define(['dart_sdk', 'packages/flutter/src/widgets/widget_span.dart', 'packages/flutter/src/material/colors.dart', 'packages/flutter/src/rendering/layer.dart', 'packages/flutter/src/foundation/debug.dart', 'packages/flutter/src/foundation/key.dart'], (function load__packages__graphview__GraphView_dart(dart_sdk, packages__flutter__src__widgets__widget_span$46dart, packages__flutter__src__material__colors$46dart, packages__flutter__src__rendering__layer$46dart, packages__flutter__src__foundation__debug$46dart, packages__flutter__src__foundation__key$46dart) {
'use strict';
const core = dart_sdk.core;
const _interceptors = dart_sdk._interceptors;
const ui = dart_sdk.ui;
const math = dart_sdk.math;
const _js_helper = dart_sdk._js_helper;
const collection = dart_sdk.collection;
const dart = dart_sdk.dart;
const dartx = dart_sdk.dartx;
const framework = packages__flutter__src__widgets__widget_span$46dart.src__widgets__framework;
const text = packages__flutter__src__widgets__widget_span$46dart.src__widgets__text;
const widget_inspector = packages__flutter__src__widgets__widget_span$46dart.src__widgets__widget_inspector;
const colors = packages__flutter__src__material__colors$46dart.src__material__colors;
const box = packages__flutter__src__rendering__layer$46dart.src__rendering__box;
const object = packages__flutter__src__rendering__layer$46dart.src__rendering__object;
const diagnostics = packages__flutter__src__foundation__debug$46dart.src__foundation__diagnostics;
const key = packages__flutter__src__foundation__key$46dart.src__foundation__key;
var GraphView = Object.create(dart.library);
var $add = dartx.add;
var $forEach = dartx.forEach;
var $length = dartx.length;
var $contains = dartx.contains;
var $remove = dartx.remove;
var $removeWhere = dartx.removeWhere;
var $firstWhere = dartx.firstWhere;
var $isNotEmpty = dartx.isNotEmpty;
var $any = dartx.any;
var $where = dartx.where;
var $map = dartx.map;
var $toList = dartx.toList;
var $_get = dartx._get;
var $hashCode = dartx.hashCode;
var $_equals = dartx._equals;
var $toString = dartx.toString;
var $_set = dartx._set;
var $reduce = dartx.reduce;
var $clear = dartx.clear;
var $isEmpty = dartx.isEmpty;
var $abs = dartx.abs;
var $iterator = dartx.iterator;
var $modulo = dartx['%'];
var $indexOf = dartx.indexOf;
var $sort = dartx.sort;
var $truncate = dartx.truncate;
var $ceil = dartx.ceil;
var $keys = dartx.keys;
var $values = dartx.values;
var $asMap = dartx.asMap;
var $floor = dartx.floor;
var $toInt = dartx.toInt;
var $containsKey = dartx.containsKey;
var $ceilToDouble = dartx.ceilToDouble;
var $first = dartx.first;
var $addAll = dartx.addAll;
var $reversed = dartx.reversed;
var $toDouble = dartx.toDouble;
dart._checkModuleNullSafetyMode(false);
var T = {
WidgetL: () => (T.WidgetL = dart.constFn(dart.legacy(framework.Widget)))(),
JSArrayOfWidgetL: () => (T.JSArrayOfWidgetL = dart.constFn(_interceptors.JSArray$(T.WidgetL())))(),
NodeL: () => (T.NodeL = dart.constFn(dart.legacy(GraphView.Node)))(),
NodeLToNull: () => (T.NodeLToNull = dart.constFn(dart.fnType(core.Null, [T.NodeL()])))(),
RenderCustomLayoutBoxL: () => (T.RenderCustomLayoutBoxL = dart.constFn(dart.legacy(GraphView.RenderCustomLayoutBox)))(),
RenderBoxL: () => (T.RenderBoxL = dart.constFn(dart.legacy(box.RenderBox)))(),
NodeBoxDataL: () => (T.NodeBoxDataL = dart.constFn(dart.legacy(GraphView.NodeBoxData)))(),
GraphL: () => (T.GraphL = dart.constFn(dart.legacy(GraphView.Graph)))(),
DiagnosticsPropertyOfGraphL: () => (T.DiagnosticsPropertyOfGraphL = dart.constFn(diagnostics.DiagnosticsProperty$(T.GraphL())))(),
LayoutL: () => (T.LayoutL = dart.constFn(dart.legacy(GraphView.Layout)))(),
DiagnosticsPropertyOfLayoutL: () => (T.DiagnosticsPropertyOfLayoutL = dart.constFn(diagnostics.DiagnosticsProperty$(T.LayoutL())))(),
PaintL: () => (T.PaintL = dart.constFn(dart.legacy(ui.Paint)))(),
DiagnosticsPropertyOfPaintL: () => (T.DiagnosticsPropertyOfPaintL = dart.constFn(diagnostics.DiagnosticsProperty$(T.PaintL())))(),
JSArrayOfNodeL: () => (T.JSArrayOfNodeL = dart.constFn(_interceptors.JSArray$(T.NodeL())))(),
EdgeL: () => (T.EdgeL = dart.constFn(dart.legacy(GraphView.Edge)))(),
JSArrayOfEdgeL: () => (T.JSArrayOfEdgeL = dart.constFn(_interceptors.JSArray$(T.EdgeL())))(),
GraphObserverL: () => (T.GraphObserverL = dart.constFn(dart.legacy(GraphView.GraphObserver)))(),
JSArrayOfGraphObserverL: () => (T.JSArrayOfGraphObserverL = dart.constFn(_interceptors.JSArray$(T.GraphObserverL())))(),
NodeLTovoid: () => (T.NodeLTovoid = dart.constFn(dart.fnType(dart.void, [T.NodeL()])))(),
boolL: () => (T.boolL = dart.constFn(dart.legacy(core.bool)))(),
EdgeLToboolL: () => (T.EdgeLToboolL = dart.constFn(dart.fnType(T.boolL(), [T.EdgeL()])))(),
NodeLToboolL: () => (T.NodeLToboolL = dart.constFn(dart.fnType(T.boolL(), [T.NodeL()])))(),
EdgeLTovoid: () => (T.EdgeLTovoid = dart.constFn(dart.fnType(dart.void, [T.EdgeL()])))(),
VoidToNull: () => (T.VoidToNull = dart.constFn(dart.fnType(core.Null, [])))(),
EdgeLToNodeL: () => (T.EdgeLToNodeL = dart.constFn(dart.fnType(T.NodeL(), [T.EdgeL()])))(),
GraphObserverLToNull: () => (T.GraphObserverLToNull = dart.constFn(dart.fnType(core.Null, [T.GraphObserverL()])))(),
EdgeLToNull: () => (T.EdgeLToNull = dart.constFn(dart.fnType(core.Null, [T.EdgeL()])))(),
doubleL: () => (T.doubleL = dart.constFn(dart.legacy(core.double)))(),
JSArrayOfdoubleL: () => (T.JSArrayOfdoubleL = dart.constFn(_interceptors.JSArray$(T.doubleL())))(),
ListOfdoubleL: () => (T.ListOfdoubleL = dart.constFn(core.List$(T.doubleL())))(),
OffsetL: () => (T.OffsetL = dart.constFn(dart.legacy(ui.Offset)))(),
LinkedMapOfNodeL$OffsetL: () => (T.LinkedMapOfNodeL$OffsetL = dart.constFn(_js_helper.LinkedMap$(T.NodeL(), T.OffsetL())))(),
NodeClusterL: () => (T.NodeClusterL = dart.constFn(dart.legacy(GraphView.NodeCluster)))(),
JSArrayOfNodeClusterL: () => (T.JSArrayOfNodeClusterL = dart.constFn(_interceptors.JSArray$(T.NodeClusterL())))(),
NodeClusterLToNull: () => (T.NodeClusterLToNull = dart.constFn(dart.fnType(core.Null, [T.NodeClusterL()])))(),
NodeClusterLToboolL: () => (T.NodeClusterLToboolL = dart.constFn(dart.fnType(T.boolL(), [T.NodeClusterL()])))(),
NodeLTodoubleL: () => (T.NodeLTodoubleL = dart.constFn(dart.fnType(T.doubleL(), [T.NodeL()])))(),
TAndTToT: () => (T.TAndTToT = dart.constFn(dart.gFnType(T => [T, [T, T]], T => [core.num])))(),
numL: () => (T.numL = dart.constFn(dart.legacy(core.num)))(),
SugiyamaNodeDataL: () => (T.SugiyamaNodeDataL = dart.constFn(dart.legacy(GraphView.SugiyamaNodeData)))(),
LinkedMapOfNodeL$SugiyamaNodeDataL: () => (T.LinkedMapOfNodeL$SugiyamaNodeDataL = dart.constFn(_js_helper.LinkedMap$(T.NodeL(), T.SugiyamaNodeDataL())))(),
SugiyamaEdgeDataL: () => (T.SugiyamaEdgeDataL = dart.constFn(dart.legacy(GraphView.SugiyamaEdgeData)))(),
LinkedMapOfEdgeL$SugiyamaEdgeDataL: () => (T.LinkedMapOfEdgeL$SugiyamaEdgeDataL = dart.constFn(_js_helper.LinkedMap$(T.EdgeL(), T.SugiyamaEdgeDataL())))(),
LinkedHashSetOfNodeL: () => (T.LinkedHashSetOfNodeL = dart.constFn(collection.LinkedHashSet$(T.NodeL())))(),
ListOfNodeL: () => (T.ListOfNodeL = dart.constFn(core.List$(T.NodeL())))(),
ListLOfNodeL: () => (T.ListLOfNodeL = dart.constFn(dart.legacy(T.ListOfNodeL())))(),
JSArrayOfListLOfNodeL: () => (T.JSArrayOfListLOfNodeL = dart.constFn(_interceptors.JSArray$(T.ListLOfNodeL())))(),
_LocationL: () => (T._LocationL = dart.constFn(dart.legacy(widget_inspector._Location)))(),
ListLOfNodeLToNull: () => (T.ListLOfNodeLToNull = dart.constFn(dart.fnType(core.Null, [T.ListLOfNodeL()])))(),
ListOfListLOfNodeL: () => (T.ListOfListLOfNodeL = dart.constFn(core.List$(T.ListLOfNodeL())))(),
intL: () => (T.intL = dart.constFn(dart.legacy(core.int)))(),
EdgeLTointL: () => (T.EdgeLTointL = dart.constFn(dart.fnType(T.intL(), [T.EdgeL()])))(),
NodeLAndNodeLTointL: () => (T.NodeLAndNodeLTointL = dart.constFn(dart.fnType(T.intL(), [T.NodeL(), T.NodeL()])))(),
MapOfNodeL$NodeL: () => (T.MapOfNodeL$NodeL = dart.constFn(core.Map$(T.NodeL(), T.NodeL())))(),
MapLOfNodeL$NodeL: () => (T.MapLOfNodeL$NodeL = dart.constFn(dart.legacy(T.MapOfNodeL$NodeL())))(),
JSArrayOfMapLOfNodeL$NodeL: () => (T.JSArrayOfMapLOfNodeL$NodeL = dart.constFn(_interceptors.JSArray$(T.MapLOfNodeL$NodeL())))(),
MapOfNodeL$doubleL: () => (T.MapOfNodeL$doubleL = dart.constFn(core.Map$(T.NodeL(), T.doubleL())))(),
MapLOfNodeL$doubleL: () => (T.MapLOfNodeL$doubleL = dart.constFn(dart.legacy(T.MapOfNodeL$doubleL())))(),
JSArrayOfMapLOfNodeL$doubleL: () => (T.JSArrayOfMapLOfNodeL$doubleL = dart.constFn(_interceptors.JSArray$(T.MapLOfNodeL$doubleL())))(),
LinkedMapOfNodeL$NodeL: () => (T.LinkedMapOfNodeL$NodeL = dart.constFn(_js_helper.LinkedMap$(T.NodeL(), T.NodeL())))(),
LinkedMapOfNodeL$doubleL: () => (T.LinkedMapOfNodeL$doubleL = dart.constFn(_js_helper.LinkedMap$(T.NodeL(), T.doubleL())))(),
NodeLAnddoubleLToNull: () => (T.NodeLAnddoubleLToNull = dart.constFn(dart.fnType(core.Null, [T.NodeL(), T.doubleL()])))(),
MapLOfNodeL$doubleLToNull: () => (T.MapLOfNodeL$doubleLToNull = dart.constFn(dart.fnType(core.Null, [T.MapLOfNodeL$doubleL()])))(),
TAndTToT$1: () => (T.TAndTToT$1 = dart.constFn(dart.gFnType(T => [T, [T, T]], T => [core.num])))(),
ListOfboolL: () => (T.ListOfboolL = dart.constFn(core.List$(T.boolL())))(),
ListLOfboolL: () => (T.ListLOfboolL = dart.constFn(dart.legacy(T.ListOfboolL())))(),
JSArrayOfListLOfboolL: () => (T.JSArrayOfListLOfboolL = dart.constFn(_interceptors.JSArray$(T.ListLOfboolL())))(),
JSArrayOfboolL: () => (T.JSArrayOfboolL = dart.constFn(_interceptors.JSArray$(T.boolL())))(),
intLAndNodeLToNull: () => (T.intLAndNodeLToNull = dart.constFn(dart.fnType(core.Null, [T.intL(), T.NodeL()])))(),
ListOfintL: () => (T.ListOfintL = dart.constFn(core.List$(T.intL())))(),
BuchheimWalkerNodeDataL: () => (T.BuchheimWalkerNodeDataL = dart.constFn(dart.legacy(GraphView.BuchheimWalkerNodeData)))(),
LinkedMapOfNodeL$BuchheimWalkerNodeDataL: () => (T.LinkedMapOfNodeL$BuchheimWalkerNodeDataL = dart.constFn(_js_helper.LinkedMap$(T.NodeL(), T.BuchheimWalkerNodeDataL())))()
};
var T$Eval = Object.assign({
_: () => T$Eval
}, T);
var S = {
_: () => S
};
var S$Eval = Object.assign({
_: () => S$Eval
}, S);
const CT = Object.create({
_: () => (C, CT)
});
dart.defineLazy(CT, {
get C0() {
return C[0] = dart.fn(math.max, T.TAndTToT());
},
get C3() {
return C[3] = dart.const({
__proto__: widget_inspector._Location.prototype,
[_Location_parameterLocations]: null,
[_Location_name]: "data",
[_Location_column]: 54,
[_Location_line]: 21,
[_Location_file]: null
});
},
get C2() {
return C[2] = dart.constList([C[3] || CT.C3], T._LocationL());
},
get C1() {
return C[1] = dart.const({
__proto__: widget_inspector._Location.prototype,
[_Location_parameterLocations]: C[2] || CT.C2,
[_Location_name]: null,
[_Location_column]: 27,
[_Location_line]: 21,
[_Location_file]: "file:///C:/Users/Luca/Documents/flutter/flutter_windows_1.22.5-stable/flutter/.pub-cache/hosted/pub.dartlang.org/graphview-0.6.6/lib/layered/SugiyamaAlgorithm.dart"
});
},
get C4() {
return C[4] = dart.fn(math.min, T.TAndTToT$1());
}
}, false);
var C = Array(5).fill(void 0);
var I = [
"file:///C:/Users/Luca/Documents/flutter/flutter_windows_1.22.5-stable/flutter/.pub-cache/hosted/pub.dartlang.org/graphview-0.6.6/lib/GraphView.dart",
"package:graphview/GraphView.dart"
];
var graph$ = dart.privateName(GraphView, "GraphView.graph");
var algorithm$ = dart.privateName(GraphView, "GraphView.algorithm");
var paint$ = dart.privateName(GraphView, "GraphView.paint");
GraphView.GraphView = class GraphView$ extends framework.MultiChildRenderObjectWidget {
get graph() {
return this[graph$];
}
set graph(value) {
super.graph = value;
}
get algorithm() {
return this[algorithm$];
}
set algorithm(value) {
super.algorithm = value;
}
get paint() {
return this[paint$];
}
set paint(value) {
super.paint = value;
}
static _extractChildren(graph) {
let result = T.JSArrayOfWidgetL().of([]);
graph.nodes[$forEach](dart.fn(element => {
result[$add](element.data);
}, T.NodeLToNull()));
return result;
}
createRenderObject(context) {
return new GraphView.RenderCustomLayoutBox.new(this.graph, this.algorithm, this.paint);
}
updateRenderObject(context, renderObject) {
let t0;
T.RenderCustomLayoutBoxL().as(renderObject);
t0 = renderObject;
(() => {
t0.graph = this.graph;
t0.algorithm = this.algorithm;
t0.edgePaint = this.paint;
return t0;
})();
}
};
(GraphView.GraphView.new = function(opts) {
let key = opts && 'key' in opts ? opts.key : null;
let graph = opts && 'graph' in opts ? opts.graph : null;
let algorithm = opts && 'algorithm' in opts ? opts.algorithm : null;
let paint = opts && 'paint' in opts ? opts.paint : null;
let $36creationLocationd_0dea112b090073317d4 = opts && '$creationLocationd_0dea112b090073317d4' in opts ? opts.$creationLocationd_0dea112b090073317d4 : null;
this[graph$] = graph;
this[algorithm$] = algorithm;
this[paint$] = paint;
if (!(graph != null)) dart.assertFailed(null, I[0], 31, 16, "graph != null");
if (!(algorithm != null)) dart.assertFailed(null, I[0], 32, 16, "algorithm != null");
GraphView.GraphView.__proto__.new.call(this, {key: key, children: GraphView.GraphView._extractChildren(graph), $creationLocationd_0dea112b090073317d4: $36creationLocationd_0dea112b090073317d4});
;
}).prototype = GraphView.GraphView.prototype;
dart.addTypeTests(GraphView.GraphView);
dart.addTypeCaches(GraphView.GraphView);
dart.setMethodSignature(GraphView.GraphView, () => ({
__proto__: dart.getMethods(GraphView.GraphView.__proto__),
createRenderObject: dart.fnType(dart.legacy(GraphView.RenderCustomLayoutBox), [dart.legacy(framework.BuildContext)]),
updateRenderObject: dart.fnType(dart.void, [dart.legacy(framework.BuildContext), dart.legacy(core.Object)])
}));
dart.setLibraryUri(GraphView.GraphView, I[1]);
dart.setFieldSignature(GraphView.GraphView, () => ({
__proto__: dart.getFields(GraphView.GraphView.__proto__),
graph: dart.finalFieldType(dart.legacy(GraphView.Graph)),
algorithm: dart.finalFieldType(dart.legacy(GraphView.Layout)),
paint: dart.finalFieldType(dart.legacy(ui.Paint))
}));
var _graph = dart.privateName(GraphView, "_graph");
var _algorithm = dart.privateName(GraphView, "_algorithm");
var _paint = dart.privateName(GraphView, "_paint");
GraphView.NodeBoxData = class NodeBoxData extends box.ContainerBoxParentData$(dart.legacy(box.RenderBox)) {};
(GraphView.NodeBoxData.new = function() {
GraphView.NodeBoxData.__proto__.new.call(this);
;
}).prototype = GraphView.NodeBoxData.prototype;
dart.addTypeTests(GraphView.NodeBoxData);
dart.addTypeCaches(GraphView.NodeBoxData);
dart.setLibraryUri(GraphView.NodeBoxData, I[1]);
const RenderBox_ContainerRenderObjectMixin$36 = class RenderBox_ContainerRenderObjectMixin extends box.RenderBox {};
(RenderBox_ContainerRenderObjectMixin$36.new = function() {
object.ContainerRenderObjectMixin$(dart.legacy(box.RenderBox), dart.legacy(GraphView.NodeBoxData))[dart.mixinNew].call(this);
RenderBox_ContainerRenderObjectMixin$36.__proto__.new.call(this);
}).prototype = RenderBox_ContainerRenderObjectMixin$36.prototype;
dart.applyMixin(RenderBox_ContainerRenderObjectMixin$36, object.ContainerRenderObjectMixin$(dart.legacy(box.RenderBox), dart.legacy(GraphView.NodeBoxData)));
const RenderBox_RenderBoxContainerDefaultsMixin$36 = class RenderBox_RenderBoxContainerDefaultsMixin extends RenderBox_ContainerRenderObjectMixin$36 {};
(RenderBox_RenderBoxContainerDefaultsMixin$36.new = function() {
RenderBox_RenderBoxContainerDefaultsMixin$36.__proto__.new.call(this);
}).prototype = RenderBox_RenderBoxContainerDefaultsMixin$36.prototype;
dart.applyMixin(RenderBox_RenderBoxContainerDefaultsMixin$36, box.RenderBoxContainerDefaultsMixin$(dart.legacy(box.RenderBox), dart.legacy(GraphView.NodeBoxData)));
GraphView.RenderCustomLayoutBox = class RenderCustomLayoutBox extends RenderBox_RenderBoxContainerDefaultsMixin$36 {
get edgePaint() {
return this[_paint];
}
set edgePaint(value) {
let t1, t0, t0$;
this[_paint] = (t0$ = (t0 = value, t0 == null ? (t1 = ui.Paint.new(), (() => {
t1.color = colors.Colors.black;
t1.strokeWidth = 3.0;
return t1;
})()) : t0), (() => {
t0$.style = ui.PaintingStyle.stroke;
t0$.strokeCap = ui.StrokeCap.butt;
return t0$;
})());
this.markNeedsPaint();
}
get graph() {
return this[_graph];
}
set graph(value) {
this[_graph] = value;
this.markNeedsLayout();
}
get algorithm() {
return this[_algorithm];
}
set algorithm(value) {
this[_algorithm] = value;
this.markNeedsLayout();
}
setupParentData(child) {
T.RenderBoxL().as(child);
if (!T.NodeBoxDataL().is(child.parentData)) {
child.parentData = new GraphView.NodeBoxData.new();
}
}
performLayout() {
if (this.childCount === 0) {
this.size = this.constraints.biggest;
if (!dart.test(this.size.isFinite)) dart.assertFailed(null, I[0], 115, 14, "size.isFinite");
return;
}
let child = this.firstChild;
let position = 0;
while (child != null) {
let node = T.NodeBoxDataL().as(child.parentData);
child.layout(new box.BoxConstraints.loose(this.constraints.biggest), {parentUsesSize: true});
this.graph.getNodeAtPosition(position).size = child.size;
child = node.nextSibling;
position = position + 1;
}
this.size = this.algorithm.run(this.graph, 10.0, 10.0);
child = this.firstChild;
position = 0;
while (child != null) {
let node = T.NodeBoxDataL().as(child.parentData);
node.offset = this.graph.getNodeAtPosition(position).position;
child = node.nextSibling;
position = position + 1;
}
}
paint(context, offset) {
context.canvas.save();
context.canvas.translate(offset.dx, offset.dy);
this.algorithm.renderer.render(context.canvas, this.graph, this.edgePaint);
context.canvas.restore();
this.defaultPaint(context, offset);
}
hitTestChildren(result, opts) {
let position = opts && 'position' in opts ? opts.position : null;
return this.defaultHitTestChildren(result, {position: position});
}
debugFillProperties(properties) {
super.debugFillProperties(properties);
properties.add(new (T.DiagnosticsPropertyOfGraphL()).new("graph", this.graph));
properties.add(new (T.DiagnosticsPropertyOfLayoutL()).new("algorithm", this.algorithm));
properties.add(new (T.DiagnosticsPropertyOfPaintL()).new("paint", this.edgePaint));
}
};
(GraphView.RenderCustomLayoutBox.new = function(graph, algorithm, paint, opts) {
let children = opts && 'children' in opts ? opts.children : null;
this[_graph] = null;
this[_algorithm] = null;
this[_paint] = null;
GraphView.RenderCustomLayoutBox.__proto__.new.call(this);
this[_algorithm] = algorithm;
this[_graph] = graph;
this.edgePaint = paint;
this.addAll(children);
}).prototype = GraphView.RenderCustomLayoutBox.prototype;
dart.addTypeTests(GraphView.RenderCustomLayoutBox);
dart.addTypeCaches(GraphView.RenderCustomLayoutBox);
dart.setMethodSignature(GraphView.RenderCustomLayoutBox, () => ({
__proto__: dart.getMethods(GraphView.RenderCustomLayoutBox.__proto__),
setupParentData: dart.fnType(dart.void, [dart.legacy(core.Object)]),
paint: dart.fnType(dart.void, [dart.legacy(object.PaintingContext), dart.legacy(ui.Offset)]),
hitTestChildren: dart.fnType(dart.legacy(core.bool), [dart.legacy(box.BoxHitTestResult)], {position: dart.legacy(ui.Offset)}, {}),
debugFillProperties: dart.fnType(dart.void, [dart.legacy(diagnostics.DiagnosticPropertiesBuilder)])
}));
dart.setGetterSignature(GraphView.RenderCustomLayoutBox, () => ({
__proto__: dart.getGetters(GraphView.RenderCustomLayoutBox.__proto__),
edgePaint: dart.legacy(ui.Paint),
graph: dart.legacy(GraphView.Graph),
algorithm: dart.legacy(GraphView.Layout)
}));
dart.setSetterSignature(GraphView.RenderCustomLayoutBox, () => ({
__proto__: dart.getSetters(GraphView.RenderCustomLayoutBox.__proto__),
edgePaint: dart.legacy(ui.Paint),
graph: dart.legacy(GraphView.Graph),
algorithm: dart.legacy(GraphView.Layout)
}));
dart.setLibraryUri(GraphView.RenderCustomLayoutBox, I[1]);
dart.setFieldSignature(GraphView.RenderCustomLayoutBox, () => ({
__proto__: dart.getFields(GraphView.RenderCustomLayoutBox.__proto__),
[_graph]: dart.fieldType(dart.legacy(GraphView.Graph)),
[_algorithm]: dart.fieldType(dart.legacy(GraphView.Layout)),
[_paint]: dart.fieldType(dart.legacy(ui.Paint))
}));
var graphObserver = dart.privateName(GraphView, "Graph.graphObserver");
var isTree = dart.privateName(GraphView, "Graph.isTree");
var _nodes = dart.privateName(GraphView, "_nodes");
var _edges = dart.privateName(GraphView, "_edges");
GraphView.Graph = class Graph extends core.Object {
get graphObserver() {
return this[graphObserver];
}
set graphObserver(value) {
this[graphObserver] = value;
}
get isTree() {
return this[isTree];
}
set isTree(value) {
this[isTree] = value;
}
get nodes() {
return this[_nodes];
}
get edges() {
return this[_edges];
}
nodeCount() {
return this[_nodes][$length];
}
addNode(node) {
if (!dart.test(this[_nodes][$contains](node))) {
this[_nodes][$add](node);
this.notifyGraphObserver();
}
}
addNodes(nodes) {
return nodes[$forEach](dart.fn(it => this.addNode(it), T.NodeLTovoid()));
}
removeNode(node) {
if (!dart.test(this[_nodes][$contains](node))) {
}
if (dart.test(this.isTree)) {
this.successorsOf(node)[$forEach](dart.fn(element => this.removeNode(element), T.NodeLTovoid()));
}
this[_nodes][$remove](node);
this[_edges][$removeWhere](dart.fn(edge => dart.equals(edge.source, node) || dart.equals(edge.destination, node), T.EdgeLToboolL()));
this.notifyGraphObserver();
}
removeNodes(nodes) {
return nodes[$forEach](dart.fn(it => this.removeNode(it), T.NodeLTovoid()));
}
addEdge(source, destination, opts) {
let paint = opts && 'paint' in opts ? opts.paint : null;
let edge = new GraphView.Edge.new(source, destination, {paint: paint});
this.addEdgeS(edge);
return edge;
}
addEdgeS(edge) {
if (dart.test(this[_nodes][$contains](edge.source))) {
edge.source = this[_nodes][$firstWhere](dart.fn(element => dart.equals(element, edge.source), T.NodeLToboolL()));
} else {
this[_nodes][$add](edge.source);
}
if (dart.test(this[_nodes][$contains](edge.destination))) {
edge.destination = this[_nodes][$firstWhere](dart.fn(element => dart.equals(element, edge.destination), T.NodeLToboolL()));
} else {
this[_nodes][$add](edge.destination);
}
if (!dart.test(this[_edges][$contains](edge))) {
this[_edges][$add](edge);
this.notifyGraphObserver();
}
}
addEdges(edges) {
return edges[$forEach](dart.fn(it => this.addEdgeS(it), T.EdgeLTovoid()));
}
removeEdge(edge) {
return this[_edges][$remove](edge);
}
removeEdges(edges) {
return edges[$forEach](dart.fn(it => this.removeEdge(it), T.EdgeLTovoid()));
}
removeEdgeFromPredecessor(predecessor, current) {
this[_edges][$removeWhere](dart.fn(edge => dart.equals(edge.source, predecessor) && dart.equals(edge.destination, current), T.EdgeLToboolL()));
}
hasNodes() {
return this[_nodes][$isNotEmpty];
}
getEdgeBetween(source, destination) {
return this[_edges][$firstWhere](dart.fn(element => dart.equals(element.source, source) && dart.equals(element.destination, destination), T.EdgeLToboolL()), {orElse: dart.fn(() => null, T.VoidToNull())});
}
hasSuccessor(node) {
return this[_edges][$any](dart.fn(element => dart.equals(element.source, node), T.EdgeLToboolL()));
}
successorsOf(node) {
return this[_edges][$where](dart.fn(element => dart.equals(element.source, node), T.EdgeLToboolL()))[$map](T.NodeL(), dart.fn(e => e.destination, T.EdgeLToNodeL()))[$toList]();
}
hasPredecessor(node) {
return this[_edges][$any](dart.fn(element => dart.equals(element.destination, node), T.EdgeLToboolL()));
}
predecessorsOf(node) {
return this[_edges][$where](dart.fn(element => dart.equals(element.destination, node), T.EdgeLToboolL()))[$map](T.NodeL(), dart.fn(edge => edge.source, T.EdgeLToNodeL()))[$toList]();
}
contains(opts) {
let node = opts && 'node' in opts ? opts.node : null;
let edge = opts && 'edge' in opts ? opts.edge : null;
return node != null && dart.test(this[_nodes][$contains](node)) || edge != null && dart.test(this[_edges][$contains](edge));
}
containsData(data) {
return this[_nodes][$any](dart.fn(element => dart.equals(element.data, data), T.NodeLToboolL()));
}
getNodeAtPosition(position) {
if (dart.notNull(position) < 0) {
}
let size = this[_nodes][$length];
if (dart.notNull(position) >= dart.notNull(size)) {
}
return this[_nodes][$_get](position);
}
getNodeAtUsingData(data) {
return this[_nodes][$firstWhere](dart.fn(element => dart.equals(element.data, data), T.NodeLToboolL()));
}
getNodeUsingKey(key) {
return this[_nodes][$firstWhere](dart.fn(element => dart.equals(element.key, key), T.NodeLToboolL()));
}
getOutEdges(node) {
return this[_edges][$where](dart.fn(element => dart.equals(element.source, node), T.EdgeLToboolL()))[$toList]();
}
getInEdges(node) {
return this[_edges][$where](dart.fn(element => dart.equals(element.destination, node), T.EdgeLToboolL()))[$toList]();
}
notifyGraphObserver() {
return this.graphObserver[$forEach](dart.fn(element => {
element.notifyGraphInvalidated();
}, T.GraphObserverLToNull()));
}
};
(GraphView.Graph.new = function() {
this[_nodes] = T.JSArrayOfNodeL().of([]);
this[_edges] = T.JSArrayOfEdgeL().of([]);
this[graphObserver] = T.JSArrayOfGraphObserverL().of([]);
this[isTree] = false;
;
}).prototype = GraphView.Graph.prototype;
dart.addTypeTests(GraphView.Graph);
dart.addTypeCaches(GraphView.Graph);
dart.setMethodSignature(GraphView.Graph, () => ({
__proto__: dart.getMethods(GraphView.Graph.__proto__),
nodeCount: dart.fnType(dart.legacy(core.int), []),
addNode: dart.fnType(dart.void, [dart.legacy(GraphView.Node)]),
addNodes: dart.fnType(dart.void, [dart.legacy(core.List$(dart.legacy(GraphView.Node)))]),
removeNode: dart.fnType(dart.void, [dart.legacy(GraphView.Node)]),
removeNodes: dart.fnType(dart.void, [dart.legacy(core.List$(dart.legacy(GraphView.Node)))]),
addEdge: dart.fnType(dart.legacy(GraphView.Edge), [dart.legacy(GraphView.Node), dart.legacy(GraphView.Node)], {paint: dart.legacy(ui.Paint)}, {}),
addEdgeS: dart.fnType(dart.void, [dart.legacy(GraphView.Edge)]),
addEdges: dart.fnType(dart.void, [dart.legacy(core.List$(dart.legacy(GraphView.Edge)))]),
removeEdge: dart.fnType(dart.void, [dart.legacy(GraphView.Edge)]),
removeEdges: dart.fnType(dart.void, [dart.legacy(core.List$(dart.legacy(GraphView.Edge)))]),
removeEdgeFromPredecessor: dart.fnType(dart.void, [dart.legacy(GraphView.Node), dart.legacy(GraphView.Node)]),
hasNodes: dart.fnType(dart.legacy(core.bool), []),
getEdgeBetween: dart.fnType(dart.legacy(GraphView.Edge), [dart.legacy(GraphView.Node), dart.legacy(GraphView.Node)]),
hasSuccessor: dart.fnType(dart.legacy(core.bool), [dart.legacy(GraphView.Node)]),
successorsOf: dart.fnType(dart.legacy(core.List$(dart.legacy(GraphView.Node))), [dart.legacy(GraphView.Node)]),
hasPredecessor: dart.fnType(dart.legacy(core.bool), [dart.legacy(GraphView.Node)]),
predecessorsOf: dart.fnType(dart.legacy(core.List$(dart.legacy(GraphView.Node))), [dart.legacy(GraphView.Node)]),
contains: dart.fnType(dart.legacy(core.bool), [], {edge: dart.legacy(GraphView.Edge), node: dart.legacy(GraphView.Node)}, {}),
containsData: dart.fnType(dart.legacy(core.bool), [dart.dynamic]),
getNodeAtPosition: dart.fnType(dart.legacy(GraphView.Node), [dart.legacy(core.int)]),
getNodeAtUsingData: dart.fnType(dart.legacy(GraphView.Node), [dart.legacy(framework.Widget)]),
getNodeUsingKey: dart.fnType(dart.legacy(GraphView.Node), [dart.legacy(key.Key)]),
getOutEdges: dart.fnType(dart.legacy(core.List$(dart.legacy(GraphView.Edge))), [dart.legacy(GraphView.Node)]),
getInEdges: dart.fnType(dart.legacy(core.List$(dart.legacy(GraphView.Edge))), [dart.legacy(GraphView.Node)]),
notifyGraphObserver: dart.fnType(dart.void, [])
}));
dart.setGetterSignature(GraphView.Graph, () => ({
__proto__: dart.getGetters(GraphView.Graph.__proto__),
nodes: dart.legacy(core.List$(dart.legacy(GraphView.Node))),
edges: dart.legacy(core.List$(dart.legacy(GraphView.Edge)))
}));
dart.setLibraryUri(GraphView.Graph, I[1]);
dart.setFieldSignature(GraphView.Graph, () => ({
__proto__: dart.getFields(GraphView.Graph.__proto__),
[_nodes]: dart.finalFieldType(dart.legacy(core.List$(dart.legacy(GraphView.Node)))),
[_edges]: dart.finalFieldType(dart.legacy(core.List$(dart.legacy(GraphView.Edge)))),
graphObserver: dart.fieldType(dart.legacy(core.List$(dart.legacy(GraphView.GraphObserver)))),
isTree: dart.fieldType(dart.legacy(core.bool))
}));
var key$ = dart.privateName(GraphView, "Node.key");
var data$ = dart.privateName(GraphView, "Node.data");
var size = dart.privateName(GraphView, "Node.size");
var position = dart.privateName(GraphView, "Node.position");
GraphView.Node = class Node extends core.Object {
get key() {
return this[key$];
}
set key(value) {
this[key$] = value;
}
get data() {
return this[data$];
}
set data(value) {
this[data$] = value;
}
get size() {
return this[size];
}
set size(value) {
this[size] = value;
}
get position() {
return this[position];
}
set position(value) {
this[position] = value;
}
get height() {
return this.size.height;
}
get width() {
return this.size.width;
}
get x() {
return this.position.dx;
}
get y() {
return this.position.dy;
}
set y(value) {
this.position = new ui.Offset.new(this.position.dx, value);
}
set x(value) {
this.position = new ui.Offset.new(value, this.position.dy);
}
_equals(other) {
if (other == null) return false;
return this === other || T.NodeL().is(other) && this.hashCode == dart.hashCode(other);
}
get hashCode() {
let t0, t0$;
t0$ = (t0 = this.key, t0 == null ? null : dart.hashCode(t0));
return t0$ == null ? dart.hashCode(this.data) : t0$;
}
toString() {
return "Node{position: " + dart.str(this.position) + ", data: " + dart.str(this.data) + ", _size: " + dart.str(this.size) + "}";
}
};
(GraphView.Node.new = function(data, opts) {
let key = opts && 'key' in opts ? opts.key : null;
this[size] = new ui.Size.new(0.0, 0.0);
this[position] = new ui.Offset.new(0.0, 0.0);
this[data$] = data;
this[key$] = key;
;
}).prototype = GraphView.Node.prototype;
dart.addTypeTests(GraphView.Node);
dart.addTypeCaches(GraphView.Node);
dart.setMethodSignature(GraphView.Node, () => ({
__proto__: dart.getMethods(GraphView.Node.__proto__),
_equals: dart.fnType(dart.legacy(core.bool), [dart.legacy(core.Object)]),
[$_equals]: dart.fnType(dart.legacy(core.bool), [dart.legacy(core.Object)]),
toString: dart.fnType(dart.legacy(core.String), []),
[$toString]: dart.fnType(dart.legacy(core.String), [])
}));
dart.setGetterSignature(GraphView.Node, () => ({
__proto__: dart.getGetters(GraphView.Node.__proto__),
height: dart.legacy(core.double),
width: dart.legacy(core.double),
x: dart.legacy(core.double),
y: dart.legacy(core.double),
hashCode: dart.legacy(core.int),
[$hashCode]: dart.legacy(core.int)
}));
dart.setSetterSignature(GraphView.Node, () => ({
__proto__: dart.getSetters(GraphView.Node.__proto__),
y: dart.legacy(core.double),
x: dart.legacy(core.double)
}));
dart.setLibraryUri(GraphView.Node, I[1]);
dart.setFieldSignature(GraphView.Node, () => ({
__proto__: dart.getFields(GraphView.Node.__proto__),
key: dart.fieldType(dart.legacy(key.Key)),
data: dart.fieldType(dart.legacy(framework.Widget)),
size: dart.fieldType(dart.legacy(ui.Size)),
position: dart.fieldType(dart.legacy(ui.Offset))
}));
dart.defineExtensionMethods(GraphView.Node, ['_equals', 'toString']);
dart.defineExtensionAccessors(GraphView.Node, ['hashCode']);
var source$ = dart.privateName(GraphView, "Edge.source");
var destination$ = dart.privateName(GraphView, "Edge.destination");
var key$0 = dart.privateName(GraphView, "Edge.key");
var paint$0 = dart.privateName(GraphView, "Edge.paint");
GraphView.Edge = class Edge extends core.Object {
get source() {
return this[source$];
}
set source(value) {
this[source$] = value;
}
get destination() {
return this[destination$];
}
set destination(value) {
this[destination$] = value;
}
get key() {
return this[key$0];
}
set key(value) {
this[key$0] = value;
}
get paint() {
return this[paint$0];
}
set paint(value) {
this[paint$0] = value;
}
_equals(other) {
if (other == null) return false;
return this === other || T.EdgeL().is(other) && this.hashCode == dart.hashCode(other);
}
get hashCode() {
let t0, t0$;
t0$ = (t0 = this.key, t0 == null ? null : dart.hashCode(t0));
return t0$ == null ? (dart.notNull(dart.hashCode(this.source)) ^ dart.notNull(dart.hashCode(this.destination))) >>> 0 : t0$;
}
};
(GraphView.Edge.new = function(source, destination, opts) {
let key = opts && 'key' in opts ? opts.key : null;
let paint = opts && 'paint' in opts ? opts.paint : null;
this[source$] = source;
this[destination$] = destination;
this[key$0] = key;
this[paint$0] = paint;
;
}).prototype = GraphView.Edge.prototype;
dart.addTypeTests(GraphView.Edge);
dart.addTypeCaches(GraphView.Edge);
dart.setMethodSignature(GraphView.Edge, () => ({
__proto__: dart.getMethods(GraphView.Edge.__proto__),
_equals: dart.fnType(dart.legacy(core.bool), [dart.legacy(core.Object)]),
[$_equals]: dart.fnType(dart.legacy(core.bool), [dart.legacy(core.Object)])
}));
dart.setGetterSignature(GraphView.Edge, () => ({
__proto__: dart.getGetters(GraphView.Edge.__proto__),
hashCode: dart.legacy(core.int),
[$hashCode]: dart.legacy(core.int)
}));
dart.setLibraryUri(GraphView.Edge, I[1]);
dart.setFieldSignature(GraphView.Edge, () => ({
__proto__: dart.getFields(GraphView.Edge.__proto__),
source: dart.fieldType(dart.legacy(GraphView.Node)),
destination: dart.fieldType(dart.legacy(GraphView.Node)),
key: dart.fieldType(dart.legacy(key.Key)),
paint: dart.fieldType(dart.legacy(ui.Paint))
}));
dart.defineExtensionMethods(GraphView.Edge, ['_equals']);
dart.defineExtensionAccessors(GraphView.Edge, ['hashCode']);
GraphView.GraphObserver = class GraphObserver extends core.Object {};
(GraphView.GraphObserver.new = function() {
;
}).prototype = GraphView.GraphObserver.prototype;
dart.addTypeTests(GraphView.GraphObserver);
dart.addTypeCaches(GraphView.GraphObserver);
dart.setLibraryUri(GraphView.GraphObserver, I[1]);
var renderer = dart.privateName(GraphView, "Layout.renderer");
GraphView.Layout = class Layout extends core.Object {
get renderer() {
return this[renderer];
}
set renderer(value) {
this[renderer] = value;
}
};
(GraphView.Layout.new = function() {
this[renderer] = null;
;
}).prototype = GraphView.Layout.prototype;
dart.addTypeTests(GraphView.Layout);
dart.addTypeCaches(GraphView.Layout);
dart.setLibraryUri(GraphView.Layout, I[1]);
dart.setFieldSignature(GraphView.Layout, () => ({
__proto__: dart.getFields(GraphView.Layout.__proto__),
renderer: dart.fieldType(dart.legacy(GraphView.EdgeRenderer))
}));
var trianglePath = dart.privateName(GraphView, "ArrowEdgeRenderer.trianglePath");
GraphView.EdgeRenderer = class EdgeRenderer extends core.Object {};
(GraphView.EdgeRenderer.new = function() {
;
}).prototype = GraphView.EdgeRenderer.prototype;
dart.addTypeTests(GraphView.EdgeRenderer);
dart.addTypeCaches(GraphView.EdgeRenderer);
dart.setLibraryUri(GraphView.EdgeRenderer, I[1]);
GraphView.ArrowEdgeRenderer = class ArrowEdgeRenderer extends GraphView.EdgeRenderer {
get trianglePath() {
return this[trianglePath];
}
set trianglePath(value) {
this[trianglePath] = value;
}
render(canvas, graph, paint) {
let t0;
let trianglePaint = (t0 = ui.Paint.new(), (() => {
t0.color = paint.color;
t0.style = ui.PaintingStyle.fill;
return t0;
})());
graph.edges[$forEach](dart.fn(edge => {
let t1, t0, t0$, t0$0;
let source = edge.source;
let destination = edge.destination;
let sourceOffset = source.position;
let x1 = sourceOffset.dx;
let y1 = sourceOffset.dy;
let destinationOffset = destination.position;
let x2 = destinationOffset.dx;
let y2 = destinationOffset.dy;
let startX = dart.notNull(x1) + dart.notNull(source.width) / 2;
let startY = dart.notNull(y1) + dart.notNull(source.height) / 2;
let stopX = dart.notNull(x2) + dart.notNull(destination.width) / 2;
let stopY = dart.notNull(y2) + dart.notNull(destination.height) / 2;
let clippedLine = this.clipLine(startX, startY, stopX, stopY, destination);
let edgeTrianglePaint = null;
if (edge.paint != null) {
edgeTrianglePaint = (t0 = ui.Paint.new(), (() => {
t0.color = (t1 = edge.paint.color, t1 == null ? paint.color : t1);
t0.style = ui.PaintingStyle.fill;
return t0;
})());
}
let triangleCentroid = this.drawTriangle(canvas, (t0$ = edgeTrianglePaint, t0$ == null ? trianglePaint : t0$), clippedLine[$_get](0), clippedLine[$_get](1), clippedLine[$_get](2), clippedLine[$_get](3));
canvas.drawLine(new ui.Offset.new(clippedLine[$_get](0), clippedLine[$_get](1)), new ui.Offset.new(triangleCentroid[$_get](0), triangleCentroid[$_get](1)), (t0$0 = edge.paint, t0$0 == null ? paint : t0$0));
}, T.EdgeLToNull()));
}
drawTriangle(canvas, paint, x1, y1, x2, y2) {
let angle = math.atan2(dart.notNull(y2) - dart.notNull(y1), dart.notNull(x2) - dart.notNull(x1)) + 3.141592653589793;
let x3 = dart.notNull(x2) + 10 * math.cos(angle - 0.5);
let y3 = dart.notNull(y2) + 10 * math.sin(angle - 0.5);
let x4 = dart.notNull(x2) + 10 * math.cos(angle + 0.5);
let y4 = dart.notNull(y2) + 10 * math.sin(angle + 0.5);
this.trianglePath.moveTo(x2, y2);
this.trianglePath.lineTo(x3, y3);
this.trianglePath.lineTo(x4, y4);
this.trianglePath.close();
canvas.drawPath(this.trianglePath, paint);
let x = (dart.notNull(x2) + x3 + x4) / 3;
let y = (dart.notNull(y2) + y3 + y4) / 3;
let triangleCentroid = T.JSArrayOfdoubleL().of([x, y]);
this.trianglePath.reset();
return triangleCentroid;
}
clipLine(startX, startY, stopX, stopY, destination) {
let resultLine = T.ListOfdoubleL().filled(4, 0.0);
resultLine[$_set](0, startX);
resultLine[$_set](1, startY);
let slope = (dart.notNull(startY) - dart.notNull(stopY)) / (dart.notNull(startX) - dart.notNull(stopX));
let halfHeight = dart.notNull(destination.height) / 2;
let halfWidth = dart.notNull(destination.width) / 2;
let halfSlopeWidth = slope * halfWidth;
let halfSlopeHeight = halfHeight / slope;
if (-halfHeight <= halfSlopeWidth && halfSlopeWidth <= halfHeight) {
if (dart.notNull(destination.x) > dart.notNull(startX)) {
resultLine[$_set](2, dart.notNull(stopX) - halfWidth);
resultLine[$_set](3, dart.notNull(stopY) - halfSlopeWidth);
} else if (dart.notNull(destination.x) < dart.notNull(startX)) {
resultLine[$_set](2, dart.notNull(stopX) + halfWidth);
resultLine[$_set](3, dart.notNull(stopY) + halfSlopeWidth);
}
}
if (-halfWidth <= halfSlopeHeight && halfSlopeHeight <= halfWidth) {
if (dart.notNull(destination.y) < dart.notNull(startY)) {
resultLine[$_set](2, dart.notNull(stopX) + halfSlopeHeight);
resultLine[$_set](3, dart.notNull(stopY) + halfHeight);
} else if (dart.notNull(destination.y) > dart.notNull(startY)) {
resultLine[$_set](2, dart.notNull(stopX) - halfSlopeHeight);
resultLine[$_set](3, dart.notNull(stopY) - halfHeight);
}
}
return resultLine;
}
};
(GraphView.ArrowEdgeRenderer.new = function() {
this[trianglePath] = ui.Path.new();
;
}).prototype = GraphView.ArrowEdgeRenderer.prototype;
dart.addTypeTests(GraphView.ArrowEdgeRenderer);
dart.addTypeCaches(GraphView.ArrowEdgeRenderer);
dart.setMethodSignature(GraphView.ArrowEdgeRenderer, () => ({
__proto__: dart.getMethods(GraphView.ArrowEdgeRenderer.__proto__),
render: dart.fnType(dart.void, [dart.legacy(ui.Canvas), dart.legacy(GraphView.Graph), dart.legacy(ui.Paint)]),
drawTriangle: dart.fnType(dart.legacy(core.List$(dart.legacy(core.double))), [dart.legacy(ui.Canvas), dart.legacy(ui.Paint), dart.legacy(core.double), dart.legacy(core.double), dart.legacy(core.double), dart.legacy(core.double)]),
clipLine: dart.fnType(dart.legacy(core.List$(dart.legacy(core.double))), [dart.legacy(core.double), dart.legacy(core.double), dart.legacy(core.double), dart.legacy(core.double), dart.legacy(GraphView.Node)])
}));
dart.setLibraryUri(GraphView.ArrowEdgeRenderer, I[1]);
dart.setFieldSignature(GraphView.ArrowEdgeRenderer, () => ({
__proto__: dart.getFields(GraphView.ArrowEdgeRenderer.__proto__),
trianglePath: dart.fieldType(dart.legacy(ui.Path))
}));
var displacement = dart.privateName(GraphView, "FruchtermanReingoldAlgorithm.displacement");
var rand = dart.privateName(GraphView, "FruchtermanReingoldAlgorithm.rand");
var width = dart.privateName(GraphView, "FruchtermanReingoldAlgorithm.width");
var height = dart.privateName(GraphView, "FruchtermanReingoldAlgorithm.height");
var k = dart.privateName(GraphView, "FruchtermanReingoldAlgorithm.k");
var tick = dart.privateName(GraphView, "FruchtermanReingoldAlgorithm.tick");
var attractionK = dart.privateName(GraphView, "FruchtermanReingoldAlgorithm.attractionK");
var repulsionK = dart.privateName(GraphView, "FruchtermanReingoldAlgorithm.repulsionK");
var iterations$ = dart.privateName(GraphView, "FruchtermanReingoldAlgorithm.iterations");
var renderer$ = dart.privateName(GraphView, "FruchtermanReingoldAlgorithm.renderer");
var focusedNode = dart.privateName(GraphView, "FruchtermanReingoldAlgorithm.focusedNode");
GraphView.FruchtermanReingoldAlgorithm = class FruchtermanReingoldAlgorithm extends core.Object {
get displacement() {
return this[displacement];
}
set displacement(value) {
this[displacement] = value;
}
get rand() {
return this[rand];
}
set rand(value) {
this[rand] = value;
}
get width() {
return this[width];
}
set width(value) {
this[width] = value;
}
get height() {
return this[height];
}
set height(value) {
this[height] = value;
}
get k() {
return this[k];
}
set k(value) {
this[k] = value;
}
get tick() {
return this[tick];
}
set tick(value) {
this[tick] = value;
}
get attractionK() {
return this[attractionK];
}
set attractionK(value) {
this[attractionK] = value;
}
get repulsionK() {
return this[repulsionK];
}
set repulsionK(value) {
this[repulsionK] = value;
}
get iterations() {
return this[iterations$];
}
set iterations(value) {
this[iterations$] = value;
}
get renderer() {
return this[renderer$];
}
set renderer(value) {
this[renderer$] = value;
}
get focusedNode() {
return this[focusedNode];
}
set focusedNode(value) {
this[focusedNode] = value;
}
init(nodes) {
nodes[$forEach](dart.fn(node => {
this.displacement[$_set](node, ui.Offset.zero);
if (node.position.distance === 0.0) {
node.position = new ui.Offset.new(GraphView.randInt(this.rand, 0, dart.notNull(this.width) / 2), GraphView.randInt(this.rand, 0, dart.notNull(this.height) / 2));
}
}, T.NodeLToNull()));
}
cool(currentIteration) {
this.tick = dart.notNull(this.tick) * (1.0 - dart.notNull(currentIteration) / dart.notNull(this.iterations));
}
limitMaximumDisplacement(nodes) {
nodes[$forEach](dart.fn(node => {
let t0;
if (!dart.equals(node, this.focusedNode)) {
let dispLength = math.max(T.doubleL(), 0.0001, this.displacement[$_get](node).distance);
t0 = node;
t0.position = t0.position['+'](this.displacement[$_get](node)['/'](dispLength)['*'](math.min(T.doubleL(), dispLength, this.tick)));
} else {
this.displacement[$_set](node, ui.Offset.zero);
}
}, T.NodeLToNull()));
}
calculateAttraction(edges) {
edges[$forEach](dart.fn(edge => {
let source = edge.source;
let destination = edge.destination;
let delta = source.position['-'](destination.position);
let deltaLength = math.max(T.doubleL(), 0.0001, delta.distance);
let offsetDisp = delta['/'](deltaLength)['*'](this.forceAttraction(deltaLength));
this.displacement[$_set](source, this.displacement[$_get](source)['-'](offsetDisp));
this.displacement[$_set](destination, this.displacement[$_get](destination)['+'](offsetDisp));
}, T.EdgeLToNull()));
}
calculateRepulsion(nodes) {
nodes[$forEach](dart.fn(v => {
nodes[$forEach](dart.fn(u => {
if (!dart.equals(u, v)) {
let delta = v.position['-'](u.position);
let deltaLength = math.max(T.doubleL(), 0.0001, delta.distance);
this.displacement[$_set](v, this.displacement[$_get](v)['+'](delta['/'](deltaLength)['*'](this.forceRepulsion(deltaLength))));
}
}, T.NodeLToNull()));
}, T.NodeLToNull()));
}
forceAttraction(x) {
return dart.notNull(x) * dart.notNull(x) / dart.notNull(this.attractionK);
}
forceRepulsion(x) {
return dart.notNull(this.repulsionK) * dart.notNull(this.repulsionK) / dart.notNull(x);
}
run(graph, shiftX, shiftY) {
let size = dart.notNull(this.findBiggestSize(graph)) * dart.notNull(graph.nodeCount());
this.width = size;
this.height = size;
let nodes = graph.nodes;
let edges = graph.edges;
this.tick = 0.1 * math.sqrt(dart.notNull(this.width) / 2 * dart.notNull(this.height) / 2);
this.k = 0.75 * math.sqrt(dart.notNull(this.width) * dart.notNull(this.height) / dart.notNull(nodes[$length]));
this.attractionK = 0.75 * dart.notNull(this.k);
this.repulsionK = 0.75 * dart.notNull(this.k);
this.init(nodes);
for (let i = 0; i < dart.notNull(this.iterations); i = i + 1) {
this.calculateRepulsion(nodes);
this.calculateAttraction(edges);
this.limitMaximumDisplacement(nodes);
this.cool(i);
if (dart.test(this.done())) {
break;
}
}
if (this.focusedNode == null) {
this.positionNodes(graph);
}
this.shiftCoordinates(graph, shiftX, shiftY);
return this.calculateGraphSize(graph);
}
shiftCoordinates(graph, shiftX, shiftY) {
graph.nodes[$forEach](dart.fn(node => {
node.position = new ui.Offset.new(dart.notNull(node.x) + dart.notNull(shiftX), dart.notNull(node.y) + dart.notNull(shiftY));
}, T.NodeLToNull()));
}
positionNodes(graph) {
let offset = this.getOffset(graph);
let x = offset.dx;
let y = offset.dy;
let nodesVisited = T.JSArrayOfNodeL().of([]);
let nodeClusters = T.JSArrayOfNodeClusterL().of([]);
graph.nodes[$forEach](dart.fn(node => {
node.position = new ui.Offset.new(dart.notNull(node.x) - dart.notNull(x), dart.notNull(node.y) - dart.notNull(y));
}, T.NodeLToNull()));
graph.nodes[$forEach](dart.fn(node => {
if (!dart.test(nodesVisited[$contains](node))) {
nodesVisited[$add](node);
let cluster = this.findClusterOf(nodeClusters, node);
if (cluster == null) {
cluster = new GraphView.NodeCluster.new();
cluster.add(node);
nodeClusters[$add](cluster);
}
this.followEdges(graph, cluster, node, nodesVisited);
}
}, T.NodeLToNull()));
this.positionCluster(nodeClusters);
}
positionCluster(nodeClusters) {
this.combineSingleNodeCluster(nodeClusters);
let cluster = nodeClusters[$_get](0);
cluster.offset(-dart.notNull(cluster.rect.left), -dart.notNull(cluster.rect.top));
for (let i = 1; i < dart.notNull(nodeClusters[$length]); i = i + 1) {
let nextCluster = nodeClusters[$_get](i);
let xDiff = dart.notNull(nextCluster.rect.left) - dart.notNull(cluster.rect.right) - 15;
let yDiff = dart.notNull(nextCluster.rect.top) - dart.notNull(cluster.rect.top);
nextCluster.offset(-xDiff, -yDiff);
cluster = nextCluster;
}
}
combineSingleNodeCluster(nodeClusters) {
let firstSingleNodeCluster = null;
nodeClusters[$forEach](dart.fn(cluster => {
if (cluster.size() === 1) {
if (firstSingleNodeCluster == null) {
firstSingleNodeCluster = cluster;
} else {
firstSingleNodeCluster.concat(cluster);
}
}
}, T.NodeClusterLToNull()));
nodeClusters[$removeWhere](dart.fn(element => element.size() === 1, T.NodeClusterLToboolL()));
}
followEdges(graph, cluster, node, nodesVisited) {
graph.successorsOf(node)[$forEach](dart.fn(successor => {
if (!dart.test(nodesVisited[$contains](successor))) {
nodesVisited[$add](successor);
cluster.add(successor);
this.followEdges(graph, cluster, successor, nodesVisited);
}
}, T.NodeLToNull()));
graph.predecessorsOf(node)[$forEach](dart.fn(predecessor => {
if (!dart.test(nodesVisited[$contains](predecessor))) {
nodesVisited[$add](predecessor);
cluster.add(predecessor);
this.followEdges(graph, cluster, predecessor, nodesVisited);
}
}, T.NodeLToNull()));
}
findClusterOf(clusters, node) {
return clusters[$firstWhere](dart.fn(element => element.contains(node), T.NodeClusterLToboolL()), {orElse: dart.fn(() => null, T.VoidToNull())});
}
findBiggestSize(graph) {
let t0;
t0 = graph.nodes[$map](T.doubleL(), dart.fn(it => math.max(T.doubleL(), it.height, it.width), T.NodeLTodoubleL()))[$reduce](dart.gbind(C[0] || CT.C0, T.doubleL()));
return t0 == null ? 0.0 : t0;
}
getOffset(graph) {
let offsetX = 1 / 0;
let offsetY = 1 / 0;
graph.nodes[$forEach](dart.fn(node => {
offsetX = math.min(T.doubleL(), offsetX, node.x);
offsetY = math.min(T.doubleL(), offsetY, node.y);
}, T.NodeLToNull()));
return new ui.Offset.new(offsetX, offsetY);
}
done() {
return dart.notNull(this.tick) < 1.0 / math.max(T.numL(), this.height, this.width);
}
drawEdges(canvas, graph, linePaint) {
}
calculateGraphSize(graph) {
let left = 1 / 0;
let top = 1 / 0;
let right = -1 / 0;
let bottom = -1 / 0;
graph.nodes[$forEach](dart.fn(node => {
left = math.min(T.doubleL(), left, node.x);
top = math.min(T.doubleL(), top, node.y);
right = math.max(T.doubleL(), right, dart.notNull(node.x) + dart.notNull(node.width));
bottom = math.max(T.doubleL(), bottom, dart.notNull(node.y) + dart.notNull(node.height));
}, T.NodeLToNull()));
return new ui.Size.new(right - left, bottom - top);
}
setFocusedNode(node) {
this.focusedNode = node;
}
};
(GraphView.FruchtermanReingoldAlgorithm.new = function(opts) {
let t0;
let iterations = opts && 'iterations' in opts ? opts.iterations : 1000;
let renderer = opts && 'renderer' in opts ? opts.renderer : null;
this[displacement] = new (T.LinkedMapOfNodeL$OffsetL()).new();
this[rand] = math.Random.new();
this[width] = null;
this[height] = null;
this[k] = null;
this[tick] = null;
this[attractionK] = null;
this[repulsionK] = null;
this[focusedNode] = null;
this[iterations$] = iterations;
this[renderer$] = renderer;
this.renderer = (t0 = this.renderer, t0 == null ? new GraphView.ArrowEdgeRenderer.new() : t0);
}).prototype = GraphView.FruchtermanReingoldAlgorithm.prototype;
dart.addTypeTests(GraphView.FruchtermanReingoldAlgorithm);
dart.addTypeCaches(GraphView.FruchtermanReingoldAlgorithm);
GraphView.FruchtermanReingoldAlgorithm[dart.implements] = () => [GraphView.Layout];
dart.setMethodSignature(GraphView.FruchtermanReingoldAlgorithm, () => ({
__proto__: dart.getMethods(GraphView.FruchtermanReingoldAlgorithm.__proto__),
init: dart.fnType(dart.void, [dart.legacy(core.List$(dart.legacy(GraphView.Node)))]),
cool: dart.fnType(dart.void, [dart.legacy(core.int)]),
limitMaximumDisplacement: dart.fnType(dart.void, [dart.legacy(core.List$(dart.legacy(GraphView.Node)))]),
calculateAttraction: dart.fnType(dart.void, [dart.legacy(core.List$(dart.legacy(GraphView.Edge)))]),
calculateRepulsion: dart.fnType(dart.void, [dart.legacy(core.List$(dart.legacy(GraphView.Node)))]),
forceAttraction: dart.fnType(dart.legacy(core.double), [dart.legacy(core.double)]),
forceRepulsion: dart.fnType(dart.legacy(core.double), [dart.legacy(core.double)]),
run: dart.fnType(dart.legacy(ui.Size), [dart.legacy(GraphView.Graph), dart.legacy(core.double), dart.legacy(core.double)]),
shiftCoordinates: dart.fnType(dart.void, [dart.legacy(GraphView.Graph), dart.legacy(core.double), dart.legacy(core.double)]),
positionNodes: dart.fnType(dart.void, [dart.legacy(GraphView.Graph)]),
positionCluster: dart.fnType(dart.void, [dart.legacy(core.List$(dart.legacy(GraphView.NodeCluster)))]),
combineSingleNodeCluster: dart.fnType(dart.void, [dart.legacy(core.List$(dart.legacy(GraphView.NodeCluster)))]),
followEdges: dart.fnType(dart.void, [dart.legacy(GraphView.Graph), dart.legacy(GraphView.NodeCluster), dart.legacy(GraphView.Node), dart.legacy(core.List)]),
findClusterOf: dart.fnType(dart.legacy(GraphView.NodeCluster), [dart.legacy(core.List$(dart.legacy(GraphView.NodeCluster))), dart.legacy(GraphView.Node)]),
findBiggestSize: dart.fnType(dart.legacy(core.double), [dart.legacy(GraphView.Graph)]),
getOffset: dart.fnType(dart.legacy(ui.Offset), [dart.legacy(GraphView.Graph)]),
done: dart.fnType(dart.legacy(core.bool), []),
drawEdges: dart.fnType(dart.void, [dart.legacy(ui.Canvas), dart.legacy(GraphView.Graph), dart.legacy(ui.Paint)]),
calculateGraphSize: dart.fnType(dart.legacy(ui.Size), [dart.legacy(GraphView.Graph)]),
setFocusedNode: dart.fnType(dart.void, [dart.legacy(GraphView.Node)])
}));
dart.setLibraryUri(GraphView.FruchtermanReingoldAlgorithm, I[1]);
dart.setFieldSignature(GraphView.FruchtermanReingoldAlgorithm, () => ({
__proto__: dart.getFields(GraphView.FruchtermanReingoldAlgorithm.__proto__),
displacement: dart.fieldType(dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(ui.Offset)))),
rand: dart.fieldType(dart.legacy(math.Random)),
width: dart.fieldType(dart.legacy(core.double)),
height: dart.fieldType(dart.legacy(core.double)),
k: dart.fieldType(dart.legacy(core.double)),
tick: dart.fieldType(dart.legacy(core.double)),
attractionK: dart.fieldType(dart.legacy(core.double)),
repulsionK: dart.fieldType(dart.legacy(core.double)),
iterations: dart.fieldType(dart.legacy(core.int)),
renderer: dart.fieldType(dart.legacy(GraphView.EdgeRenderer)),
focusedNode: dart.fieldType(dart.dynamic)
}));
var nodes = dart.privateName(GraphView, "NodeCluster.nodes");
var rect = dart.privateName(GraphView, "NodeCluster.rect");
GraphView.NodeCluster = class NodeCluster extends core.Object {
get nodes() {
return this[nodes];
}
set nodes(value) {
this[nodes] = value;
}
get rect() {
return this[rect];
}
set rect(value) {
this[rect] = value;
}
getNodes() {
return this.nodes;
}
getRect() {
return this.rect;
}
setRect(rect) {
rect = rect;
}
add(node) {
this.nodes[$add](node);
if (this.nodes[$length] === 1) {
this.rect = new ui.Rect.fromLTRB(node.x, node.y, dart.notNull(node.x) + dart.notNull(node.width), dart.notNull(node.y) + dart.notNull(node.height));
} else {
this.rect = new ui.Rect.fromLTRB(math.min(T.doubleL(), this.rect.left, node.x), math.min(T.doubleL(), this.rect.top, node.y), math.max(T.doubleL(), this.rect.right, dart.notNull(node.x) + dart.notNull(node.width)), math.max(T.doubleL(), this.rect.bottom, dart.notNull(node.y) + dart.notNull(node.height)));
}
}
contains(node) {
return this.nodes[$contains](node);
}
size() {
return this.nodes[$length];
}
concat(cluster) {
cluster.nodes[$forEach](dart.fn(node => {
node.position = new ui.Offset.new(dart.notNull(this.rect.right) + 15, this.rect.top);
this.add(node);
}, T.NodeLToNull()));
}
offset(xDiff, yDiff) {
this.nodes[$forEach](dart.fn(node => {
node.position = node.position['+'](new ui.Offset.new(xDiff, yDiff));
}, T.NodeLToNull()));
this.rect.translate(xDiff, yDiff);
}
};
(GraphView.NodeCluster.new = function() {
this[nodes] = null;
this[rect] = null;
this.nodes = T.JSArrayOfNodeL().of([]);
this.rect = ui.Rect.zero;
}).prototype = GraphView.NodeCluster.prototype;
dart.addTypeTests(GraphView.NodeCluster);
dart.addTypeCaches(GraphView.NodeCluster);
dart.setMethodSignature(GraphView.NodeCluster, () => ({
__proto__: dart.getMethods(GraphView.NodeCluster.__proto__),
getNodes: dart.fnType(dart.legacy(core.List$(dart.legacy(GraphView.Node))), []),
getRect: dart.fnType(dart.legacy(ui.Rect), []),
setRect: dart.fnType(dart.void, [dart.legacy(ui.Rect)]),
add: dart.fnType(dart.void, [dart.legacy(GraphView.Node)]),
contains: dart.fnType(dart.legacy(core.bool), [dart.legacy(GraphView.Node)]),
size: dart.fnType(dart.legacy(core.int), []),
concat: dart.fnType(dart.void, [dart.legacy(GraphView.NodeCluster)]),
offset: dart.fnType(dart.void, [dart.legacy(core.double), dart.legacy(core.double)])
}));
dart.setLibraryUri(GraphView.NodeCluster, I[1]);
dart.setFieldSignature(GraphView.NodeCluster, () => ({
__proto__: dart.getFields(GraphView.NodeCluster.__proto__),
nodes: dart.fieldType(dart.legacy(core.List$(dart.legacy(GraphView.Node)))),
rect: dart.fieldType(dart.legacy(ui.Rect))
}));
var nodeData = dart.privateName(GraphView, "SugiyamaAlgorithm.nodeData");
var edgeData = dart.privateName(GraphView, "SugiyamaAlgorithm.edgeData");
var stack = dart.privateName(GraphView, "SugiyamaAlgorithm.stack");
var visited = dart.privateName(GraphView, "SugiyamaAlgorithm.visited");
var layers = dart.privateName(GraphView, "SugiyamaAlgorithm.layers");
var graph = dart.privateName(GraphView, "SugiyamaAlgorithm.graph");
var configuration$ = dart.privateName(GraphView, "SugiyamaAlgorithm.configuration");
var renderer$0 = dart.privateName(GraphView, "SugiyamaAlgorithm.renderer");
var nodeCount = dart.privateName(GraphView, "SugiyamaAlgorithm.nodeCount");
var _Location_parameterLocations = dart.privateName(widget_inspector, "_Location.parameterLocations");
var _Location_name = dart.privateName(widget_inspector, "_Location.name");
var _Location_column = dart.privateName(widget_inspector, "_Location.column");
var _Location_line = dart.privateName(widget_inspector, "_Location.line");
var _Location_file = dart.privateName(widget_inspector, "_Location.file");
GraphView.SugiyamaAlgorithm = class SugiyamaAlgorithm extends GraphView.Layout {
get nodeData() {
return this[nodeData];
}
set nodeData(value) {
this[nodeData] = value;
}
get edgeData() {
return this[edgeData];
}
set edgeData(value) {
this[edgeData] = value;
}
get stack() {
return this[stack];
}
set stack(value) {
this[stack] = value;
}
get visited() {
return this[visited];
}
set visited(value) {
this[visited] = value;
}
get layers() {
return this[layers];
}
set layers(value) {
this[layers] = value;
}
get graph() {
return this[graph];
}
set graph(value) {
this[graph] = value;
}
get configuration() {
return this[configuration$];
}
set configuration(value) {
this[configuration$] = value;
}
get renderer() {
return this[renderer$0];
}
set renderer(value) {
this[renderer$0] = value;
}
get nodeCount() {
return this[nodeCount];
}
set nodeCount(value) {
this[nodeCount] = value;
}
get dummyText() {
let t0;
return new text.Text.new("Dummy " + dart.str((t0 = this.nodeCount, this.nodeCount = dart.notNull(t0) + 1, t0)), {$creationLocationd_0dea112b090073317d4: C[1] || CT.C1});
}
isVertical() {
let orientation = this.configuration.orientation;
return orientation === 1 || orientation === 2;
}
needReverseOrder() {
let orientation = this.configuration.orientation;
return orientation === 2 || orientation === 4;
}
run(graph, shiftX, shiftY) {
this.graph = this.copyGraph(graph);
this.reset();
this.initSugiyamaData();
this.cycleRemoval();
this.layerAssignment();
this.nodeOrdering();
this.coordinateAssignment();
this.shiftCoordinates(shiftX, shiftY);
let graphSize = this.calculateGraphSize(this.graph);
this.denormalize();
this.restoreCycle();
return graphSize;
}
calculateGraphSize(graph) {
let left = 1 / 0;
let top = 1 / 0;
let right = -1 / 0;
let bottom = -1 / 0;
graph.nodes[$forEach](dart.fn(node => {
left = math.min(T.doubleL(), left, node.x);
top = math.min(T.doubleL(), top, node.y);
right = math.max(T.doubleL(), right, dart.notNull(node.x) + dart.notNull(node.width));
bottom = math.max(T.doubleL(), bottom, dart.notNull(node.y) + dart.notNull(node.height));
}, T.NodeLToNull()));
return new ui.Size.new(right - left, bottom - top);
}
shiftCoordinates(shiftX, shiftY) {
this.layers[$forEach](dart.fn(arrayList => {
arrayList[$forEach](dart.fn(it => {
it.position = new ui.Offset.new(dart.notNull(it.x) + dart.notNull(shiftX), dart.notNull(it.y) + dart.notNull(shiftY));
}, T.NodeLToNull()));
}, T.ListLOfNodeLToNull()));
}
reset() {
this.layers[$clear]();
this.stack.clear();
this.visited.clear();
this.nodeData[$clear]();
this.edgeData[$clear]();
this.nodeCount = 1;
}
initSugiyamaData() {
this.graph.nodes[$forEach](dart.fn(node => {
node.position = new ui.Offset.new(0.0, 0.0);
this.nodeData[$_set](node, new GraphView.SugiyamaNodeData.new());
}, T.NodeLToNull()));
this.graph.edges[$forEach](dart.fn(edge => {
this.edgeData[$_set](edge, new GraphView.SugiyamaEdgeData.new());
}, T.EdgeLToNull()));
}
cycleRemoval() {
this.graph.nodes[$forEach](dart.fn(node => {
this.dfs(node);
}, T.NodeLToNull()));
}
dfs(node) {
if (dart.test(this.visited.contains(node))) {
return;
}
this.visited.add(node);
this.stack.add(node);
this.graph.getOutEdges(node)[$forEach](dart.fn(edge => {
let target = edge.destination;
if (dart.test(this.stack.contains(target))) {
this.graph.removeEdge(edge);
this.graph.addEdge(target, node);
this.nodeData[$_get](node).reversed.add(target);
} else {
this.dfs(target);
}
}, T.EdgeLToNull()));
this.stack.remove(node);
}
layerAssignment() {
if (dart.test(this.graph.nodes[$isEmpty])) {
return;
}
let copiedGraph = this.copyGraph(this.graph);
let roots = this.getRootNodes(copiedGraph);
while (dart.test(roots[$isNotEmpty])) {
this.layers[$add](roots);
copiedGraph.removeNodes(roots);
roots = this.getRootNodes(copiedGraph);
}
for (let i = 0; i < dart.notNull(this.layers[$length]) - 1; i = i + 1) {
let indexNextLayer = i + 1;
let currentLayer = this.layers[$_get](i);
let nextLayer = this.layers[$_get](indexNextLayer);
for (let node of currentLayer) {
let edges = this.graph.edges[$where](dart.fn(element => dart.equals(element.source, node) && (dart.notNull(this.nodeData[$_get](element.destination).layer) - dart.notNull(this.nodeData[$_get](node).layer))[$abs]() > 1, T.EdgeLToboolL()))[$toList]();
let iterator = edges[$iterator];
while (dart.test(iterator.moveNext())) {
let edge = iterator.current;
let dummy = new GraphView.Node.new(this.dummyText);
let dummyNodeData = new GraphView.SugiyamaNodeData.new();
dummyNodeData.isDummy = true;
dummyNodeData.layer = indexNextLayer;
nextLayer[$add](dummy);
this.nodeData[$_set](dummy, dummyNodeData);
dummy.size = new ui.Size.new(edge.source.width, 0.0);
let dummyEdge1 = this.graph.addEdge(edge.source, dummy);
let dummyEdge2 = this.graph.addEdge(dummy, edge.destination);
this.edgeData[$_set](dummyEdge1, new GraphView.SugiyamaEdgeData.new());
this.edgeData[$_set](dummyEdge2, new GraphView.SugiyamaEdgeData.new());
this.graph.removeEdge(edge);
}
}
}
}
getRootNodes(graph) {
let roots = T.JSArrayOfNodeL().of([]);
graph.nodes[$forEach](dart.fn(node => {
let inDegree = 0;
graph.edges[$forEach](dart.fn(edge => {
let destination = edge.destination;
if (dart.equals(destination, node)) {
inDegree = inDegree + 1;
}
}, T.EdgeLToNull()));
if (inDegree === 0) {
roots[$add](node);
this.nodeData[$_get](node).layer = this.layers[$length];
}
}, T.NodeLToNull()));
return roots;
}
copyGraph(graph) {
let copy = new GraphView.Graph.new();
copy.addNodes(graph.nodes);
copy.addEdges(graph.edges);
return copy;
}
nodeOrdering() {
let best = (() => {
let t0 = T.ListOfListLOfNodeL().of(this.layers);
return t0;
})();
for (let i = 0; i < 23; i = i + 1) {
this.median(best, i);
this.transpose(best);
if (dart.notNull(this.crossing(best)) < dart.notNull(this.crossing(this.layers))) {
this.layers = best;
}
}
}
median(layers, currentIteration) {
if (currentIteration[$modulo](2) === 0) {
for (let i = 1; i < dart.notNull(layers[$length]); i = i + 1) {
let currentLayer = layers[$_get](i);
let previousLayer = layers[$_get](i - 1);
for (let node of currentLayer) {
let positions = this.graph.edges[$where](dart.fn(element => previousLayer[$contains](element.source), T.EdgeLToboolL()))[$map](T.intL(), dart.fn(e => previousLayer[$indexOf](e.source), T.EdgeLTointL()))[$toList]();
positions[$sort]();
let median = (dart.notNull(positions[$length]) / 2)[$truncate]();
if (dart.test(positions[$isNotEmpty])) {
if (positions[$length] === 1) {
this.nodeData[$_get](node).median = -1;
} else if (positions[$length] === 2) {
this.nodeData[$_get](node).median = ((dart.notNull(positions[$_get](0)) + dart.notNull(positions[$_get](1))) / 2)[$truncate]();
} else if (positions[$length][$modulo](2) === 1) {
this.nodeData[$_get](node).median = positions[$_get](median);
} else {
let left = dart.notNull(positions[$_get](median - 1)) - dart.notNull(positions[$_get](0));
let right = dart.notNull(positions[$_get](dart.notNull(positions[$length]) - 1)) - dart.notNull(positions[$_get](median));
if (left + right !== 0) {
this.nodeData[$_get](node).median = ((dart.notNull(positions[$_get](median - 1)) * right + dart.notNull(positions[$_get](median)) * left) / (left + right))[$truncate]();
}
}
}
}
currentLayer[$sort](dart.fn((n1, n2) => dart.notNull(this.nodeData[$_get](n1).median) - dart.notNull(this.nodeData[$_get](n2).median), T.NodeLAndNodeLTointL()));
}
} else {
for (let l = 1; l < dart.notNull(layers[$length]); l = l + 1) {
let currentLayer = layers[$_get](l);
let previousLayer = layers[$_get](l - 1);
for (let i = dart.notNull(currentLayer[$length]) - 1; i > 1; i = i - 1) {
let node = currentLayer[$_get](i);
let positions = this.graph.edges[$where](dart.fn(element => previousLayer[$contains](element.source), T.EdgeLToboolL()))[$map](T.intL(), dart.fn(e => previousLayer[$indexOf](e.source), T.EdgeLTointL()))[$toList]();
positions[$sort]();
if (dart.test(positions[$isNotEmpty])) {
if (positions[$length] === 1) {
this.nodeData[$_get](node).median = positions[$_get](0);
} else {
this.nodeData[$_get](node).median = ((dart.notNull(positions[$_get]((dart.notNull(positions[$length]) / 2.0)[$ceil]())) + dart.notNull(positions[$_get]((dart.notNull(positions[$length]) / 2.0)[$ceil]() - 1))) / 2)[$truncate]();
}
}
}
currentLayer[$sort](dart.fn((n1, n2) => dart.notNull(this.nodeData[$_get](n1).median) - dart.notNull(this.nodeData[$_get](n2).median), T.NodeLAndNodeLTointL()));
}
}
}
transpose(layers) {
let improved = true;
while (improved) {
improved = false;
for (let l = 0; l < dart.notNull(layers[$length]) - 1; l = l + 1) {
let northernNodes = layers[$_get](l);
let southernNodes = layers[$_get](l + 1);
for (let i = 0; i < dart.notNull(southernNodes[$length]) - 1; i = i + 1) {
let v = southernNodes[$_get](i);
let w = southernNodes[$_get](i + 1);
if (dart.notNull(this.crossingb(northernNodes, v, w)) > dart.notNull(this.crossingb(northernNodes, w, v))) {
improved = true;
this.exchange(southernNodes, v, w);
}
}
}
}
}
exchange(nodes, v, w) {
let i = nodes[$indexOf](v);
let j = nodes[$indexOf](w);
let temp = nodes[$_get](i);
nodes[$_set](i, nodes[$_get](j));
nodes[$_set](j, temp);
}
crossingb(northernNodes, n1, n2) {
let crossing = 0;
let parentNodesN1 = this.graph.edges[$where](dart.fn(element => dart.equals(element.destination, n1), T.EdgeLToboolL()))[$map](T.NodeL(), dart.fn(e => e.source, T.EdgeLToNodeL()))[$toList]();
let parentNodesN2 = this.graph.edges[$where](dart.fn(element => dart.equals(element.destination, n2), T.EdgeLToboolL()))[$map](T.NodeL(), dart.fn(e => e.source, T.EdgeLToNodeL()))[$toList]();
parentNodesN2[$forEach](dart.fn(pn2 => {
let indexOfPn2 = northernNodes[$indexOf](pn2);
parentNodesN1[$where](dart.fn(it => dart.notNull(indexOfPn2) < dart.notNull(northernNodes[$indexOf](it)), T.NodeLToboolL()))[$forEach](dart.fn(element => {
crossing = crossing + 1;
}, T.NodeLToNull()));
}, T.NodeLToNull()));
return crossing;
}
crossing(layers) {
let crossinga = 0;
for (let l = 0; l < dart.notNull(layers[$length]) - 1; l = l + 1) {
let southernNodes = layers[$_get](l);
let northernNodes = layers[$_get](l + 1);
for (let i = 0; i < dart.notNull(southernNodes[$length]) - 2; i = i + 1) {
let v = southernNodes[$_get](i);
let w = southernNodes[$_get](i + 1);
crossinga = crossinga + dart.notNull(this.crossingb(northernNodes, v, w));
}
}
return crossinga;
}
coordinateAssignment() {
this.assignX();
this.assignY();
let offset = this.getOffset(this.graph, this.needReverseOrder());
this.graph.nodes[$forEach](dart.fn(v => {
v.position = this.getPosition(v, offset);
}, T.NodeLToNull()));
}
assignX() {
let root = T.JSArrayOfMapLOfNodeL$NodeL().of([]);
let align = T.JSArrayOfMapLOfNodeL$NodeL().of([]);
let sink = T.JSArrayOfMapLOfNodeL$NodeL().of([]);
let x = T.JSArrayOfMapLOfNodeL$doubleL().of([]);
let shift = T.JSArrayOfMapLOfNodeL$doubleL().of([]);
let blockWidth = T.JSArrayOfMapLOfNodeL$doubleL().of([]);
for (let i = 0; i < 4; i = i + 1) {
root[$add](new (T.LinkedMapOfNodeL$NodeL()).new());
align[$add](new (T.LinkedMapOfNodeL$NodeL()).new());
sink[$add](new (T.LinkedMapOfNodeL$NodeL()).new());
shift[$add](new (T.LinkedMapOfNodeL$doubleL()).new());
x[$add](new (T.LinkedMapOfNodeL$doubleL()).new());
blockWidth[$add](new (T.LinkedMapOfNodeL$doubleL()).new());
this.graph.nodes[$forEach](dart.fn(n => {
root[$_get](i)[$_set](n, n);
align[$_get](i)[$_set](n, n);
sink[$_get](i)[$_set](n, n);
shift[$_get](i)[$_set](n, 1 / 0);
x[$_get](i)[$_set](n, -1 / 0);
blockWidth[$_get](i)[$_set](n, 0.0);
}, T.NodeLToNull()));
}
for (let downward = 0; downward <= 1; downward = downward + 1) {
let isDownward = downward === 0;
let type1Conflicts = this.markType1Conflicts(isDownward);
for (let leftToRight = 0; leftToRight <= 1; leftToRight = leftToRight + 1) {
let k = 2 * downward + leftToRight;
let isLeftToRight = leftToRight === 0;
this.verticalAlignment(root[$_get](k), align[$_get](k), type1Conflicts, isDownward, isLeftToRight);
this.graph.nodes[$forEach](dart.fn(v => {
let r = root[$_get](k)[$_get](v);
blockWidth[$_get](k)[$_set](r, math.max(T.doubleL(), blockWidth[$_get](k)[$_get](r), dart.test(this.isVertical()) ? v.width : v.height));
}, T.NodeLToNull()));
this.horizontalCompactation(align[$_get](k), root[$_get](k), sink[$_get](k), shift[$_get](k), blockWidth[$_get](k), x[$_get](k), isLeftToRight, isDownward);
}
}
this.balance(x, blockWidth);
}
balance(x, blockWidth) {
let t1;
let coordinates = new (T.LinkedMapOfNodeL$doubleL()).new();
let minWidth = 1 / 0;
let smallestWidthLayout = 0;
let minArray = T.ListOfdoubleL().filled(4, 0.0);
let maxArray = T.ListOfdoubleL().filled(4, 0.0);
for (let i = 0; i < 4; i = i + 1) {
minArray[$_set](i, 1 / 0);
maxArray[$_set](i, 0.0);
this.graph.nodes[$forEach](dart.fn(v => {
let bw = 0.5 * dart.notNull(blockWidth[$_get](i)[$_get](v));
let xp = dart.notNull(x[$_get](i)[$_get](v)) - bw;
if (xp < dart.notNull(minArray[$_get](i))) {
minArray[$_set](i, xp);
}
xp = dart.notNull(x[$_get](i)[$_get](v)) + bw;
if (xp > dart.notNull(maxArray[$_get](i))) {
maxArray[$_set](i, xp);
}
}, T.NodeLToNull()));
let width = dart.notNull(maxArray[$_get](i)) - dart.notNull(minArray[$_get](i));
if (width < minWidth) {
minWidth = width;
smallestWidthLayout = i;
}
}
for (let layout = 0; layout < 4; layout = layout + 1) {
if (layout !== smallestWidthLayout) {
let diff = 0.0;
if (layout < 2) {
diff = dart.notNull(minArray[$_get](layout)) - dart.notNull(minArray[$_get](smallestWidthLayout));
} else {
diff = dart.notNull(maxArray[$_get](layout)) - dart.notNull(maxArray[$_get](smallestWidthLayout));
}
if (diff > 0) {
x[$_get](layout)[$keys][$forEach](dart.fn(n => {
x[$_get](layout)[$_set](n, dart.notNull(x[$_get](layout)[$_get](n)) - diff);
}, T.NodeLToNull()));
} else {
x[$_get](layout)[$keys][$forEach](dart.fn(n => {
x[$_get](layout)[$_set](n, dart.notNull(x[$_get](layout)[$_get](n)) + diff);
}, T.NodeLToNull()));
}
}
}
let minValue = 1 / 0;
x[$forEach](dart.fn(element => {
element[$forEach](dart.fn((key, value) => {
if (dart.notNull(value) < dart.notNull(minValue)) {
minValue = value;
}
}, T.NodeLAnddoubleLToNull()));
}, T.MapLOfNodeL$doubleLToNull()));
let values = T.ListOfdoubleL().filled(4, 0.0);
this.graph.nodes[$forEach](dart.fn(n => {
for (let i = 0; i < 4; i = i + 1) {
values[$_set](i, x[$_get](i)[$_get](n));
}
values[$sort]();
let average = (dart.notNull(values[$_get](1)) + dart.notNull(values[$_get](2))) / 2;
coordinates[$_set](n, average);
}, T.NodeLToNull()));
minValue = (t1 = coordinates[$values][$reduce](dart.gbind(C[4] || CT.C4, T.doubleL())), t1 == null ? 1 / 0 : t1);
if (minValue !== 0) {
coordinates[$keys][$forEach](dart.fn(n => {
coordinates[$_set](n, dart.notNull(coordinates[$_get](n)) - dart.notNull(minValue));
}, T.NodeLToNull()));
}
this.graph.nodes[$forEach](dart.fn(v => {
v.x = coordinates[$_get](v);
}, T.NodeLToNull()));
}
markType1Conflicts(downward) {
let type1Conflicts = T.JSArrayOfListLOfboolL().of([]);
this.graph.nodes[$asMap]()[$forEach](dart.fn((i, value) => {
type1Conflicts[$add](T.JSArrayOfboolL().of([]));
this.graph.edges[$forEach](dart.fn(element => {
type1Conflicts[$_get](i)[$add](false);
}, T.EdgeLToNull()));
}, T.intLAndNodeLToNull()));
if (dart.notNull(this.layers[$length]) >= 4) {
let upper = null;
let lower = null;
let k1 = null;
if (dart.test(downward)) {
lower = 1;
upper = dart.notNull(this.layers[$length]) - 2;
} else {
lower = dart.notNull(this.layers[$length]) - 1;
upper = 2;
}
let i = lower;
while (dart.test(downward) && dart.notNull(i) <= dart.notNull(upper) || !dart.test(downward) && dart.notNull(i) >= dart.notNull(upper)) {
let k0 = 0;
let firstIndex = 0;
let currentLevel = this.layers[$_get](i);
let nextLevel = dart.test(downward) ? this.layers[$_get](dart.notNull(i) + 1) : this.layers[$_get](dart.notNull(i) - 1);
for (let l1 = 0; l1 < dart.notNull(nextLevel[$length]); l1 = l1 + 1) {
let virtualTwin = this.virtualTwinNode(nextLevel[$_get](l1), downward);
if (l1 === dart.notNull(nextLevel[$length]) - 1 || virtualTwin != null) {
k1 = dart.notNull(currentLevel[$length]) - 1;
if (virtualTwin != null) {
k1 = this.positionOfNode(virtualTwin);
}
while (firstIndex <= l1) {
let upperNeighbours = this.getAdjNodes(nextLevel[$_get](l1), downward);
for (let currentNeighbour of upperNeighbours) {
let currentNeighbourIndex = this.positionOfNode(currentNeighbour);
if (dart.notNull(currentNeighbourIndex) < dart.notNull(k0) || dart.notNull(currentNeighbourIndex) > dart.notNull(k1)) {
type1Conflicts[$_get](l1)[$_set](currentNeighbourIndex, true);
}
}
firstIndex = firstIndex + 1;
}
k0 = k1;
}
}
i = dart.test(downward) ? dart.notNull(i) + 1 : dart.notNull(i) - 1;
}
}
return type1Conflicts;
}
verticalAlignment(root, align, type1Conflicts, downward, leftToRight) {
let i = dart.test(downward) ? 0 : dart.notNull(this.layers[$length]) - 1;
while (dart.test(downward) && i <= dart.notNull(this.layers[$length]) - 1 || !dart.test(downward) && i >= 0) {
let currentLevel = this.layers[$_get](i);
let r = dart.test(leftToRight) ? -1 : 1 / 0;
let k = dart.test(leftToRight) ? 0 : dart.notNull(currentLevel[$length]) - 1;
while (dart.test(leftToRight) && k <= dart.notNull(currentLevel[$length]) - 1 || !dart.test(leftToRight) && k >= 0) {
let v = currentLevel[$_get](k);
let adjNodes = this.getAdjNodes(v, downward);
if (dart.test(adjNodes[$isNotEmpty])) {
let median = ((dart.notNull(adjNodes[$length]) + 1) / 2.0)[$floor]();
let medianCount = adjNodes[$length][$modulo](2) === 1 ? 1 : 2;
for (let count = 0; count < medianCount; count = count + 1) {
let m = adjNodes[$_get](median + count - 1);
let posM = this.positionOfNode(m);
if (dart.equals(align[$_get](v), v) && !dart.test(type1Conflicts[$_get](this.positionOfNode(v))[$_get](posM)) && (dart.test(leftToRight) && dart.notNull(r) < dart.notNull(posM) || !dart.test(leftToRight) && dart.notNull(r) > dart.notNull(posM))) {
align[$_set](m, v);
root[$_set](v, root[$_get](m));
align[$_set](v, root[$_get](v));
r = posM;
}
}
}
k = dart.test(leftToRight) ? k + 1 : k - 1;
}
i = dart.test(downward) ? i + 1 : i - 1;
}
}
horizontalCompactation(align, root, sink, shift, blockWidth, x, leftToRight, downward) {
let i = dart.test(downward) ? 0 : dart.notNull(this.layers[$length]) - 1;
while (dart.test(downward) && i <= dart.notNull(this.layers[$length]) - 1 || !dart.test(downward) && i >= 0) {
let currentLevel = this.layers[$_get](i);
let j = dart.test(leftToRight) ? 0 : dart.notNull(currentLevel[$length]) - 1;
while (dart.test(leftToRight) && j <= dart.notNull(currentLevel[$length]) - 1 || !dart.test(leftToRight) && j >= 0) {
let v = currentLevel[$_get](j);
if (dart.equals(root[$_get](v), v)) {
this.placeBlock(v, sink, shift, x, align, blockWidth, root, leftToRight);
}
j = dart.test(leftToRight) ? j + 1 : j - 1;
}
i = dart.test(downward) ? i + 1 : i - 1;
}
let d = 0;
i = dart.test(downward) ? 0 : dart.notNull(this.layers[$length]) - 1;
while (dart.test(downward) && i <= dart.notNull(this.layers[$length]) - 1 || !dart.test(downward) && i >= 0) {
let currentLevel = this.layers[$_get](i);
let v = currentLevel[$_get](dart.test(leftToRight) ? 0 : dart.notNull(currentLevel[$length]) - 1);
if (dart.equals(v, sink[$_get](root[$_get](v)))) {
let oldShift = shift[$_get](v);
if (dart.notNull(oldShift) < 1 / 0) {
shift[$_set](v, dart.notNull(oldShift) + d);
d = d + oldShift[$toInt]();
} else {
shift[$_set](v, 0.0);
}
}
i = dart.test(downward) ? i + 1 : i - 1;
}
this.graph.nodes[$forEach](dart.fn(v => {
x[$_set](v, x[$_get](root[$_get](v)));
let shiftVal = shift[$_get](sink[$_get](root[$_get](v)));
if (dart.notNull(shiftVal) < 1 / 0) {
x[$_set](v, dart.notNull(x[$_get](v)) + dart.notNull(shiftVal));
}
}, T.NodeLToNull()));
}
placeBlock(v, sink, shift, x, align, blockWidth, root, leftToRight) {
if (x[$_get](v) === -1 / 0) {
x[$_set](v, 0.0);
let w = v;
try {
do {
if (dart.test(leftToRight) && dart.notNull(this.positionOfNode(w)) > 0 || !dart.test(leftToRight) && dart.notNull(this.positionOfNode(w)) < dart.notNull(this.layers[$_get](this.getLayerIndex(w))[$length]) - 1) {
let pred = this.predecessor(w, leftToRight);
let u = root[$_get](pred);
this.placeBlock(u, sink, shift, x, align, blockWidth, root, leftToRight);
if (dart.equals(sink[$_get](v), v)) {
sink[$_set](v, sink[$_get](u));
}
if (!dart.equals(sink[$_get](v), sink[$_get](u))) {
if (dart.test(leftToRight)) {
shift[$_set](sink[$_get](u), math.min(T.doubleL(), shift[$_get](sink[$_get](u)), dart.notNull(x[$_get](v)) - dart.notNull(x[$_get](u)) - dart.notNull(this.configuration.nodeSeparation) - 0.5 * (dart.notNull(blockWidth[$_get](u)) + dart.notNull(blockWidth[$_get](v)))));
} else {
shift[$_set](sink[$_get](u), math.max(T.doubleL(), shift[$_get](sink[$_get](u)), dart.notNull(x[$_get](v)) - dart.notNull(x[$_get](u)) + dart.notNull(this.configuration.nodeSeparation) + 0.5 * (dart.notNull(blockWidth[$_get](u)) + dart.notNull(blockWidth[$_get](v)))));
}
} else {
if (dart.test(leftToRight)) {
x[$_set](v, math.max(T.doubleL(), x[$_get](v), dart.notNull(x[$_get](u)) + dart.notNull(this.configuration.nodeSeparation) + 0.5 * (dart.notNull(blockWidth[$_get](u)) + dart.notNull(blockWidth[$_get](v)))));
} else {
x[$_set](v, math.min(T.doubleL(), x[$_get](v), dart.notNull(x[$_get](u)) - dart.notNull(this.configuration.nodeSeparation) - 0.5 * (dart.notNull(blockWidth[$_get](u)) + dart.notNull(blockWidth[$_get](v)))));
}
}
}
w = align[$_get](w);
} while (!dart.equals(w, v));
} catch (e$) {
let e = dart.getThrown(e$);
core.print(e);
}
}
}
predecessor(v, leftToRight) {
let pos = this.positionOfNode(v);
let rank = this.getLayerIndex(v);
let level = this.layers[$_get](rank);
return dart.test(leftToRight) && pos !== 0 || !dart.test(leftToRight) && pos !== dart.notNull(level[$length]) - 1 ? level[$_get](dart.test(leftToRight) ? dart.notNull(pos) - 1 : dart.notNull(pos) + 1) : null;
}
virtualTwinNode(node, downward) {
if (!dart.test(this.isLongEdgeDummy(node))) {
return null;
}
let adjNodes = this.getAdjNodes(node, downward);
return dart.test(adjNodes[$isEmpty]) ? null : adjNodes[$_get](0);
}
getAdjNodes(node, downward) {
return dart.test(downward) ? this.graph.predecessorsOf(node) : this.graph.successorsOf(node);
}
positionOfNode(node) {
for (let l of this.layers) {
for (let n of l) {
if (dart.equals(node, n)) {
return l[$indexOf](node);
}
}
}
return -1;
}
getLayerIndex(node) {
let l = -1;
for (let layer of this.layers) {
l = l + 1;
for (let n of layer) {
if (dart.equals(node, n)) {
return l;
}
}
}
return l;
}
isLongEdgeDummy(v) {
let successors = this.graph.successorsOf(v);
return dart.test(this.nodeData[$_get](v).isDummy) && successors[$length] === 1 && dart.test(this.nodeData[$_get](successors[$_get](0)).isDummy);
}
assignY() {
let k = this.layers[$length];
let height = T.ListOfintL().filled(this.graph.nodes[$length], 0);
for (let i = 0; i < dart.notNull(k); i = i + 1) {
let level = this.layers[$_get](i);
level[$forEach](dart.fn(node => {
let h = dart.test(this.nodeData[$_get](node).isDummy) ? 0 : dart.test(this.isVertical()) ? node.height : node.width;
if (dart.notNull(h) > dart.notNull(height[$_get](i))) {
height[$_set](i, h[$toInt]());
}
}, T.NodeLToNull()));
}
let yPos = 0.0;
for (let i = 0; i < dart.notNull(k); i = i + 1) {
let level = this.layers[$_get](i);
level[$forEach](dart.fn(node => {
node.y = yPos;
}, T.NodeLToNull()));
if (i < dart.notNull(k) - 1) {
yPos = yPos + (dart.notNull(this.configuration.levelSeparation) + 0.5 * (dart.notNull(height[$_get](i)) + dart.notNull(height[$_get](i + 1))));
}
}
}
denormalize() {
for (let i = 1; i < dart.notNull(this.layers[$length]) - 1; i = i + 1) {
let iterator = this.layers[$_get](i)[$iterator];
while (dart.test(iterator.moveNext())) {
let current = iterator.current;
if (dart.test(this.nodeData[$_get](current).isDummy)) {
let predecessor = this.graph.predecessorsOf(current)[$_get](0);
let successor = this.graph.successorsOf(current)[$_get](0);
let bendPoints = this.edgeData[$_get](this.graph.getEdgeBetween(predecessor, current)).bendPoints;
if (dart.test(bendPoints[$isEmpty]) || !dart.test(bendPoints[$contains](dart.notNull(current.x) + dart.notNull(predecessor.width) / 2))) {
bendPoints[$add](dart.notNull(predecessor.x) + dart.notNull(predecessor.width) / 2);
bendPoints[$add](dart.notNull(predecessor.y) + dart.notNull(predecessor.height) / 2);
bendPoints[$add](dart.notNull(current.x) + dart.notNull(predecessor.width) / 2);
bendPoints[$add](current.y);
}
if (!dart.test(this.nodeData[$_get](predecessor).isDummy)) {
bendPoints[$add](dart.notNull(current.x) + dart.notNull(predecessor.width) / 2);
} else {
bendPoints[$add](current.x);
}
bendPoints[$add](current.y);
if (dart.test(this.nodeData[$_get](successor).isDummy)) {
bendPoints[$add](dart.notNull(successor.x) + dart.notNull(predecessor.width) / 2);
} else {
bendPoints[$add](dart.notNull(successor.x) + dart.notNull(successor.width) / 2);
}
bendPoints[$add](dart.notNull(successor.y) + dart.notNull(successor.height) / 2);
this.graph.removeEdgeFromPredecessor(predecessor, current);
this.graph.removeEdgeFromPredecessor(current, successor);
let edge = this.graph.addEdge(predecessor, successor);
let sugiyamaEdgeData = new GraphView.SugiyamaEdgeData.new();
sugiyamaEdgeData.bendPoints = bendPoints;
this.edgeData[$_set](edge, sugiyamaEdgeData);
this.graph.removeNode(current);
}
}
}
}
restoreCycle() {
this.graph.nodes[$forEach](dart.fn(n => {
if (dart.test(this.nodeData[$_get](n).isReversed)) {
this.nodeData[$_get](n).reversed[$forEach](dart.fn(target => {
let bendPoints = this.edgeData[$_get](this.graph.getEdgeBetween(target, n)).bendPoints;
this.graph.removeEdgeFromPredecessor(target, n);
let edge = this.graph.addEdge(n, target);
let edgeData = new GraphView.SugiyamaEdgeData.new();
edgeData.bendPoints = bendPoints;
this.edgeData[$_set](edge, edgeData);
}, T.NodeLToNull()));
}
}, T.NodeLToNull()));
}
getOffset(graph, needReverseOrder) {
let offsetX = 1 / 0;
let offsetY = 1 / 0;
if (dart.test(needReverseOrder)) {
offsetY = 5e-324;
}
graph.nodes[$forEach](dart.fn(node => {
if (dart.test(needReverseOrder)) {
offsetX = math.min(T.doubleL(), offsetX, node.x);
offsetY = math.max(T.doubleL(), offsetY, node.y);
} else {
offsetX = math.min(T.doubleL(), offsetX, node.x);
offsetY = math.min(T.doubleL(), offsetY, node.y);
}
}, T.NodeLToNull()));
return new ui.Offset.new(offsetX, offsetY);
}
getPosition(node, offset) {
let finalOffset = null;
switch (this.configuration.orientation) {
case 1:
{
finalOffset = new ui.Offset.new(dart.notNull(node.x) - dart.notNull(offset.dx), node.y);
break;
}
case 2:
{
finalOffset = new ui.Offset.new(dart.notNull(node.x) - dart.notNull(offset.dx), dart.notNull(offset.dy) - dart.notNull(node.y));
break;
}
case 3:
{
finalOffset = new ui.Offset.new(node.y, dart.notNull(node.x) - dart.notNull(offset.dx));
break;
}
case 4:
{
finalOffset = new ui.Offset.new(dart.notNull(offset.dy) - dart.notNull(node.y), dart.notNull(node.x) - dart.notNull(offset.dx));
break;
}
}
return finalOffset;
}
setFocusedNode(node) {
}
};
(GraphView.SugiyamaAlgorithm.new = function(configuration) {
this[nodeData] = new (T.LinkedMapOfNodeL$SugiyamaNodeDataL()).new();
this[edgeData] = new (T.LinkedMapOfEdgeL$SugiyamaEdgeDataL()).new();
this[stack] = T.LinkedHashSetOfNodeL().new();
this[visited] = T.LinkedHashSetOfNodeL().new();
this[layers] = T.JSArrayOfListLOfNodeL().of([]);
this[graph] = null;
this[renderer$0] = null;
this[nodeCount] = 1;
this[configuration$] = configuration;
GraphView.SugiyamaAlgorithm.__proto__.new.call(this);
this.renderer = new GraphView.SugiyamaEdgeRenderer.new(this.nodeData, this.edgeData);
}).prototype = GraphView.SugiyamaAlgorithm.prototype;
dart.addTypeTests(GraphView.SugiyamaAlgorithm);
dart.addTypeCaches(GraphView.SugiyamaAlgorithm);
dart.setMethodSignature(GraphView.SugiyamaAlgorithm, () => ({
__proto__: dart.getMethods(GraphView.SugiyamaAlgorithm.__proto__),
isVertical: dart.fnType(dart.legacy(core.bool), []),
needReverseOrder: dart.fnType(dart.legacy(core.bool), []),
run: dart.fnType(dart.legacy(ui.Size), [dart.legacy(GraphView.Graph), dart.legacy(core.double), dart.legacy(core.double)]),
calculateGraphSize: dart.fnType(dart.legacy(ui.Size), [dart.legacy(GraphView.Graph)]),
shiftCoordinates: dart.fnType(dart.void, [dart.legacy(core.double), dart.legacy(core.double)]),
reset: dart.fnType(dart.void, []),
initSugiyamaData: dart.fnType(dart.void, []),
cycleRemoval: dart.fnType(dart.void, []),
dfs: dart.fnType(dart.void, [dart.legacy(GraphView.Node)]),
layerAssignment: dart.fnType(dart.void, []),
getRootNodes: dart.fnType(dart.legacy(core.List$(dart.legacy(GraphView.Node))), [dart.legacy(GraphView.Graph)]),
copyGraph: dart.fnType(dart.legacy(GraphView.Graph), [dart.legacy(GraphView.Graph)]),
nodeOrdering: dart.fnType(dart.void, []),
median: dart.fnType(dart.void, [dart.legacy(core.List$(dart.legacy(core.List$(dart.legacy(GraphView.Node))))), dart.legacy(core.int)]),
transpose: dart.fnType(dart.void, [dart.legacy(core.List$(dart.legacy(core.List$(dart.legacy(GraphView.Node)))))]),
exchange: dart.fnType(dart.void, [dart.legacy(core.List$(dart.legacy(GraphView.Node))), dart.legacy(GraphView.Node), dart.legacy(GraphView.Node)]),
crossingb: dart.fnType(dart.legacy(core.int), [dart.legacy(core.List$(dart.legacy(GraphView.Node))), dart.legacy(GraphView.Node), dart.legacy(GraphView.Node)]),
crossing: dart.fnType(dart.legacy(core.int), [dart.legacy(core.List$(dart.legacy(core.List$(dart.legacy(GraphView.Node)))))]),
coordinateAssignment: dart.fnType(dart.void, []),
assignX: dart.fnType(dart.void, []),
balance: dart.fnType(dart.void, [dart.legacy(core.List$(dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(core.double))))), dart.legacy(core.List$(dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(core.double)))))]),
markType1Conflicts: dart.fnType(dart.legacy(core.List$(dart.legacy(core.List$(dart.legacy(core.bool))))), [dart.legacy(core.bool)]),
verticalAlignment: dart.fnType(dart.void, [dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(GraphView.Node))), dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(GraphView.Node))), dart.legacy(core.List$(dart.legacy(core.List$(dart.legacy(core.bool))))), dart.legacy(core.bool), dart.legacy(core.bool)]),
horizontalCompactation: dart.fnType(dart.void, [dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(GraphView.Node))), dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(GraphView.Node))), dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(GraphView.Node))), dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(core.double))), dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(core.double))), dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(core.double))), dart.legacy(core.bool), dart.legacy(core.bool)]),
placeBlock: dart.fnType(dart.void, [dart.legacy(GraphView.Node), dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(GraphView.Node))), dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(core.double))), dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(core.double))), dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(GraphView.Node))), dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(core.double))), dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(GraphView.Node))), dart.legacy(core.bool)]),
predecessor: dart.fnType(dart.legacy(GraphView.Node), [dart.legacy(GraphView.Node), dart.legacy(core.bool)]),
virtualTwinNode: dart.fnType(dart.legacy(GraphView.Node), [dart.legacy(GraphView.Node), dart.legacy(core.bool)]),
getAdjNodes: dart.fnType(dart.legacy(core.List$(dart.legacy(GraphView.Node))), [dart.legacy(GraphView.Node), dart.legacy(core.bool)]),
positionOfNode: dart.fnType(dart.legacy(core.int), [dart.legacy(GraphView.Node)]),
getLayerIndex: dart.fnType(dart.legacy(core.int), [dart.legacy(GraphView.Node)]),
isLongEdgeDummy: dart.fnType(dart.legacy(core.bool), [dart.legacy(GraphView.Node)]),
assignY: dart.fnType(dart.void, []),
denormalize: dart.fnType(dart.void, []),
restoreCycle: dart.fnType(dart.void, []),
getOffset: dart.fnType(dart.legacy(ui.Offset), [dart.legacy(GraphView.Graph), dart.legacy(core.bool)]),
getPosition: dart.fnType(dart.legacy(ui.Offset), [dart.legacy(GraphView.Node), dart.legacy(ui.Offset)]),
setFocusedNode: dart.fnType(dart.void, [dart.legacy(GraphView.Node)])
}));
dart.setGetterSignature(GraphView.SugiyamaAlgorithm, () => ({
__proto__: dart.getGetters(GraphView.SugiyamaAlgorithm.__proto__),
dummyText: dart.legacy(framework.Widget)
}));
dart.setLibraryUri(GraphView.SugiyamaAlgorithm, I[1]);
dart.setFieldSignature(GraphView.SugiyamaAlgorithm, () => ({
__proto__: dart.getFields(GraphView.SugiyamaAlgorithm.__proto__),
nodeData: dart.fieldType(dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(GraphView.SugiyamaNodeData)))),
edgeData: dart.fieldType(dart.legacy(core.Map$(dart.legacy(GraphView.Edge), dart.legacy(GraphView.SugiyamaEdgeData)))),
stack: dart.fieldType(dart.legacy(core.Set$(dart.legacy(GraphView.Node)))),
visited: dart.fieldType(dart.legacy(core.Set$(dart.legacy(GraphView.Node)))),
layers: dart.fieldType(dart.legacy(core.List$(dart.legacy(core.List$(dart.legacy(GraphView.Node)))))),
graph: dart.fieldType(dart.legacy(GraphView.Graph)),
configuration: dart.fieldType(dart.legacy(GraphView.SugiyamaConfiguration)),
renderer: dart.fieldType(dart.legacy(GraphView.EdgeRenderer)),
nodeCount: dart.fieldType(dart.legacy(core.int))
}));
var levelSeparation = dart.privateName(GraphView, "SugiyamaConfiguration.levelSeparation");
var nodeSeparation = dart.privateName(GraphView, "SugiyamaConfiguration.nodeSeparation");
var orientation = dart.privateName(GraphView, "SugiyamaConfiguration.orientation");
GraphView.SugiyamaConfiguration = class SugiyamaConfiguration extends core.Object {
get levelSeparation() {
return this[levelSeparation];
}
set levelSeparation(value) {
this[levelSeparation] = value;
}
get nodeSeparation() {
return this[nodeSeparation];
}
set nodeSeparation(value) {
this[nodeSeparation] = value;
}
get orientation() {
return this[orientation];
}
set orientation(value) {
this[orientation] = value;
}
getLevelSeparation() {
return this.levelSeparation;
}
getNodeSeparation() {
return this.nodeSeparation;
}
getOrientation() {
return this.orientation;
}
};
(GraphView.SugiyamaConfiguration.new = function() {
this[levelSeparation] = 100;
this[nodeSeparation] = 100;
this[orientation] = 1;
;
}).prototype = GraphView.SugiyamaConfiguration.prototype;
dart.addTypeTests(GraphView.SugiyamaConfiguration);
dart.addTypeCaches(GraphView.SugiyamaConfiguration);
dart.setMethodSignature(GraphView.SugiyamaConfiguration, () => ({
__proto__: dart.getMethods(GraphView.SugiyamaConfiguration.__proto__),
getLevelSeparation: dart.fnType(dart.legacy(core.int), []),
getNodeSeparation: dart.fnType(dart.legacy(core.int), []),
getOrientation: dart.fnType(dart.legacy(core.int), [])
}));
dart.setLibraryUri(GraphView.SugiyamaConfiguration, I[1]);
dart.setFieldSignature(GraphView.SugiyamaConfiguration, () => ({
__proto__: dart.getFields(GraphView.SugiyamaConfiguration.__proto__),
levelSeparation: dart.fieldType(dart.legacy(core.int)),
nodeSeparation: dart.fieldType(dart.legacy(core.int)),
orientation: dart.fieldType(dart.legacy(core.int))
}));
dart.defineLazy(GraphView.SugiyamaConfiguration, {
/*GraphView.SugiyamaConfiguration.ORIENTATION_TOP_BOTTOM*/get ORIENTATION_TOP_BOTTOM() {
return 1;
},
/*GraphView.SugiyamaConfiguration.ORIENTATION_BOTTOM_TOP*/get ORIENTATION_BOTTOM_TOP() {
return 2;
},
/*GraphView.SugiyamaConfiguration.ORIENTATION_LEFT_RIGHT*/get ORIENTATION_LEFT_RIGHT() {
return 3;
},
/*GraphView.SugiyamaConfiguration.ORIENTATION_RIGHT_LEFT*/get ORIENTATION_RIGHT_LEFT() {
return 4;
},
/*GraphView.SugiyamaConfiguration.DEFAULT_ORIENTATION*/get DEFAULT_ORIENTATION() {
return 1;
},
/*GraphView.SugiyamaConfiguration.X_SEPARATION*/get X_SEPARATION() {
return 100;
},
/*GraphView.SugiyamaConfiguration.Y_SEPARATION*/get Y_SEPARATION() {
return 100;
}
}, true);
var bendPoints = dart.privateName(GraphView, "SugiyamaEdgeData.bendPoints");
GraphView.SugiyamaEdgeData = class SugiyamaEdgeData extends core.Object {
get bendPoints() {
return this[bendPoints];
}
set bendPoints(value) {
this[bendPoints] = value;
}
};
(GraphView.SugiyamaEdgeData.new = function() {
this[bendPoints] = T.JSArrayOfdoubleL().of([]);
;
}).prototype = GraphView.SugiyamaEdgeData.prototype;
dart.addTypeTests(GraphView.SugiyamaEdgeData);
dart.addTypeCaches(GraphView.SugiyamaEdgeData);
dart.setLibraryUri(GraphView.SugiyamaEdgeData, I[1]);
dart.setFieldSignature(GraphView.SugiyamaEdgeData, () => ({
__proto__: dart.getFields(GraphView.SugiyamaEdgeData.__proto__),
bendPoints: dart.fieldType(dart.legacy(core.List$(dart.legacy(core.double))))
}));
var nodeData$ = dart.privateName(GraphView, "SugiyamaEdgeRenderer.nodeData");
var edgeData$ = dart.privateName(GraphView, "SugiyamaEdgeRenderer.edgeData");
var path = dart.privateName(GraphView, "SugiyamaEdgeRenderer.path");
GraphView.SugiyamaEdgeRenderer = class SugiyamaEdgeRenderer extends GraphView.ArrowEdgeRenderer {
get nodeData() {
return this[nodeData$];
}
set nodeData(value) {
this[nodeData$] = value;
}
get edgeData() {
return this[edgeData$];
}
set edgeData(value) {
this[edgeData$] = value;
}
get path() {
return this[path];
}
set path(value) {
this[path] = value;
}
render(canvas, graph, paint) {
let t2;
let trianglePaint = (t2 = ui.Paint.new(), (() => {
t2.color = paint.color;
t2.style = ui.PaintingStyle.fill;
return t2;
})());
graph.edges[$forEach](dart.fn(edge => {
let t3, t2, t2$, t2$0, t2$1, t2$2;
let source = edge.source;
let x = source.x;
let y = source.y;
let destination = edge.destination;
let x1 = destination.x;
let y1 = destination.y;
this.path.reset();
let clippedLine = T.JSArrayOfdoubleL().of([]);
let edgeTrianglePaint = null;
if (edge.paint != null) {
edgeTrianglePaint = (t2 = ui.Paint.new(), (() => {
t2.color = (t3 = edge.paint.color, t3 == null ? paint.color : t3);
t2.style = ui.PaintingStyle.fill;
return t2;
})());
}
let p = (t2$0 = (t2$ = edge.paint, t2$ == null ? paint : t2$), (() => {
t2$0.style = ui.PaintingStyle.stroke;
return t2$0;
})());
if (dart.test(this.edgeData[$containsKey](edge)) && dart.test(this.edgeData[$_get](edge).bendPoints[$isNotEmpty])) {
let bendPoints = this.edgeData[$_get](edge).bendPoints;
let size = bendPoints[$length];
if (dart.test(this.nodeData[$_get](source).isReversed)) {
clippedLine = this.clipLine(bendPoints[$_get](2), bendPoints[$_get](3), bendPoints[$_get](0), bendPoints[$_get](1), destination);
} else {
clippedLine = this.clipLine(bendPoints[$_get](dart.notNull(size) - 4), bendPoints[$_get](dart.notNull(size) - 3), bendPoints[$_get](dart.notNull(size) - 2), bendPoints[$_get](dart.notNull(size) - 1), destination);
}
let triangleCentroid = this.drawTriangle(canvas, (t2$1 = edgeTrianglePaint, t2$1 == null ? trianglePaint : t2$1), clippedLine[$_get](0), clippedLine[$_get](1), clippedLine[$_get](2), clippedLine[$_get](3));
this.path.reset();
this.path.moveTo(bendPoints[$_get](0), bendPoints[$_get](1));
for (let i = 3; i < dart.notNull(size) - 2; i = i + 2) {
this.path.lineTo(bendPoints[$_get](i - 1), bendPoints[$_get](i));
}
this.path.lineTo(triangleCentroid[$_get](0), triangleCentroid[$_get](1));
canvas.drawPath(this.path, p);
} else {
let startX = dart.notNull(x) + dart.notNull(source.width) / 2;
let startY = dart.notNull(y) + dart.notNull(source.height) / 2;
let stopX = dart.notNull(x1) + dart.notNull(destination.width) / 2;
let stopY = dart.notNull(y1) + dart.notNull(destination.height) / 2;
clippedLine = this.clipLine(startX, startY, stopX, stopY, destination);
let triangleCentroid = this.drawTriangle(canvas, (t2$2 = edgeTrianglePaint, t2$2 == null ? trianglePaint : t2$2), clippedLine[$_get](0), clippedLine[$_get](1), clippedLine[$_get](2), clippedLine[$_get](3));
canvas.drawLine(new ui.Offset.new(clippedLine[$_get](0), clippedLine[$_get](1)), new ui.Offset.new(triangleCentroid[$_get](0), triangleCentroid[$_get](1)), p);
}
}, T.EdgeLToNull()));
}
};
(GraphView.SugiyamaEdgeRenderer.new = function(nodeData, edgeData) {
this[path] = ui.Path.new();
this[nodeData$] = nodeData;
this[edgeData$] = edgeData;
GraphView.SugiyamaEdgeRenderer.__proto__.new.call(this);
;
}).prototype = GraphView.SugiyamaEdgeRenderer.prototype;
dart.addTypeTests(GraphView.SugiyamaEdgeRenderer);
dart.addTypeCaches(GraphView.SugiyamaEdgeRenderer);
dart.setLibraryUri(GraphView.SugiyamaEdgeRenderer, I[1]);
dart.setFieldSignature(GraphView.SugiyamaEdgeRenderer, () => ({
__proto__: dart.getFields(GraphView.SugiyamaEdgeRenderer.__proto__),
nodeData: dart.fieldType(dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(GraphView.SugiyamaNodeData)))),
edgeData: dart.fieldType(dart.legacy(core.Map$(dart.legacy(GraphView.Edge), dart.legacy(GraphView.SugiyamaEdgeData)))),
path: dart.fieldType(dart.legacy(ui.Path))
}));
var reversed = dart.privateName(GraphView, "SugiyamaNodeData.reversed");
var isDummy = dart.privateName(GraphView, "SugiyamaNodeData.isDummy");
var median = dart.privateName(GraphView, "SugiyamaNodeData.median");
var layer = dart.privateName(GraphView, "SugiyamaNodeData.layer");
GraphView.SugiyamaNodeData = class SugiyamaNodeData extends core.Object {
get reversed() {
return this[reversed];
}
set reversed(value) {
this[reversed] = value;
}
get isDummy() {
return this[isDummy];
}
set isDummy(value) {
this[isDummy] = value;
}
get median() {
return this[median];
}
set median(value) {
this[median] = value;
}
get layer() {
return this[layer];
}
set layer(value) {
this[layer] = value;
}
get isReversed() {
return this.reversed[$isNotEmpty];
}
toString() {
return "SugiyamaNodeData{reversed: " + dart.str(this.reversed) + ", isDummy: " + dart.str(this.isDummy) + ", median: " + dart.str(this.median) + ", layer: " + dart.str(this.layer) + "}";
}
};
(GraphView.SugiyamaNodeData.new = function() {
this[reversed] = T.LinkedHashSetOfNodeL().new();
this[isDummy] = false;
this[median] = -1;
this[layer] = -1;
;
}).prototype = GraphView.SugiyamaNodeData.prototype;
dart.addTypeTests(GraphView.SugiyamaNodeData);
dart.addTypeCaches(GraphView.SugiyamaNodeData);
dart.setMethodSignature(GraphView.SugiyamaNodeData, () => ({
__proto__: dart.getMethods(GraphView.SugiyamaNodeData.__proto__),
toString: dart.fnType(dart.legacy(core.String), []),
[$toString]: dart.fnType(dart.legacy(core.String), [])
}));
dart.setGetterSignature(GraphView.SugiyamaNodeData, () => ({
__proto__: dart.getGetters(GraphView.SugiyamaNodeData.__proto__),
isReversed: dart.legacy(core.bool)
}));
dart.setLibraryUri(GraphView.SugiyamaNodeData, I[1]);
dart.setFieldSignature(GraphView.SugiyamaNodeData, () => ({
__proto__: dart.getFields(GraphView.SugiyamaNodeData.__proto__),
reversed: dart.fieldType(dart.legacy(core.Set$(dart.legacy(GraphView.Node)))),
isDummy: dart.fieldType(dart.legacy(core.bool)),
median: dart.fieldType(dart.legacy(core.int)),
layer: dart.fieldType(dart.legacy(core.int))
}));
dart.defineExtensionMethods(GraphView.SugiyamaNodeData, ['toString']);
var mNodeData = dart.privateName(GraphView, "BuchheimWalkerAlgorithm.mNodeData");
var minNodeHeight = dart.privateName(GraphView, "BuchheimWalkerAlgorithm.minNodeHeight");
var minNodeWidth = dart.privateName(GraphView, "BuchheimWalkerAlgorithm.minNodeWidth");
var maxNodeWidth = dart.privateName(GraphView, "BuchheimWalkerAlgorithm.maxNodeWidth");
var maxNodeHeight = dart.privateName(GraphView, "BuchheimWalkerAlgorithm.maxNodeHeight");
var configuration$0 = dart.privateName(GraphView, "BuchheimWalkerAlgorithm.configuration");
var renderer$1 = dart.privateName(GraphView, "BuchheimWalkerAlgorithm.renderer");
GraphView.BuchheimWalkerAlgorithm = class BuchheimWalkerAlgorithm extends GraphView.Layout {
get mNodeData() {
return this[mNodeData];
}
set mNodeData(value) {
this[mNodeData] = value;
}
get minNodeHeight() {
return this[minNodeHeight];
}
set minNodeHeight(value) {
this[minNodeHeight] = value;
}
get minNodeWidth() {
return this[minNodeWidth];
}
set minNodeWidth(value) {
this[minNodeWidth] = value;
}
get maxNodeWidth() {
return this[maxNodeWidth];
}
set maxNodeWidth(value) {
this[maxNodeWidth] = value;
}
get maxNodeHeight() {
return this[maxNodeHeight];
}
set maxNodeHeight(value) {
this[maxNodeHeight] = value;
}
get configuration() {
return this[configuration$0];
}
set configuration(value) {
this[configuration$0] = value;
}
get renderer() {
return this[renderer$1];
}
set renderer(value) {
this[renderer$1] = value;
}
isVertical() {
let orientation = this.configuration.orientation;
return orientation === 1 || orientation === 2;
}
needReverseOrder() {
let orientation = this.configuration.orientation;
return orientation === 2 || orientation === 4;
}
run(graph, shiftX, shiftY) {
this.mNodeData[$clear]();
let firstNode = graph.getNodeAtPosition(0);
this.firstWalk(graph, firstNode, 0, 0);
this.secondWalk(graph, firstNode, 0.0);
this.positionNodes(graph);
this.shiftCoordinates(graph, shiftX, shiftY);
return this.calculateGraphSize(graph);
}
compare(x, y) {
return dart.notNull(x) < dart.notNull(y) ? -1 : x == y ? 0 : 1;
}
createNodeData(node) {
let nodeData = new GraphView.BuchheimWalkerNodeData.new();
nodeData.ancestor = node;
this.mNodeData[$_set](node, nodeData);
return nodeData;
}
getNodeData(node) {
return this.mNodeData[$_get](node);
}
firstWalk(graph, node, depth, number) {
let t2;
let nodeData = this.createNodeData(node);
nodeData.depth = depth;
nodeData.number = number;
this.minNodeHeight = math.min(T.doubleL(), this.minNodeHeight, node.height);
this.minNodeWidth = math.min(T.doubleL(), this.minNodeWidth, node.width);
this.maxNodeWidth = math.max(T.doubleL(), this.maxNodeWidth, node.width);
this.maxNodeHeight = math.max(T.doubleL(), this.maxNodeHeight, node.height);
if (dart.test(this.isLeaf(graph, node))) {
if (dart.test(this.hasLeftSibling(graph, node))) {
let leftSibling = this.getLeftSibling(graph, node);
nodeData.prelim = dart.notNull(this.getPrelim(leftSibling)) + dart.notNull(this.getSpacing(graph, leftSibling, node));
}
} else {
let leftMost = this.getLeftMostChild(graph, node);
let rightMost = this.getRightMostChild(graph, node);
let defaultAncestor = leftMost;
let next = leftMost;
let i = 1;
while (next != null) {
this.firstWalk(graph, next, dart.notNull(depth) + 1, (t2 = i, i = t2 + 1, t2));
defaultAncestor = this.apportion(graph, next, defaultAncestor);
next = this.getRightSibling(graph, next);
}
this.executeShifts(graph, node);
let vertical = this.isVertical();
let midPoint = 0.5 * (dart.notNull(this.getPrelim(leftMost)) + dart.notNull(this.getPrelim(rightMost)) + dart.notNull(dart.test(vertical) ? rightMost.width : rightMost.height) - dart.notNull(dart.test(vertical) ? node.width : node.height));
if (dart.test(this.hasLeftSibling(graph, node))) {
let leftSibling = this.getLeftSibling(graph, node);
nodeData.prelim = dart.notNull(this.getPrelim(leftSibling)) + dart.notNull(this.getSpacing(graph, leftSibling, node));
nodeData.modifier = dart.notNull(nodeData.prelim) - midPoint;
} else {
nodeData.prelim = midPoint;
}
}
}
secondWalk(graph, node, modifier) {
let nodeData = this.getNodeData(node);
let depth = nodeData.depth;
let vertical = this.isVertical();
node.position = new ui.Offset.new(dart.notNull(nodeData.prelim) + dart.notNull(modifier), (dart.notNull(depth) * dart.notNull(dart.test(vertical) ? this.minNodeHeight : this.minNodeWidth) + dart.notNull(depth) * dart.notNull(this.configuration.levelSeparation))[$ceilToDouble]());
graph.successorsOf(node)[$forEach](dart.fn(w => {
this.secondWalk(graph, w, dart.notNull(modifier) + dart.notNull(nodeData.modifier));
}, T.NodeLToNull()));
}
calculateGraphSize(graph) {
let left = 1 / 0;
let top = 1 / 0;
let right = -1 / 0;
let bottom = -1 / 0;
graph.nodes[$forEach](dart.fn(node => {
left = math.min(T.doubleL(), left, node.x);
top = math.min(T.doubleL(), top, node.y);
right = math.max(T.doubleL(), right, dart.notNull(node.x) + dart.notNull(node.width));
bottom = math.max(T.doubleL(), bottom, dart.notNull(node.y) + dart.notNull(node.height));
}, T.NodeLToNull()));
return new ui.Size.new(right - left, bottom - top);
}
executeShifts(graph, node) {
let shift = 0.0;
let change = 0.0;
let w = this.getRightMostChild(graph, node);
while (w != null) {
let nodeData = this.getNodeData(w);
nodeData.prelim = dart.notNull(nodeData.prelim) + shift;
nodeData.modifier = dart.notNull(nodeData.modifier) + shift;
change = change + dart.notNull(nodeData.change);
shift = shift + (dart.notNull(nodeData.shift) + change);
w = this.getLeftSibling(graph, w);
}
}
apportion(graph, node, defaultAncestor) {
let ancestor = defaultAncestor;
if (dart.test(this.hasLeftSibling(graph, node))) {
let leftSibling = this.getLeftSibling(graph, node);
let vop = node;
let vom = this.getLeftMostChild(graph, graph.predecessorsOf(node)[$_get](0));
let sip = this.getModifier(node);
let sop = this.getModifier(node);
let sim = this.getModifier(leftSibling);
let som = this.getModifier(vom);
let nextRight = this.nextRight(graph, leftSibling);
let nextLeft = null;
for (let t2 = nextLeft = this.nextLeft(graph, node); nextRight != null && nextLeft != null; nextLeft = this.nextLeft(graph, nextLeft)) {
vom = this.nextLeft(graph, vom);
vop = this.nextRight(graph, vop);
this.setAncestor(vop, node);
let shift = dart.notNull(this.getPrelim(nextRight)) + dart.notNull(sim) - (dart.notNull(this.getPrelim(nextLeft)) + dart.notNull(sip)) + dart.notNull(this.getSpacing(graph, nextRight, node));
if (shift > 0) {
this.moveSubtree(this.ancestor(graph, nextRight, node, ancestor), node, shift);
sip = dart.notNull(sip) + shift;
sop = dart.notNull(sop) + shift;
}
sim = dart.notNull(sim) + dart.notNull(this.getModifier(nextRight));
sip = dart.notNull(sip) + dart.notNull(this.getModifier(nextLeft));
som = dart.notNull(som) + dart.notNull(this.getModifier(vom));
sop = dart.notNull(sop) + dart.notNull(this.getModifier(vop));
nextRight = this.nextRight(graph, nextRight);
}
if (nextRight != null && this.nextRight(graph, vop) == null) {
this.setThread(vop, nextRight);
this.setModifier(vop, dart.notNull(this.getModifier(vop)) + dart.notNull(sim) - dart.notNull(sop));
}
if (nextLeft != null && this.nextLeft(graph, vom) == null) {
this.setThread(vom, nextLeft);
this.setModifier(vom, dart.notNull(this.getModifier(vom)) + dart.notNull(sip) - dart.notNull(som));
ancestor = node;
}
}
return ancestor;
}
setAncestor(v, ancestor) {
this.getNodeData(v).ancestor = ancestor;
}
setModifier(v, modifier) {
this.getNodeData(v).modifier = modifier;
}
setThread(v, thread) {
this.getNodeData(v).thread = thread;
}
getPrelim(v) {
return this.getNodeData(v).prelim;
}
getModifier(vip) {
return this.getNodeData(vip).modifier;
}
moveSubtree(wm, wp, shift) {
let wpNodeData = this.getNodeData(wp);
let wmNodeData = this.getNodeData(wm);
let subtrees = dart.notNull(wpNodeData.number) - dart.notNull(wmNodeData.number);
wpNodeData.change = dart.notNull(wpNodeData.change) - dart.notNull(shift) / subtrees;
wpNodeData.shift = dart.notNull(wpNodeData.shift) + dart.notNull(shift);
wmNodeData.change = dart.notNull(wmNodeData.change) + dart.notNull(shift) / subtrees;
wpNodeData.prelim = dart.notNull(wpNodeData.prelim) + dart.notNull(shift);
wpNodeData.modifier = dart.notNull(wpNodeData.modifier) + dart.notNull(shift);
}
ancestor(graph, vim, node, defaultAncestor) {
let vipNodeData = this.getNodeData(vim);
return dart.equals(graph.predecessorsOf(vipNodeData.ancestor)[$_get](0), graph.predecessorsOf(node)[$_get](0)) ? vipNodeData.ancestor : defaultAncestor;
}
nextRight(graph, node) {
return dart.test(graph.hasSuccessor(node)) ? this.getRightMostChild(graph, node) : this.getNodeData(node).thread;
}
nextLeft(graph, node) {
return dart.test(graph.hasSuccessor(node)) ? this.getLeftMostChild(graph, node) : this.getNodeData(node).thread;
}
getSpacing(graph, leftNode, rightNode) {
let separation = this.configuration.getSubtreeSeparation();
if (dart.test(this.isSibling(graph, leftNode, rightNode))) {
separation = this.configuration.getSiblingSeparation();
}
let length = dart.test(this.isVertical()) ? leftNode.width : leftNode.height;
return dart.notNull(separation) + dart.notNull(length);
}
isSibling(graph, leftNode, rightNode) {
let leftParent = graph.predecessorsOf(leftNode)[$_get](0);
return graph.successorsOf(leftParent)[$contains](rightNode);
}
isLeaf(graph, node) {
return graph.successorsOf(node)[$isEmpty];
}
getLeftSibling(graph, node) {
if (!dart.test(this.hasLeftSibling(graph, node))) {
return null;
} else {
let parent = graph.predecessorsOf(node)[$_get](0);
let children = graph.successorsOf(parent);
let nodeIndex = children[$indexOf](node);
return children[$_get](dart.notNull(nodeIndex) - 1);
}
}
hasLeftSibling(graph, node) {
let parents = graph.predecessorsOf(node);
if (dart.test(parents[$isEmpty])) {
return false;
} else {
let parent = parents[$_get](0);
let nodeIndex = graph.successorsOf(parent)[$indexOf](node);
return dart.notNull(nodeIndex) > 0;
}
}
getRightSibling(graph, node) {
if (!dart.test(this.hasRightSibling(graph, node))) {
return null;
} else {
let parent = graph.predecessorsOf(node)[$_get](0);
let children = graph.successorsOf(parent);
let nodeIndex = children[$indexOf](node);
return children[$_get](dart.notNull(nodeIndex) + 1);
}
}
hasRightSibling(graph, node) {
let parents = graph.predecessorsOf(node);
if (dart.test(parents[$isEmpty])) {
return false;
} else {
let parent = parents[$_get](0);
let children = graph.successorsOf(parent);
let nodeIndex = children[$indexOf](node);
return dart.notNull(nodeIndex) < dart.notNull(children[$length]) - 1;
}
}
getLeftMostChild(graph, node) {
return graph.successorsOf(node)[$_get](0);
}
getRightMostChild(graph, node) {
let children = graph.successorsOf(node);
return dart.test(children[$isEmpty]) ? null : children[$_get](dart.notNull(children[$length]) - 1);
}
positionNodes(graph) {
let doesNeedReverseOrder = this.needReverseOrder();
let offset = this.getOffset(graph, doesNeedReverseOrder);
let nodes = this.sortByLevel(graph, doesNeedReverseOrder);
let firstLevel = this.getNodeData(nodes[$first]).depth;
let localMaxSize = this.findMaxSize(this.filterByLevel(nodes, firstLevel));
let currentLevel = dart.test(doesNeedReverseOrder) ? firstLevel : 0;
let globalPadding = 0.0;
let localPadding = 0.0;
nodes[$forEach](dart.fn(node => {
let depth = this.getNodeData(node).depth;
if (depth != currentLevel) {
if (dart.test(doesNeedReverseOrder)) {
globalPadding = globalPadding - localPadding;
} else {
globalPadding = globalPadding + localPadding;
}
localPadding = 0.0;
currentLevel = depth;
localMaxSize = this.findMaxSize(this.filterByLevel(nodes, currentLevel));
}
let height = node.height;
let width = node.width;
switch (this.configuration.orientation) {
case 1:
{
if (dart.notNull(height) > dart.notNull(this.minNodeHeight)) {
let diff = dart.notNull(height) - dart.notNull(this.minNodeHeight);
localPadding = math.max(T.doubleL(), localPadding, diff);
}
break;
}
case 2:
{
if (dart.notNull(height) < dart.notNull(localMaxSize.height)) {
let diff = dart.notNull(localMaxSize.height) - dart.notNull(height);
node.position = node.position['-'](new ui.Offset.new(0.0, diff));
localPadding = math.max(T.doubleL(), localPadding, diff);
}
break;
}
case 3:
{
if (dart.notNull(width) > dart.notNull(this.minNodeWidth)) {
let diff = dart.notNull(width) - dart.notNull(this.minNodeWidth);
localPadding = math.max(T.doubleL(), localPadding, diff);
}
break;
}
case 4:
{
if (dart.notNull(width) < dart.notNull(localMaxSize.width)) {
let diff = dart.notNull(localMaxSize.width) - dart.notNull(width);
node.position = node.position['-'](new ui.Offset.new(0.0, diff));
localPadding = math.max(T.doubleL(), localPadding, diff);
}
}
}
node.position = this.getPosition(node, globalPadding, offset);
}, T.NodeLToNull()));
}
shiftCoordinates(graph, shiftX, shiftY) {
graph.nodes[$forEach](dart.fn(node => {
node.position = new ui.Offset.new(dart.notNull(node.x) + dart.notNull(shiftX), dart.notNull(node.y) + dart.notNull(shiftY));
}, T.NodeLToNull()));
}
findMaxSize(nodes) {
let width = -1 / 0;
let height = -1 / 0;
nodes[$forEach](dart.fn(node => {
width = math.max(T.doubleL(), width, node.width);
height = math.max(T.doubleL(), height, node.height);
}, T.NodeLToNull()));
return new ui.Size.new(width, height);
}
getOffset(graph, needReverseOrder) {
let offsetX = 1 / 0;
let offsetY = 1 / 0;
if (dart.test(needReverseOrder)) {
offsetY = 5e-324;
}
graph.nodes[$forEach](dart.fn(node => {
if (dart.test(needReverseOrder)) {
offsetX = math.min(T.doubleL(), offsetX, node.x);
offsetY = math.max(T.doubleL(), offsetY, node.y);
} else {
offsetX = math.min(T.doubleL(), offsetX, node.x);
offsetY = math.min(T.doubleL(), offsetY, node.y);
}
}, T.NodeLToNull()));
return new ui.Offset.new(offsetX, offsetY);
}
getPosition(node, globalPadding, offset) {
let finalOffset = null;
switch (this.configuration.orientation) {
case 1:
{
finalOffset = new ui.Offset.new(dart.notNull(node.x) - dart.notNull(offset.dx), dart.notNull(node.y) + dart.notNull(globalPadding));
break;
}
case 2:
{
finalOffset = new ui.Offset.new(dart.notNull(node.x) - dart.notNull(offset.dx), dart.notNull(offset.dy) - dart.notNull(node.y) - dart.notNull(globalPadding));
break;
}
case 3:
{
finalOffset = new ui.Offset.new(dart.notNull(node.y) + dart.notNull(globalPadding), dart.notNull(node.x) - dart.notNull(offset.dx));
break;
}
case 4:
{
finalOffset = new ui.Offset.new(dart.notNull(offset.dy) - dart.notNull(node.y) - dart.notNull(globalPadding), dart.notNull(node.x) - dart.notNull(offset.dx));
break;
}
}
return finalOffset;
}
sortByLevel(graph, descending) {
let t3;
let nodes = (t3 = T.JSArrayOfNodeL().of([]), (() => {
t3[$addAll](graph.nodes);
return t3;
})());
if (dart.test(descending)) {
nodes[$reversed];
}
nodes[$sort](dart.fn((data1, data2) => this.compare(this.getNodeData(data1).depth, this.getNodeData(data2).depth), T.NodeLAndNodeLTointL()));
return nodes;
}
filterByLevel(nodes, level) {
return nodes[$where](dart.fn(node => this.getNodeData(node).depth == level, T.NodeLToboolL()))[$toList]();
}
setFocusedNode(node) {
}
};
(GraphView.BuchheimWalkerAlgorithm.new = function(configuration, renderer) {
let t2;
this[mNodeData] = null;
this[minNodeHeight] = null;
this[minNodeWidth] = null;
this[maxNodeWidth] = null;
this[maxNodeHeight] = null;
this[renderer$1] = null;
this[configuration$0] = configuration;
GraphView.BuchheimWalkerAlgorithm.__proto__.new.call(this);
this.renderer = (t2 = renderer, t2 == null ? new GraphView.TreeEdgeRenderer.new(this.configuration) : t2);
this.mNodeData = new (T.LinkedMapOfNodeL$BuchheimWalkerNodeDataL()).new();
this.minNodeHeight = 1 / 0;
this.minNodeWidth = 1 / 0;
this.maxNodeWidth = -1 / 0;
this.maxNodeHeight = -1 / 0;
}).prototype = GraphView.BuchheimWalkerAlgorithm.prototype;
dart.addTypeTests(GraphView.BuchheimWalkerAlgorithm);
dart.addTypeCaches(GraphView.BuchheimWalkerAlgorithm);
dart.setMethodSignature(GraphView.BuchheimWalkerAlgorithm, () => ({
__proto__: dart.getMethods(GraphView.BuchheimWalkerAlgorithm.__proto__),
isVertical: dart.fnType(dart.legacy(core.bool), []),
needReverseOrder: dart.fnType(dart.legacy(core.bool), []),
run: dart.fnType(dart.legacy(ui.Size), [dart.legacy(GraphView.Graph), dart.legacy(core.double), dart.legacy(core.double)]),
compare: dart.fnType(dart.legacy(core.int), [dart.legacy(core.int), dart.legacy(core.int)]),
createNodeData: dart.fnType(dart.legacy(GraphView.BuchheimWalkerNodeData), [dart.legacy(GraphView.Node)]),
getNodeData: dart.fnType(dart.legacy(GraphView.BuchheimWalkerNodeData), [dart.legacy(GraphView.Node)]),
firstWalk: dart.fnType(dart.void, [dart.legacy(GraphView.Graph), dart.legacy(GraphView.Node), dart.legacy(core.int), dart.legacy(core.int)]),
secondWalk: dart.fnType(dart.void, [dart.legacy(GraphView.Graph), dart.legacy(GraphView.Node), dart.legacy(core.double)]),
calculateGraphSize: dart.fnType(dart.legacy(ui.Size), [dart.legacy(GraphView.Graph)]),
executeShifts: dart.fnType(dart.void, [dart.legacy(GraphView.Graph), dart.legacy(GraphView.Node)]),
apportion: dart.fnType(dart.legacy(GraphView.Node), [dart.legacy(GraphView.Graph), dart.legacy(GraphView.Node), dart.legacy(GraphView.Node)]),
setAncestor: dart.fnType(dart.void, [dart.legacy(GraphView.Node), dart.legacy(GraphView.Node)]),
setModifier: dart.fnType(dart.void, [dart.legacy(GraphView.Node), dart.legacy(core.double)]),
setThread: dart.fnType(dart.void, [dart.legacy(GraphView.Node), dart.legacy(GraphView.Node)]),
getPrelim: dart.fnType(dart.legacy(core.double), [dart.legacy(GraphView.Node)]),
getModifier: dart.fnType(dart.legacy(core.double), [dart.legacy(GraphView.Node)]),
moveSubtree: dart.fnType(dart.void, [dart.legacy(GraphView.Node), dart.legacy(GraphView.Node), dart.legacy(core.double)]),
ancestor: dart.fnType(dart.legacy(GraphView.Node), [dart.legacy(GraphView.Graph), dart.legacy(GraphView.Node), dart.legacy(GraphView.Node), dart.legacy(GraphView.Node)]),
nextRight: dart.fnType(dart.legacy(GraphView.Node), [dart.legacy(GraphView.Graph), dart.legacy(GraphView.Node)]),
nextLeft: dart.fnType(dart.legacy(GraphView.Node), [dart.legacy(GraphView.Graph), dart.legacy(GraphView.Node)]),
getSpacing: dart.fnType(dart.legacy(core.num), [dart.legacy(GraphView.Graph), dart.legacy(GraphView.Node), dart.legacy(GraphView.Node)]),
isSibling: dart.fnType(dart.legacy(core.bool), [dart.legacy(GraphView.Graph), dart.legacy(GraphView.Node), dart.legacy(GraphView.Node)]),
isLeaf: dart.fnType(dart.legacy(core.bool), [dart.legacy(GraphView.Graph), dart.legacy(GraphView.Node)]),
getLeftSibling: dart.fnType(dart.legacy(GraphView.Node), [dart.legacy(GraphView.Graph), dart.legacy(GraphView.Node)]),
hasLeftSibling: dart.fnType(dart.legacy(core.bool), [dart.legacy(GraphView.Graph), dart.legacy(GraphView.Node)]),
getRightSibling: dart.fnType(dart.legacy(GraphView.Node), [dart.legacy(GraphView.Graph), dart.legacy(GraphView.Node)]),
hasRightSibling: dart.fnType(dart.legacy(core.bool), [dart.legacy(GraphView.Graph), dart.legacy(GraphView.Node)]),
getLeftMostChild: dart.fnType(dart.legacy(GraphView.Node), [dart.legacy(GraphView.Graph), dart.legacy(GraphView.Node)]),
getRightMostChild: dart.fnType(dart.legacy(GraphView.Node), [dart.legacy(GraphView.Graph), dart.legacy(GraphView.Node)]),
positionNodes: dart.fnType(dart.void, [dart.legacy(GraphView.Graph)]),
shiftCoordinates: dart.fnType(dart.void, [dart.legacy(GraphView.Graph), dart.legacy(core.double), dart.legacy(core.double)]),
findMaxSize: dart.fnType(dart.legacy(ui.Size), [dart.legacy(core.List$(dart.legacy(GraphView.Node)))]),
getOffset: dart.fnType(dart.legacy(ui.Offset), [dart.legacy(GraphView.Graph), dart.legacy(core.bool)]),
getPosition: dart.fnType(dart.legacy(ui.Offset), [dart.legacy(GraphView.Node), dart.legacy(core.double), dart.legacy(ui.Offset)]),
sortByLevel: dart.fnType(dart.legacy(core.List$(dart.legacy(GraphView.Node))), [dart.legacy(GraphView.Graph), dart.legacy(core.bool)]),
filterByLevel: dart.fnType(dart.legacy(core.List$(dart.legacy(GraphView.Node))), [dart.legacy(core.List$(dart.legacy(GraphView.Node))), dart.legacy(core.int)]),
setFocusedNode: dart.fnType(dart.void, [dart.legacy(GraphView.Node)])
}));
dart.setLibraryUri(GraphView.BuchheimWalkerAlgorithm, I[1]);
dart.setFieldSignature(GraphView.BuchheimWalkerAlgorithm, () => ({
__proto__: dart.getFields(GraphView.BuchheimWalkerAlgorithm.__proto__),
mNodeData: dart.fieldType(dart.legacy(core.Map$(dart.legacy(GraphView.Node), dart.legacy(GraphView.BuchheimWalkerNodeData)))),
minNodeHeight: dart.fieldType(dart.legacy(core.double)),
minNodeWidth: dart.fieldType(dart.legacy(core.double)),
maxNodeWidth: dart.fieldType(dart.legacy(core.double)),
maxNodeHeight: dart.fieldType(dart.legacy(core.double)),
configuration: dart.fieldType(dart.legacy(GraphView.BuchheimWalkerConfiguration)),
renderer: dart.fieldType(dart.legacy(GraphView.EdgeRenderer))
}));
var siblingSeparation = dart.privateName(GraphView, "BuchheimWalkerConfiguration.siblingSeparation");
var levelSeparation$ = dart.privateName(GraphView, "BuchheimWalkerConfiguration.levelSeparation");
var subtreeSeparation = dart.privateName(GraphView, "BuchheimWalkerConfiguration.subtreeSeparation");
var orientation$ = dart.privateName(GraphView, "BuchheimWalkerConfiguration.orientation");
GraphView.BuchheimWalkerConfiguration = class BuchheimWalkerConfiguration extends core.Object {
get siblingSeparation() {
return this[siblingSeparation];
}
set siblingSeparation(value) {
this[siblingSeparation] = value;
}
get levelSeparation() {
return this[levelSeparation$];
}
set levelSeparation(value) {
this[levelSeparation$] = value;
}
get subtreeSeparation() {
return this[subtreeSeparation];
}
set subtreeSeparation(value) {
this[subtreeSeparation] = value;
}
get orientation() {
return this[orientation$];
}
set orientation(value) {
this[orientation$] = value;
}
getSiblingSeparation() {
return this.siblingSeparation;
}
getLevelSeparation() {
return this.levelSeparation;
}
getSubtreeSeparation() {
return this.subtreeSeparation;
}
};
(GraphView.BuchheimWalkerConfiguration.new = function() {
this[siblingSeparation] = 100;
this[levelSeparation$] = 100;
this[subtreeSeparation] = 100;
this[orientation$] = 1;
;
}).prototype = GraphView.BuchheimWalkerConfiguration.prototype;
dart.addTypeTests(GraphView.BuchheimWalkerConfiguration);
dart.addTypeCaches(GraphView.BuchheimWalkerConfiguration);
dart.setMethodSignature(GraphView.BuchheimWalkerConfiguration, () => ({
__proto__: dart.getMethods(GraphView.BuchheimWalkerConfiguration.__proto__),
getSiblingSeparation: dart.fnType(dart.legacy(core.int), []),
getLevelSeparation: dart.fnType(dart.legacy(core.int), []),
getSubtreeSeparation: dart.fnType(dart.legacy(core.int), [])
}));
dart.setLibraryUri(GraphView.BuchheimWalkerConfiguration, I[1]);
dart.setFieldSignature(GraphView.BuchheimWalkerConfiguration, () => ({
__proto__: dart.getFields(GraphView.BuchheimWalkerConfiguration.__proto__),
siblingSeparation: dart.fieldType(dart.legacy(core.int)),
levelSeparation: dart.fieldType(dart.legacy(core.int)),
subtreeSeparation: dart.fieldType(dart.legacy(core.int)),
orientation: dart.fieldType(dart.legacy(core.int))
}));
dart.defineLazy(GraphView.BuchheimWalkerConfiguration, {
/*GraphView.BuchheimWalkerConfiguration.ORIENTATION_TOP_BOTTOM*/get ORIENTATION_TOP_BOTTOM() {
return 1;
},
/*GraphView.BuchheimWalkerConfiguration.ORIENTATION_BOTTOM_TOP*/get ORIENTATION_BOTTOM_TOP() {
return 2;
},
/*GraphView.BuchheimWalkerConfiguration.ORIENTATION_LEFT_RIGHT*/get ORIENTATION_LEFT_RIGHT() {
return 3;
},
/*GraphView.BuchheimWalkerConfiguration.ORIENTATION_RIGHT_LEFT*/get ORIENTATION_RIGHT_LEFT() {
return 4;
},
/*GraphView.BuchheimWalkerConfiguration.DEFAULT_SIBLING_SEPARATION*/get DEFAULT_SIBLING_SEPARATION() {
return 100;
},
/*GraphView.BuchheimWalkerConfiguration.DEFAULT_SUBTREE_SEPARATION*/get DEFAULT_SUBTREE_SEPARATION() {
return 100;
},
/*GraphView.BuchheimWalkerConfiguration.DEFAULT_LEVEL_SEPARATION*/get DEFAULT_LEVEL_SEPARATION() {
return 100;
},
/*GraphView.BuchheimWalkerConfiguration.DEFAULT_ORIENTATION*/get DEFAULT_ORIENTATION() {
return 1;
}
}, true);
var ancestor = dart.privateName(GraphView, "BuchheimWalkerNodeData.ancestor");
var thread = dart.privateName(GraphView, "BuchheimWalkerNodeData.thread");
var number = dart.privateName(GraphView, "BuchheimWalkerNodeData.number");
var depth = dart.privateName(GraphView, "BuchheimWalkerNodeData.depth");
var prelim = dart.privateName(GraphView, "BuchheimWalkerNodeData.prelim");
var modifier = dart.privateName(GraphView, "BuchheimWalkerNodeData.modifier");
var shift = dart.privateName(GraphView, "BuchheimWalkerNodeData.shift");
var change = dart.privateName(GraphView, "BuchheimWalkerNodeData.change");
GraphView.BuchheimWalkerNodeData = class BuchheimWalkerNodeData extends core.Object {
get ancestor() {
return this[ancestor];
}
set ancestor(value) {
this[ancestor] = value;
}
get thread() {
return this[thread];
}
set thread(value) {
this[thread] = value;
}
get number() {
return this[number];
}
set number(value) {
this[number] = value;
}
get depth() {
return this[depth];
}
set depth(value) {
this[depth] = value;
}
get prelim() {
return this[prelim];
}
set prelim(value) {
this[prelim] = value;
}
get modifier() {
return this[modifier];
}
set modifier(value) {
this[modifier] = value;
}
get shift() {
return this[shift];
}
set shift(value) {
this[shift] = value;
}
get change() {
return this[change];
}
set change(value) {
this[change] = value;
}
};
(GraphView.BuchheimWalkerNodeData.new = function() {
this[ancestor] = null;
this[thread] = null;
this[number] = 0;
this[depth] = 0;
this[prelim] = (0)[$toDouble]();
this[modifier] = (0)[$toDouble]();
this[shift] = (0)[$toDouble]();
this[change] = (0)[$toDouble]();
;
}).prototype = GraphView.BuchheimWalkerNodeData.prototype;
dart.addTypeTests(GraphView.BuchheimWalkerNodeData);
dart.addTypeCaches(GraphView.BuchheimWalkerNodeData);
dart.setLibraryUri(GraphView.BuchheimWalkerNodeData, I[1]);
dart.setFieldSignature(GraphView.BuchheimWalkerNodeData, () => ({
__proto__: dart.getFields(GraphView.BuchheimWalkerNodeData.__proto__),
ancestor: dart.fieldType(dart.legacy(GraphView.Node)),
thread: dart.fieldType(dart.legacy(GraphView.Node)),
number: dart.fieldType(dart.legacy(core.int)),
depth: dart.fieldType(dart.legacy(core.int)),
prelim: dart.fieldType(dart.legacy(core.double)),
modifier: dart.fieldType(dart.legacy(core.double)),
shift: dart.fieldType(dart.legacy(core.double)),
change: dart.fieldType(dart.legacy(core.double))
}));
var configuration$1 = dart.privateName(GraphView, "TreeEdgeRenderer.configuration");
var linePath = dart.privateName(GraphView, "TreeEdgeRenderer.linePath");
GraphView.TreeEdgeRenderer = class TreeEdgeRenderer extends GraphView.EdgeRenderer {
get configuration() {
return this[configuration$1];
}
set configuration(value) {
this[configuration$1] = value;
}
get linePath() {
return this[linePath];
}
set linePath(value) {
this[linePath] = value;
}
render(canvas, graph, paint) {
let levelSeparationHalf = dart.notNull(this.configuration.levelSeparation) / 2;
graph.nodes[$forEach](dart.fn(node => {
let children = graph.successorsOf(node);
children[$forEach](dart.fn(child => {
let t3, t3$, t3$0;
let edge = graph.getEdgeBetween(node, child);
let edgePaint = (t3$0 = (t3$ = (t3 = edge, t3 == null ? null : t3.paint), t3$ == null ? paint : t3$), (() => {
t3$0.style = ui.PaintingStyle.stroke;
return t3$0;
})());
this.linePath.reset();
switch (this.configuration.orientation) {
case 1:
{
this.linePath.moveTo(dart.notNull(child.x) + dart.notNull(child.width) / 2, child.y);
this.linePath.lineTo(dart.notNull(child.x) + dart.notNull(child.width) / 2, dart.notNull(child.y) - levelSeparationHalf);
this.linePath.lineTo(dart.notNull(node.x) + dart.notNull(node.width) / 2, dart.notNull(child.y) - levelSeparationHalf);
this.linePath.moveTo(dart.notNull(node.x) + dart.notNull(node.width) / 2, dart.notNull(child.y) - levelSeparationHalf);
this.linePath.lineTo(dart.notNull(node.x) + dart.notNull(node.width) / 2, dart.notNull(node.y) + dart.notNull(node.height));
break;
}
case 2:
{
this.linePath.moveTo(dart.notNull(child.x) + dart.notNull(child.width) / 2, dart.notNull(child.y) + dart.notNull(child.height));
this.linePath.lineTo(dart.notNull(child.x) + dart.notNull(child.width) / 2, dart.notNull(child.y) + dart.notNull(child.height) + levelSeparationHalf);
this.linePath.lineTo(dart.notNull(node.x) + dart.notNull(node.width) / 2, dart.notNull(child.y) + dart.notNull(child.height) + levelSeparationHalf);
this.linePath.moveTo(dart.notNull(node.x) + dart.notNull(node.width) / 2, dart.notNull(child.y) + dart.notNull(child.height) + levelSeparationHalf);
this.linePath.lineTo(dart.notNull(node.x) + dart.notNull(node.width) / 2, dart.notNull(node.y) + dart.notNull(node.height));
break;
}
case 3:
{
this.linePath.moveTo(child.x, dart.notNull(child.y) + dart.notNull(child.height) / 2);
this.linePath.lineTo(dart.notNull(child.x) - levelSeparationHalf, dart.notNull(child.y) + dart.notNull(child.height) / 2);
this.linePath.lineTo(dart.notNull(child.x) - levelSeparationHalf, dart.notNull(node.y) + dart.notNull(node.height) / 2);
this.linePath.moveTo(dart.notNull(child.x) - levelSeparationHalf, dart.notNull(node.y) + dart.notNull(node.height) / 2);
this.linePath.lineTo(dart.notNull(node.x) + dart.notNull(node.width), dart.notNull(node.y) + dart.notNull(node.height) / 2);
break;
}
case 4:
{
this.linePath.moveTo(dart.notNull(child.x) + dart.notNull(child.width), dart.notNull(child.y) + dart.notNull(child.height) / 2);
this.linePath.lineTo(dart.notNull(child.x) + dart.notNull(child.width) + levelSeparationHalf, dart.notNull(child.y) + dart.notNull(child.height) / 2);
this.linePath.lineTo(dart.notNull(child.x) + dart.notNull(child.width) + levelSeparationHalf, dart.notNull(node.y) + dart.notNull(node.height) / 2);
this.linePath.moveTo(dart.notNull(child.x) + dart.notNull(child.width) + levelSeparationHalf, dart.notNull(node.y) + dart.notNull(node.height) / 2);
this.linePath.lineTo(dart.notNull(node.x) + dart.notNull(node.width), dart.notNull(node.y) + dart.notNull(node.height) / 2);
}
}
canvas.drawPath(this.linePath, edgePaint);
}, T.NodeLToNull()));
}, T.NodeLToNull()));
}
};
(GraphView.TreeEdgeRenderer.new = function(configuration) {
this[linePath] = ui.Path.new();
this[configuration$1] = configuration;
;
}).prototype = GraphView.TreeEdgeRenderer.prototype;
dart.addTypeTests(GraphView.TreeEdgeRenderer);
dart.addTypeCaches(GraphView.TreeEdgeRenderer);
dart.setMethodSignature(GraphView.TreeEdgeRenderer, () => ({
__proto__: dart.getMethods(GraphView.TreeEdgeRenderer.__proto__),
render: dart.fnType(dart.void, [dart.legacy(ui.Canvas), dart.legacy(GraphView.Graph), dart.legacy(ui.Paint)])
}));
dart.setLibraryUri(GraphView.TreeEdgeRenderer, I[1]);
dart.setFieldSignature(GraphView.TreeEdgeRenderer, () => ({
__proto__: dart.getFields(GraphView.TreeEdgeRenderer.__proto__),
configuration: dart.fieldType(dart.legacy(GraphView.BuchheimWalkerConfiguration)),
linePath: dart.fieldType(dart.legacy(ui.Path))
}));
GraphView.randInt = function randInt(rand, min, max) {
return (rand.nextInt(max[$toInt]() - dart.notNull(min) + 1)[$toDouble]() + dart.notNull(min))[$toDouble]();
};
dart.defineLazy(GraphView, {
/*GraphView.ARROW_DEGREES*/get ARROW_DEGREES() {
return 0.5;
},
/*GraphView.ARROW_LENGTH*/get ARROW_LENGTH() {
return 10;
},
/*GraphView.DEFAULT_ITERATIONS*/get DEFAULT_ITERATIONS() {
return 1000;
},
/*GraphView.CLUSTER_PADDING*/get CLUSTER_PADDING() {
return 15;
},
/*GraphView.EPSILON*/get EPSILON() {
return 0.0001;
}
}, true);
dart.trackLibraries("packages/graphview/GraphView.dart", {
"package:graphview/GraphView.dart": GraphView
}, {
"package:graphview/GraphView.dart": ["Graph.dart", "Layout.dart", "edgerenderer/ArrowEdgeRenderer.dart", "edgerenderer/EdgeRenderer.dart", "forcedirected/FruchtermanReingoldAlgorithm.dart", "layered/SugiyamaAlgorithm.dart", "layered/SugiyamaConfiguration.dart", "layered/SugiyamaEdgeData.dart", "layered/SugiyamaEdgeRenderer.dart", "layered/SugiyamaNodeData.dart", "tree/BuchheimWalkerAlgorithm.dart", "tree/BuchheimWalkerConfiguration.dart", "tree/BuchheimWalkerNodeData.dart", "tree/TreeEdgeRenderer.dart"]
}, 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// Exports:
return {
GraphView: GraphView
};
}));
//# sourceMappingURL=GraphView.dart.lib.js.map