public void ResizeCompoundPanel(string mode)
{
var bars = compoundsPanelBarContainer.GetChildren();
if (mode == "compress" && !compundCompressed)
{
compundCompressed = true;
compoundsPanelBarContainer.AddConstantOverride("vseparation", 20);
compoundsPanelBarContainer.AddConstantOverride("hseparation", 14);
if (bars.Count < 4)
{
compoundsPanelBarContainer.Columns = 2;
}
else
{
compoundsPanelBarContainer.Columns = 3;
}
foreach (ProgressBar bar in bars)
{
panelsTween.InterpolateProperty(bar, "rect_min_size", new Vector2(90, 25), new Vector2(64, 25), 0.3f);
panelsTween.Start();
bar.GetNode <Label>("Label").Hide();
}
}
if (mode == "expand" && compundCompressed)
{
compundCompressed = false;
compoundsPanelBarContainer.Columns = 1;
compoundsPanelBarContainer.AddConstantOverride("vseparation", 5);
compoundsPanelBarContainer.AddConstantOverride("hseparation", 0);
foreach (ProgressBar bar in bars)
{
panelsTween.InterpolateProperty(bar, "rect_min_size", bar.RectMinSize, new Vector2(220, 25), 0.3f);
panelsTween.Start();
bar.GetNode <Label>("Label").Show();
}
}
}
public void ResizeEnvironmentPanel(string mode)
{
var bars = environmentPanelBarContainer.GetChildren();
if (mode == "compress" && !environmentCompressed)
{
environmentCompressed = true;
GUICommon.Instance.TweenUIProperty(
environmentPanel, "rect_min_size", environmentPanel.RectMinSize, new Vector2(195, 170), 0.3f);
environmentPanelBarContainer.Columns = 2;
environmentPanelBarContainer.AddConstantOverride("vseparation", 20);
environmentPanelBarContainer.AddConstantOverride("hseparation", 17);
foreach (ProgressBar bar in bars)
{
GUICommon.Instance.TweenUIProperty(
bar, "rect_min_size", new Vector2(95, 25), new Vector2(73, 25), 0.3f);
bar.GetNode <Label>("Label").Hide();
bar.GetNode <Label>("Value").Align = Label.AlignEnum.Center;
}
}
if (mode == "expand" && environmentCompressed)
{
environmentCompressed = false;
GUICommon.Instance.TweenUIProperty(
environmentPanel, "rect_min_size", environmentPanel.RectMinSize, new Vector2(195, 224), 0.3f);
environmentPanelBarContainer.Columns = 1;
environmentPanelBarContainer.AddConstantOverride("vseparation", 4);
environmentPanelBarContainer.AddConstantOverride("hseparation", 0);
foreach (ProgressBar bar in bars)
{
GUICommon.Instance.TweenUIProperty(
bar, "rect_min_size", bar.RectMinSize, new Vector2(162, 25), 0.3f);
bar.GetNode <Label>("Label").Show();
bar.GetNode <Label>("Value").Align = Label.AlignEnum.Right;
}
}
}
public void ResizeEnvironmentPanel(string mode)
{
var bars = environmentPanelBarContainer.GetChildren();
if (mode == "compress" && !environmentCompressed)
{
environmentCompressed = true;
environmentPanelBarContainer.Columns = 2;
environmentPanelBarContainer.AddConstantOverride("vseparation", 20);
environmentPanelBarContainer.AddConstantOverride("hseparation", 17);
foreach (ProgressBar bar in bars)
{
panelsTween.InterpolateProperty(bar, "rect_min_size:x", 95, 73, 0.3f);
panelsTween.Start();
bar.GetNode <Label>("Label").Hide();
bar.GetNode <Label>("Value").Align = Label.AlignEnum.Center;
}
}
if (mode == "expand" && environmentCompressed)
{
environmentCompressed = false;
environmentPanelBarContainer.Columns = 1;
environmentPanelBarContainer.AddConstantOverride("vseparation", 4);
environmentPanelBarContainer.AddConstantOverride("hseparation", 0);
foreach (ProgressBar bar in bars)
{
panelsTween.InterpolateProperty(bar, "rect_min_size:x", bar.RectMinSize.x, 162, 0.3f);
panelsTween.Start();
bar.GetNode <Label>("Label").Show();
bar.GetNode <Label>("Value").Align = Label.AlignEnum.Right;
}
}
}
public void ResizeEnvironmentPanel(string mode)
{
var bars = environmentPanelBarContainer.GetChildren();
if (mode == "compress" && !environmentCompressed)
{
environmentCompressed = true;
HandleEnvironmentResize(170, 2, 20, 17);
foreach (ProgressBar bar in bars)
{
panelsTween.InterpolateProperty(
bar, "rect_min_size", new Vector2(95, 25), new Vector2(73, 25), 0.3f);
panelsTween.Start();
bar.GetNode <Label>("Label").Hide();
bar.GetNode <Label>("Value").Align = Label.AlignEnum.Center;
}
}
if (mode == "expand" && environmentCompressed)
{
environmentCompressed = false;
HandleEnvironmentResize(224, 1, 4, 0);
foreach (ProgressBar bar in bars)
{
panelsTween.InterpolateProperty(bar, "rect_min_size", bar.RectMinSize, new Vector2(162, 25), 0.3f);
panelsTween.Start();
bar.GetNode <Label>("Label").Show();
bar.GetNode <Label>("Value").Align = Label.AlignEnum.Right;
}
}
}
public async void SearchSimulation()
{
Control root = GetNode("SearchSimulation") as Control;
root.SetVisible(true);
Tween tween = new Tween();
AddChild(tween);
// setting up maps
GridContainer mapContainer = root.GetNode("NodeMaps") as GridContainer;
List <NodeMap> maps = new List <NodeMap>();
foreach (Node node in mapContainer.GetChildren())
{
maps.Add(node.GetNode("NodeMap") as NodeMap);
}
// setup the chart
Control chart = root.GetNode("Chart") as Control;
Random random = new Random();
int seed = -1;
foreach (NodeMap maze in maps)
{
maze.SetWidth(55);
maze.ResizeBlock();
}
// rename the title and size
(mapContainer.GetNode("DFS/GraphTitle") as Label).Text = "DFS - " + maps[0].width + " x " + maps[0].height;
(mapContainer.GetNode("BFS/GraphTitle") as Label).Text = "BFS - " + maps[1].width + " x " + maps[1].height;
(mapContainer.GetNode("Dijkstra/GraphTitle") as Label).Text = "Dijkstra - " + maps[2].width + " x " + maps[2].height;
(mapContainer.GetNode("AStar/GraphTitle") as Label).Text = "AStar - " + maps[3].width + " x " + maps[3].height;
// reset the active nodemap
activeNodeMaps.Clear();
paths.Clear();
foreach (NodeMap map in maps)
{
activeNodeMaps.Add(map, true);
// connect the signals
map.Connect("finished_pathfinding", this, nameof(OnPathFound));
paths[map] = new Tuple <Godot.Collections.Array <int>, Godot.Collections.Array <int> >(new Godot.Collections.Array <int>(), new Godot.Collections.Array <int>());
}
for (int i = 0; i < 20; i++)
{
seed = random.Next();
foreach (NodeMap maze in maps)
{
maze.seed = seed;
maze.GenerateMap();
}
foreach (NodeMap map in maps)
{
activeNodeMaps[map] = true;
WaitForActiveNodeMaps(map);
}
await ToSignal(this, "active_nodemaps_finished");
// record place
foreach (NodeMap map in maps)
{
activeNodeMaps[map] = true;
}
// record distance here and expansion
maps[0].DFS();
maps[1].BFS();
maps[2].Dijkstra();
maps[3].AStar();
await ToSignal(this, "active_nodemaps_finished");
// toggle all the info now
}
await ToSignal(this, "next");
tween = CommonTweenUtil.Fade(root, 0.3f, 1, 0, tween);
tween.Start();
await ToSignal(tween, "tween_completed");
tween.QueueFree();
root.SetVisible(false);
EmitSignal("section_finished");
}
