/// <summary>
/// will return all encounters. will also recursively search base classes, if existent
/// </summary>
public bool GetProperty(string propName, out string[] propValues)
{
CheckValidity();
if (APIWrapper.Instance_GetPropertiesFromName(NativeInstance, propName, out IntPtr res, out uint count))
{
propValues = MemUtils.IntPtrToStringList(res, (int)count).ToArray();
return(true);
}
/// <summary>
/// will return all encounters. will also recursively search base classes, if existent
/// </summary>
public bool GetProperty(uint hashedPropName, out string[] propValues)
{
CheckValidity();
if (APIWrapper.EntityClass_GetPropertiesFromHash(NativeInstance, hashedPropName, out IntPtr res, out uint count))
{
propValues = MemUtils.IntPtrToStringList(res, (int)count).ToArray();
return(true);
}
propValues = null;
return(false);
}
internal override void SetPtr(IntPtr terPtr)
{
base.SetPtr(terPtr);
if (APIWrapper.Terrain_FetchSimpleFields(terPtr, out int numTexes, out IntPtr texNamesPtr,
out float heightUpperBound, out float heightLowerBound,
out uint numVertices, out vertexBufferPtr,
out uint numNormals, out normalsBufferPtr,
out uint numUVs, out uvsBufferPtr))
{
HeightUpperBound = heightUpperBound;
HeightLowerBound = heightLowerBound;
NumVertices = numVertices;
NumNormals = numNormals;
NumUVs = numUVs;
LayerTextures = new ReadOnlyCollection <string>(MemUtils.IntPtrToStringList(texNamesPtr, numTexes));
}
}
public bool GetOverriddenProperties(out uint[] properties, out string[] values)
{
CheckValidity();
bool status = APIWrapper.EntityClass_GetOverriddenProperties(NativeInstance, out IntPtr props, out IntPtr vals, out int count);
if (status)
{
properties = MemUtils.IntPtrToArray <uint>(props, count);
values = MemUtils.IntPtrToStringList(vals, count).ToArray();
}
else
{
properties = new uint[0];
values = new string[0];
}
return(status);
}
internal override void SetPtr(IntPtr ptr)
{
base.SetPtr(ptr);
if (APIWrapper.Material_FetchAllFields(ptr, out IntPtr specular,
out IntPtr diffuse, out IntPtr texNames,
out int numTexes, out IntPtr attachedLightName,
out uint matFlags, out uint specularExponent))
{
MaterialFlags = (MaterialFlags)matFlags;
SpecularColor = new Vector3(specular);
DiffuseColor = new Vector3(diffuse);
SpecularExponent = specularExponent;
Textures = new ReadOnlyCollection <string>(MemUtils.IntPtrToStringList(texNames, numTexes));
AttachedLight = Marshal.PtrToStringAnsi(attachedLightName);
}
}
