public VehicleAttachment(DocumentParser doc)
{
string s = doc.ReadNextLine();
switch (s)
{
case "DynamicsWheels":
this.attachmentType = AttachmentType.DynamicsWheels;
break;
case "ComplicatedWheels":
this.attachmentType = AttachmentType.ComplicatedWheels;
this.wheels = new VehicleAttachmentComplicatedWheels();
while (!doc.NextLineIsASection())
{
var cw = doc.ReadStringArray(2);
switch (cw[0])
{
case "fl_wheel_folder_name":
this.wheels.FLWheel = cw[1];
break;
case "fr_wheel_folder_name":
this.wheels.FRWheel = cw[1];
break;
case "rl_wheel_folder_name":
this.wheels.RLWheel = cw[1];
break;
case "rr_wheel_folder_name":
this.wheels.RRWheel = cw[1];
break;
case "wheel_folder_name":
this.wheels.FLWheel = cw[1];
this.wheels.FRWheel = cw[1];
this.wheels.RLWheel = cw[1];
this.wheels.RRWheel = cw[1];
break;
default:
throw new NotImplementedException("Unknown ComplicatedWheels parameter: " + cw[0]);
}
}
break;
case "DynamicsFmodEngine":
this.attachmentType = AttachmentType.DynamicsFmodEngine;
this.engine = new VehicleAttachmentFModEngine();
while (!doc.NextLineIsASection())
{
var dfe = doc.ReadStringArray(2);
switch (dfe[0])
{
case "engine":
this.engine.Engine = dfe[1];
break;
case "rpmsmooth":
this.engine.RPMSmooth = Single.Parse(dfe[1], ToxicRagers.Culture);
break;
case "onloadsmooth":
this.engine.OnLoadSmooth = Single.Parse(dfe[1], ToxicRagers.Culture);
break;
case "offloadsmooth":
this.engine.OffLoadSmooth = Single.Parse(dfe[1], ToxicRagers.Culture);
break;
case "max_revs":
this.engine.MaxRevs = int.Parse(dfe[1]);
break;
case "min_revs":
this.engine.MinRevs = int.Parse(dfe[1]);
break;
default:
throw new NotImplementedException("Unknown DynamicsFmodEngine parameter: " + dfe[0]);
}
}
break;
case "Horn":
this.attachmentType = AttachmentType.Horn;
var h = doc.ReadStringArray(2);
this.horn = h[1];
break;
case "ExhaustParticles":
this.attachmentType = AttachmentType.ExhaustParticles;
this.exhaust = new VehicleAttachmentExhaust();
while (!doc.NextLineIsASection())
{
var ep = doc.ReadStringArray(2);
switch (ep[0])
{
case "vfx":
this.exhaust.VFX = ep[1];
break;
case "underwater_vfx":
this.exhaust.UnderwaterVFX = ep[1];
break;
case "anchor":
this.exhaust.Anchor = ep[1];
break;
default:
throw new NotImplementedException("Unknown ExhaustParticle parameter: " + ep[0]);
}
}
break;
case "ReverseLightSound":
this.attachmentType = AttachmentType.ReverseLightSound;
var rl = doc.ReadStringArray(2);
this.reverseLightSound = rl[1];
break;
case "ContinuousSound":
this.attachmentType = AttachmentType.ContinuousSound;
while (!doc.NextLineIsASection())
{
var cs = doc.ReadStringArray(2);
switch (cs[0])
{
case "sound":
this.continuousSound = cs[1];
break;
case "lump":
this.continuousSoundLump = cs[1];
break;
default:
throw new NotImplementedException("Unknown ContinuousSound parameter: " + cs[0]);
}
}
break;
default:
throw new NotImplementedException("Unknown AttachmentType: " + s);
}
}
public VehicleWheelMap(DocumentParser doc)
{
this.name = doc.ReadNextLine();
this.wheels = new VehicleAttachmentComplicatedWheels();
while (!doc.NextLineIsASection() && !doc.EOF())
{
var wm = doc.ReadStringArray(2);
switch (wm[0])
{
case "localise":
this.localName = wm[1];
break;
case "fl_wheel_folder_name":
this.wheels.FLWheel = wm[1];
break;
case "fr_wheel_folder_name":
this.wheels.FRWheel = wm[1];
break;
case "rl_wheel_folder_name":
this.wheels.RLWheel = wm[1];
break;
case "rr_wheel_folder_name":
this.wheels.RRWheel = wm[1];
break;
case "wheel_folder_name":
this.wheels.FLWheel = wm[1];
this.wheels.FRWheel = wm[1];
this.wheels.RLWheel = wm[1];
this.wheels.RRWheel = wm[1];
break;
default:
throw new NotImplementedException("Unknown WheelMap parameter: " + wm[0]);
}
}
}
public VehicleAttachment(DocumentParser doc)
{
string s = doc.ReadNextLine();
switch (s)
{
case "DynamicsWheels":
Type = AttachmentType.DynamicsWheels;
break;
case "ComplicatedWheels":
Type = AttachmentType.ComplicatedWheels;
Wheels = new VehicleAttachmentComplicatedWheels();
while (!doc.NextLineIsASection())
{
string[] cw = doc.ReadStringArray(2);
switch (cw[0])
{
case "fl_wheel_folder_name":
Wheels.FLWheel = cw[1];
break;
case "fr_wheel_folder_name":
Wheels.FRWheel = cw[1];
break;
case "rl_wheel_folder_name":
Wheels.RLWheel = cw[1];
break;
case "rr_wheel_folder_name":
Wheels.RRWheel = cw[1];
break;
case "wheel_folder_name":
Wheels.FLWheel = cw[1];
Wheels.FRWheel = cw[1];
Wheels.RLWheel = cw[1];
Wheels.RRWheel = cw[1];
break;
default:
throw new NotImplementedException("Unknown ComplicatedWheels parameter: " + cw[0]);
}
}
break;
case "DynamicsFmodEngine":
Type = AttachmentType.DynamicsFmodEngine;
FModEngine = new VehicleAttachmentFModEngine();
while (!doc.NextLineIsASection())
{
string[] dfe = doc.ReadStringArray(2);
switch (dfe[0])
{
case "engine":
FModEngine.Engine = dfe[1];
break;
case "rpmsmooth":
FModEngine.RPMSmooth = float.Parse(dfe[1], ToxicRagers.Culture);
break;
case "onloadsmooth":
FModEngine.OnLoadSmooth = float.Parse(dfe[1], ToxicRagers.Culture);
break;
case "offloadsmooth":
FModEngine.OffLoadSmooth = float.Parse(dfe[1], ToxicRagers.Culture);
break;
case "max_revs":
FModEngine.MaxRevs = int.Parse(dfe[1]);
break;
case "min_revs":
FModEngine.MinRevs = int.Parse(dfe[1]);
break;
case "max_speed":
FModEngine.MaxSpeed = int.Parse(dfe[1]);
break;
case "loadmin":
FModEngine.LoadMin = float.Parse(dfe[1], ToxicRagers.Culture);
break;
default:
throw new NotImplementedException("Unknown DynamicsFmodEngine parameter: " + dfe[0]);
}
}
break;
case "Horn":
Type = AttachmentType.Horn;
string[] h = doc.ReadStringArray(2);
Horn = h[1];
break;
case "ExhaustParticles":
Type = AttachmentType.ExhaustParticles;
Exhaust = new VehicleAttachmentExhaust();
while (!doc.NextLineIsASection())
{
string[] ep = doc.ReadStringArray(2);
switch (ep[0])
{
case "vfx":
Exhaust.VFX = ep[1];
break;
case "underwater_vfx":
Exhaust.UnderwaterVFX = ep[1];
break;
case "anchor":
Exhaust.Anchor = ep[1];
break;
case "multiplier":
Exhaust.Multiplier = float.Parse(ep[1], ToxicRagers.Culture);
break;
case "neutral_multiplier":
Exhaust.NeutralMultiplier = float.Parse(ep[1], ToxicRagers.Culture);
break;
default:
throw new NotImplementedException("Unknown ExhaustParticle parameter: " + ep[0]);
}
}
break;
case "ReverseLightSound":
Type = AttachmentType.ReverseLightSound;
string[] rl = doc.ReadStringArray(2);
ReverseLightSound = rl[1];
break;
case "ContinuousSound":
Type = AttachmentType.ContinuousSound;
while (!doc.NextLineIsASection())
{
string[] cs = doc.ReadStringArray(2);
switch (cs[0])
{
case "sound":
ContinuousSound = cs[1];
break;
case "lump":
ContinuousSoundLump = cs[1];
break;
default:
throw new NotImplementedException($"Unknown ContinuousSound parameter: {cs[0]}");
}
}
break;
default:
throw new NotImplementedException($"Unknown AttachmentType: {s}");
}
}
