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Description
This issue tracks PyDPF-Core issues related to adding examples for core functionalities.
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π‘ From the examples section π‘ |
π£ From the user guide how-tos section π£ |
π From the user guide DPF most used entities section π |
PyDPF-Core data structures
- DPF raw data storage structures
- DPF collections
PyDPF-Core language
- Basic dpf implementation (PyDPF-Core API use)
Post processing basics
- A basic PyDPF-Core script π‘ A
Import data #1933
From user input
- Import data from csv file
- Manual input data on DPF
From result file
- Import a result file in DPF
- Extract results from a result file
- Extract and explore results metadata π‘ C and E
- Extract and explore results dataπ‘C and E
- Narrow down data (scoping tutorial) π‘ F and G
Mesh #1908
- Create a mesh from scratch π‘ D
- Get a mesh from a result file
- Explore a mesh
- Read a mesh metadata
- Extract a mesh in split parts
- Split a mesh
Transform data
- Using operators π‘ B π I
- Create a workflow π I
Plot #1903
- Plotting meshes π‘ N and O π A
- Plotting data on the mesh π‘ N and Q π A
- Plotting data on the deformed mesh
- Plotting data on specific placements π‘ P and S
- Plotting a graph
Animate #1915
- Animate data over time π‘ R
- Animate data for modal analysis
Export data
- HDF5 export
Custom operators and plugins #1890
- Create custom operators and plugins π‘ V and π£ B
- Create a plug-in package with multiple operators π‘ W and π£B
- Create a plug-in package that has third-party dependencies π‘ X
Post-process distributed files
- Post process data on distributed processes π‘ T
- Create a custom workflow on distributed processes π‘ U
DPF server #1891
Demander a antoine
- Switch between local and remote server π£ D
Licencing #1889
Demander a antoine
- Access Entry and Premium Capabilities π£ E
Mathematical operations #1910
- Basic maths
Manipulating physics data
- Unit, homogeneity