internal MyVertexInputLayout Append(MyVertexInputComponentType type, int slot = 0, MyVertexInputComponentFreq freq = MyVertexInputComponentFreq.PER_VERTEX)
{
MyVertexInputComponent component = new MyVertexInputComponent();
component.Type = type;
component.Slot = slot;
component.Freq = freq;
int nextHash = MyHashHelper.Combine(m_hash, component.GetHashCode());
MyVertexInputLayout next;
if (m_cached.TryGetValue(nextHash, out next))
{
return(next);
}
next = new MyVertexInputLayout();
next.m_hash = nextHash;
next.m_id = m_cached.Count;
next.m_components = m_components.Concat(component.Yield()).ToArray();
next.Build();
m_cached[nextHash] = next;
return(next);
}
internal MyVertexInputLayout Append(MyVertexInputComponentType type, int slot = 0, MyVertexInputComponentFreq freq = MyVertexInputComponentFreq.PER_VERTEX)
{
MyVertexInputComponent component = new MyVertexInputComponent();
component.Type = type;
component.Slot = slot;
component.Freq = freq;
int nextHash = MyHashHelper.Combine(m_hash, component.GetHashCode());
MyVertexInputLayout next;
if(m_cached.TryGetValue(nextHash, out next))
{
return next;
}
next = new MyVertexInputLayout();
next.m_hash = nextHash;
next.m_id = m_cached.Count;
next.m_components = m_components.Concat(component.Yield()).ToArray();
next.Build();
m_cached[nextHash] = next;
return next;
}
