public override string ToString()
{
string s = "";
s += " " + GenericMarshal.ToString(M);
return(s.Substring(1));
}
public BoolVector(string s)
{
string[] strings = s.Split(' ');
ElementCount = GenericMarshal.StringTo <uint>(strings[0]);
ArraySize = GenericMarshal.StringTo <uint>(strings[1]);
Array = GenericMarshal.StringTo <bool[]>(strings[2]);
}
public Point3I(string s)
{
string[] strings = s.Split(' ');
X = GenericMarshal.StringTo <int>(strings[0]);
Y = GenericMarshal.StringTo <int>(strings[1]);
Z = GenericMarshal.StringTo <int>(strings[2]);
}
public Polyhedron(string s)
{
string[] strings = s.Split(' ');
PointList = GenericMarshal.StringTo <Point3FVector>(strings[0]);
PlaneList = GenericMarshal.StringTo <PlaneFVector>(strings[1]);
EdgeList = GenericMarshal.StringTo <EdgeVector>(strings[2]);
}
public BoolVector(string s)
{
string[] strings = s.Split(' ');
ElementCount = GenericMarshal.StringTo <uint>(string.Join(' ', strings.Skip(0).Take(1)));
ArraySize = GenericMarshal.StringTo <uint>(string.Join(' ', strings.Skip(1).Take(1)));
Array = GenericMarshal.StringTo <bool[]>(string.Join(' ', strings.Skip(2).Take(1)));
}
public TransformF(string s)
{
string[] strings = s.Split(' ');
Position = GenericMarshal.StringTo <Point3F>(strings[0]);
Orientation = GenericMarshal.StringTo <AngAxisF>(strings[1]);
HasRotation = GenericMarshal.StringTo <bool>(strings[2]);
}
public EaseF(string s)
{
string[] strings = s.Split(' ');
Dir = GenericMarshal.StringTo <int>(strings[0]);
Type = GenericMarshal.StringTo <int>(strings[1]);
Param = GenericMarshal.StringTo <float[]>(strings[2]);
}
public Polyhedron(string s)
{
string[] strings = s.Split(' ');
PointList = GenericMarshal.StringTo <Point3FVector>(string.Join(' ', strings.Skip(0).Take(3)));
PlaneList = GenericMarshal.StringTo <PlaneFVector>(string.Join(' ', strings.Skip(3).Take(3)));
EdgeList = GenericMarshal.StringTo <EdgeVector>(string.Join(' ', strings.Skip(6).Take(3)));
}
public TransformF(string s)
{
string[] strings = s.Split(' ');
Position = GenericMarshal.StringTo <Point3F>(string.Join(' ', strings.Skip(0).Take(3)));
Orientation = GenericMarshal.StringTo <AngAxisF>(string.Join(' ', strings.Skip(3).Take(4)));
HasRotation = GenericMarshal.StringTo <bool>(string.Join(' ', strings.Skip(7).Take(1)));
}
public Point3I(string s)
{
string[] strings = s.Split(' ');
X = GenericMarshal.StringTo <int>(string.Join(' ', strings.Skip(0).Take(1)));
Y = GenericMarshal.StringTo <int>(string.Join(' ', strings.Skip(1).Take(1)));
Z = GenericMarshal.StringTo <int>(string.Join(' ', strings.Skip(2).Take(1)));
}
public EaseF(string s)
{
string[] strings = s.Split(' ');
Dir = GenericMarshal.StringTo <int>(string.Join(' ', strings.Skip(0).Take(1)));
Type = GenericMarshal.StringTo <int>(string.Join(' ', strings.Skip(1).Take(1)));
Param = GenericMarshal.StringTo <float[]>(string.Join(' ', strings.Skip(2).Take(1)));
}
public ParseState Parse(XmlElement element, ParseState parseState)
{
string name = element.Attributes["name"].InnerText;
string docs = element.Attributes["docs"].InnerText;
string superType = element.Attributes["superType"]?.InnerText;
bool isAbstract = GenericMarshal.StringToBool(element.Attributes["isAbstract"].InnerText);
bool isInstantiable = GenericMarshal.StringToBool(element.Attributes["isInstantiable"].InnerText);
bool isDisposable = GenericMarshal.StringToBool(element.Attributes["isDisposable"].InnerText);
bool isSingleton = GenericMarshal.StringToBool(element.Attributes["isSingleton"].InnerText);
EngineClass engineClass = new EngineClass(name)
{
Docs = docs,
SuperTypeName = superType,
Scope = parseState.Scope,
IsAbstract = isAbstract,
IsInstantiable = isInstantiable,
IsDisposable = isDisposable,
IsSingleton = isSingleton
};
ParseState functionParseState = new ParseState()
.EnterScope(name);
foreach (XmlElement childNode in element.ChildNodes)
{
if (childNode.Name.Equals("properties"))
{
List <EngineClass.Property> properties = ParseProperties(childNode, null);
foreach (EngineClass.Property property in properties)
{
engineClass.Add(property);
}
}
else if (childNode.Name.Equals("exports"))
{
foreach (XmlElement funElement in childNode.ChildNodes)
{
if (funElement.Name.Equals("RegisterObject"))
{
Debugger.Break();
}
new FunctionParser().Parse(funElement, functionParseState);
}
}
else
{
}
}
foreach (EngineFunction engineFunction in functionParseState.Functions)
{
engineClass.Add(engineFunction);
}
parseState.Classes.Add(engineClass);
return(parseState);
}
public RectSpacingI(string s)
{
string[] strings = s.Split(' ');
LeftPadding = GenericMarshal.StringTo <int>(strings[0]);
RightPadding = GenericMarshal.StringTo <int>(strings[1]);
TopPadding = GenericMarshal.StringTo <int>(strings[2]);
BottomPadding = GenericMarshal.StringTo <int>(strings[3]);
}
public LinearColorF(string s)
{
string[] strings = s.Split(' ');
Red = GenericMarshal.StringTo <float>(strings[0]);
Green = GenericMarshal.StringTo <float>(strings[1]);
Blue = GenericMarshal.StringTo <float>(strings[2]);
Alpha = GenericMarshal.StringTo <float>(strings[3]);
}
public Point4F(string s)
{
string[] strings = s.Split(' ');
X = GenericMarshal.StringTo <float>(strings[0]);
Y = GenericMarshal.StringTo <float>(strings[1]);
Z = GenericMarshal.StringTo <float>(strings[2]);
W = GenericMarshal.StringTo <float>(strings[3]);
}
public ColorI(string s)
{
string[] strings = s.Split(' ');
Red = GenericMarshal.StringTo <byte>(strings[0]);
Green = GenericMarshal.StringTo <byte>(strings[1]);
Blue = GenericMarshal.StringTo <byte>(strings[2]);
Alpha = GenericMarshal.StringTo <byte>(strings[3]);
}
public PlaneF(string s)
{
string[] strings = s.Split(' ');
X = GenericMarshal.StringTo <float>(string.Join(' ', strings.Skip(0).Take(1)));
Y = GenericMarshal.StringTo <float>(string.Join(' ', strings.Skip(1).Take(1)));
Z = GenericMarshal.StringTo <float>(string.Join(' ', strings.Skip(2).Take(1)));
D = GenericMarshal.StringTo <float>(string.Join(' ', strings.Skip(3).Take(1)));
}
public RectSpacingI(string s)
{
string[] strings = s.Split(' ');
LeftPadding = GenericMarshal.StringTo <int>(string.Join(' ', strings.Skip(0).Take(1)));
RightPadding = GenericMarshal.StringTo <int>(string.Join(' ', strings.Skip(1).Take(1)));
TopPadding = GenericMarshal.StringTo <int>(string.Join(' ', strings.Skip(2).Take(1)));
BottomPadding = GenericMarshal.StringTo <int>(string.Join(' ', strings.Skip(3).Take(1)));
}
public ColorI(string s)
{
string[] strings = s.Split(' ');
Red = GenericMarshal.StringTo <byte>(string.Join(' ', strings.Skip(0).Take(1)));
Green = GenericMarshal.StringTo <byte>(string.Join(' ', strings.Skip(1).Take(1)));
Blue = GenericMarshal.StringTo <byte>(string.Join(' ', strings.Skip(2).Take(1)));
Alpha = GenericMarshal.StringTo <byte>(string.Join(' ', strings.Skip(3).Take(1)));
}
public void Alloc()
{
internalStruct.face = GenericMarshal.ToPtr(Face);
internalStruct.vertex = GenericMarshal.ToPtr(Vertex);
internalStructPtr = StructMarshal.StructToIntPtr(internalStruct);
}
public override string ToString()
{
string s = "";
s += " " + GenericMarshal.ToString(ElementCount);
s += " " + GenericMarshal.ToString(ArraySize);
s += " " + GenericMarshal.ToString(Array);
return(s.Substring(1));
}
public override string ToString()
{
string s = "";
s += " " + GenericMarshal.ToString(Dir);
s += " " + GenericMarshal.ToString(Type);
s += " " + GenericMarshal.ToString(Param);
return(s.Substring(1));
}
public override string ToString()
{
string s = "";
s += " " + GenericMarshal.ToString(PointList);
s += " " + GenericMarshal.ToString(PlaneList);
s += " " + GenericMarshal.ToString(EdgeList);
return(s.Substring(1));
}
public override string ToString()
{
string s = "";
s += " " + GenericMarshal.ToString(Position);
s += " " + GenericMarshal.ToString(Orientation);
s += " " + GenericMarshal.ToString(HasRotation);
return(s.Substring(1));
}
public override string ToString()
{
string s = "";
s += " " + GenericMarshal.ToString(LeftPadding);
s += " " + GenericMarshal.ToString(RightPadding);
s += " " + GenericMarshal.ToString(TopPadding);
s += " " + GenericMarshal.ToString(BottomPadding);
return(s.Substring(1));
}
public UUID(string s)
{
string[] strings = s.Split(' ');
A = GenericMarshal.StringTo <uint>(string.Join(' ', strings.Skip(0).Take(1)));
B = GenericMarshal.StringTo <ushort>(string.Join(' ', strings.Skip(1).Take(1)));
C = GenericMarshal.StringTo <ushort>(string.Join(' ', strings.Skip(2).Take(1)));
D = GenericMarshal.StringTo <byte>(string.Join(' ', strings.Skip(3).Take(1)));
E = GenericMarshal.StringTo <byte>(string.Join(' ', strings.Skip(4).Take(1)));
F = GenericMarshal.StringTo <byte[]>(string.Join(' ', strings.Skip(5).Take(1)));
}
public void Alloc()
{
internalStruct.dir = Dir;
internalStruct.type = Type;
internalStruct.param = GenericMarshal.ToPtr(Param);
internalStructPtr = StructMarshal.StructToIntPtr(internalStruct);
}
public override string ToString()
{
string s = "";
s += " " + GenericMarshal.ToString(Red);
s += " " + GenericMarshal.ToString(Green);
s += " " + GenericMarshal.ToString(Blue);
s += " " + GenericMarshal.ToString(Alpha);
return(s.Substring(1));
}
public void Alloc()
{
internalStruct.elementCount = ElementCount;
internalStruct.arraySize = ArraySize;
internalStruct.array = GenericMarshal.ToPtr(Array);
internalStructPtr = StructMarshal.StructToIntPtr(internalStruct);
}
public void Free()
{
M = GenericMarshal.FromPtr <float>(internalStruct.m, 16, true);
if (internalStructPtr != IntPtr.Zero)
{
StructMarshal.FreeStructPtr <InternalStruct>(internalStructPtr);
}
internalStructPtr = IntPtr.Zero;
}
