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Inter-Networt Topology
Topology of connected nodes of different branches
Inputs
| Name | ID | Description | Type |
|---|---|---|---|
| Number | N | Node-Branch capacities as a list of integer numbers | Integer |
| Points | P | Topology nodes as a Data-Tree of points | Point |
| Node → [Node] | N→[N] | This is the topology of nodes from one network connected to nodes from other networks. Each Node's definition would rely on an 'InterNode' param in this case(inseated of integer-param as a node). Each Path address in the data tree describes the network index and the indicated Node index as the following description: {...; | HyperIndex |
| Rect | R | Rectangle frame to fit diagram within the viewport frame | Rectangle |
| Tags | S | Strings as items' tag | Text |
Outputs
| Name | ID | Description | Type |
|---|---|---|---|
| Rep | REP | Data Report | Text |
| Node → [Node] | N→[N] | This is the topology of nodes from one network connected to nodes from other networks. Each Node's definition would rely on an 'InterNode' param in this case(inseated of integer-param as a node). Each Path address in the data tree describes the network index and the indicated Node index as the following description: {...; | HyperIndex |
| Edge → [Node] | E→[N] | This topology format indicates which two nodes define one Edge through multiple networks. In this case, nodes are represented by one Inter-Node, which means both the network's index and the node's index within the network. Each path address in this data tree describes an edge (connection) between two inter-nodes in the same or different networks. | HyperIndex |
| Lines | L | Connection lines | Line |
| Points | P | Remap points branched within the frame | Point |
| Curves | C | Remap connections within the rectangle frame | Curve |
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