Class handeling the discrete nodes. More...
Collaboration diagram for IO.geometry.Geometry:
Public Member Functions | |
| def | readNodes (self, dim, inFile) |
| Read the positions, volume, and density of the nodes from the inFile. More... | |
| def | getMinDist (self) |
| Computes the minimal distance between all nodes. More... | |
Public Attributes | |
| dim | |
| Dimension of the problem. | |
| amount | |
| Amount of nodes. | |
| volumes | |
| Volume related to each node. | |
| nodes | |
| Nodes of the discretization. | |
Detailed Description
Class handeling the discrete nodes.
Member Function Documentation
§ getMinDist()
| def IO.geometry.Geometry.getMinDist | ( | self | ) |
Computes the minimal distance between all nodes.
- Returns
- Minimal distance
§ readNodes()
| def IO.geometry.Geometry.readNodes | ( | self, | |
| dim, | |||
| inFile | |||
| ) |
Read the positions, volume, and density of the nodes from the inFile.
- Parameters
-
dim Dimension of the nodes inFile CSV file with the geometry
The documentation for this class was generated from the following file:
- /calculs/git/peridynamics_1D/IO/geometry.py
