public override void imethod_0(Interface8 reader)
{
for (int index = 0; index < 5; ++index)
{
string str = reader.ReadString();
reader.imethod_5();
switch (str)
{
case "ambient factor":
this.double_0 = reader.imethod_8();
break;
case "diffuse factor":
this.double_1 = reader.imethod_8();
break;
case "specular factor":
this.double_3 = reader.imethod_8();
break;
case "exponent":
this.double_2 = reader.imethod_8();
break;
case "specular color":
this.point3D_0.X = reader.imethod_8();
this.point3D_0.Y = reader.imethod_8();
this.point3D_0.Z = reader.imethod_8();
break;
}
}
}
public override void imethod_0(Interface8 reader)
{
for (int index = 0; index < 3; ++index)
{
reader.ReadString();
switch (reader.imethod_5())
{
case -5:
this.vector3D_1.X = reader.imethod_8();
this.vector3D_1.Y = reader.imethod_8();
this.vector3D_1.Z = reader.imethod_8();
break;
case -4:
this.vector3D_0.X = reader.imethod_8();
this.vector3D_0.Y = reader.imethod_8();
this.vector3D_0.Z = reader.imethod_8();
break;
case -2:
this.double_0 = reader.imethod_8();
break;
}
}
}
public override void imethod_0(Interface8 reader)
{
for (int index = 0; index < 5; ++index)
{
string str = reader.ReadString();
reader.imethod_5();
switch (str)
{
case "ambient factor":
this.double_0 = reader.imethod_8();
break;
case "diffuse factor":
this.double_1 = reader.imethod_8();
break;
case "specular factor":
this.double_2 = reader.imethod_8();
break;
case "mirror factor":
this.double_3 = reader.imethod_8();
break;
case "roughness":
this.double_4 = reader.imethod_8();
break;
}
}
}
public override void imethod_0(Interface8 reader)
{
for (int index = 0; index < 3; ++index)
{
string str = reader.ReadString();
reader.imethod_5();
switch (str)
{
case "size":
this.double_0 = reader.imethod_8();
break;
case "odd color":
this.point3D_0.X = reader.imethod_8();
this.point3D_0.Y = reader.imethod_8();
this.point3D_0.Z = reader.imethod_8();
break;
case "even color":
this.point3D_1.X = reader.imethod_8();
this.point3D_1.Y = reader.imethod_8();
this.point3D_1.Z = reader.imethod_8();
break;
}
}
}
public override void imethod_0(Interface8 reader)
{
reader.ReadString();
reader.imethod_5();
this.point3D_0.X = reader.imethod_8();
this.point3D_0.Y = reader.imethod_8();
this.point3D_0.Z = reader.imethod_8();
}
internal override void vmethod_0(Interface8 reader)
{
base.vmethod_0(reader);
this.int_2 = reader.imethod_11(Class144.string_4);
this.int_3 = reader.imethod_11(Class144.string_5);
this.int_4 = reader.imethod_11(Class144.string_7);
if (reader.FileFormatVersion >= Class250.int_59)
{
this.int_5 = reader.imethod_11(Class144.string_6);
}
this.string_3 = reader.ReadString();
}
public static Class601 smethod_0(Interface8 reader)
{
string key = reader.ReadString();
Class601.Delegate15 delegate15;
if (!Class601.dictionary_0.TryGetValue(key, out delegate15))
{
throw new Exception0("Not supported blend support curve type : " + key);
}
Class601 class601 = delegate15();
class601.imethod_0(reader);
return(class601);
}
public static Class648 smethod_0(Interface8 reader)
{
string key = reader.ReadString();
Class648.Delegate17 delegate17;
if (!Class648.dictionary_0.TryGetValue(key, out delegate17))
{
throw new Exception0("Not supported Law data type : " + key);
}
Class648 class648 = delegate17();
class648.imethod_0(reader);
return(class648);
}
public static Class69 smethod_0(Interface8 reader)
{
string key = reader.ReadString();
Class69.Delegate1 delegate1;
if (!Class69.dictionary_0.TryGetValue(key, out delegate1))
{
throw new Exception0("Not supported shader type : " + key);
}
Class69 class69 = delegate1();
class69.imethod_0(reader);
return(class69);
}
public virtual void imethod_0(Interface8 reader)
{
this.string_0 = reader.ReadString();
if (this.string_0 == "null_law")
{
return;
}
int length = reader.imethod_5();
this.class648_0 = new Class648[length];
for (int index = 0; index < length; ++index)
{
this.class648_0[index] = Class648.smethod_0(reader);
}
}
public override void imethod_0(Interface8 reader)
{
for (int index = 0; index < 8; ++index)
{
string str = reader.ReadString();
reader.imethod_5();
switch (str)
{
case "intensity":
this.double_0 = reader.imethod_8();
break;
case "color":
this.point3D_0.X = reader.imethod_8();
this.point3D_0.Y = reader.imethod_8();
this.point3D_0.Z = reader.imethod_8();
break;
case "location":
this.point3D_1.X = reader.imethod_8();
this.point3D_1.Y = reader.imethod_8();
this.point3D_1.Z = reader.imethod_8();
break;
case "to":
this.point3D_2.X = reader.imethod_8();
this.point3D_2.Y = reader.imethod_8();
this.point3D_2.Z = reader.imethod_8();
break;
case "shadows":
this.int_0 = reader.imethod_5();
break;
case "shadow resolution":
this.int_1 = reader.imethod_5();
break;
case "shadow quality":
this.int_2 = reader.imethod_5();
break;
case "shadow softness":
this.double_1 = reader.imethod_8();
break;
}
}
}
public override void imethod_0(Interface8 reader)
{
for (int index = 0; index < 6; ++index)
{
string str = reader.ReadString();
reader.imethod_5();
switch (str)
{
case "scale":
this.double_0 = reader.imethod_8();
break;
case "light wood color":
this.point3D_0.X = reader.imethod_8();
this.point3D_0.Y = reader.imethod_8();
this.point3D_0.Z = reader.imethod_8();
break;
case "dark wood color":
this.point3D_1.X = reader.imethod_8();
this.point3D_1.Y = reader.imethod_8();
this.point3D_1.Z = reader.imethod_8();
break;
case "point on axis":
this.point3D_2.X = reader.imethod_8();
this.point3D_2.Y = reader.imethod_8();
this.point3D_2.Z = reader.imethod_8();
break;
case "axis direction":
this.point3D_3.X = reader.imethod_8();
this.point3D_3.Y = reader.imethod_8();
this.point3D_3.Z = reader.imethod_8();
break;
case "noise":
this.double_1 = reader.imethod_8();
break;
}
}
}
public override void imethod_0(Interface8 reader)
{
for (int index = 0; index < 7; ++index)
{
string str = reader.ReadString();
reader.imethod_5();
switch (str)
{
case "scale":
this.double_0 = reader.imethod_8();
break;
case "detail":
this.int_0 = reader.imethod_5();
break;
case "ground color":
this.point3D_0.X = reader.imethod_8();
this.point3D_0.Y = reader.imethod_8();
this.point3D_0.Z = reader.imethod_8();
break;
case "vein color":
this.point3D_1.X = reader.imethod_8();
this.point3D_1.Y = reader.imethod_8();
this.point3D_1.Z = reader.imethod_8();
break;
case "vein contrast":
this.double_1 = reader.imethod_8();
break;
case "grain":
this.double_2 = reader.imethod_8();
break;
case "grain scale":
this.double_3 = reader.imethod_8();
break;
}
}
}
internal override void vmethod_0(Interface8 reader)
{
base.vmethod_0(reader);
reader.imethod_0(reader.imethod_7(), (Delegate10)(entity => this.class102_0 = (Class102)entity));
this.double_0 = reader.FileFormatVersion < Class250.int_1 || reader.FileFormatVersion >= Class250.int_47 ? reader.imethod_8() : 0.0;
reader.imethod_0(reader.imethod_7(), (Delegate10)(entity => this.class102_1 = (Class102)entity));
this.double_1 = reader.FileFormatVersion < Class250.int_1 || reader.FileFormatVersion >= Class250.int_47 ? reader.imethod_8() : 1.0;
int index1 = reader.imethod_7();
if (index1 < 0)
{
this.class107_0 = (Class107)null;
}
else
{
this.class107_0 = (Class107)reader[index1];
if (this.class107_0 == null)
{
reader.imethod_0(index1, (Delegate10)(entity => this.class107_0 = (Class107)entity));
}
}
int index2 = reader.imethod_7();
if (index2 < 0)
{
this.class81_0 = (Class81)null;
}
else
{
this.class81_0 = (Class81)reader[index2];
if (this.class81_0 == null)
{
reader.imethod_0(index2, (Delegate10)(entity => this.class81_0 = (Class81)entity));
}
}
this.class690_0 = new Class686.Class690(reader);
if (reader.FileFormatVersion < Class250.int_47)
{
return;
}
this.string_1 = reader.ReadString();
}
internal override void vmethod_0(Interface8 reader)
{
base.vmethod_0(reader);
this.string_1 = reader.ReadString();
}
internal override void vmethod_0(Interface8 reader)
{
base.vmethod_0(reader);
if (Class250.int_21 <= reader.FileFormatVersion)
{
string str;
while (true)
{
str = reader.ReadString().TrimEnd(' ');
switch (str)
{
case "end_fields":
goto label_21;
case "END_FIELDS":
goto label_1;
case "gridar":
case "GRIDAR":
this.double_3 = reader.imethod_8();
continue;
case "grad":
case "GRAD":
this.int_6 = reader.imethod_5();
continue;
case "grid":
case "GRID":
this.int_2 = reader.imethod_5();
continue;
case "tri":
case "TRI":
this.int_3 = reader.imethod_5();
continue;
case "surf":
case "SURF":
this.int_4 = reader.imethod_5();
continue;
case "stol":
case "STOL":
this.double_0 = reader.imethod_8();
continue;
case "adj":
case "ADJ":
this.int_5 = reader.imethod_5();
continue;
case "postcheck":
case "POSTCHECK":
this.int_7 = reader.imethod_5();
continue;
case "pixarea":
case "PIXAREA":
this.double_6 = reader.imethod_8();
continue;
case "ntol":
case "NTOL":
this.double_1 = reader.imethod_8();
continue;
case "hmax":
case "HMAX":
this.double_2 = reader.imethod_8();
continue;
case "mgrid":
case "MGRID":
this.int_8 = reader.imethod_5();
continue;
case "ugrid":
case "UGRID":
this.int_9 = reader.imethod_5();
continue;
case "vgrid":
case "VGRID":
this.int_10 = reader.imethod_5();
continue;
case "dsil":
case "DSIL":
this.double_4 = reader.imethod_8();
continue;
case "flatness":
case "FLATNESS":
this.double_5 = reader.imethod_8();
continue;
case "calc":
case "CALC":
this.int_11 = reader.imethod_5();
continue;
case "conv":
case "CONV":
this.int_12 = reader.imethod_5();
continue;
default:
goto label_22;
}
}
label_21:
return;
label_1:
return;
label_22:
throw new Exception0("SatRefinement invalid field : " + str);
}
this.int_13 = reader.imethod_5();
this.int_14 = reader.imethod_5();
this.double_5 = reader.imethod_8();
this.double_4 = reader.imethod_8();
this.double_0 = reader.imethod_8();
this.double_1 = reader.imethod_8();
this.double_6 = reader.imethod_8();
this.double_7 = reader.imethod_8();
this.int_15 = reader.imethod_5();
}