internal MDLMesh(Vector3 extent, Vector2i segments, bool inwardNormals, MDLGeometryType geometryType, IMDLMeshBufferAllocator allocator, int?hemisphereSegments, bool?cap, bool?isCone)
{
if (hemisphereSegments.HasValue)
{
// initCapsule
InitializeHandle(InitCapsule(extent, segments, hemisphereSegments.Value, inwardNormals, geometryType, allocator), "initCapsuleWithExtent:cylinderSegments:hemisphereSegments:inwardNormals:geometryType:allocator:");
}
else if (cap.HasValue && isCone.HasValue)
{
// initHemisphere || initCone
if (isCone.Value)
{
InitializeHandle(InitCone(extent, segments, inwardNormals, cap.Value, geometryType, allocator), "initConeWithExtent:segments:inwardNormals:cap:geometryType:allocator:");
}
else
{
InitializeHandle(InitHemisphere(extent, segments, inwardNormals, cap.Value, geometryType, allocator), "initHemisphereWithExtent:segments:inwardNormals:cap:geometryType:allocator:");
}
}
else
{
// initSphere
InitializeHandle(InitSphere(extent, segments, inwardNormals, geometryType, allocator), "initSphereWithExtent:segments:inwardNormals:geometryType:allocator:");
}
}
public MDLNoiseTexture(float input, string name, Vector2i textureDimensions, MDLTextureChannelEncoding channelEncoding, MDLNoiseTextureType type)
{
// two different `init*` would share the same C# signature
switch (type)
{
case MDLNoiseTextureType.Vector:
Handle = InitVectorNoiseWithSmoothness(input, name, textureDimensions, channelEncoding);
break;
case MDLNoiseTextureType.Cellular:
Handle = InitCellularNoiseWithFrequency(input, name, textureDimensions, channelEncoding);
break;
default:
throw new ArgumentException("type");
}
}
public MDLNoiseTexture(float input, string name, Vector2i textureDimensions, MDLTextureChannelEncoding channelEncoding) : this(input, name, textureDimensions, channelEncoding, MDLNoiseTextureType.Vector)
{
}
public NodeType GetNodeAt <NodeType> (Vector2i position) where NodeType : GKGridGraphNode
{
return(Runtime.GetNSObject <NodeType> (_GetNodeAt(position)));
}
public virtual GKGridGraphNode GetNodeAt(Vector2i position)
{
return(GetNodeAt <GKGridGraphNode> (position));
}
internal MDLMesh(Vector3 extent, Vector2i segments, MDLGeometryType geometryType, IMDLMeshBufferAllocator allocator)
{
InitializeHandle(InitPlane(extent, segments, geometryType, allocator), "initPlaneWithExtent:segments:geometryType:allocator:");
}
internal MDLMesh(Vector3 extent, Vector2i segments, bool inwardNormals, bool topCap, bool bottomCap, MDLGeometryType geometryType, IMDLMeshBufferAllocator allocator)
{
InitializeHandle(InitCylinder(extent, segments, inwardNormals, topCap, bottomCap, geometryType, allocator), "initCylinderWithExtent:segments:inwardNormals:topCap:bottomCap:geometryType:allocator:");
}
public static MDLMesh CreatePlane(Vector3 extent, Vector2i segments, MDLGeometryType geometryType, IMDLMeshBufferAllocator allocator)
{
return(new MDLMesh(extent, segments, geometryType, allocator));
}
public static MDLMesh CreateCone(Vector3 dimensions, Vector2i segments, MDLGeometryType geometryType, bool inwardNormals, bool cap, IMDLMeshBufferAllocator allocator)
{
return(new MDLMesh(dimensions, segments, inwardNormals, geometryType, allocator, null, cap, true));
}
public static MDLMesh CreateCapsule(Vector3 dimensions, Vector2i segments, MDLGeometryType geometryType, bool inwardNormals, int hemisphereSegments, IMDLMeshBufferAllocator allocator)
{
return(new MDLMesh(dimensions, segments, inwardNormals, geometryType, allocator, hemisphereSegments, null, null));
}
public static MDLMesh CreateCylinder(Vector3 extent, Vector2i segments, bool inwardNormals, bool topCap, bool bottomCap, MDLGeometryType geometryType, IMDLMeshBufferAllocator allocator)
{
return(new MDLMesh(extent, segments, inwardNormals, topCap, bottomCap, geometryType, allocator));
}
