/// <summary>
/// The Add.
/// </summary>
/// <param name="x">The x<see cref="int"/>.</param>
public override void Add(int x)
{
if ((min == x) || (max == x))
{
return;
}
if (x < min)
{
int tmp = x;
x = min;
min = tmp;
}
if (size != MINIMUM_UNIVERSE_SIZE_U4)
{
int x_highest = highest(x);
//--- sigmaScopes common for all sigmaNode scopes ---->
BaseSpectrum sigmaScopesItem;
int sigmaScopesKey =
levels[level].Scopes[nodeId].IndexOffset
+ levels[level].Scopes[nodeId].NodeSize
* registryId
+ x_highest;
//<-----sigmaNode key --- global
if (!sigmaScopes.TryGet(sigmaScopesKey, out sigmaScopesItem))
{
if (parentSqrt == MINIMUM_UNIVERSE_SIZE_U4)
{
if (sigmaNode == null)
{
sigmaNode = new TetraValue(-1);
sigmaNode.FirstAdd(x_highest);
}
else
{
sigmaNode.Add(x_highest);
}
//--- sigmaScopes common for all sigmaNode scopes ---->
sigmaScopesItem = new TetraValue(-1);
sigmaScopes.Add(sigmaScopesKey, sigmaScopesItem);
sigmaScopesItem.FirstAdd(lowest(x));
//<-----sigmaNode key --- global
}
else //create new branch
{
if (sigmaNode == null)
{
sigmaNode = new ScopeValue(parentSqrt, scopes, sigmaScopes, levels, (byte)(level + 1), (byte)(2 * nodeId), registryId);
sigmaNode.FirstAdd(x_highest);
}
else
{
sigmaNode.Add(x_highest);
}
//--- sigmaScopes common for all sigmaNode scopes ---->
sigmaScopesItem = new ScopeValue(parentSqrt, scopes, sigmaScopes, levels, (byte)(level + 1), (byte)(2 * nodeId + 1),
registryId * levels[level].Scopes[nodeId].NodeSize + x_highest);
sigmaScopes.Add(sigmaScopesKey, sigmaScopesItem);
sigmaScopesItem.FirstAdd(lowest(x));
//<-----sigmaNode key --- global
}
}
else
{
//--- sigmaScopes common for all sigmaNode scopes ---->
sigmaScopesItem.Add(lowest(x));
//<-----sigmaNode key --- global
}
}
if (max < x)
{
max = x;
}
}
/// <summary>
/// The Add.
/// </summary>
/// <param name="offsetBase">The offsetBase<see cref="int"/>.</param>
/// <param name="offsetFactor">The offsetFactor<see cref="int"/>.</param>
/// <param name="indexOffset">The indexOffset<see cref="int"/>.</param>
/// <param name="x">The x<see cref="int"/>.</param>
public override void Add(int offsetBase, int offsetFactor, int indexOffset, int x)
{
if ((min == x) || (max == x))
{
return;
}
if (min == NULL_KEY)
{
FirstAdd(offsetBase + offsetFactor * parentSqrt, offsetFactor * parentSqrt, indexOffset * parentSqrt + highest(x), x);
return;
}
if (x < min)
{
int tmp = x;
x = min;
min = tmp;
}
if (size != MINIMUM_UNIVERSE_SIZE_U4)
{
BaseSpectrum scopesItem;
int x_highest = highest(x);
int scopesKey = offsetBase + indexOffset * parentSqrt + x_highest;
if (!scopes.TryGet(scopesKey, out scopesItem))
{
if (parentSqrt == MINIMUM_UNIVERSE_SIZE_U4)
{
if (sigmaNode == null) //sigmaNode of the current level (u>4, e.g., u=16)
{
sigmaNode = new TetraValue(-1);
sigmaNode.FirstAdd(x_highest);
}
else
{
sigmaNode.Add(x_highest); //tutaj zrobic else
}
scopesItem = new TetraValue(-1);
scopes.Add(scopesKey, scopesItem);
scopesItem.FirstAdd(lowest(x));
}
else //create new node (add next level)
{
if (sigmaNode == null)
{
sigmaNode = new ScopeValue(parentSqrt, scopes, sigmaScopes, levels, (byte)(level + 1), (byte)(2 * nodeId), registryId);
sigmaNode.FirstAdd(x_highest);
}
else
{
sigmaNode.Add(x_highest); //tutaj zrobic else
}
scopesItem = new ScopeValue(parentSqrt, scopes, sigmaScopes, levels, (byte)(level + 1), (byte)(2 * nodeId + 1),
registryId * levels[level].Scopes[nodeId].NodeSize + x_highest);
scopes.Add(scopesKey, scopesItem);
scopesItem.FirstAdd(offsetBase + offsetFactor * parentSqrt, offsetFactor * parentSqrt, indexOffset * parentSqrt + x_highest, lowest(x));
}
}
else
{
scopesItem.Add(offsetBase + offsetFactor * parentSqrt, offsetFactor * parentSqrt, indexOffset * parentSqrt + x_highest, lowest(x));
}
}
if (max < x)
{
max = x;
}
}