/* * Copyright [2015] [wisemapping] * * Licensed under WiseMapping Public License, Version 1.0 (the "License"). * It is basically the Apache License, Version 2.0 (the "License") plus the * "powered by wisemapping" text requirement on every single page; * you may not use this file except in compliance with the License. * You may obtain a copy of the license at * * http://www.wisemapping.org/license * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */ import web2d from '@wisemapping/web2d'; import Shape from './util/Shape'; import ActionDispatcher from './ActionDispatcher'; const ControlPoint = new Class({ initialize() { const control1 = new web2d.Elipse({ width: 6, height: 6, stroke: '1 solid #6589de', fillColor: 'gray', visibility: false, }); control1.setCursor('pointer'); const control2 = new web2d.Elipse({ width: 6, height: 6, stroke: '1 solid #6589de', fillColor: 'gray', visibility: false, }); control2.setCursor('pointer'); this._controlPointsController = [control1, control2]; this._controlLines = [ new web2d.Line({ strokeColor: '#6589de', strokeWidth: 1, opacity: 0.3 }), new web2d.Line({ strokeColor: '#6589de', strokeWidth: 1, opacity: 0.3 }), ]; this._isBinded = false; const me = this; this._controlPointsController[0].addEvent('mousedown', (event) => { me._mouseDown(event, ControlPoint.FROM, me); }); this._controlPointsController[0].addEvent('click', (event) => { me._mouseClick(event); }); this._controlPointsController[0].addEvent('dblclick', (event) => { me._mouseClick(event); }); this._controlPointsController[1].addEvent('mousedown', (event) => { me._mouseDown(event, ControlPoint.TO, me); }); this._controlPointsController[1].addEvent('click', (event) => { me._mouseClick(event); }); this._controlPointsController[1].addEvent('dblclick', (event) => { me._mouseClick(event); }); }, setLine(line) { if ($defined(this._line)) { this._removeLine(); } this._line = line; this._createControlPoint(); this._endPoint = []; this._orignalCtrlPoint = []; this._orignalCtrlPoint[0] = this._controls[0].clone(); this._orignalCtrlPoint[1] = this._controls[1].clone(); this._endPoint[0] = this._line.getLine().getFrom().clone(); this._endPoint[1] = this._line.getLine().getTo().clone(); }, redraw() { if ($defined(this._line)) this._createControlPoint(); }, _createControlPoint() { this._controls = this._line.getLine().getControlPoints(); let pos = this._line.getLine().getFrom(); this._controlPointsController[0].setPosition( this._controls[ControlPoint.FROM].x + pos.x, this._controls[ControlPoint.FROM].y + pos.y - 3, ); this._controlLines[0].setFrom(pos.x, pos.y); this._controlLines[0].setTo( this._controls[ControlPoint.FROM].x + pos.x + 3, this._controls[ControlPoint.FROM].y + pos.y, ); pos = this._line.getLine().getTo(); this._controlLines[1].setFrom(pos.x, pos.y); this._controlLines[1].setTo( this._controls[ControlPoint.TO].x + pos.x + 3, this._controls[ControlPoint.TO].y + pos.y, ); this._controlPointsController[1].setPosition( this._controls[ControlPoint.TO].x + pos.x, this._controls[ControlPoint.TO].y + pos.y - 3, ); }, _removeLine() {}, _mouseDown(event, point, me) { if (!this._isBinded) { this._isBinded = true; this._mouseMoveFunction = function (event) { me._mouseMoveEvent(event, point, me); }; this._workspace.getScreenManager().addEvent('mousemove', this._mouseMoveFunction); this._mouseUpFunction = function (event) { me._mouseUp(event, point, me); }; this._workspace.getScreenManager().addEvent('mouseup', this._mouseUpFunction); } event.preventDefault(); event.stopPropagation(); return false; }, _mouseMoveEvent(event, point) { const screen = this._workspace.getScreenManager(); const pos = screen.getWorkspaceMousePosition(event); let cords; if (point == 0) { cords = Shape.calculateRelationShipPointCoordinates(this._line.getSourceTopic(), pos); this._line.setFrom(cords.x, cords.y); this._line.setSrcControlPoint(new web2d.Point(pos.x - cords.x, pos.y - cords.y)); } else { cords = Shape.calculateRelationShipPointCoordinates(this._line.getTargetTopic(), pos); this._line.setTo(cords.x, cords.y); this._line.setDestControlPoint(new web2d.Point(pos.x - cords.x, pos.y - cords.y)); } this._controls[point].x = pos.x - cords.x; this._controls[point].y = pos.y - cords.y; this._controlPointsController[point].setPosition(pos.x - 5, pos.y - 3); this._controlLines[point].setFrom(cords.x, cords.y); this._controlLines[point].setTo(pos.x - 2, pos.y); this._line.getLine().updateLine(point); }, _mouseUp(event, point) { this._workspace.getScreenManager().removeEvent('mousemove', this._mouseMoveFunction); this._workspace.getScreenManager().removeEvent('mouseup', this._mouseUpFunction); const actionDispatcher = ActionDispatcher.getInstance(); actionDispatcher.moveControlPoint(this, point); this._isBinded = false; }, _mouseClick(event) { event.preventDefault(); event.stopPropagation(); return false; }, setVisibility(visible) { if (visible) { this._controlLines[0].moveToFront(); this._controlLines[1].moveToFront(); this._controlPointsController[0].moveToFront(); this._controlPointsController[1].moveToFront(); } this._controlPointsController[0].setVisibility(visible); this._controlPointsController[1].setVisibility(visible); this._controlLines[0].setVisibility(visible); this._controlLines[1].setVisibility(visible); }, addToWorkspace(workspace) { this._workspace = workspace; workspace.append(this._controlPointsController[0]); workspace.append(this._controlPointsController[1]); workspace.append(this._controlLines[0]); workspace.append(this._controlLines[1]); }, removeFromWorkspace(workspace) { this._workspace = null; workspace.removeChild(this._controlPointsController[0]); workspace.removeChild(this._controlPointsController[1]); workspace.removeChild(this._controlLines[0]); workspace.removeChild(this._controlLines[1]); }, getControlPoint(index) { return this._controls[index]; }, getOriginalEndPoint(index) { return this._endPoint[index]; }, getOriginalCtrlPoint(index) { return this._orignalCtrlPoint[index]; }, }); ControlPoint.FROM = 0; ControlPoint.TO = 1; export default ControlPoint;