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Cell from Coordinated Network
Create Regions and Dual-Topology from network topology
Inputs
| Name | ID | Description | Type |
|---|---|---|---|
| Node→Node | N→N | Node→Node Topology. It indicates all nodes which are connected to one other. | Integer |
| Points | P | Topology nodes | Point |
| Base | B | Optional coordinate system or center, based on which the regions will be found. Set the auto-fit Plan or central center by omitting this parameter | Plane |
| Method | M | Calculation method: 0: Planar 1: Spherical 2: Terrain 3: Dynamic Terrain | Integer |
| Boundary | K | Keeping the boundary in networks' cells | Boolean |
Outputs
| Name | ID | Description | Type |
|---|---|---|---|
| Dual-Net | [NET] | Dual-Topology Network containing topological Regions | TopoRegion |
| Cell→Node | C→N | Cell→Node Topology | Integer |
| Boundary-Node | B→N | The Boundary by nodes | Integer |
| Boundary-Edge | B→E | The Boundary by edges | Integer |
| Boundary | Bound | Baoundary Polyline | Curve |
| Single Lines | Singles | The list of single lines. A single line can not enclose any adjoining cells. | Line |
| Cells | Cells | Cell Polyline | Curve |
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