// Token: 0x06000F6D RID: 3949 RVA: 0x00068338 File Offset: 0x00066738
public void read(IFormattedFileReader reader)
{
reader = reader.readObject(this.key);
if (reader == null)
{
return;
}
if (reader.containsKey("Text") && reader.containsKey("Version"))
{
this.addLeaf();
reader.readKey("Text");
this.leaf.text = reader.readValue <string>();
reader.readKey("Version");
this.leaf.version = reader.readValue <int>();
}
else
{
this.addBranches();
foreach (string key in reader.getKeys())
{
TranslationBranch translationBranch = this.addBranch(key);
reader.readKey(key);
translationBranch.read(reader);
}
}
}
// Token: 0x06000C4D RID: 3149 RVA: 0x0005CCD4 File Offset: 0x0005B0D4
protected override void readAsset(IFormattedFileReader reader)
{
base.readAsset(reader);
this.mesh = reader.readValue <ContentReference <Mesh> >("Mesh");
this.material = reader.readValue <ContentReference <Material> >("Material");
if (reader.containsKey("Cast_Shadows"))
{
this.castShadows = reader.readValue <bool>("Cast_Shadows");
}
else
{
this.castShadows = false;
}
if (reader.containsKey("Tile_Dither"))
{
this.tileDither = reader.readValue <bool>("Tile_Dither");
}
else
{
this.tileDither = true;
}
if (reader.containsKey("Draw_Distance"))
{
this.drawDistance = reader.readValue <int>("Draw_Distance");
}
else
{
this.drawDistance = -1;
}
}
protected override void readHierarchyItem(IFormattedFileReader reader)
{
base.readHierarchyItem(reader);
if (reader.containsKey("Emission"))
{
this._emissionMultiplier = reader.readValue <float>("Emission");
}
if (reader.containsKey("Audio_Range"))
{
this._audioRangeMultiplier = reader.readValue <float>("Audio_Range");
}
this.id = reader.readValue <ushort>("ID");
}
// Token: 0x06000CEB RID: 3307 RVA: 0x0005F330 File Offset: 0x0005D730
protected override void readHierarchyItem(IFormattedFileReader reader)
{
base.readHierarchyItem(reader);
this.mode = reader.readValue <FoliageVolume.EFoliageVolumeMode>("Mode");
if (reader.containsKey("Instanced_Meshes"))
{
this.instancedMeshes = reader.readValue <bool>("Instanced_Meshes");
}
if (reader.containsKey("Resources"))
{
this.resources = reader.readValue <bool>("Resources");
}
if (reader.containsKey("Objects"))
{
this.objects = reader.readValue <bool>("Objects");
}
}
// Token: 0x060008EB RID: 2283 RVA: 0x0004E040 File Offset: 0x0004C440
protected override void readHierarchyItem(IFormattedFileReader reader)
{
base.readHierarchyItem(reader);
this.id = reader.readValue <ushort>("Ambiance_ID");
this.noWater = reader.readValue <bool>("No_Water");
this.noLighting = reader.readValue <bool>("No_Lighting");
if (reader.containsKey("Can_Rain"))
{
this.canRain = reader.readValue <bool>("Can_Rain");
}
if (reader.containsKey("Can_Snow"))
{
this.canSnow = reader.readValue <bool>("Can_Snow");
}
this.overrideFog = reader.readValue <bool>("Override_Fog");
this.fogColor = reader.readValue <Color>("Fog_Color");
this.fogHeight = reader.readValue <float>("Fog_Height");
}
protected override void readAsset(IFormattedFileReader reader)
{
base.readAsset(reader);
this.resource = reader.readValue <AssetReference <ResourceAsset> >("Resource");
if (reader.containsKey("Obstruction_Radius"))
{
this.obstructionRadius = reader.readValue <float>("Obstruction_Radius");
}
}
public virtual void read(IFormattedFileReader reader)
{
if (reader.containsKey("Available_Instance_ID"))
{
LevelHierarchy.availableInstanceID = reader.readValue <uint>("Available_Instance_ID");
}
else
{
LevelHierarchy.availableInstanceID = 1u;
}
int num = reader.readArrayLength("Items");
for (int i = 0; i < num; i++)
{
IFormattedFileReader formattedFileReader = reader.readObject(i);
Type type = formattedFileReader.readValue <Type>("Type");
if (type == null)
{
Debug.LogError(string.Concat(new object[]
{
"Level hierarchy item index ",
i,
" missing type: ",
formattedFileReader.readValue("Type")
}));
}
else
{
IDevkitHierarchyItem devkitHierarchyItem;
if (typeof(MonoBehaviour).IsAssignableFrom(type))
{
devkitHierarchyItem = (new GameObject
{
name = type.Name
}.AddComponent(type) as IDevkitHierarchyItem);
}
else
{
devkitHierarchyItem = (Activator.CreateInstance(type) as IDevkitHierarchyItem);
}
if (devkitHierarchyItem != null)
{
if (formattedFileReader.containsKey("Instance_ID"))
{
devkitHierarchyItem.instanceID = formattedFileReader.readValue <uint>("Instance_ID");
}
if (devkitHierarchyItem.instanceID == 0u)
{
devkitHierarchyItem.instanceID = LevelHierarchy.generateUniqueInstanceID();
}
formattedFileReader.readKey("Item");
devkitHierarchyItem.read(formattedFileReader);
}
}
}
}
protected override void readHierarchyItem(IFormattedFileReader reader)
{
base.readHierarchyItem(reader);
if (reader.containsKey("Block_Player"))
{
this.blockPlayer = reader.readValue <bool>("Block_Player");
}
else
{
this.blockPlayer = true;
}
}
// Token: 0x06000934 RID: 2356 RVA: 0x0004E768 File Offset: 0x0004CB68
protected override void readHierarchyItem(IFormattedFileReader reader)
{
base.readHierarchyItem(reader);
this.GUID = reader.readValue <Guid>("GUID");
this.placementOrigin = reader.readValue <ELevelObjectPlacementOrigin>("Origin");
this.customMaterialOverride = reader.readValue <AssetReference <MaterialPaletteAsset> >("Custom_Material_Override");
if (reader.containsKey("Material_Index_Override"))
{
this.materialIndexOverride = reader.readValue <int>("Material_Index_Override");
}
else
{
this.materialIndexOverride = -1;
}
}
// Token: 0x060015EA RID: 5610 RVA: 0x000835A8 File Offset: 0x000819A8
public virtual void read(IFormattedFileReader reader)
{
reader = reader.readObject();
if (reader.containsKey("Windows"))
{
reader.readKey("Windows");
int num = reader.readArrayLength();
for (int i = 0; i < num; i++)
{
reader.readArrayIndex(i);
IFormattedFileReader formattedFileReader = reader.readObject();
if (formattedFileReader != null)
{
Type type = formattedFileReader.readValue <Type>("Type");
if (type != null)
{
Sleek2Window sleek2Window = Activator.CreateInstance(type) as Sleek2Window;
if (sleek2Window != null)
{
this.addWindow(sleek2Window);
formattedFileReader.readKey("Window");
sleek2Window.read(formattedFileReader);
}
}
}
}
}
else
{
reader.readKey("Direction");
Separator.EDirection edirection = reader.readValue <Separator.EDirection>();
reader.readKey("Split");
float value = reader.readValue <float>();
Sleek2WindowPartition sleek2WindowPartition;
Sleek2WindowPartition sleek2WindowPartition2;
this.split((edirection != Separator.EDirection.HORIZONTAL) ? ESleek2PartitionDirection.UP : ESleek2PartitionDirection.RIGHT, out sleek2WindowPartition, out sleek2WindowPartition2);
this.separator.handle.value = value;
reader.readKey("First");
sleek2WindowPartition.read(reader);
reader.readKey("Second");
sleek2WindowPartition2.read(reader);
}
}
// Token: 0x06000C1B RID: 3099 RVA: 0x0005C154 File Offset: 0x0005A554
protected override void readAsset(IFormattedFileReader reader)
{
base.readAsset(reader);
this.density = reader.readValue <float>("Density");
this.minNormalPositionOffset = reader.readValue <float>("Min_Normal_Position_Offset");
this.maxNormalPositionOffset = reader.readValue <float>("Max_Normal_Position_Offset");
this.normalRotationOffset = reader.readValue <Vector3>("Normal_Rotation_Offset");
if (reader.containsKey("Normal_Rotation_Alignment"))
{
this.normalRotationAlignment = reader.readValue <float>("Normal_Rotation_Alignment");
}
else
{
this.normalRotationAlignment = 1f;
}
this.minSurfaceWeight = reader.readValue <float>("Min_Weight");
this.maxSurfaceWeight = reader.readValue <float>("Max_Weight");
this.minSurfaceAngle = reader.readValue <float>("Min_Angle");
this.maxSurfaceAngle = reader.readValue <float>("Max_Angle");
this.minRotation = reader.readValue <Vector3>("Min_Rotation");
this.maxRotation = reader.readValue <Vector3>("Max_Rotation");
this.minScale = reader.readValue <Vector3>("Min_Scale");
this.maxScale = reader.readValue <Vector3>("Max_Scale");
}
protected override void readAsset(IFormattedFileReader reader)
{
base.readAsset(reader);
this.ammoMin = reader.readValue <byte>("Ammo_Min");
this.ammoMax = reader.readValue <byte>("Ammo_Max");
this.sightID = reader.readValue <ushort>("Sight_ID");
this.tacticalID = reader.readValue <ushort>("Tactical_ID");
this.gripID = reader.readValue <ushort>("Grip_ID");
this.barrelID = reader.readValue <ushort>("Barrel_ID");
this.magazineID = reader.readValue <ushort>("Magazine_ID");
this.unplace = reader.readValue <float>("Unplace");
this.replace = reader.readValue <float>("Replace");
if ((double)this.replace < 0.01)
{
this.replace = 1f;
}
this.hasSight = reader.readValue <bool>("Hook_Sight");
this.hasTactical = reader.readValue <bool>("Hook_Tactical");
this.hasGrip = reader.readValue <bool>("Hook_Grip");
this.hasBarrel = reader.readValue <bool>("Hook_Barrel");
int num = reader.readArrayLength("Magazine_Calibers");
if (num > 0)
{
this.magazineCalibers = new ushort[num];
for (int i = 0; i < num; i++)
{
this.magazineCalibers[i] = reader.readValue <ushort>(i);
}
int num2 = reader.readArrayLength("Attachment_Calibers");
if (num2 > 0)
{
this.attachmentCalibers = new ushort[num2];
for (int j = 0; j < num2; j++)
{
this.attachmentCalibers[j] = reader.readValue <ushort>(j);
}
}
else
{
this.attachmentCalibers = this.magazineCalibers;
}
}
else
{
this.magazineCalibers = new ushort[1];
this.magazineCalibers[0] = reader.readValue <ushort>("Caliber");
this.attachmentCalibers = this.magazineCalibers;
}
this.firerate = reader.readValue <byte>("Firerate");
this.action = reader.readValue <EAction>("Action");
this.deleteEmptyMagazines = reader.readValue <bool>("Delete_Empty_Magazines");
this.bursts = reader.readValue <int>("Bursts");
this.hasSafety = reader.readValue <bool>("Safety");
this.hasSemi = reader.readValue <bool>("Semi");
this.hasAuto = reader.readValue <bool>("Auto");
this.hasBurst = (this.bursts > 0);
this.isTurret = reader.readValue <bool>("Turret");
if (this.hasAuto)
{
this.firemode = EFiremode.AUTO;
}
else if (this.hasSemi)
{
this.firemode = EFiremode.SEMI;
}
else if (this.hasBurst)
{
this.firemode = EFiremode.BURST;
}
else if (this.hasSafety)
{
this.firemode = EFiremode.SAFETY;
}
this.spreadAim = reader.readValue <float>("Spread_Aim");
this.spreadHip = reader.readValue <float>("Spread_Hip");
this.recoilAim = reader.readValue <float>("Recoil_Aim");
this.useRecoilAim = reader.readValue <bool>("Use_Recoil_Aim");
this.recoilMin_x = reader.readValue <float>("Recoil_Min_X");
this.recoilMin_y = reader.readValue <float>("Recoil_Min_Y");
this.recoilMax_x = reader.readValue <float>("Recoil_Max_X");
this.recoilMax_y = reader.readValue <float>("Recoil_Max_Y");
this.recover_x = reader.readValue <float>("Recover_X");
this.recover_y = reader.readValue <float>("Recover_Y");
this.shakeMin_x = reader.readValue <float>("Shake_Min_X");
this.shakeMin_y = reader.readValue <float>("Shake_Min_Y");
this.shakeMin_z = reader.readValue <float>("Shake_Min_Z");
this.shakeMax_x = reader.readValue <float>("Shake_Max_X");
this.shakeMax_y = reader.readValue <float>("Shake_Max_Y");
this.shakeMax_z = reader.readValue <float>("Shake_Max_Z");
this.ballisticSteps = reader.readValue <byte>("Ballistic_Steps");
this.ballisticTravel = (float)reader.readValue <byte>("Ballistic_Travel");
this.ballisticDrop = reader.readValue <float>("Ballistic_Drop");
this.ballisticForce = reader.readValue <float>("Ballistic_Force");
this.reloadTime = reader.readValue <float>("Reload_Time");
this.hammerTime = reader.readValue <float>("Hammer_Time");
this.muzzle = reader.readValue <ushort>("Muzzle");
this.explosion = reader.readValue <ushort>("Explosion");
this.shell = reader.readValue <ushort>("Shell");
if (reader.containsKey("Alert_Radius"))
{
this.alertRadius = reader.readValue <float>("Alert_Radius");
}
else
{
this.alertRadius = 48f;
}
}
