public Level(List <LvlVert> verts, List <LvlEdge> edges, LvlVert startVert, List <LvlVert> endVerts)
{
this.verts = verts;
this.edges = edges;
this.startVert = startVert;
this.endVerts = endVerts;
}
private LvlEdge readEdge(String edge)
{
string[] edgeVerts = edge.Split(' ');
LvlVert vert1 = rawVertexes[int.Parse(edgeVerts[1]) - 1];
LvlVert vert2 = rawVertexes[int.Parse(edgeVerts[2]) - 1];
return(new LvlEdge(vert1, vert2));
}
public void Setup(List <LvlVert> verts, List <LvlEdge> edges, LvlVert startVert, List <LvlVert> endVerts, String mesh)
{
this.verts = verts;
this.edges = edges;
this.startVert = startVert;
this.endVerts = endVerts;
this.meshPath = mesh;
isSetup = true;
GD.Print("Level Setup Complete!");
}
public void SetLerpPos(LvlVert vert)
{
GD.Print(GetTranslation() + " Something");
elapsedTime = 0;
targetPos = vert.Vertex;
traveling = true;
currentVert = vert;
GuiScript gui = GetNode <GuiScript>("/root/GameNode/ObjLevelLoader/InGameGui");
gui.UpdateMove();
startingPos = GetTranslation();
}
public void ResetLevel()
{
foreach (Node child in this.GetChildren())
{
RemoveChild(child);
child.CallDeferred("free");
}
this.verts = new List <LvlVert>();
this.edges = new List <LvlEdge>();
this.startVert = null;
this.endVerts = new List <LvlVert>();
this.isSetup = false;
GD.Print("Level has been reset!");
}
public void movePlayerTo(string id)
{
LvlVert vert = verts[0];
foreach (LvlVert v in verts)
{
if (v.Id.ToString().Equals(id))
{
vert = v;
break;
}
}
disableVertHighlights();
player.SetLerpPos(vert);
}
public LvlEdge(LvlVert vert1, LvlVert vert2)
{
id = Guid.NewGuid();
this.vert1 = vert1;
this.vert2 = vert2;
}
public void LoadLevel(String levelObjPath)
{
rawVertexes = new List <LvlVert>();
compressedVertexes = new List <LvlVert>();
edges = new List <LvlEdge>();
startVert = null;
endVerts = new List <LvlVert>();
String[] objText = System.IO.File.ReadAllLines(levelObjPath);
String startFace = "";
String endFace1 = "";
String endFace2 = "";
String endFace3 = "";
String endFace4 = "";
for (int i = 0; i < objText.Length; i++)
{
//Print everything except comments
/*
* if (!line.BeginsWith("#")) {
* GD.Print(line);
* }
*/
if (objText[i].BeginsWith("v"))
{
rawVertexes.Add(readVertex(objText[i]));
}
if (objText[i].BeginsWith("l"))
{
edges.Add(readEdge(objText[i]));
}
//Find the start point
if (objText[i].BeginsWith("g Start"))
{
startFace = objText[i + 1];
}
//Find the start point
if (objText[i].BeginsWith("g End1"))
{
endFace1 = objText[i + 1];
}
//Find the start point
if (objText[i].BeginsWith("g End2"))
{
endFace2 = objText[i + 1];
}
//Find the start point
if (objText[i].BeginsWith("g End3"))
{
endFace3 = objText[i + 1];
}
//Find the start point
if (objText[i].BeginsWith("g End4"))
{
endFace4 = objText[i + 1];
}
}
//Calculate the start vert
startVert = getVertByFaceNum(startFace);
endVerts = new List <LvlVert>();
if (!string.IsNullOrEmpty(endFace1))
{
endVerts.Add(getVertByFaceNum(endFace1));
}
if (!string.IsNullOrEmpty(endFace2))
{
endVerts.Add(getVertByFaceNum(endFace2));
}
if (!string.IsNullOrEmpty(endFace3))
{
endVerts.Add(getVertByFaceNum(endFace3));
}
if (!string.IsNullOrEmpty(endFace4))
{
endVerts.Add(getVertByFaceNum(endFace4));
}
if (debugPrint)
{
GD.Print("Start vert = " + startVert.Id.ToString());
GD.Print("End verts = ");
foreach (var vert in endVerts)
{
GD.Print(vert.Id.ToString());
}
GD.Print("End verts = ");
foreach (var vert in endVerts)
{
GD.Print(vert.Id.ToString());
}
}
compressVerts();
if (debugPrint)
{
GD.Print("Compressed verts count = " + compressedVertexes.Count);
GD.Print("Verts:");
foreach (var vert in compressedVertexes)
{
GD.Print(vert.Id.ToString() + " - " + vert.Vertex.ToString());
}
//compressEdges();
GD.Print("Edge count = " + edges.Count);
GD.Print("Edges:");
foreach (var edge in edges)
{
GD.Print(edge.Vert1.Id.ToString() + " - " + edge.Vert2.Id.ToString());
}
}
//level = new Level(compressedVertexes, edges, startVert, endVerts);
String mesh = levelObjPath.Replace("Edges", "");
LevelLoader levelLoader = (LevelLoader)GetNode("LevelLoader");
levelLoader.ResetLevel();
if (!levelLoader.IsSetup)
{
levelLoader.Setup(compressedVertexes, edges, startVert, endVerts, mesh);
}
}
