public void Initialise(Vdf vdf)
{
if (Initialised)
{
return;
}
_vdf = vdf;
_cacheManager = CacheManager.Instance;
// Initialise with common sprites using more convenient names.
_sprites = new Dictionary <string, I76Sprite>
{
// Numbers
{ "1", GetSprite("znbe.map", "top", 0, 1, false) },
{ "2", GetSprite("znbe.map", "top", 0, 2, false) },
{ "3", GetSprite("znbe.map", "top", 0, 3, false) },
{ "4", GetSprite("znbe.map", "top", 0, 4, false) },
{ "5", GetSprite("znbe.map", "top", 0, 5, false) },
{ "6", GetSprite("znbe.map", "top", 0, 6, false) },
{ "7", GetSprite("znbe.map", "top", 0, 7, false) },
{ "8", GetSprite("znbe.map", "top", 0, 8, false) },
{ "9", GetSprite("znbe.map", "top", 0, 9, false) },
{ "0", GetSprite("znbe.map", "top", 0, 0, false) }
};
Initialised = true;
}
private void AccountsManager_Load(object sender, EventArgs e)
{
Vdf v = new Vdf(mainForm.SteamPath + "\\config\\loginusers.vdf");
Dictionary <string, SteamUserInfo> data = v.get();
int index = 0;
foreach (SteamUserInfo user in data.Values)
{
listBox_account.Items.Insert(index, user.user);
listBox_steamname.Items.Insert(index, user.name);
index++;
}
}
private void ConfigManager_Load(object sender, EventArgs e)
{
Vdf v = new Vdf(mainForm.SteamPath + "\\config\\loginusers.vdf");
Dictionary <string, SteamUserInfo> data = v.get();
int index = 0;
foreach (SteamUserInfo user in data.Values)
{
string str = user.user + " > " + user.name;
cache_data.Add(index, user.id64);
comboBox_dst.Items.Insert(index, str);
comboBox_src.Items.Insert(index, str);
index++;
}
}
public void Configure(Vdf vdf, Vcf vcf)
{
Vdf = vdf;
Vcf = vcf;
_vehicleHealthGroups = Vdf.PartsThirdPerson.Count;
int systemCount = (int)SystemType.TotalSystems;
_vehicleHitPoints = new int[systemCount];
_vehicleStartHitPoints = new int[systemCount];
_vehicleStartHitPoints[(int)SystemType.Vehicle] = VehicleStartHealth;
_vehicleStartHitPoints[(int)SystemType.Suspension] = CoreStartHealth;
_vehicleStartHitPoints[(int)SystemType.Brakes] = CoreStartHealth;
_vehicleStartHitPoints[(int)SystemType.Engine] = CoreStartHealth;
_vehicleStartHitPoints[(int)SystemType.FrontArmor] = (int)vcf.ArmorFront;
_vehicleStartHitPoints[(int)SystemType.RightArmor] = (int)vcf.ArmorRight;
_vehicleStartHitPoints[(int)SystemType.BackArmor] = (int)vcf.ArmorRear;
_vehicleStartHitPoints[(int)SystemType.LeftArmor] = (int)vcf.ArmorLeft;
_vehicleStartHitPoints[(int)SystemType.FrontChassis] = (int)vcf.ChassisFront;
_vehicleStartHitPoints[(int)SystemType.RightChassis] = (int)vcf.ChassisRight;
_vehicleStartHitPoints[(int)SystemType.BackChassis] = (int)vcf.ChassisRear;
_vehicleStartHitPoints[(int)SystemType.LeftChassis] = (int)vcf.ChassisLeft;
_vehicleStartHitPoints[(int)SystemType.TireFL] = TireStartHealth;
_vehicleStartHitPoints[(int)SystemType.TireFR] = TireStartHealth;
_vehicleStartHitPoints[(int)SystemType.TireBL] = TireStartHealth;
_vehicleStartHitPoints[(int)SystemType.TireBR] = TireStartHealth;
for (int i = 0; i < systemCount; ++i)
{
_vehicleHitPoints[i] = _vehicleStartHitPoints[i];
}
}
private RaySusp[] CreateWheelPair(Dictionary <string, GameObject> partDict, string placement, int wheelIndex, GameObject car, Vdf vdf, Vtf vtf, Wdf wheelDef)
{
string wheel1Name = placement + "Right";
RaySusp wheel = Object.Instantiate(placement == "Front" ? _steerWheelPrefab : _driveWheelPrefab, car.transform);
wheel.gameObject.name = wheel1Name;
wheel.WheelRadius = wheelDef.Radius; // This is not correct - find out where the radius is really stored
wheel.SpringLength = wheelDef.Radius;
ImportCarParts(partDict, wheel.transform.Find("Mesh").gameObject, vtf, wheelDef.Parts, _noColliderPrefab, false);
wheel.transform.localPosition = vdf.WheelLoc[wheelIndex].Position;
RaySusp wheel2 = Object.Instantiate(wheel, car.transform);
wheel2.name = placement + "Left";
wheel2.transform.localPosition = vdf.WheelLoc[wheelIndex + 1].Position;
wheel2.transform.Find("Mesh").localScale = new Vector3(-1, 1, 1);
return(new[] { wheel, wheel2 });
}
public GameObject ImportVcf(string filename, bool importFirstPerson, out Vdf vdf)
{
Vcf vcf = VcfParser.ParseVcf(filename);
vdf = VdfParser.ParseVdf(vcf.VdfFilename);
Vtf vtf = VtfParser.ParseVtf(vcf.VtfFilename);
Car carObject = Object.Instantiate(_carPrefab);
carObject.Configure(vdf, vcf);
carObject.gameObject.name = vdf.Name + " (" + vcf.VariantName + ")";
foreach (VLoc vLoc in vdf.VLocs)
{
GameObject vlocGo = new GameObject("VLOC");
vlocGo.transform.parent = carObject.transform;
vlocGo.transform.localRotation = Quaternion.LookRotation(vLoc.Forward, vLoc.Up);
vlocGo.transform.localPosition = vLoc.Position;
}
GameObject chassis = new GameObject("Chassis");
chassis.transform.parent = carObject.transform;
GameObject thirdPerson = new GameObject("ThirdPerson");
thirdPerson.transform.parent = chassis.transform;
Transform[] weaponMountTransforms = new Transform[vdf.HLocs.Count];
for (int i = 0; i < vdf.HLocs.Count; ++i)
{
HLoc hloc = vdf.HLocs[i];
Transform mountPoint = new GameObject(hloc.Label).transform;
mountPoint.parent = thirdPerson.transform;
mountPoint.localRotation = Quaternion.LookRotation(hloc.Forward, hloc.Up);
mountPoint.localPosition = hloc.Position;
weaponMountTransforms[i] = mountPoint;
}
Dictionary <string, GameObject> partDict = new Dictionary <string, GameObject>();
for (int i = 0; i < vdf.PartsThirdPerson.Count; ++i)
{
GameObject healthObject = new GameObject("Health " + i);
healthObject.transform.SetParent(thirdPerson.transform);
ImportCarParts(partDict, healthObject, vtf, vdf.PartsThirdPerson[i], _noColliderPrefab, false, false, i);
if (i != 0)
{
healthObject.SetActive(false);
}
}
MeshFilter[] meshFilters = thirdPerson.GetComponentsInChildren <MeshFilter>();
Bounds bounds = new Bounds();
bounds.SetMinMax(Vector3.one * float.MaxValue, Vector3.one * float.MinValue);
foreach (MeshFilter meshFilter in meshFilters)
{
Vector3 min = Vector3.Min(bounds.min, meshFilter.transform.position + meshFilter.sharedMesh.bounds.min) - thirdPerson.transform.position;
Vector3 max = Vector3.Max(bounds.max, meshFilter.transform.position + meshFilter.sharedMesh.bounds.max) - thirdPerson.transform.position;
bounds.SetMinMax(min, max);
}
GameObject chassisCollider = new GameObject("ChassisColliders");
chassisCollider.transform.parent = carObject.transform;
ImportCarParts(partDict, chassisCollider, vtf, vdf.PartsThirdPerson[0], _carBodyPrefab, true);
for (int i = 0; i < vcf.Weapons.Count; ++i)
{
VcfWeapon weapon = vcf.Weapons[i];
int mountPoint = weapon.MountPoint;
HLoc hloc = vdf.HLocs[mountPoint];
weapon.RearFacing = hloc.FacingDirection == 2;
SdfPart[] partsArray;
switch (hloc.MeshType)
{
case HardpointMeshType.Top:
partsArray = weapon.Gdf.TopParts;
break;
case HardpointMeshType.Side:
partsArray = weapon.Gdf.SideParts;
break;
case HardpointMeshType.Inside:
partsArray = weapon.Gdf.InsideParts;
break;
case HardpointMeshType.Turret:
partsArray = weapon.Gdf.TurretParts;
break;
default:
partsArray = null;
break;
}
if (partsArray != null)
{
Transform weaponTransform = new GameObject(weapon.Gdf.Name).transform;
weaponTransform.SetParent(weaponMountTransforms[i]);
weaponTransform.localPosition = Vector3.zero;
weaponTransform.localRotation = Quaternion.identity;
ImportCarParts(partDict, weaponTransform.gameObject, vtf, partsArray, _noColliderPrefab, false);
weapon.Transform = weaponTransform;
// Disable depth test for 'inside' weapons, otherwise they are obscured.
if (hloc.MeshType == HardpointMeshType.Inside)
{
MeshRenderer weaponRenderer = weaponTransform.GetComponentInChildren <MeshRenderer>();
if (weaponRenderer != null)
{
weaponRenderer.sharedMaterial.shader = Shader.Find("Custom/CutOutWithoutZ");
}
}
}
else
{
weapon.Transform = chassis.transform;
}
}
// Note: The following is probably how I76 does collision detection. Two large boxes that encapsulate the entire vehicle.
// Right now this won't work with Open76's raycast suspension, so I'm leaving this off for now. Investigate in the future.
//var innerBox = chassisCollider.AddComponent<BoxCollider>();
//innerBox.center = vdf.BoundsInner.center;
//innerBox.size = vdf.BoundsInner.size;
//var outerBox = chassisCollider.AddComponent<BoxCollider>();
//outerBox.center = vdf.BoundsOuter.center;
//outerBox.size = vdf.BoundsOuter.size;
RaySusp[] frontWheels = null;
if (vcf.FrontWheelDef != null)
{
frontWheels = CreateWheelPair(partDict, "Front", 0, carObject.gameObject, vdf, vtf, vcf.FrontWheelDef);
carObject.Movement.FrontWheels = frontWheels;
}
if (vcf.MidWheelDef != null)
{
CreateWheelPair(partDict, "Mid", 2, carObject.gameObject, vdf, vtf, vcf.MidWheelDef);
}
RaySusp[] rearWheels = null;
if (vcf.BackWheelDef != null)
{
rearWheels = CreateWheelPair(partDict, "Back", 4, carObject.gameObject, vdf, vtf, vcf.BackWheelDef);
carObject.Movement.RearWheels = rearWheels;
}
if (importFirstPerson)
{
GameObject firstPerson = new GameObject("FirstPerson");
firstPerson.transform.parent = chassis.transform;
ImportCarParts(partDict, firstPerson, vtf, vdf.PartsFirstPerson, _noColliderPrefab, false, true, 0, LayerMask.NameToLayer("FirstPerson"));
carObject.InitPanels();
firstPerson.SetActive(false);
}
carObject.Movement.Initialise(chassis.transform, frontWheels, rearWheels);
return(carObject.gameObject);
}
private ArcadeWheel[] CreateWheelPair(string placement, int wheelIndex, GameObject car, Vdf vdf, Vtf vtf, SdfPart[] parts)
{
var wheel1Name = placement + "Right";
var wheel = Instantiate(placement == "Front" ? SteerWheelPrefab : DriveWheelPrefab, car.transform);
wheel.gameObject.name = wheel1Name;
ImportCarParts(wheel.transform.Find("Mesh").gameObject, vtf, parts, true);
wheel.transform.localPosition = vdf.WheelLoc[wheelIndex].Position;
var wheel2 = Instantiate(wheel, car.transform);
wheel2.name = placement + "Left";
wheel2.transform.localPosition = vdf.WheelLoc[wheelIndex + 1].Position;
wheel2.transform.Find("Mesh").localScale = new Vector3(-1, 1, 1);
return(new[] { wheel, wheel2 });
}