Difference between revisions of "Loop"

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("loop" and "thread" will change to just "List")
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[[Category:Glossary]][[Category:Nodal Concepts]]
 
[[Category:Glossary]][[Category:Nodal Concepts]]
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;"Loop" and "Thread" should just be "List"
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First loops were considered more fundamental to the nodal model being brought about by nodal reduction's necessity for a loop construct. But many these sequences do not necessarily keep cycling and so are not any more fundamental than a thread - they're both just linked lists formed by next/prev associations regardless of their closure. So the new term will just be ''List''.
 
*See also [[thread]]
 
*See also [[thread]]
 
In the [[nodal model]], a [[loop]] is a [[Wikipedia:Linked list#Circularly-linked list|circularly linked list]] formed from nodal [[association]]s. Since none of the [[node]]s in a loop is a starting or finishing point, a loop can be [[node references|referenced]] by ''any'' of its node-items. This means that a reference to a loop can also encapsulate the concept of an item of ''current focus'', a concept used heavily by [[nodal reduction]].
 
In the [[nodal model]], a [[loop]] is a [[Wikipedia:Linked list#Circularly-linked list|circularly linked list]] formed from nodal [[association]]s. Since none of the [[node]]s in a loop is a starting or finishing point, a loop can be [[node references|referenced]] by ''any'' of its node-items. This means that a reference to a loop can also encapsulate the concept of an item of ''current focus'', a concept used heavily by [[nodal reduction]].

Revision as of 03:23, 1 February 2007

"Loop" and "Thread" should just be "List"

First loops were considered more fundamental to the nodal model being brought about by nodal reduction's necessity for a loop construct. But many these sequences do not necessarily keep cycling and so are not any more fundamental than a thread - they're both just linked lists formed by next/prev associations regardless of their closure. So the new term will just be List.

In the nodal model, a loop is a circularly linked list formed from nodal associations. Since none of the nodes in a loop is a starting or finishing point, a loop can be referenced by any of its node-items. This means that a reference to a loop can also encapsulate the concept of an item of current focus, a concept used heavily by nodal reduction.

If a loop is not circularly-linked, then the last item must link to root and it is called a thread instead. Threads only rotate once and are then automatically unhooked because every quanta sent to root is a new quanta.

In nodal reduction, a node's value (obtained by calling nodeGet/SetValue with the key parameter set to zero) is called the current focus and it is a node in the loop. This node of current-focus is the one which will receive the next quantum of execution from its parent node, and is part of a loop of nodes which all reveive quanta as the loop is rotated by the nodal reduction process.

If a loop has static structure, then it can appear in many contexts simaltaneously, it's parent association will be dynamically maintained by the nodal reduction algorithm.