public static VehicleSetupConfig Load(string pathToFile)
{
VehicleSetupConfig setup = new VehicleSetupConfig();
using (var doc = new DocumentParser(pathToFile))
{
string line = doc.ReadFirstLine();
while (line != null)
{
switch (line)
{
case "[default_driver]":
while (!doc.NextLineIsASection() && !doc.EOF())
{
setup.Drivers.Add(doc.ReadNextLine());
}
break;
case "[attachment]":
setup.Attachments.Add(new VehicleAttachment(doc));
break;
case "[wheel_module]":
setup.WheelModules.Add(new VehicleWheelModule(doc));
break;
case "[suspension_factors]":
setup.SuspensionFactors = new VehicleSuspensionFactors(doc);
break;
case "[ai_script]":
setup.AIScript = doc.ReadNextLine();
break;
case "[material_map]":
setup.MaterialMaps.Add(new VehicleMaterialMap(doc));
break;
case "[wheel_map]":
setup.WheelMaps.Add(new VehicleWheelMap(doc));
break;
case "[disable_ejection]":
setup.EjectDriver = false;
break;
case "[stats]":
setup.Stats.TopSpeed = doc.ReadInt();
setup.Stats.Time = doc.ReadFloat();
setup.Stats.Weight = doc.ReadFloat();
setup.Stats.Toughness = doc.ReadFloat();
if (!doc.EOF() && !doc.NextLineIsASection()) { setup.Stats.UnlockLevel = doc.ReadFloat(); }
break;
case "[decal_points]":
while (!doc.NextLineIsASection() && !doc.EOF())
{
setup.DecalPoints.Add(doc.ReadVector3());
}
break;
default:
Console.WriteLine(pathToFile);
throw new NotImplementedException("Unexpected [SECTION]: " + line);
}
line = doc.ReadNextLine();
}
}
return setup;
}
public static Routes Load(string pathToFile)
{
Routes routes = new Routes();
using (var doc = new DocumentParser(pathToFile))
{
string line = doc.ReadNextLine();
while (line != null)
{
switch (line)
{
case "[LUMP]":
doc.ReadNextLine(); // level
line = doc.ReadNextLine();
break;
case "[VERSION]":
doc.ReadNextLine(); // 2.500000
line = doc.ReadNextLine();
break;
case "[RACE_LAYERS]":
line = doc.SkipToNextSection();
break;
case "[LUA_SCRIPTS]":
line = doc.SkipToNextSection();
break;
case "[RACES]":
while (!doc.NextLineIsASection())
{
routes.races.Add(doc.ReadNextLine());
}
line = doc.ReadNextLine();
break;
case "[AINODE]":
bool bAINode = true;
var node = new AINode();
while (bAINode)
{
line = doc.ReadNextLine();
switch (line)
{
case "<INDEX>":
node.Index = doc.ReadInt();
break;
case "<TYPE>":
node.Type = doc.ReadInt();
break;
case "<RADIUS>":
node.Radius = doc.ReadFloat();
break;
case "<POS>":
node.Position = doc.ReadVector3();
break;
case "<RACE_LINE>":
node.RaceLine = doc.ReadVector3();
break;
case "<RACE_LINE_OFFSET>":
node.RaceLineOffset = doc.ReadFloat();
break;
default:
bAINode = false;
routes.nodes.Add(node);
if (line != null && !line.StartsWith("[")) { Console.WriteLine("Unexpected [AINODE] line: " + line); }
break;
}
}
break;
case "[AILINK]":
bool bAILink = true;
var link = new AILink();
while (bAILink)
{
line = doc.ReadNextLine();
switch (line)
{
case "<NODES>":
link.NodeA = doc.ReadInt();
link.NodeB = doc.ReadInt();
break;
case "<WIDTH>":
link.Width = doc.ReadFloat();
break;
case "<VALUE>":
link.Value = doc.ReadNextLine();
break;
case "<ONEWAY>":
link.OneWay = true;
break;
case "<TYPE>":
for (int i = 0; i < routes.races.Count; i++)
{
link.Types.Add(doc.ReadInt());
}
break;
case "<RACE_VALUE>":
link.RaceValueAmount = doc.ReadInt();
link.RaceValue = doc.ReadNextLine();
break;
default:
bAILink = false;
routes.links.Add(link);
if (line != null && !line.StartsWith("[")) { throw new NotImplementedException("Unexpected [AILINK] line: " + line); }
break;
}
}
break;
default:
Console.WriteLine(pathToFile);
throw new NotImplementedException("Unexpected [SECTION]: " + line);
}
}
}
return routes;
}
public AccessoryShapeComponent(DocumentParser sr)
{
points = new List<Vector3>();
string s = sr.ReadNextLine();
int pointCount;
switch (s)
{
case "AlignedCuboid":
this.componentType = ComponentType.AlignedCuboid;
points.Add(sr.ReadVector3());
points.Add(sr.ReadVector3());
break;
case "Polyhedron":
this.componentType = ComponentType.Polyhedron;
pointCount = sr.ReadInt();
for (int i = 0; i < pointCount; i++) { points.Add(sr.ReadVector3()); }
break;
case "RoundedPolyhedron":
this.componentType = ComponentType.RoundedPolyhedron;
radius = sr.ReadFloat();
pointCount = sr.ReadInt();
for (int i = 0; i < pointCount; i++) { points.Add(sr.ReadVector3()); }
break;
case "Sphere":
points.Add(sr.ReadVector3());
radius = sr.ReadFloat();
break;
case "TicTac":
points.Add(sr.ReadVector3());
points.Add(sr.ReadVector3());
radius = sr.ReadFloat();
break;
default:
throw new NotImplementedException("Unknown ComponentType: " + s);
}
while (sr.ReadNextLine() == "form_collision_groups")
{
group = sr.ReadInt();
}
sr.Rewind();
}
public AccessoryShape(DocumentParser sr)
{
name = sr.ReadNextLine();
if (name.Replace("_", " ") != "(no shape)")
{
boxCount = sr.ReadInt();
for (int i = 0; i < boxCount; i++)
{
boxes.Add(new AccessoryShapeComponent(sr));
}
}
}
public AccessoryJoint(DocumentParser sr)
{
string line;
if (!Accessory.TestLine("joint", sr.ReadNextLine(), out line)) { Console.WriteLine("Unexpected value: {0}", line); }
vertexNum = sr.ReadInt();
var f1 = sr.ReadFloat();
var v1 = sr.ReadVector3();
var v2 = sr.ReadVector3();
var v3 = sr.ReadVector3();
var v4 = sr.ReadVector3();
var v5 = sr.ReadVector3();
var v6 = sr.ReadVector3();
var v7 = sr.ReadVector3();
var v8 = sr.ReadVector3();
var i1 = sr.ReadInt();
for (int i = 0; i < i1; i++)
{
var i2 = sr.ReadInt();
var f2 = sr.ReadFloat();
var f3 = sr.ReadFloat();
var v9 = sr.ReadVector3();
var v10 = sr.ReadVector3();
var f4 = sr.ReadFloat();
var s1 = sr.ReadNextLine();
var v11 = sr.ReadVector3();
var v12 = sr.ReadVector3();
}
if (!Accessory.TestLine("(no_weakness)", sr.ReadNextLine(), out line))
{
var s3 = sr.ReadNextLine();
var v13 = sr.ReadVector3();
var f5 = sr.ReadFloat();
var s4 = sr.ReadNextLine();
var v15 = sr.ReadVector3();
var t = sr.ReadNextLine();
if (t.Contains(","))
{
var v_1 = Vector2.Parse(t);
}
else
{
var f6 = t.ToSingle();
}
}
}
public AccessoryDynamics(DocumentParser doc)
{
while (!doc.NextLineIsASection() && !doc.EOF())
{
string line = doc.ReadNextLine();
switch (line)
{
case "<lump_name>":
lump = doc.ReadNextLine();
break;
case "<mass>":
mass = doc.ReadFloat();
break;
case "<drivable_on>":
bDrivableOn = true;
break;
case "<solid>":
bSolid = true;
break;
case "<stop_sinking_into_ground>":
bStopSinkingIntoGround = true;
break;
case "<part_of_world>":
bPartOfWorld = true;
break;
case "<ignore_world>":
bIgnoreWorld = true;
break;
case "<inf_mass>":
bInfMass = true;
break;
case "<inf_mi>":
bInfMi = true;
break;
case "<buoyant>":
bBuouyant = true;
buoyancyCount = doc.ReadFloat();
buoyancyVector = doc.ReadVector3();
break;
case "<substance>":
substance = doc.ReadInt();
break;
case "<group>":
group = doc.ReadInt();
break;
case "<ignore_group>":
ignoreGroup = doc.ReadInt();
break;
case "<moments>":
moments = doc.ReadVector3();
break;
case "<buoyancy_relative_to_com>":
bBuoyancyRelativeToCOM = true;
break;
case "<centre_of_mass>":
centreOfMass = doc.ReadVector3();
break;
case "<sphere_rolling_resistance>":
sphereRollingResistance = doc.ReadFloat();
break;
case "<shape>":
shape = new AccessoryShape(doc);
break;
case "<breakable>":
breakable = new AccessoryBreak(doc);
break;
case "<world_joint>":
worldJoint = new AccessoryJoint(doc);
break;
case "<child_joint>":
childJoint = new AccessoryJoint(doc);
break;
default:
throw new NotImplementedException(string.Format("Unknown [DYNAMICS] setting: {0}", line));
}
}
}