import { createSelectorHook, createState } from '@state-designer/react' import { updateFromCode } from 'lib/code/generate' import { createShape, getShapeUtils } from 'lib/shape-utils' import * as vec from 'utils/vec' import inputs from './inputs' import { defaultDocument } from './data' import history from './history' import storage from './storage' import * as Sessions from './sessions' import commands from './commands' import { clamp, getChildren, getCommonBounds, getCurrent, getCurrentCamera, getPage, getSelectedBounds, getSelectedShapes, getShape, screenToWorld, setZoomCSS, translateBounds, getParentOffset, getParentRotation, rotateBounds, getBoundsCenter, getDocumentBranch, getCameraZoom, getSelectedIds, setSelectedIds, } from 'utils/utils' import { Data, PointerInfo, Shape, ShapeType, Corner, Edge, CodeControl, MoveType, ShapeStyles, DistributeType, AlignType, StretchType, DashStyle, SizeStyle, ColorStyle, } from 'types' import session from './session' const initialData: Data = { isReadOnly: false, settings: { fontSize: 13, isDarkMode: false, isCodeOpen: false, isStyleOpen: false, isToolLocked: false, isPenLocked: false, nudgeDistanceLarge: 10, nudgeDistanceSmall: 1, }, currentStyle: { size: SizeStyle.Medium, color: ColorStyle.Black, dash: DashStyle.Solid, isFilled: false, }, activeTool: 'select', brush: undefined, boundsRotation: 0, pointedId: null, hoveredId: null, currentPageId: 'page1', currentParentId: 'page1', currentCodeFileId: 'file0', codeControls: {}, document: defaultDocument, pageStates: { page1: { selectedIds: new Set([]), camera: { point: [0, 0], zoom: 1, }, }, page2: { selectedIds: new Set([]), camera: { point: [0, 0], zoom: 1, }, }, }, } const state = createState({ data: initialData, on: { UNMOUNTED: [{ unless: 'isReadOnly', do: 'forceSave' }, { to: 'loading' }], }, initial: 'loading', states: { loading: { on: { MOUNTED: [ 'restoreSavedData', { to: 'ready', }, ], }, }, ready: { onEnter: { wait: 0.01, if: 'hasSelection', do: 'zoomCameraToSelectionActual', else: ['zoomCameraToFit', 'zoomCameraToActual'], }, on: { ZOOMED_CAMERA: { do: 'zoomCamera', }, PANNED_CAMERA: { do: 'panCamera', }, ZOOMED_TO_ACTUAL: { if: 'hasSelection', do: 'zoomCameraToSelectionActual', else: 'zoomCameraToActual', }, ZOOMED_TO_SELECTION: { if: 'hasSelection', do: 'zoomCameraToSelection', }, ZOOMED_TO_FIT: ['zoomCameraToFit', 'zoomCameraToActual'], ZOOMED_IN: 'zoomIn', ZOOMED_OUT: 'zoomOut', RESET_CAMERA: 'resetCamera', TOGGLED_SHAPE_LOCK: { if: 'hasSelection', do: 'lockSelection' }, TOGGLED_SHAPE_HIDE: { if: 'hasSelection', do: 'hideSelection' }, TOGGLED_SHAPE_ASPECT_LOCK: { if: 'hasSelection', do: 'aspectLockSelection', }, SELECTED_SELECT_TOOL: { to: 'selecting' }, SELECTED_DRAW_TOOL: { unless: 'isReadOnly', to: 'draw' }, SELECTED_ARROW_TOOL: { unless: 'isReadOnly', to: 'arrow' }, SELECTED_DOT_TOOL: { unless: 'isReadOnly', to: 'dot' }, SELECTED_CIRCLE_TOOL: { unless: 'isReadOnly', to: 'circle' }, SELECTED_ELLIPSE_TOOL: { unless: 'isReadOnly', to: 'ellipse' }, SELECTED_RAY_TOOL: { unless: 'isReadOnly', to: 'ray' }, SELECTED_LINE_TOOL: { unless: 'isReadOnly', to: 'line' }, SELECTED_POLYLINE_TOOL: { unless: 'isReadOnly', to: 'polyline' }, SELECTED_RECTANGLE_TOOL: { unless: 'isReadOnly', to: 'rectangle' }, TOGGLED_CODE_PANEL_OPEN: 'toggleCodePanel', TOGGLED_STYLE_PANEL_OPEN: 'toggleStylePanel', POINTED_CANVAS: ['closeStylePanel', 'clearCurrentParentId'], CHANGED_STYLE: ['updateStyles', 'applyStylesToSelection'], SELECTED_ALL: { to: 'selecting', do: 'selectAll' }, NUDGED: { do: 'nudgeSelection' }, USED_PEN_DEVICE: 'enablePenLock', DISABLED_PEN_LOCK: 'disablePenLock', CLEARED_PAGE: { if: 'hasSelection', do: 'deleteSelection', else: ['selectAll', 'deleteSelection'], }, CHANGED_PAGE: 'changePage', CREATED_PAGE: ['clearSelectedIds', 'createPage'], DELETED_PAGE: { unless: 'hasOnlyOnePage', do: 'deletePage' }, }, initial: 'selecting', states: { selecting: { onEnter: 'setActiveToolSelect', on: { SAVED: 'forceSave', UNDO: 'undo', REDO: 'redo', SAVED_CODE: 'saveCode', DELETED: 'deleteSelection', INCREASED_CODE_FONT_SIZE: 'increaseCodeFontSize', DECREASED_CODE_FONT_SIZE: 'decreaseCodeFontSize', CHANGED_CODE_CONTROL: 'updateControls', GENERATED_FROM_CODE: ['setCodeControls', 'setGeneratedShapes'], TOGGLED_TOOL_LOCK: 'toggleToolLock', MOVED: { if: 'hasSelection', do: 'moveSelection' }, DUPLICATED: { if: 'hasSelection', do: 'duplicateSelection' }, ROTATED_CCW: { if: 'hasSelection', do: 'rotateSelectionCcw' }, ALIGNED: { if: 'hasMultipleSelection', do: 'alignSelection' }, STRETCHED: { if: 'hasMultipleSelection', do: 'stretchSelection' }, DISTRIBUTED: { if: 'hasMultipleSelection', do: 'distributeSelection', }, GROUPED: { if: 'hasMultipleSelection', do: 'groupSelection' }, UNGROUPED: { if: ['hasSelection', 'selectionIncludesGroups'], do: 'ungroupSelection', }, }, initial: 'notPointing', states: { notPointing: { on: { CANCELLED: 'clearSelectedIds', STARTED_PINCHING: { to: 'pinching' }, POINTED_CANVAS: { to: 'brushSelecting' }, POINTED_BOUNDS: { to: 'pointingBounds' }, POINTED_BOUNDS_HANDLE: { if: 'isPointingRotationHandle', to: 'rotatingSelection', else: { to: 'transformingSelection' }, }, POINTED_HANDLE: { to: 'translatingHandles' }, MOVED_OVER_SHAPE: { if: 'pointHitsShape', then: { unless: 'shapeIsHovered', do: 'setHoveredId', }, else: { if: 'shapeIsHovered', do: 'clearHoveredId' }, }, UNHOVERED_SHAPE: 'clearHoveredId', DOUBLE_POINTED_SHAPE: [ 'setDrilledPointedId', 'clearSelectedIds', 'pushPointedIdToSelectedIds', { to: 'pointingBounds', }, ], POINTED_SHAPE: [ { if: 'isPressingMetaKey', to: 'brushSelecting', }, 'setPointedId', { unless: 'isPointedShapeSelected', then: { if: 'isPressingShiftKey', do: ['pushPointedIdToSelectedIds', 'clearPointedId'], else: ['clearSelectedIds', 'pushPointedIdToSelectedIds'], }, }, { to: 'pointingBounds', }, ], }, }, pointingBounds: { on: { STOPPED_POINTING: [ { if: 'isPressingShiftKey', then: { if: 'isPointedShapeSelected', do: 'pullPointedIdFromSelectedIds', }, else: { unless: 'isPointingBounds', do: ['clearSelectedIds', 'pushPointedIdToSelectedIds'], }, }, { to: 'notPointing' }, ], MOVED_POINTER: { unless: 'isReadOnly', if: 'distanceImpliesDrag', to: 'translatingSelection', }, }, }, rotatingSelection: { onEnter: 'startRotateSession', onExit: 'clearBoundsRotation', on: { MOVED_POINTER: 'updateRotateSession', PANNED_CAMERA: 'updateRotateSession', PRESSED_SHIFT_KEY: 'keyUpdateRotateSession', RELEASED_SHIFT_KEY: 'keyUpdateRotateSession', STOPPED_POINTING: { do: 'completeSession', to: 'selecting' }, CANCELLED: { do: 'cancelSession', to: 'selecting' }, }, }, transformingSelection: { onEnter: 'startTransformSession', on: { MOVED_POINTER: 'updateTransformSession', PANNED_CAMERA: 'updateTransformSession', PRESSED_SHIFT_KEY: 'keyUpdateTransformSession', RELEASED_SHIFT_KEY: 'keyUpdateTransformSession', STOPPED_POINTING: { do: 'completeSession', to: 'selecting' }, CANCELLED: { do: 'cancelSession', to: 'selecting' }, }, }, translatingSelection: { onEnter: 'startTranslateSession', on: { MOVED_POINTER: 'updateTranslateSession', PANNED_CAMERA: 'updateTranslateSession', PRESSED_SHIFT_KEY: 'keyUpdateTranslateSession', RELEASED_SHIFT_KEY: 'keyUpdateTranslateSession', PRESSED_ALT_KEY: 'keyUpdateTranslateSession', RELEASED_ALT_KEY: 'keyUpdateTranslateSession', STOPPED_POINTING: { do: 'completeSession', to: 'selecting' }, CANCELLED: { do: 'cancelSession', to: 'selecting' }, }, }, translatingHandles: { onEnter: 'startHandleSession', on: { MOVED_POINTER: 'updateHandleSession', PANNED_CAMERA: 'updateHandleSession', PRESSED_SHIFT_KEY: 'keyUpdateHandleSession', RELEASED_SHIFT_KEY: 'keyUpdateHandleSession', STOPPED_POINTING: { do: 'completeSession', to: 'selecting' }, CANCELLED: { do: 'cancelSession', to: 'selecting' }, }, }, brushSelecting: { onEnter: [ { unless: ['isPressingMetaKey', 'isPressingShiftKey'], do: 'clearSelectedIds', }, 'clearBoundsRotation', 'startBrushSession', ], on: { STARTED_PINCHING: { do: 'completeSession', to: 'pinching' }, // Currently using hacks.fastBrushSelect // MOVED_POINTER: 'updateBrushSession', PANNED_CAMERA: 'updateBrushSession', STOPPED_POINTING: { do: 'completeSession', to: 'selecting' }, CANCELLED: { do: 'cancelSession', to: 'selecting' }, }, }, }, }, pinching: { on: { // Pinching uses hacks.fastPinchCamera // PINCHED: { do: 'pinchCamera' }, }, initial: 'selectPinching', onExit: { secretlyDo: 'updateZoomCSS' }, states: { selectPinching: { on: { STOPPED_PINCHING: { to: 'selecting' }, }, }, toolPinching: { on: { STOPPED_PINCHING: { to: 'usingTool.previous' }, }, }, }, }, usingTool: { initial: 'draw', onEnter: 'clearSelectedIds', on: { STARTED_PINCHING: { do: 'breakSession', to: 'pinching.toolPinching', }, TOGGLED_TOOL_LOCK: 'toggleToolLock', }, states: { draw: { onEnter: 'setActiveToolDraw', initial: 'creating', states: { creating: { on: { CANCELLED: { to: 'selecting' }, POINTED_SHAPE: { get: 'newDraw', do: 'createShape', to: 'draw.editing', }, POINTED_CANVAS: { get: 'newDraw', do: 'createShape', to: 'draw.editing', }, UNDO: { do: 'undo' }, REDO: { do: 'redo' }, }, }, editing: { onEnter: 'startDrawSession', on: { CANCELLED: { do: 'breakSession', to: 'selecting', }, STOPPED_POINTING: { do: 'completeSession', to: 'draw.creating', }, PRESSED_SHIFT: 'keyUpdateDrawSession', RELEASED_SHIFT: 'keyUpdateDrawSession', // MOVED_POINTER: 'updateDrawSession', PANNED_CAMERA: 'updateDrawSession', }, }, }, }, dot: { onEnter: 'setActiveToolDot', initial: 'creating', states: { creating: { on: { CANCELLED: { to: 'selecting' }, POINTED_SHAPE: { get: 'newDot', do: 'createShape', to: 'dot.editing', }, POINTED_CANVAS: { get: 'newDot', do: 'createShape', to: 'dot.editing', }, }, }, editing: { on: { STOPPED_POINTING: [ 'completeSession', { if: 'isToolLocked', to: 'dot.creating', else: { to: 'selecting', }, }, ], CANCELLED: { do: 'breakSession', to: 'selecting', }, }, initial: 'inactive', states: { inactive: { on: { MOVED_POINTER: { if: 'distanceImpliesDrag', to: 'dot.editing.active', }, }, }, active: { onEnter: 'startTranslateSession', on: { MOVED_POINTER: 'updateTranslateSession', PANNED_CAMERA: 'updateTranslateSession', }, }, }, }, }, }, arrow: { onEnter: 'setActiveToolArrow', initial: 'creating', states: { creating: { on: { CANCELLED: { to: 'selecting' }, POINTED_SHAPE: { get: 'newArrow', do: 'createShape', to: 'arrow.editing', }, POINTED_CANVAS: { get: 'newArrow', do: 'createShape', to: 'arrow.editing', }, UNDO: { do: 'undo' }, REDO: { do: 'redo' }, }, }, editing: { onEnter: 'startArrowSession', on: { STOPPED_POINTING: [ 'completeSession', { if: 'isToolLocked', to: 'arrow.creating', else: { to: 'selecting' }, }, ], CANCELLED: { do: 'breakSession', if: 'isToolLocked', to: 'arrow.creating', else: { to: 'selecting' }, }, PRESSED_SHIFT: 'keyUpdateArrowSession', RELEASED_SHIFT: 'keyUpdateArrowSession', MOVED_POINTER: 'updateArrowSession', PANNED_CAMERA: 'updateArrowSession', }, }, }, }, circle: { onEnter: 'setActiveToolCircle', initial: 'creating', states: { creating: { on: { CANCELLED: { to: 'selecting' }, POINTED_SHAPE: { to: 'circle.editing', }, POINTED_CANVAS: { to: 'circle.editing', }, }, }, editing: { on: { STOPPED_POINTING: { to: 'selecting' }, CANCELLED: { to: 'selecting' }, MOVED_POINTER: { if: 'distanceImpliesDrag', then: { get: 'newCircle', do: 'createShape', to: 'drawingShape.bounds', }, }, }, }, }, }, ellipse: { onEnter: 'setActiveToolEllipse', initial: 'creating', states: { creating: { on: { CANCELLED: { to: 'selecting' }, POINTED_CANVAS: { to: 'ellipse.editing', }, }, }, editing: { on: { STOPPED_POINTING: { to: 'selecting' }, CANCELLED: { to: 'selecting' }, MOVED_POINTER: { if: 'distanceImpliesDrag', then: { get: 'newEllipse', do: 'createShape', to: 'drawingShape.bounds', }, }, }, }, }, }, rectangle: { onEnter: 'setActiveToolRectangle', initial: 'creating', states: { creating: { on: { CANCELLED: { to: 'selecting' }, POINTED_SHAPE: { to: 'rectangle.editing', }, POINTED_CANVAS: { to: 'rectangle.editing', }, }, }, editing: { on: { STOPPED_POINTING: { to: 'selecting' }, CANCELLED: { to: 'selecting' }, MOVED_POINTER: { if: 'distanceImpliesDrag', then: { get: 'newRectangle', do: 'createShape', to: 'drawingShape.bounds', }, }, }, }, }, }, ray: { onEnter: 'setActiveToolRay', initial: 'creating', states: { creating: { on: { CANCELLED: { to: 'selecting' }, POINTED_SHAPE: { get: 'newRay', do: 'createShape', to: 'ray.editing', }, POINTED_CANVAS: { get: 'newRay', do: 'createShape', to: 'ray.editing', }, }, }, editing: { on: { STOPPED_POINTING: { to: 'selecting' }, CANCELLED: { to: 'selecting' }, MOVED_POINTER: { if: 'distanceImpliesDrag', to: 'drawingShape.direction', }, }, }, }, }, line: { onEnter: 'setActiveToolLine', initial: 'creating', states: { creating: { on: { CANCELLED: { to: 'selecting' }, POINTED_SHAPE: { get: 'newLine', do: 'createShape', to: 'line.editing', }, POINTED_CANVAS: { get: 'newLine', do: 'createShape', to: 'line.editing', }, }, }, editing: { on: { STOPPED_POINTING: { to: 'selecting' }, CANCELLED: { to: 'selecting' }, MOVED_POINTER: { if: 'distanceImpliesDrag', to: 'drawingShape.direction', }, }, }, }, }, polyline: { onEnter: 'setActiveToolPolyline', }, }, }, drawingShape: { on: { STOPPED_POINTING: [ 'completeSession', { if: 'isToolLocked', to: 'usingTool.previous', else: { to: 'selecting' }, }, ], CANCELLED: { do: 'breakSession', to: 'selecting', }, }, initial: 'drawingShapeBounds', states: { bounds: { onEnter: 'startDrawTransformSession', on: { MOVED_POINTER: 'updateTransformSession', PANNED_CAMERA: 'updateTransformSession', }, }, direction: { onEnter: 'startDirectionSession', on: { MOVED_POINTER: 'updateDirectionSession', PANNED_CAMERA: 'updateDirectionSession', }, }, }, }, }, }, }, results: { newArrow() { return ShapeType.Arrow }, newDraw() { return ShapeType.Draw }, newDot() { return ShapeType.Dot }, newRay() { return ShapeType.Ray }, newLine() { return ShapeType.Line }, newCircle() { return ShapeType.Circle }, newEllipse() { return ShapeType.Ellipse }, newRectangle() { return ShapeType.Rectangle }, }, conditions: { isPointingBounds(data, payload: PointerInfo) { return payload.target === 'bounds' }, isReadOnly(data) { return data.isReadOnly }, distanceImpliesDrag(data, payload: PointerInfo) { return vec.dist2(payload.origin, payload.point) > 8 }, isPointedShapeSelected(data) { return getSelectedIds(data).has(data.pointedId) }, isPressingShiftKey(data, payload: PointerInfo) { return payload.shiftKey }, isPressingMetaKey(data, payload: PointerInfo) { return payload.metaKey }, shapeIsHovered(data, payload: { target: string }) { return data.hoveredId === payload.target }, pointHitsShape(data, payload: { target: string; point: number[] }) { const shape = getShape(data, payload.target) return getShapeUtils(shape).hitTest( shape, screenToWorld(payload.point, data) ) }, isPointingRotationHandle( data, payload: { target: Edge | Corner | 'rotate' } ) { return payload.target === 'rotate' }, hasSelection(data) { return getSelectedIds(data).size > 0 }, hasMultipleSelection(data) { return getSelectedIds(data).size > 1 }, isToolLocked(data) { return data.settings.isToolLocked }, isPenLocked(data) { return data.settings.isPenLocked }, hasOnlyOnePage(data) { return Object.keys(data.document.pages).length === 1 }, selectionIncludesGroups(data) { return getSelectedShapes(data).some( (shape) => shape.type === ShapeType.Group ) }, }, actions: { /* ---------------------- Pages --------------------- */ changePage(data, payload: { id: string }) { commands.changePage(data, payload.id) }, createPage(data) { commands.createPage(data) }, deletePage(data, payload: { id: string }) { commands.deletePage(data, payload.id) }, /* --------------------- Shapes --------------------- */ createShape(data, payload, type: ShapeType) { const shape = createShape(type, { parentId: data.currentPageId, point: screenToWorld(payload.point, data), style: getCurrent(data.currentStyle), }) const siblings = getChildren(data, shape.parentId) const childIndex = siblings.length ? siblings[siblings.length - 1].childIndex + 1 : 1 getShapeUtils(shape).setProperty(shape, 'childIndex', childIndex) getPage(data).shapes[shape.id] = shape setSelectedIds(data, [shape.id]) }, /* -------------------- Sessions -------------------- */ // Shared breakSession(data) { session.current?.cancel(data) session.clear() history.disable() commands.deleteSelected(data) history.enable() }, cancelSession(data) { session.current?.cancel(data) session.clear() }, completeSession(data) { session.current?.complete(data) session.clear() }, // Brushing startBrushSession(data, payload: PointerInfo) { session.current = new Sessions.BrushSession( data, screenToWorld(payload.point, data) ) }, updateBrushSession(data, payload: PointerInfo) { session.current.update(data, screenToWorld(payload.point, data)) }, // Rotating startRotateSession(data, payload: PointerInfo) { session.current = new Sessions.RotateSession( data, screenToWorld(payload.point, data) ) }, keyUpdateRotateSession(data, payload: PointerInfo) { session.current.update( data, screenToWorld(inputs.pointer.point, data), payload.shiftKey ) }, updateRotateSession(data, payload: PointerInfo) { session.current.update( data, screenToWorld(payload.point, data), payload.shiftKey ) }, // Dragging / Translating startTranslateSession(data) { session.current = new Sessions.TranslateSession( data, screenToWorld(inputs.pointer.origin, data) ) }, keyUpdateTranslateSession( data, payload: { shiftKey: boolean; altKey: boolean } ) { session.current.update( data, screenToWorld(inputs.pointer.point, data), payload.shiftKey, payload.altKey ) }, updateTranslateSession(data, payload: PointerInfo) { session.current.update( data, screenToWorld(payload.point, data), payload.shiftKey, payload.altKey ) }, // Dragging Handle startHandleSession(data, payload: PointerInfo) { const shapeId = Array.from(getSelectedIds(data).values())[0] const handleId = payload.target session.current = new Sessions.HandleSession( data, shapeId, handleId, screenToWorld(inputs.pointer.origin, data) ) }, keyUpdateHandleSession( data, payload: { shiftKey: boolean; altKey: boolean } ) { session.current.update( data, screenToWorld(inputs.pointer.point, data), payload.shiftKey, payload.altKey ) }, updateHandleSession(data, payload: PointerInfo) { session.current.update( data, screenToWorld(payload.point, data), payload.shiftKey, payload.altKey ) }, // Transforming startTransformSession( data, payload: PointerInfo & { target: Corner | Edge } ) { const point = screenToWorld(inputs.pointer.origin, data) session.current = getSelectedIds(data).size === 1 ? new Sessions.TransformSingleSession(data, payload.target, point) : new Sessions.TransformSession(data, payload.target, point) }, startDrawTransformSession(data, payload: PointerInfo) { session.current = new Sessions.TransformSingleSession( data, Corner.BottomRight, screenToWorld(payload.point, data), true ) }, keyUpdateTransformSession(data, payload: PointerInfo) { session.current.update( data, screenToWorld(inputs.pointer.point, data), payload.shiftKey, payload.altKey ) }, updateTransformSession(data, payload: PointerInfo) { session.current.update( data, screenToWorld(payload.point, data), payload.shiftKey, payload.altKey ) }, // Direction startDirectionSession(data, payload: PointerInfo) { session.current = new Sessions.DirectionSession( data, screenToWorld(inputs.pointer.origin, data) ) }, updateDirectionSession(data, payload: PointerInfo) { session.current.update(data, screenToWorld(payload.point, data)) }, // Drawing startDrawSession(data, payload: PointerInfo) { const id = Array.from(getSelectedIds(data).values())[0] session.current = new Sessions.DrawSession( data, id, screenToWorld(inputs.pointer.origin, data), payload.shiftKey ) }, keyUpdateDrawSession(data, payload: PointerInfo) { session.current.update( data, screenToWorld(inputs.pointer.point, data), payload.pressure, payload.shiftKey ) }, updateDrawSession(data, payload: PointerInfo) { session.current.update( data, screenToWorld(payload.point, data), payload.pressure, payload.shiftKey ) }, // Arrow startArrowSession(data, payload: PointerInfo) { const id = Array.from(getSelectedIds(data).values())[0] session.current = new Sessions.ArrowSession( data, id, screenToWorld(inputs.pointer.origin, data), payload.shiftKey ) }, keyUpdateArrowSession(data, payload: PointerInfo) { session.current.update( data, screenToWorld(inputs.pointer.point, data), payload.shiftKey ) }, updateArrowSession(data, payload: PointerInfo) { session.current.update( data, screenToWorld(payload.point, data), payload.shiftKey ) }, // Nudges nudgeSelection(data, payload: { delta: number[]; shiftKey: boolean }) { commands.nudge( data, vec.mul( payload.delta, payload.shiftKey ? data.settings.nudgeDistanceLarge : data.settings.nudgeDistanceSmall ) ) }, /* -------------------- Selection ------------------- */ selectAll(data) { const selectedIds = getSelectedIds(data) const page = getPage(data) selectedIds.clear() for (let id in page.shapes) { if (page.shapes[id].parentId === data.currentPageId) { selectedIds.add(id) } } }, setHoveredId(data, payload: PointerInfo) { data.hoveredId = payload.target }, clearHoveredId(data) { data.hoveredId = undefined }, setPointedId(data, payload: PointerInfo) { data.pointedId = getPointedId(data, payload.target) data.currentParentId = getParentId(data, data.pointedId) }, setDrilledPointedId(data, payload: PointerInfo) { data.pointedId = getDrilledPointedId(data, payload.target) data.currentParentId = getParentId(data, data.pointedId) }, clearCurrentParentId(data) { data.currentParentId = data.currentPageId data.pointedId = undefined }, clearPointedId(data) { data.pointedId = undefined }, clearSelectedIds(data) { setSelectedIds(data, []) }, pullPointedIdFromSelectedIds(data) { const { pointedId } = data const selectedIds = getSelectedIds(data) selectedIds.delete(pointedId) }, pushPointedIdToSelectedIds(data) { getSelectedIds(data).add(data.pointedId) }, moveSelection(data, payload: { type: MoveType }) { commands.move(data, payload.type) }, alignSelection(data, payload: { type: AlignType }) { commands.align(data, payload.type) }, stretchSelection(data, payload: { type: StretchType }) { commands.stretch(data, payload.type) }, distributeSelection(data, payload: { type: DistributeType }) { commands.distribute(data, payload.type) }, duplicateSelection(data) { commands.duplicate(data) }, lockSelection(data) { commands.toggle(data, 'isLocked') }, hideSelection(data) { commands.toggle(data, 'isHidden') }, aspectLockSelection(data) { commands.toggle(data, 'isAspectRatioLocked') }, deleteSelection(data) { commands.deleteSelected(data) }, rotateSelectionCcw(data) { commands.rotateCcw(data) }, groupSelection(data) { commands.group(data) }, ungroupSelection(data) { commands.ungroup(data) }, /* ---------------------- Tool ---------------------- */ setActiveTool(data, payload: { tool: ShapeType | 'select' }) { data.activeTool = payload.tool }, setActiveToolSelect(data) { data.activeTool = 'select' }, setActiveToolDraw(data) { data.activeTool = ShapeType.Draw }, setActiveToolRectangle(data) { data.activeTool = ShapeType.Rectangle }, setActiveToolEllipse(data) { data.activeTool = ShapeType.Ellipse }, setActiveToolArrow(data) { data.activeTool = ShapeType.Arrow }, setActiveToolDot(data) { data.activeTool = ShapeType.Dot }, setActiveToolPolyline(data) { data.activeTool = ShapeType.Polyline }, setActiveToolRay(data) { data.activeTool = ShapeType.Ray }, setActiveToolCircle(data) { data.activeTool = ShapeType.Circle }, setActiveToolLine(data) { data.activeTool = ShapeType.Line }, /* --------------------- Camera --------------------- */ zoomIn(data) { const camera = getCurrentCamera(data) const i = Math.round((camera.zoom * 100) / 25) const center = [window.innerWidth / 2, window.innerHeight / 2] const p0 = screenToWorld(center, data) camera.zoom = getCameraZoom((i + 1) * 0.25) const p1 = screenToWorld(center, data) camera.point = vec.add(camera.point, vec.sub(p1, p0)) setZoomCSS(camera.zoom) }, zoomOut(data) { const camera = getCurrentCamera(data) const i = Math.round((camera.zoom * 100) / 25) const center = [window.innerWidth / 2, window.innerHeight / 2] const p0 = screenToWorld(center, data) camera.zoom = getCameraZoom((i - 1) * 0.25) const p1 = screenToWorld(center, data) camera.point = vec.add(camera.point, vec.sub(p1, p0)) setZoomCSS(camera.zoom) }, zoomCameraToActual(data) { const camera = getCurrentCamera(data) const center = [window.innerWidth / 2, window.innerHeight / 2] const p0 = screenToWorld(center, data) camera.zoom = 1 const p1 = screenToWorld(center, data) camera.point = vec.add(camera.point, vec.sub(p1, p0)) setZoomCSS(camera.zoom) }, zoomCameraToSelectionActual(data) { const camera = getCurrentCamera(data) const bounds = getSelectedBounds(data) const mx = (window.innerWidth - bounds.width) / 2 const my = (window.innerHeight - bounds.height) / 2 camera.zoom = 1 camera.point = vec.add([-bounds.minX, -bounds.minY], [mx, my]) setZoomCSS(camera.zoom) }, zoomCameraToSelection(data) { const camera = getCurrentCamera(data) const bounds = getSelectedBounds(data) const zoom = getCameraZoom( bounds.width > bounds.height ? (window.innerWidth - 128) / bounds.width : (window.innerHeight - 128) / bounds.height ) const mx = (window.innerWidth - bounds.width * zoom) / 2 / zoom const my = (window.innerHeight - bounds.height * zoom) / 2 / zoom camera.zoom = zoom camera.point = vec.add([-bounds.minX, -bounds.minY], [mx, my]) setZoomCSS(camera.zoom) }, zoomCameraToFit(data) { const camera = getCurrentCamera(data) const page = getPage(data) const shapes = Object.values(page.shapes) if (shapes.length === 0) { return } const bounds = getCommonBounds( ...Object.values(shapes).map((shape) => getShapeUtils(shape).getBounds(shape) ) ) const zoom = getCameraZoom( bounds.width > bounds.height ? (window.innerWidth - 128) / bounds.width : (window.innerHeight - 128) / bounds.height ) const mx = (window.innerWidth - bounds.width * zoom) / 2 / zoom const my = (window.innerHeight - bounds.height * zoom) / 2 / zoom camera.zoom = zoom camera.point = vec.add([-bounds.minX, -bounds.minY], [mx, my]) setZoomCSS(camera.zoom) }, zoomCamera(data, payload: { delta: number; point: number[] }) { const camera = getCurrentCamera(data) const next = camera.zoom - (payload.delta / 100) * camera.zoom const p0 = screenToWorld(payload.point, data) camera.zoom = getCameraZoom(next) const p1 = screenToWorld(payload.point, data) camera.point = vec.add(camera.point, vec.sub(p1, p0)) setZoomCSS(camera.zoom) }, panCamera(data, payload: { delta: number[] }) { const camera = getCurrentCamera(data) camera.point = vec.sub(camera.point, vec.div(payload.delta, camera.zoom)) }, updateZoomCSS(data) { const camera = getCurrentCamera(data) setZoomCSS(camera.zoom) }, pinchCamera( data, payload: { delta: number[] distanceDelta: number angleDelta: number point: number[] } ) { const camera = getCurrentCamera(data) camera.point = vec.sub(camera.point, vec.div(payload.delta, camera.zoom)) const next = camera.zoom - (payload.distanceDelta / 300) * camera.zoom const p0 = screenToWorld(payload.point, data) camera.zoom = getCameraZoom(next) const p1 = screenToWorld(payload.point, data) camera.point = vec.add(camera.point, vec.sub(p1, p0)) setZoomCSS(camera.zoom) }, resetCamera(data) { const camera = getCurrentCamera(data) camera.zoom = 1 camera.point = [window.innerWidth / 2, window.innerHeight / 2] document.documentElement.style.setProperty('--camera-zoom', '1') }, /* ---------------------- History ---------------------- */ // History popHistory() { history.pop() }, enableHistory() { history.enable() }, disableHistory() { history.disable() }, undo(data) { history.undo(data) }, redo(data) { history.redo(data) }, /* --------------------- Styles --------------------- */ toggleStylePanel(data) { data.settings.isStyleOpen = !data.settings.isStyleOpen }, closeStylePanel(data) { data.settings.isStyleOpen = false }, updateStyles(data, payload: Partial) { Object.assign(data.currentStyle, payload) }, applyStylesToSelection(data, payload: Partial) { commands.style(data, payload) }, /* ---------------------- Code ---------------------- */ closeCodePanel(data) { data.settings.isCodeOpen = false }, openCodePanel(data) { data.settings.isCodeOpen = true }, toggleCodePanel(data) { data.settings.isCodeOpen = !data.settings.isCodeOpen }, setGeneratedShapes( data, payload: { shapes: Shape[]; controls: CodeControl[] } ) { commands.generate(data, data.currentPageId, payload.shapes) }, setCodeControls(data, payload: { controls: CodeControl[] }) { data.codeControls = Object.fromEntries( payload.controls.map((control) => [control.id, control]) ) }, increaseCodeFontSize(data) { data.settings.fontSize++ }, decreaseCodeFontSize(data) { data.settings.fontSize-- }, updateControls(data, payload: { [key: string]: any }) { for (let key in payload) { data.codeControls[key].value = payload[key] } history.disable() setSelectedIds(data, []) try { const { shapes } = updateFromCode( data.document.code[data.currentCodeFileId].code, data.codeControls ) commands.generate(data, data.currentPageId, shapes) } catch (e) { console.error(e) } history.enable() }, /* -------------------- Settings -------------------- */ enablePenLock(data) { data.settings.isPenLocked = true }, disablePenLock(data) { data.settings.isPenLocked = false }, toggleToolLock(data) { data.settings.isToolLocked = !data.settings.isToolLocked }, /* ---------------------- Data ---------------------- */ forceSave(data) { storage.save(data) }, savePage(data) { storage.savePage(data, data.currentPageId) }, loadPage(data) { storage.loadPage(data, data.currentPageId) }, saveCode(data, payload: { code: string }) { data.document.code[data.currentCodeFileId].code = payload.code storage.save(data) }, restoreSavedData(data) { storage.load(data) }, clearBoundsRotation(data) { data.boundsRotation = 0 }, }, values: { selectedIds(data) { return new Set(getSelectedIds(data)) }, selectedBounds(data) { const selectedIds = getSelectedIds(data) const page = getPage(data) const shapes = Array.from(selectedIds.values()) .map((id) => page.shapes[id]) .filter(Boolean) if (selectedIds.size === 0) return null if (selectedIds.size === 1) { if (!shapes[0]) { console.error('Could not find that shape! Clearing selected IDs.') setSelectedIds(data, []) return null } const shape = shapes[0] const shapeUtils = getShapeUtils(shape) if (!shapeUtils.canTransform) return null let bounds = shapeUtils.getBounds(shape) let parentId = shape.parentId while (parentId !== data.currentPageId) { const parent = page.shapes[parentId] bounds = rotateBounds( bounds, getBoundsCenter(getShapeUtils(parent).getBounds(parent)), parent.rotation ) bounds.rotation = parent.rotation parentId = parent.parentId } return bounds } const uniqueSelectedShapeIds: string[] = Array.from( new Set( Array.from(selectedIds.values()).flatMap((id) => getDocumentBranch(data, id) ) ).values() ) const commonBounds = getCommonBounds( ...uniqueSelectedShapeIds .map((id) => page.shapes[id]) .filter((shape) => shape.type !== ShapeType.Group) .map((shape) => { const parentOffset = getParentOffset(data, shape.id) const parentRotation = getParentRotation(data, shape.id) const bounds = getShapeUtils(shape).getRotatedBounds(shape) return bounds return translateBounds( rotateBounds(bounds, getBoundsCenter(bounds), parentRotation), vec.neg(parentOffset) ) }) ) return commonBounds }, selectedStyle(data) { const selectedIds = Array.from(getSelectedIds(data).values()) const { currentStyle } = data if (selectedIds.length === 0) { return currentStyle } const page = getPage(data) const shapeStyles = selectedIds.map((id) => page.shapes[id].style) const commonStyle: ShapeStyles = {} as ShapeStyles const overrides = new Set([]) for (const shapeStyle of shapeStyles) { for (let key in currentStyle) { if (overrides.has(key)) continue if (commonStyle[key] === undefined) { commonStyle[key] = shapeStyle[key] } else { if (commonStyle[key] === shapeStyle[key]) continue commonStyle[key] = currentStyle[key] overrides.add(key) } } } return commonStyle }, }, }) export default state export const useSelector = createSelectorHook(state) function getParentId(data: Data, id: string) { const shape = getPage(data).shapes[id] return shape.parentId } function getPointedId(data: Data, id: string) { const shape = getPage(data).shapes[id] return shape.parentId === data.currentParentId || shape.parentId === data.currentPageId ? id : getPointedId(data, shape.parentId) } function getDrilledPointedId(data: Data, id: string) { const shape = getPage(data).shapes[id] return shape.parentId === data.currentPageId || shape.parentId === data.pointedId || shape.parentId === data.currentParentId ? id : getDrilledPointedId(data, shape.parentId) } function hasPointedIdInChildren(data: Data, id: string, pointedId: string) { const shape = getPage(data).shapes[id] if (shape.type !== ShapeType.Group) { return false } if (shape.children.includes(pointedId)) { return true } return shape.children.some((childId) => hasPointedIdInChildren(data, childId, pointedId) ) }