    decision = 'decision',\n    data = 'data',\n    connector = 'connector',\n    terminal = 'terminal',\n    manualInput = 'manualInput',\n    preparation = 'preparation',\n    manualLoop = 'manualLoop',\n    merge = 'merge',\n    delay = 'delay',\n    storedData = 'storedData',\n    or = 'or',\n    summingJunction = 'summingJunction',\n    predefinedProcess = 'predefinedProcess',\n    offPage = 'offPage',\n    document = 'document',\n    multiDocument = 'multiDocument',\n    database = 'database',\n    hardDisk = 'hardDisk',\n    internalStorage = 'internalStorage',\n    noteCurlyRight = 'noteCurlyRight',\n    noteCurlyLeft = 'noteCurlyLeft',\n    noteSquare = 'noteSquare',\n    display = 'display'\n}\n\nexport enum UMLSymbols {\n    actor = 'actor',\n    useCase = 'useCase',\n    container = 'container',\n    note = 'note',\n    simpleClass = 'simpleClass',\n    activityClass = 'activityClass',\n    branchMerge = 'branchMerge',\n    port = 'port',\n    package = 'package',\n    combinedFragment = 'combinedFragment',\n    class = 'class',\n    interface = 'interface',\n    object = 'object',\n    component = 'component',\n    componentBox = 'componentBox',\n    template = 'template',\n    activation = 'activation',\n    deletion = 'deletion',\n    assembly = 'assembly',\n    providedInterface = 'providedInterface',\n    requiredInterface = 'requiredInterface'\n}\n\nexport enum GeometryCommonTextKeys {\n    name = 'name',\n    content = 'content'\n}\n\nexport type GeometryShapes = BasicShapes | FlowchartSymbols | UMLSymbols;\n\nexport type SwimlaneDirection = 'horizontal' | 'vertical';\n\nexport interface PlaitBaseGeometry<T extends string = 'geometry', P extends Point[] = [Point, Point], S extends string = GeometryShapes>\n    extends PlaitElement {\n    type: T;\n    points: P;\n    shape: S;\n}\n\nexport interface PlaitCommonGeometry<T extends string = 'geometry', P extends Point[] = [Point, Point], S extends string = GeometryShapes>\n    extends PlaitBaseGeometry<T, P, S> {\n    // node style attributes\n    fill?: string;\n    strokeColor?: string;\n    strokeWidth?: number;\n    strokeStyle?: StrokeStyle;\n    angle?: number;\n    opacity?: number;\n}\n\nexport interface PlaitCustomGeometry<T extends string = string, P extends Point[] = Point[], S extends string = string>\n    extends PlaitBaseGeometry<T, P, S> {}\n\nexport interface PlaitMultipleTextGeometry extends PlaitCommonGeometry {\n    texts: DrawTextInfo[];\n}\n\nexport interface PlaitGeometry extends PlaitCommonGeometry {\n    text?: ParagraphElement;\n}\n\nexport interface PlaitRectangle extends PlaitGeometry {\n    shape: BasicShapes.rectangle;\n}\n\nexport interface PlaitEllipse extends PlaitGeometry {\n    shape: BasicShapes.ellipse;\n}\n\nexport interface PlaitDiamond extends PlaitGeometry {\n    shape: BasicShapes.diamond;\n}\n\nexport const PlaitGeometry = {};\n","import { PlaitBaseTable } from './table';\n\nexport enum SwimlaneSymbols {\n    swimlaneVertical = 'swimlaneVertical',\n    swimlaneHorizontal = 'swimlaneHorizontal'\n}\n\nexport enum SwimlaneDrawSymbols {\n    swimlaneVertical = 'swimlaneVertical',\n    swimlaneHorizontal = 'swimlaneHorizontal',\n    swimlaneVerticalWithHeader = 'swimlaneVerticalWithHeader',\n    swimlaneHorizontalWithHeader = 'swimlaneHorizontalWithHeader'\n}\n\nexport interface PlaitSwimlane extends PlaitBaseTable {\n    type: 'swimlane';\n    shape: SwimlaneSymbols;\n    header?: boolean;\n}\n\nexport interface PlaitSwimlaneVertical extends PlaitSwimlane {\n    shape: SwimlaneSymbols.swimlaneVertical;\n}\n\nexport interface PlaitSwimlaneHorizontal extends PlaitSwimlane {\n    shape: SwimlaneSymbols.swimlaneHorizontal;\n}\n","import { PlaitBoard, PlaitElement, Point } from '@plait/core';\nimport { ParagraphElement } from '@plait/common';\nimport { DrawOptions } from './engine';\n\nexport enum TableSymbols {\n    table = 'table'\n}\n\nexport interface PlaitTableBoard extends PlaitBoard {\n    buildTable: (element: PlaitBaseTable) => PlaitBaseTable;\n}\n\nexport interface PlaitBaseTable extends PlaitElement {\n    id: string;\n    points: Point[];\n    rows: {\n        id: string;\n        height?: number;\n    }[];\n    columns: {\n        id: string;\n        width?: number;\n    }[];\n    cells: PlaitTableCell[];\n    groupId?: string;\n}\n\nexport interface PlaitTable extends PlaitBaseTable {\n    type: 'table';\n}\n\nexport interface PlaitTableCell {\n    id: string;\n    rowId: string;\n    columnId: string;\n    colspan?: number;\n    rowspan?: number;\n    text?: PlaitTableCellParagraph;\n    fill?: string;\n}\n\nexport interface PlaitTableDrawOptions extends DrawOptions {\n    element: PlaitTable;\n}\n\nexport interface PlaitTableCellWithPoints extends PlaitTableCell {\n    points: [Point, Point];\n}\n\nexport interface PlaitTableCellParagraph extends ParagraphElement {\n    direction?: 'vertical' | 'horizontal';\n}\n\nexport const PlaitTableElement = {\n    isTable: (value: any): value is PlaitTable => {\n        return value.type === 'table';\n    },\n    isVerticalText: (value: PlaitTableCell): value is PlaitTableCell => {\n        return value.text?.direction === 'vertical';\n    }\n};\n","export const WithDrawPluginKey = 'plait-draw-plugin-key';\n\nexport enum DrawI18nKey {\n    lineText = 'line-text',\n    geometryText = 'geometry-text'\n}","import { ACTIVE_STROKE_WIDTH, DEFAULT_COLOR } from '@plait/core';\nimport { BasicShapes, FlowchartSymbols, GeometryShapes, GeometryCommonTextKeys, UMLSymbols } from '../interfaces';\nimport { Alignment, DEFAULT_FILL } from '@plait/common';\n\nexport const ShapeDefaultSpace = {\n    rectangleAndText: 4\n};\n\nexport const DefaultDrawStyle = {\n    strokeWidth: 2,\n    defaultRadius: 4,\n    strokeColor: '#000',\n    fill: DEFAULT_FILL\n};\n\nexport const DefaultDrawActiveStyle = {\n    strokeWidth: ACTIVE_STROKE_WIDTH,\n    selectionStrokeWidth: ACTIVE_STROKE_WIDTH\n};\n\nexport const DefaultBasicShapeProperty = {\n    width: 100,\n    height: 100,\n    strokeColor: DEFAULT_COLOR,\n    strokeWidth: 2\n};\n\nexport const DefaultPentagonArrowProperty = {\n    width: 120,\n    height: 50\n};\n\nexport const DefaultTwoWayArrowProperty = {\n    width: 138,\n    height: 80\n};\n\nexport const DefaultArrowProperty = {\n    width: 100,\n    height: 80\n};\n\nexport const DefaultCloudProperty = {\n    width: 120,\n    height: 100\n};\n\nexport const DefaultTextProperty = {\n    width: 36,\n    height: 20,\n    text: '文本'\n};\n\nexport const GeometryThreshold = {\n    defaultTextMaxWidth: 34 * 14\n};\n\nexport const DefaultConnectorProperty = {\n    width: 44,\n    height: 44\n};\n\nexport const DefaultFlowchartProperty = {\n    width: 120,\n    height: 60\n};\n\nexport const DefaultDataBaseProperty = {\n    width: 70,\n    height: 80\n};\n\nexport const DefaultInternalStorageProperty = {\n    width: 80,\n    height: 80\n};\n\nexport const DefaultDecisionProperty = {\n    width: 140,\n    height: 70\n};\n\nexport const DefaultDataProperty = {\n    width: 124,\n    height: 60\n};\n\nexport const DefaultDocumentProperty = {\n    width: 120,\n    height: 70\n};\n\nexport const DefaultNoteProperty = {\n    width: 160,\n    height: 100\n};\n\nexport const DefaultMultiDocumentProperty = {\n    width: 120,\n    height: 80\n};\n\nexport const DefaultManualInputProperty = {\n    width: 117,\n    height: 59\n};\n\nexport const DefaultMergeProperty = {\n    width: 47,\n    height: 33\n};\n\nexport const DefaultActorProperty = {\n    width: 68,\n    height: 100\n};\n\nexport const DefaultContainerProperty = {\n    width: 300,\n    height: 240\n};\n\nexport const DefaultPackageProperty = {\n    width: 210,\n    height: 150,\n    texts: [\n        {\n            id: GeometryCommonTextKeys.name,\n            text: '包名',\n            align: Alignment.left\n        },\n        {\n            id: GeometryCommonTextKeys.content,\n            text: '',\n            align: Alignment.left\n        }\n    ]\n};\n\nexport const DefaultActivationProperty = {\n    width: 18,\n    height: 80\n};\n\nexport const DefaultObjectProperty = {\n    width: 120,\n    height: 60\n};\n\nexport const DefaultComponentBoxProperty = {\n    width: 200,\n    height: 150\n};\n\nexport const DefaultDeletionProperty = {\n    width: 40,\n    height: 40\n};\n\nexport const DefaultPortProperty = {\n    width: 20,\n    height: 20\n};\n\nexport const DefaultRequiredInterfaceProperty = {\n    width: 70,\n    height: 56\n};\n\nexport const DefaultAssemblyProperty = {\n    width: 120,\n    height: 56\n};\n\nexport const DefaultProvidedInterfaceProperty = {\n    width: 70,\n    height: 34\n};\n\nexport const DefaultCombinedFragmentProperty = {\n    width: 400,\n    height: 280,\n    texts: [\n        {\n            id: GeometryCommonTextKeys.name,\n            text: 'Opt | Alt | Loop',\n            align: Alignment.left\n        },\n        {\n            id: GeometryCommonTextKeys.content,\n            text: '[Condition]',\n            align: Alignment.left\n        }\n    ]\n};\n\nexport const DefaultClassProperty = {\n    width: 230,\n    height: 180,\n    texts: [\n        { text: 'Class', align: Alignment.center },\n        {\n            text: '+ attribute1:type  defaultValue\\n+ attribute2:type\\n- attribute3:type',\n            align: Alignment.left\n        },\n        {\n            text: '+ operation1(params):returnType\\n- operation2(params)\\n- operation3()',\n            align: Alignment.left\n        }\n    ]\n};\n\nexport const DefaultInterfaceProperty = {\n    width: 230,\n    height: 140,\n    texts: [\n        { text: '<<interface>>\\nInterface', align: Alignment.center },\n        {\n            text: '+ operation1(params):returnType\\n- operation2(params)\\n- operation3()',\n            align: Alignment.left\n        }\n    ]\n};\n\nexport const DefaultBasicShapePropertyMap: Record<string, { width: number; height: number }> = {\n    [BasicShapes.pentagonArrow]: DefaultPentagonArrowProperty,\n    [BasicShapes.processArrow]: DefaultPentagonArrowProperty,\n    [BasicShapes.cloud]: DefaultCloudProperty,\n    [BasicShapes.twoWayArrow]: DefaultTwoWayArrowProperty,\n    [BasicShapes.leftArrow]: DefaultArrowProperty,\n    [BasicShapes.rightArrow]: DefaultArrowProperty\n};\n\nexport const DefaultFlowchartPropertyMap = {\n    [FlowchartSymbols.connector]: DefaultConnectorProperty,\n    [FlowchartSymbols.process]: DefaultFlowchartProperty,\n    [FlowchartSymbols.decision]: DefaultDecisionProperty,\n    [FlowchartSymbols.data]: DefaultDataProperty,\n    [FlowchartSymbols.terminal]: DefaultFlowchartProperty,\n    [FlowchartSymbols.manualInput]: DefaultManualInputProperty,\n    [FlowchartSymbols.preparation]: DefaultFlowchartProperty,\n    [FlowchartSymbols.manualLoop]: DefaultFlowchartProperty,\n    [FlowchartSymbols.merge]: DefaultMergeProperty,\n    [FlowchartSymbols.delay]: DefaultFlowchartProperty,\n    [FlowchartSymbols.storedData]: DefaultFlowchartProperty,\n    [FlowchartSymbols.or]: DefaultConnectorProperty,\n    [FlowchartSymbols.summingJunction]: DefaultConnectorProperty,\n    [FlowchartSymbols.predefinedProcess]: DefaultFlowchartProperty,\n    [FlowchartSymbols.offPage]: DefaultFlowchartProperty,\n    [FlowchartSymbols.document]: DefaultDocumentProperty,\n    [FlowchartSymbols.multiDocument]: DefaultMultiDocumentProperty,\n    [FlowchartSymbols.database]: DefaultDataBaseProperty,\n    [FlowchartSymbols.hardDisk]: DefaultFlowchartProperty,\n    [FlowchartSymbols.internalStorage]: DefaultInternalStorageProperty,\n    [FlowchartSymbols.noteCurlyLeft]: DefaultNoteProperty,\n    [FlowchartSymbols.noteCurlyRight]: DefaultNoteProperty,\n    [FlowchartSymbols.noteSquare]: DefaultNoteProperty,\n    [FlowchartSymbols.display]: DefaultFlowchartProperty\n};\n\nexport const DefaultUMLPropertyMap = {\n    [UMLSymbols.actor]: DefaultActorProperty,\n    [UMLSymbols.useCase]: DefaultDocumentProperty,\n    [UMLSymbols.container]: DefaultContainerProperty,\n    [UMLSymbols.note]: DefaultObjectProperty,\n    [UMLSymbols.package]: DefaultPackageProperty,\n    [UMLSymbols.combinedFragment]: DefaultCombinedFragmentProperty,\n    [UMLSymbols.class]: DefaultClassProperty,\n    [UMLSymbols.interface]: DefaultInterfaceProperty,\n    [UMLSymbols.activation]: DefaultActivationProperty,\n    [UMLSymbols.object]: DefaultObjectProperty,\n    [UMLSymbols.deletion]: DefaultDeletionProperty,\n    [UMLSymbols.activityClass]: DefaultObjectProperty,\n    [UMLSymbols.simpleClass]: DefaultObjectProperty,\n    [UMLSymbols.component]: DefaultMultiDocumentProperty,\n    [UMLSymbols.template]: DefaultMultiDocumentProperty,\n    [UMLSymbols.componentBox]: DefaultComponentBoxProperty,\n    [UMLSymbols.port]: DefaultPortProperty,\n    [UMLSymbols.branchMerge]: DefaultDeletionProperty,\n    [UMLSymbols.assembly]: DefaultAssemblyProperty,\n    [UMLSymbols.providedInterface]: DefaultProvidedInterfaceProperty,\n    [UMLSymbols.requiredInterface]: DefaultRequiredInterfaceProperty\n};\n\nexport const MultipleTextGeometryTextKeys: { [key in GeometryShapes]?: string[] } = {\n    [UMLSymbols.package]: Object.keys(GeometryCommonTextKeys),\n    [UMLSymbols.combinedFragment]: Object.keys(GeometryCommonTextKeys)\n};\n\nexport const LINE_HIT_GEOMETRY_BUFFER = 4;\n\nexport const LINE_SNAPPING_BUFFER = 4;\n\nexport const LINE_SNAPPING_CONNECTOR_BUFFER = 4;\n\nexport const LINE_ALIGN_TOLERANCE = 4;\n\nexport const GEOMETRY_WITHOUT_TEXT = [\n    FlowchartSymbols.or,\n    FlowchartSymbols.summingJunction,\n    UMLSymbols.activation,\n    UMLSymbols.deletion,\n    UMLSymbols.port,\n    UMLSymbols.branchMerge,\n    UMLSymbols.assembly,\n    UMLSymbols.providedInterface,\n    UMLSymbols.requiredInterface\n] as GeometryShapes[];\n\nexport const GEOMETRY_WITH_MULTIPLE_TEXT = [UMLSymbols.package, UMLSymbols.combinedFragment];\n\nexport const GEOMETRY_NOT_CLOSED = [\n    FlowchartSymbols.noteCurlyLeft,\n    FlowchartSymbols.noteCurlyRight,\n    FlowchartSymbols.noteSquare,\n    UMLSymbols.requiredInterface,\n    UMLSymbols.deletion\n] as GeometryShapes[];\n","import {\n    BasicShapes,\n    FlowchartSymbols,\n    ArrowLineShape,\n    SwimlaneDrawSymbols,\n    TableSymbols,\n    UMLSymbols,\n    VectorLinePointerType,\n    SwimlaneSymbols\n} from '../interfaces';\n\nexport type DrawPointerType =\n    | BasicShapes\n    | ArrowLineShape\n    | FlowchartSymbols\n    | SwimlaneDrawSymbols\n    | TableSymbols\n    | UMLSymbols\n    | VectorLinePointerType;\n\nexport const getGeometryPointers = () => {\n    return [...Object.keys(BasicShapes), ...Object.keys(FlowchartSymbols), ...Object.keys(UMLSymbols)];\n};\n\nexport const getSwimlanePointers = () => {\n    return Object.keys(SwimlaneDrawSymbols);\n};\n\nexport const getSwimlaneShapes = () => {\n    return Object.keys(SwimlaneSymbols);\n};\n\nexport const getBasicPointers = () => {\n    return Object.keys(BasicShapes);\n};\n\nexport const getFlowchartPointers = () => {\n    return Object.keys(FlowchartSymbols);\n};\n\nexport const getUMLPointers = () => {\n    return Object.keys(UMLSymbols);\n};\n\nexport const getArrowLinePointers = () => {\n    return Object.keys(ArrowLineShape);\n};\n\nexport const getVectorLinePointers = () => {\n    return Object.keys(VectorLinePointerType);\n};\n","export const DEFAULT_IMAGE_WIDTH = 1000;\n","import { DEFAULT_COLOR, ThemeColorMode } from '@plait/core';\n\nexport const DrawThemeColors = {\n    [ThemeColorMode.default]: {\n        strokeColor: DEFAULT_COLOR,\n        fill: '#FFFFFF'\n    },\n    [ThemeColorMode.colorful]: {\n        strokeColor: '#06ADBF',\n        fill: '#CDEFF2'\n    },\n    [ThemeColorMode.soft]: {\n        strokeColor: '#6D89C1',\n        fill: '#DADFEB'\n    },\n    [ThemeColorMode.retro]: {\n        strokeColor: '#E9C358',\n        fill: '#F6EDCF'\n    },\n    [ThemeColorMode.dark]: {\n        strokeColor: '#FFFFFF',\n        fill: '#434343'\n    },\n    [ThemeColorMode.starry]: {\n        strokeColor: '#42ABE5',\n        fill: '#163F5A'\n    }\n};\n","import { SwimlaneDrawSymbols } from '../interfaces/swimlane';\n\nexport const SWIMLANE_HEADER_SIZE = 42;\n\nexport const DefaultSwimlaneVerticalWithHeaderProperty = {\n    width: 580,\n    height: 524\n};\n\nexport const DefaultSwimlaneHorizontalWithHeaderProperty = {\n    width: 524,\n    height: 580\n};\n\nexport const DefaultSwimlaneVerticalProperty = {\n    width: 580,\n    height: 524\n};\n\nexport const DefaultSwimlaneHorizontalProperty = {\n    width: 524,\n    height: 580\n};\n\nexport const DefaultSwimlanePropertyMap: Record<string, { width: number; height: number }> = {\n    [SwimlaneDrawSymbols.swimlaneHorizontal]: DefaultSwimlaneHorizontalProperty,\n    [SwimlaneDrawSymbols.swimlaneVertical]: DefaultSwimlaneVerticalProperty,\n    [SwimlaneDrawSymbols.swimlaneHorizontalWithHeader]: DefaultSwimlaneHorizontalWithHeaderProperty,\n    [SwimlaneDrawSymbols.swimlaneVerticalWithHeader]: DefaultSwimlaneVerticalWithHeaderProperty\n};\n","export const MIN_TEXT_WIDTH = 5;\n","export const DefaultLineStyle = {\n    strokeWidth: 2,\n    strokeColor: '#000'\n};\n\nexport const LINE_TEXT_SPACE = 4;\n\nexport const LINE_AUTO_COMPLETE_DIAMETER = 6;\n\nexport const LINE_AUTO_COMPLETE_OPACITY = 1;\n\nexport const LINE_AUTO_COMPLETE_HOVERED_OPACITY = 1;\n\nexport const LINE_AUTO_COMPLETE_HOVERED_DIAMETER = 12;\n\nexport const LINE_TEXT = '文本';\n","import {\n    ParagraphElement,\n    PlaitCommonElementRef,\n    TextManage,\n    TextManageChangeData,\n    TextPlugin,\n    WithTextPluginKey,\n    WithTextPluginOptions\n} from '@plait/common';\nimport { PlaitBoard, PlaitElement, PlaitOptionsBoard, RectangleClient } from '@plait/core';\nimport { getEngine } from '../engines';\nimport { DrawShapes, PlaitGeometry, TextRectangleOptions } from '../interfaces';\nimport { getTextKey, getTextRectangle } from '../utils';\n\nexport interface DrawTextInfo extends TextRectangleOptions {\n    text: ParagraphElement;\n}\n\nexport interface TextGeneratorOptions<T> {\n    onChange: (element: T, textChangeRef: TextManageChangeData, text: DrawTextInfo) => void;\n    getRenderRectangle?: (element: T, text: DrawTextInfo) => RectangleClient;\n    getMaxWidth?: () => number;\n}\n\n// TODO: 是否可以完全基于位置定位 TextManager，实现 line 和 多文本 geometry 统一\n// 一个元素有多个文本时，单纯通过位置无法获取 TextManage，因此这里单独通过 Map 保存关键字 key 和 TextManage 的对应关系\n// 1. 单文本元素 key 就是元素的 id\n// 2. 表格元素 key 是单元格的 id\n// 3. 符合 isMultipleTextGeometry 的元素，key 是元素 id + text.id （通常不是 id 而是文本位置的常量）\n// 4. arrow-line 和 vector-line 文本不依赖于 text.generator，基于 text 可以直接找到 TextManage\nexport const KEY_TO_TEXT_MANAGE: WeakMap<PlaitBoard, { [key: string]: TextManage }> = new WeakMap();\n\nexport const setTextManage = (board: PlaitBoard, element: PlaitElement, text: DrawTextInfo, textManage: TextManage) => {\n    const textManages = KEY_TO_TEXT_MANAGE.get(board)!;\n    return KEY_TO_TEXT_MANAGE.set(board, { ...textManages, [getTextKey(element, text)]: textManage });\n};\n\nexport const getTextManage = (board: PlaitBoard, element: PlaitElement | undefined, text: Pick<DrawTextInfo, 'id'>): TextManage => {\n    const textManages = KEY_TO_TEXT_MANAGE.get(board)!;\n    return textManages[getTextKey(element, text)];\n};\n\nexport const deleteTextManage = (board: PlaitBoard, key: string) => {\n    const textManages = KEY_TO_TEXT_MANAGE.get(board)!;\n    delete textManages[key];\n    KEY_TO_TEXT_MANAGE.set(board, textManages);\n};\n\nexport class TextGenerator<T extends PlaitElement = PlaitGeometry> {\n    protected board: PlaitBoard;\n\n    protected element: T;\n\n    protected texts: DrawTextInfo[];\n\n    protected options: TextGeneratorOptions<T>;\n\n    public textManages!: TextManage[];\n\n    get shape(): DrawShapes {\n        return this.element.shape || this.element.type;\n    }\n\n    constructor(board: PlaitBoard, element: T, texts: DrawTextInfo[], options: TextGeneratorOptions<T>) {\n        this.board = board;\n        this.texts = texts;\n        this.element = element;\n        this.options = options;\n    }\n\n    initialize() {\n        const textPlugins = ((this.board as PlaitOptionsBoard).getPluginOptions<WithTextPluginOptions>(WithTextPluginKey) || {})\n            .textPlugins;\n        this.textManages = this.texts.map(text => {\n            const textManage = this.createTextManage(text, textPlugins);\n            setTextManage(this.board, this.element, text, textManage);\n            return textManage;\n        });\n        const ref = PlaitElement.getElementRef<PlaitCommonElementRef>(this.element);\n        ref.initializeTextManage(this.textManages);\n    }\n\n    draw(elementG: SVGElement) {\n        const centerPoint = RectangleClient.getCenterPoint(this.board.getRectangle(this.element)!);\n        this.texts.forEach(drawShapeText => {\n            const textManage = getTextManage(this.board, this.element, drawShapeText);\n            if (drawShapeText.text && textManage) {\n                textManage.draw(drawShapeText.text);\n                elementG.append(textManage.g);\n                (this.element.angle || this.element.angle === 0) && textManage.updateAngle(centerPoint, this.element.angle);\n            }\n        });\n    }\n\n    update(element: T, previousDrawShapeTexts: DrawTextInfo[], currentDrawShapeTexts: DrawTextInfo[], elementG: SVGElement) {\n        this.element = element;\n\n        const centerPoint = RectangleClient.getCenterPoint(this.board.getRectangle(this.element)!);\n        const textPlugins = ((this.board as PlaitOptionsBoard).getPluginOptions<WithTextPluginOptions>(WithTextPluginKey) || {})\n            .textPlugins;\n        const removedTexts = previousDrawShapeTexts.filter(value => {\n            return !currentDrawShapeTexts.find(item => item.id === value.id);\n        });\n        if (removedTexts.length) {\n            removedTexts.forEach(item => {\n                const textManage = getTextManage(this.board, element, item);\n                const index = this.textManages.findIndex(value => value === textManage);\n                if (index > -1 && item.text) {\n                    this.textManages.splice(index, 1);\n                }\n                textManage?.destroy();\n                deleteTextManage(this.board, item.id);\n            });\n        }\n        currentDrawShapeTexts.forEach(drawShapeText => {\n            if (drawShapeText.text) {\n                let textManage = getTextManage(this.board, this.element, drawShapeText);\n                if (!textManage) {\n                    textManage = this.createTextManage(drawShapeText, textPlugins);\n                    setTextManage(this.board, element, drawShapeText, textManage);\n                    textManage.draw(drawShapeText.text);\n                    elementG.append(textManage.g);\n                    this.textManages.push(textManage);\n                } else {\n                    textManage.updateText(drawShapeText.text);\n                    textManage.updateRectangle();\n                }\n                (this.element.angle || this.element.angle === 0) && textManage.updateAngle(centerPoint, this.element.angle);\n            }\n        });\n    }\n\n    private createTextManage(text: DrawTextInfo, textPlugins?: TextPlugin[]) {\n        const textManage = new TextManage(this.board, {\n            getRectangle: () => {\n                return this.getRectangle(text);\n            },\n            onChange: (data: TextManageChangeData) => {\n                return this.options.onChange(this.element, data, text);\n            },\n            getMaxWidth: () => {\n                return this.getMaxWidth(text);\n            },\n            getRenderRectangle: () => {\n                return this.options.getRenderRectangle ? this.options.getRenderRectangle(this.element, text) : this.getRectangle(text);\n            },\n            textPlugins\n        });\n        return textManage;\n    }\n\n    getRectangle(text: DrawTextInfo) {\n        const getRectangle = getEngine<T>(this.shape).getTextRectangle;\n        if (getRectangle) {\n            return getRectangle(this.board, this.element, text);\n        }\n        return getTextRectangle(this.board, this.element);\n    }\n\n    getMaxWidth(text: DrawTextInfo) {\n        return this.options.getMaxWidth ? this.options.getMaxWidth() : this.getRectangle(text).width;\n    }\n\n    destroy() {\n        const ref = PlaitElement.getElementRef<PlaitCommonElementRef>(this.element);\n        ref.destroyTextManage();\n        this.textManages = [];\n        this.texts.forEach(item => {\n            deleteTextManage(this.board, item.id);\n        });\n    }\n}\n","import { PlaitBoard, getSelectedElements, PlaitElement } from '@plait/core';\nimport { PlaitTableCell, PlaitBaseTable, PlaitTable } from '../interfaces/table';\nimport { PlaitDrawElement } from '../interfaces';\n\nexport const isSingleSelectTable = (board: PlaitBoard) => {\n    const selectedElements = getSelectedElements(board);\n    return selectedElements && selectedElements.length === 1 && PlaitDrawElement.isElementByTable(selectedElements[0]);\n};\n\nexport const getSelectedTableElements = (board: PlaitBoard, elements?: PlaitElement[]) => {\n    const selectedElements = elements?.length ? elements : getSelectedElements(board);\n    return selectedElements.filter(value => PlaitDrawElement.isElementByTable(value)) as PlaitTable[];\n};\n\nexport const SELECTED_CELLS = new WeakMap<PlaitBaseTable, PlaitTableCell[]>();\n\nexport function getSelectedCells(element: PlaitBaseTable) {\n    return SELECTED_CELLS.get(element);\n}\n\nexport function setSelectedCells(element: PlaitBaseTable, cells: PlaitTableCell[]) {\n    return SELECTED_CELLS.set(element, cells);\n}\n\nexport function clearSelectedCells(element: PlaitBaseTable) {\n    return SELECTED_CELLS.delete(element);\n}\n","import { idCreator, PlaitBoard, Point, RectangleClient } from '@plait/core';\nimport { PlaitBaseTable, PlaitTable, PlaitTableBoard, PlaitTableCell, PlaitTableCellWithPoints } from '../interfaces/table';\nimport { getTextManage } from '../generators/text.generator';\nimport { Alignment } from '@plait/common';\nimport { TEXT_DEFAULT_HEIGHT } from '@plait/text-plugins';\nimport { getSelectedCells, getSelectedTableElements, isSingleSelectTable } from './table-selected';\nimport { BaseEditor } from 'slate';\n\nexport function getCellsWithPoints(board: PlaitBoard, element: PlaitBaseTable): PlaitTableCellWithPoints[] {\n    const table = (board as PlaitTableBoard)?.buildTable(element);\n    if (!table || !table.points || !table.columns || !table.rows) {\n        throw new Error('can not get table cells points');\n    }\n    const rectangle = RectangleClient.getRectangleByPoints(table.points);\n    const columnsCount = table.columns.length;\n    const rowsCount = table.rows.length;\n    const cellWidths = calculateCellsSize(table.columns, rectangle.width, columnsCount, true);\n    const cellHeights = calculateCellsSize(table.rows, rectangle.height, rowsCount, false);\n    const cells: PlaitTableCellWithPoints[] = table.cells.map(cell => {\n        const rowIdx = table.rows.findIndex(row => row.id === cell.rowId);\n        const columnIdx = table.columns.findIndex(column => column.id === cell.columnId);\n\n        let cellTopLeftX = rectangle.x;\n        for (let i = 0; i < columnIdx; i++) {\n            cellTopLeftX += cellWidths[i];\n        }\n\n        let cellTopLeftY = rectangle.y;\n        for (let i = 0; i < rowIdx; i++) {\n            cellTopLeftY += cellHeights[i];\n        }\n\n        const cellWidth = calculateCellSize(cell, cellWidths, columnIdx, true);\n        const cellBottomRightX = cellTopLeftX + cellWidth;\n\n        const cellHeight = calculateCellSize(cell, cellHeights, rowIdx, false);\n        const cellBottomRightY = cellTopLeftY + cellHeight;\n\n        return {\n            ...cell,\n            points: [\n                [cellTopLeftX, cellTopLeftY],\n                [cellBottomRightX, cellBottomRightY]\n            ]\n        };\n    });\n\n    return cells;\n}\n\nexport function getCellWithPoints(board: PlaitBoard, table: PlaitBaseTable, cellId: string) {\n    try {\n        const cells = getCellsWithPoints(board as PlaitTableBoard, table);\n        const cellIndex = cells && table.cells.findIndex(item => item.id === cellId);\n        return cells[cellIndex];\n    } catch (error) {\n        throw new Error('can not get table cell points');\n    }\n}\n\nfunction calculateCellsSize(items: { id: string; [key: string]: any }[], tableSize: number, count: number, isWidth: boolean) {\n    const cellSizes: number[] = [];\n    const sizeType = isWidth ? 'width' : 'height';\n\n    // The remaining size of the table excluding cells with already set sizes.\n    let totalSizeRemaining = tableSize;\n\n    items.forEach((item, index) => {\n        if (item[sizeType]) {\n            cellSizes[index] = item[sizeType];\n            totalSizeRemaining -= item[sizeType];\n        }\n    });\n\n    // Divide the remaining size equally.\n    const remainingItemCount = count - cellSizes.filter(item => !!item).length;\n    const remainingCellSize = remainingItemCount > 0 ? totalSizeRemaining / remainingItemCount : 0;\n    for (let i = 0; i < count; i++) {\n        if (!cellSizes[i]) {\n            cellSizes[i] = remainingCellSize;\n        }\n    }\n    return cellSizes;\n}\n\nfunction calculateCellSize(cell: PlaitTableCell, sizes: number[], index: number, isWidth: boolean) {\n    const span = isWidth ? cell.colspan || 1 : cell.rowspan || 1;\n    let size = 0;\n    for (let i = 0; i < span; i++) {\n        const cellIndex = index + i;\n        size += sizes[cellIndex];\n    }\n    return size;\n}\n\nexport function getHitCell(board: PlaitTableBoard, element: PlaitBaseTable, point: Point) {\n    const table = board.buildTable(element);\n    const cells = getCellsWithPoints(board, table);\n    const rectangle = RectangleClient.getRectangleByPoints([point, point]);\n    const cell = cells.find(item => {\n        const cellRectangle = RectangleClient.getRectangleByPoints(item.points);\n        return RectangleClient.isHit(rectangle, cellRectangle);\n    });\n    if (cell) {\n        return table.cells.find(item => item.id === cell.id);\n    }\n    return null;\n}\n\nexport function editCell(board: PlaitBoard, cell: PlaitTableCell) {\n    const textManage = getTextManageByCell(board, cell);\n    textManage && textManage.edit();\n}\n\nexport function getTextManageByCell(board: PlaitBoard, cell: PlaitTableCell) {\n    return getTextManage(board, undefined, cell);\n}\n\nexport const updateColumns = (table: PlaitBaseTable, columnId: string, width: number, offset: number) => {\n    const columns = table.columns.map(item => (item.id === columnId ? { ...item, width } : item));\n    const points = [table.points[0], [table.points[1][0] + offset, table.points[1][1]]] as Point[];\n    return { columns, points };\n};\n\nexport const updateRows = (table: PlaitBaseTable, rowId: string, height: number, offset: number) => {\n    const rows = table.rows.map(item => (item.id === rowId ? { ...item, height } : item));\n    const points = [table.points[0], [table.points[1][0], table.points[1][1] + offset]] as Point[];\n    return { rows, points };\n};\n\nexport function updateCellIdsByRowOrColumn(cells: PlaitTableCell[], oldId: string, newId: string, type: 'row' | 'column') {\n    const id: 'rowId' | 'columnId' = `${type}Id`;\n    cells.forEach(item => {\n        if (item[id] === oldId) {\n            item[id] = newId;\n        }\n    });\n}\n\nexport function updateRowOrColumnIds(element: PlaitTable, type: 'row' | 'column') {\n    element[`${type}s`].forEach(item => {\n        const newId = idCreator();\n        updateCellIdsByRowOrColumn(element.cells, item.id, newId, type);\n        item.id = newId;\n    });\n}\n\nexport function updateCellIds(cells: PlaitTableCell[]) {\n    cells.forEach(item => {\n        const newId = idCreator();\n        item.id = newId;\n    });\n}\n\nexport function isCellIncludeText(cell: PlaitTableCell) {\n    return cell.text;\n}\n\nexport function getCellsRectangle(board: PlaitTableBoard, element: PlaitTable, cells: PlaitTableCell[]) {\n    const cellsWithPoints = getCellsWithPoints(board as PlaitTableBoard, element);\n    const points = cells.map(cell => {\n        const cellWithPoints = cellsWithPoints.find(item => item.id === cell.id);\n        return cellWithPoints!.points;\n    });\n    return RectangleClient.getRectangleByPoints(points);\n}\n\nexport const createCell = (rowId: string, columnId: string, text: string | null = null) => {\n    const cell: PlaitTableCell = {\n        id: idCreator(),\n        rowId,\n        columnId\n    };\n    if (text !== null) {\n        cell['text'] = {\n            children: [{ text }],\n            align: Alignment.center\n        };\n    }\n    return cell;\n};\n\nexport const getSelectedTableCellsEditor = (board: PlaitBoard): BaseEditor[] | undefined => {\n    if (isSingleSelectTable(board)) {\n        const elements = getSelectedTableElements(board);\n        const selectedCells = getSelectedCells(elements[0]);\n        const selectedCellsEditor = selectedCells?.map(cell => {\n            const textManage = getTextManageByCell(board, cell);\n            return textManage?.editor;\n        });\n        if (selectedCellsEditor?.length) {\n            return selectedCellsEditor as BaseEditor[];\n        }\n    }\n    return undefined;\n};\n","import { PlaitBoard, PlaitElement } from '@plait/core';\nimport { BasicShapes, GeometryShapes, MemorizeKey, PlaitDrawElement } from '../interfaces';\nimport { getMemorizedLatest, memorizeLatest } from '@plait/common';\nimport { DrawPointerType } from '../constants';\nimport { BaseOperation, BaseSetNodeOperation, Node } from 'slate';\n\nconst SHAPE_MAX_LENGTH = 6;\nconst memorizedShape: WeakMap<PlaitBoard, GeometryShapes[]> = new WeakMap();\n\nexport const getMemorizeKey = (element: PlaitElement) => {\n    let key = '';\n    switch (true) {\n        case PlaitDrawElement.isText(element): {\n            key = MemorizeKey.text;\n            break;\n        }\n        case PlaitDrawElement.isBasicShape(element): {\n            key = MemorizeKey.basicShape;\n            break;\n        }\n        case PlaitDrawElement.isFlowchart(element): {\n            key = MemorizeKey.flowchart;\n            break;\n        }\n        case PlaitDrawElement.isArrowLine(element): {\n            key = MemorizeKey.arrowLine;\n            break;\n        }\n        case PlaitDrawElement.isUML(element): {\n            key = MemorizeKey.UML;\n        }\n    }\n    return key;\n};\n\nexport const getLineMemorizedLatest = () => {\n    const properties = getMemorizedLatest(MemorizeKey.arrowLine);\n    return { ...properties };\n};\n\nexport const getMemorizedLatestByPointer = (pointer: DrawPointerType) => {\n    let memorizeKey = '';\n    if (PlaitDrawElement.isBasicShape({ shape: pointer })) {\n        memorizeKey = pointer === BasicShapes.text ? MemorizeKey.text : MemorizeKey.basicShape;\n    } else if (PlaitDrawElement.isUML({ shape: pointer })) {\n        memorizeKey = MemorizeKey.UML;\n    } else {\n        memorizeKey = MemorizeKey.flowchart;\n    }\n    const properties = { ...getMemorizedLatest(memorizeKey) };\n    const textProperties = { ...properties.text };\n    delete properties.text;\n    return { textProperties, geometryProperties: properties };\n};\n\nexport const memorizeLatestText = <T extends PlaitElement = PlaitDrawElement>(element: T, operations: BaseOperation[]) => {\n    const memorizeKey = getMemorizeKey(element);\n    let textMemory = getMemorizedLatest(memorizeKey)?.text || {};\n    const setNodeOperation = operations.find((operation) => operation.type === 'set_node');\n    if (setNodeOperation) {\n        const { properties, newProperties } = setNodeOperation as BaseSetNodeOperation;\n        for (const key in newProperties) {\n            const value = newProperties[key as keyof Partial<Node>];\n            if (value == null) {\n                delete textMemory[key];\n            } else {\n                textMemory[key] = value;\n            }\n        }\n        for (const key in properties) {\n            if (!newProperties.hasOwnProperty(key)) {\n                delete textMemory[key];\n            }\n        }\n        memorizeLatest(memorizeKey, 'text', textMemory);\n    }\n};\n\nexport const memorizeLatestShape = (board: PlaitBoard, shape: GeometryShapes) => {\n    const shapes = memorizedShape.has(board) ? memorizedShape.get(board)! : [];\n    const shapeIndex = shapes.indexOf(shape);\n    if (shape === BasicShapes.text || shapeIndex === 0) {\n        return;\n    }\n    if (shapeIndex !== -1) {\n        shapes.splice(shapeIndex, 1);\n    } else {\n        if (shapes.length === SHAPE_MAX_LENGTH) {\n            shapes.pop();\n        }\n    }\n    shapes.unshift(shape);\n    memorizedShape.set(board, shapes);\n};\n\nexport const getMemorizedLatestShape = (board: PlaitBoard) => {\n    return memorizedShape.get(board);\n};\n","import { ElbowLineRouteOptions, ResizeState, generateElbowLineRoute, removeDuplicatePoints, simplifyOrthogonalPoints } from '@plait/common';\nimport { PlaitBoard, Point, RectangleClient, createDebugGenerator } from '@plait/core';\nimport { getElbowLineRouteOptions, getArrowLineHandleRefPair } from './arrow-line-common';\nimport { PlaitArrowLine } from '../../interfaces';\nimport { LINE_ALIGN_TOLERANCE } from '../../constants/geometry';\n\nconst debugKey = 'debug:plait:line-mirror';\nconst debugGenerator = createDebugGenerator(debugKey);\n\nexport const alignPoint = (basePoint: Point, movingPoint: Point) => {\n    const newPoint: Point = [...movingPoint];\n    if (Point.isVertical(newPoint, basePoint, LINE_ALIGN_TOLERANCE)) {\n        newPoint[0] = basePoint[0];\n    }\n    if (Point.isHorizontal(newPoint, basePoint, LINE_ALIGN_TOLERANCE)) {\n        newPoint[1] = basePoint[1];\n    }\n    return newPoint;\n};\n\nexport const alignPoints = (basePoints: Point[], movingPoint: Point, targetIndex?: number) => {\n    let newMovingPoint: Point = [...movingPoint];\n    basePoints.forEach((basePoint, index) => {\n        if (index === targetIndex) {\n            return;\n        }\n        newMovingPoint = alignPoint(basePoint, newMovingPoint);\n    });\n    return newMovingPoint as Point;\n};\n\nexport function getResizedPreviousAndNextPoint(nextRenderPoints: Point[], sourcePoint: Point, targetPoint: Point, handleIndex: number) {\n    const referencePoint: { previous: Point | null; next: Point | null } = {\n        previous: null,\n        next: null\n    };\n\n    const startPoint = nextRenderPoints[handleIndex];\n    const endPoint = nextRenderPoints[handleIndex + 1];\n    const isHorizontal = Point.isHorizontal(startPoint, endPoint);\n    const isVertical = Point.isVertical(startPoint, endPoint);\n    const previousPoint = nextRenderPoints[handleIndex - 1] ?? nextRenderPoints[0];\n    const beforePreviousPoint = nextRenderPoints[handleIndex - 2] ?? sourcePoint;\n    if (\n        (isHorizontal && Point.isHorizontal(beforePreviousPoint, previousPoint)) ||\n        (isVertical && Point.isVertical(beforePreviousPoint, previousPoint))\n    ) {\n        referencePoint.previous = previousPoint;\n    }\n\n    const nextPoint = nextRenderPoints[handleIndex + 2] ?? nextRenderPoints[nextRenderPoints.length - 1];\n    const afterNextPoint = nextRenderPoints[handleIndex + 3] ?? targetPoint;\n    if ((isHorizontal && Point.isHorizontal(nextPoint, afterNextPoint)) || (isVertical && Point.isVertical(nextPoint, afterNextPoint))) {\n        referencePoint.next = nextPoint;\n    }\n    return referencePoint;\n}\n\nexport function alignElbowSegment(\n    startKeyPoint: Point,\n    endKeyPoint: Point,\n    resizeState: ResizeState,\n    resizedPreviousAndNextPoint: { previous: Point | null; next: Point | null }\n) {\n    let newStartPoint = startKeyPoint;\n    let newEndPoint = endKeyPoint;\n    if (Point.isHorizontal(startKeyPoint, endKeyPoint)) {\n        const offsetY = Point.getOffsetY(resizeState.startPoint, resizeState.endPoint);\n        let pointY = startKeyPoint[1] + offsetY;\n        if (resizedPreviousAndNextPoint.previous && Math.abs(resizedPreviousAndNextPoint.previous[1] - pointY) < LINE_ALIGN_TOLERANCE) {\n            pointY = resizedPreviousAndNextPoint.previous[1];\n        } else if (resizedPreviousAndNextPoint.next && Math.abs(resizedPreviousAndNextPoint.next[1] - pointY) < LINE_ALIGN_TOLERANCE) {\n            pointY = resizedPreviousAndNextPoint.next[1];\n        }\n        newStartPoint = [startKeyPoint[0], pointY];\n        newEndPoint = [endKeyPoint[0], pointY];\n    }\n    if (Point.isVertical(startKeyPoint, endKeyPoint)) {\n        const offsetX = Point.getOffsetX(resizeState.startPoint, resizeState.endPoint);\n        let pointX = startKeyPoint[0] + offsetX;\n        if (resizedPreviousAndNextPoint.previous && Math.abs(resizedPreviousAndNextPo