More classes migrated to Mootools 1.3.
This commit is contained in:
Paulo Veiga
@@ -1,225 +1,209 @@
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/*
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* Copyright [2011] [wisemapping]
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*
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* Licensed under WiseMapping Public License, Version 1.0 (the "License").
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* It is basically the Apache License, Version 2.0 (the "License") plus the
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* "powered by wisemapping" text requirement on every single page;
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* you may not use this file except in compliance with the License.
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* You may obtain a copy of the license at
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*
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* http://www.wisemapping.org/license
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*
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* Unless required by applicable law or agreed to in writing, software
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* distributed under the License is distributed on an "AS IS" BASIS,
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* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
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* See the License for the specific language governing permissions and
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* limitations under the License.
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* Copyright [2011] [wisemapping]
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*
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* Licensed under WiseMapping Public License, Version 1.0 (the "License").
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* It is basically the Apache License, Version 2.0 (the "License") plus the
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* "powered by wisemapping" text requirement on every single page;
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* you may not use this file except in compliance with the License.
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* You may obtain a copy of the license at
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*
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* http://www.wisemapping.org/license
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*
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* Unless required by applicable law or agreed to in writing, software
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* distributed under the License is distributed on an "AS IS" BASIS,
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* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
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* See the License for the specific language governing permissions and
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* limitations under the License.
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*/
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mindplot.ConnectionLine = function(sourceNode, targetNode, lineType)
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{
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core.assert(targetNode, 'parentNode node can not be null');
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core.assert(sourceNode, 'childNode node can not be null');
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core.assert(sourceNode != targetNode, 'Cilcular connection');
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mindplot.ConnectionLine = new Class({
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initialize:function(sourceNode, targetNode, lineType) {
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core.assert(targetNode, 'parentNode node can not be null');
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core.assert(sourceNode, 'childNode node can not be null');
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core.assert(sourceNode != targetNode, 'Cilcular connection');
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this._targetTopic = targetNode;
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this._sourceTopic = sourceNode;
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this._targetTopic = targetNode;
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this._sourceTopic = sourceNode;
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var strokeColor = mindplot.ConnectionLine.getStrokeColor();
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var line;
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if (targetNode.getType() == mindplot.NodeModel.CENTRAL_TOPIC_TYPE)
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{
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line = this._createLine(lineType,mindplot.ConnectionLine.CURVED);
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// line = new web2d.Line();
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if(line.getType()=="CurvedLine"){
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var ctrlPoints = this._getCtrlPoints(sourceNode, targetNode);
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line.setSrcControlPoint(ctrlPoints[0]);
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line.setDestControlPoint(ctrlPoints[1]);
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var strokeColor = mindplot.ConnectionLine.getStrokeColor();
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var line;
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if (targetNode.getType() == mindplot.NodeModel.CENTRAL_TOPIC_TYPE) {
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line = this._createLine(lineType, mindplot.ConnectionLine.CURVED);
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// line = new web2d.Line();
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if (line.getType() == "CurvedLine") {
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var ctrlPoints = this._getCtrlPoints(sourceNode, targetNode);
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line.setSrcControlPoint(ctrlPoints[0]);
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line.setDestControlPoint(ctrlPoints[1]);
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}
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line.setStroke(1, 'solid', strokeColor);
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} else {
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line = this._createLine(lineType, mindplot.ConnectionLine.SIMPLE_CURVED);
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if (line.getType() == "CurvedLine") {
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var ctrlPoints = this._getCtrlPoints(sourceNode, targetNode);
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line.setSrcControlPoint(ctrlPoints[0]);
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line.setDestControlPoint(ctrlPoints[1]);
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}
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// line = new web2d.PolyLine();
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line.setStroke(1, 'solid', strokeColor);
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}
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line.setStroke(1, 'solid', strokeColor);
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} else
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{
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line = this._createLine(lineType,mindplot.ConnectionLine.SIMPLE_CURVED);
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if(line.getType()=="CurvedLine"){
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var ctrlPoints = this._getCtrlPoints(sourceNode, targetNode);
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line.setSrcControlPoint(ctrlPoints[0]);
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line.setDestControlPoint(ctrlPoints[1]);
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this._line2d = line;
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},
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_getCtrlPoints : function(sourceNode, targetNode) {
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var srcPos = sourceNode.workoutOutgoingConnectionPoint(targetNode.getPosition());
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var destPos = targetNode.workoutIncomingConnectionPoint(sourceNode.getPosition());
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var deltaX = (srcPos.x - destPos.x) / 3;
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return [new core.Point(deltaX, 0), new core.Point(-deltaX, 0)];
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},
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_createLine : function(lineType, defaultStyle) {
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if (!core.Utils.isDefined(lineType)) {
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lineType = defaultStyle;
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}
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// line = new web2d.PolyLine();
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line.setStroke(1, 'solid', strokeColor);
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lineType = parseInt(lineType);
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this._lineType = lineType;
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var line = null;
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switch (lineType) {
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case mindplot.ConnectionLine.POLYLINE:
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line = new web2d.PolyLine();
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break;
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case mindplot.ConnectionLine.CURVED:
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line = new web2d.CurvedLine();
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break;
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case mindplot.ConnectionLine.SIMPLE_CURVED:
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line = new web2d.CurvedLine();
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line.setStyle(web2d.CurvedLine.SIMPLE_LINE);
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break;
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default:
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line = new web2d.Line();
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break;
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}
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return line;
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},
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setVisibility : function(value) {
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this._line2d.setVisibility(value);
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},
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isVisible : function() {
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return this._line2d.isVisible();
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},
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setOpacity : function(opacity) {
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this._line2d.setOpacity(opacity);
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},
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redraw : function() {
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var line2d = this._line2d;
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var sourceTopic = this._sourceTopic;
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var sourcePosition = sourceTopic.getPosition();
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var targetTopic = this._targetTopic;
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var targetPosition = targetTopic.getPosition();
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var sPos,tPos;
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sPos = sourceTopic.workoutOutgoingConnectionPoint(targetPosition, false);
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tPos = targetTopic.workoutIncomingConnectionPoint(sourcePosition, false);
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line2d.setFrom(tPos.x, tPos.y);
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line2d.setTo(sPos.x, sPos.y);
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if (line2d.getType() == "CurvedLine") {
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var ctrlPoints = this._getCtrlPoints(this._sourceTopic, this._targetTopic);
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line2d.setSrcControlPoint(ctrlPoints[0]);
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line2d.setDestControlPoint(ctrlPoints[1]);
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}
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// line2d.moveToBack();
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// Add connector ...
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this._positionateConnector(targetTopic);
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},
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_positionateConnector : function(targetTopic) {
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var targetPosition = targetTopic.getPosition();
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var offset = mindplot.Topic.CONNECTOR_WIDTH / 2;
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var targetTopicSize = targetTopic.getSize();
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var y;
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if (targetTopic.getShapeType() == mindplot.NodeModel.SHAPE_TYPE_LINE) {
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y = targetTopicSize.height;
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} else {
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y = targetTopicSize.height / 2;
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}
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y = y - offset;
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var connector = targetTopic.getShrinkConnector();
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if (Math.sign(targetPosition.x) > 0) {
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var x = targetTopicSize.width;
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connector.setPosition(x, y);
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}
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else {
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var x = -mindplot.Topic.CONNECTOR_WIDTH;
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connector.setPosition(x, y);
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}
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},
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setStroke : function(color, style, opacity) {
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var line2d = this._line2d;
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this._line2d.setStroke(null, null, color, opacity);
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},
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addToWorkspace : function(workspace) {
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workspace.appendChild(this._line2d);
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this._line2d.moveToBack();
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},
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removeFromWorkspace : function(workspace) {
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workspace.removeChild(this._line2d);
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},
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getTargetTopic : function() {
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return this._targetTopic;
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},
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getSourceTopic : function() {
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return this._sourceTopic;
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},
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getLineType : function() {
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return this._lineType;
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},
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getLine : function() {
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return this._line2d;
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},
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getModel : function() {
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return this._model;
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},
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setModel : function(model) {
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this._model = model;
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},
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getType : function() {
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return "ConnectionLine";
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},
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getId : function() {
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return this._model.getId();
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},
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moveToBack : function() {
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this._line2d.moveToBack();
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},
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moveToFront : function() {
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this._line2d.moveToFront();
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}
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});
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this._line2d = line;
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};
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mindplot.ConnectionLine.prototype._getCtrlPoints = function(sourceNode, targetNode){
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var srcPos = sourceNode.workoutOutgoingConnectionPoint(targetNode.getPosition());
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var destPos = targetNode.workoutIncomingConnectionPoint(sourceNode.getPosition());
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var deltaX = (srcPos.x -destPos.x)/3;
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return [new core.Point(deltaX, 0), new core.Point(-deltaX, 0)];
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};
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mindplot.ConnectionLine.prototype._createLine = function(lineType, defaultStyle){
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if(!core.Utils.isDefined(lineType)){
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lineType = defaultStyle;
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}
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lineType = parseInt(lineType);
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this._lineType = lineType;
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var line = null;
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switch(lineType){
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case mindplot.ConnectionLine.POLYLINE:
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line = new web2d.PolyLine();
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break;
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case mindplot.ConnectionLine.CURVED:
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line = new web2d.CurvedLine();
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break;
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case mindplot.ConnectionLine.SIMPLE_CURVED:
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line = new web2d.CurvedLine();
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line.setStyle(web2d.CurvedLine.SIMPLE_LINE);
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break;
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default:
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line = new web2d.Line();
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break;
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}
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return line;
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};
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mindplot.ConnectionLine.getStrokeColor = function()
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{
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mindplot.ConnectionLine.getStrokeColor = function() {
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return '#495879';
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};
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mindplot.ConnectionLine.prototype.setVisibility = function(value)
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{
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this._line2d.setVisibility(value);
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};
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mindplot.ConnectionLine.prototype.isVisible = function()
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{
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return this._line2d.isVisible();
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};
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mindplot.ConnectionLine.prototype.setOpacity = function(opacity){
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this._line2d.setOpacity(opacity);
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};
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mindplot.ConnectionLine.prototype.redraw = function()
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{
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var line2d = this._line2d;
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var sourceTopic = this._sourceTopic;
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var sourcePosition = sourceTopic.getPosition();
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var targetTopic = this._targetTopic;
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var targetPosition = targetTopic.getPosition();
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var sPos,tPos;
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sPos = sourceTopic.workoutOutgoingConnectionPoint(targetPosition, false);
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tPos = targetTopic.workoutIncomingConnectionPoint(sourcePosition, false);
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line2d.setFrom(tPos.x, tPos.y);
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line2d.setTo(sPos.x, sPos.y);
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if(line2d.getType()=="CurvedLine"){
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var ctrlPoints = this._getCtrlPoints(this._sourceTopic, this._targetTopic);
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line2d.setSrcControlPoint(ctrlPoints[0]);
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line2d.setDestControlPoint(ctrlPoints[1]);
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}
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// line2d.moveToBack();
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// Add connector ...
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this._positionateConnector(targetTopic);
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};
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mindplot.ConnectionLine.prototype._positionateConnector = function(targetTopic)
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{
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var targetPosition = targetTopic.getPosition();
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var offset = mindplot.Topic.CONNECTOR_WIDTH / 2;
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var targetTopicSize = targetTopic.getSize();
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var y;
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if (targetTopic.getShapeType() == mindplot.NodeModel.SHAPE_TYPE_LINE)
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{
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y = targetTopicSize.height;
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} else
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{
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y = targetTopicSize.height / 2;
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}
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y = y - offset;
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var connector = targetTopic.getShrinkConnector();
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if (Math.sign(targetPosition.x) > 0)
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{
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var x = targetTopicSize.width;
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connector.setPosition(x, y);
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}
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else
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{
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var x = -mindplot.Topic.CONNECTOR_WIDTH;
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connector.setPosition(x, y);
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}
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};
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mindplot.ConnectionLine.prototype.setStroke = function(color, style, opacity)
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{
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var line2d = this._line2d;
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this._line2d.setStroke(null, null, color, opacity);
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};
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mindplot.ConnectionLine.prototype.addToWorkspace = function(workspace)
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{
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workspace.appendChild(this._line2d);
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this._line2d.moveToBack();
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};
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mindplot.ConnectionLine.prototype.removeFromWorkspace = function(workspace)
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{
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workspace.removeChild(this._line2d);
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};
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mindplot.ConnectionLine.prototype.getTargetTopic = function()
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{
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return this._targetTopic;
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};
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mindplot.ConnectionLine.prototype.getSourceTopic = function()
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{
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return this._sourceTopic;
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};
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mindplot.ConnectionLine.prototype.getLineType = function(){
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return this._lineType;
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};
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mindplot.ConnectionLine.prototype.getLine = function(){
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return this._line2d;
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};
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mindplot.ConnectionLine.prototype.getModel = function(){
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return this._model;
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};
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mindplot.ConnectionLine.prototype.setModel = function(model){
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this._model = model;
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};
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mindplot.ConnectionLine.prototype.getType = function(){
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return "ConnectionLine";
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};
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mindplot.ConnectionLine.prototype.getId = function(){
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return this._model.getId();
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};
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mindplot.ConnectionLine.prototype.moveToBack = function(){
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this._line2d.moveToBack();
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};
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mindplot.ConnectionLine.prototype.moveToFront = function(){
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this._line2d.moveToFront();
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};
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mindplot.ConnectionLine.SIMPLE=0;
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mindplot.ConnectionLine.POLYLINE=1;
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mindplot.ConnectionLine.CURVED=2;
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mindplot.ConnectionLine.SIMPLE_CURVED=3;
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mindplot.ConnectionLine.SIMPLE = 0;
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mindplot.ConnectionLine.POLYLINE = 1;
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mindplot.ConnectionLine.CURVED = 2;
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mindplot.ConnectionLine.SIMPLE_CURVED = 3;
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Block a user