Meshing¶
Last changes: Documentation changelog
Python meshing is divided first by discretization:
FDM — native cell-centred grids, per-magnet overrides, boundary correction, and multilayer convolution policy;
FEM — study defaults, ferromagnet topology, airbox, regions, build, and quality.
This branch owns public commands and lowering. Backend algorithms are under Meshing and spatial discretization; matching Control Room panels under Meshing UI.
- FDM Meshing API
- Problem statement
- Governing equations
- Symbols and SI units
- Assumptions and validity
- Python API
- ProblemIR
- Round-trip and failure semantics
- Discrete realization
- Implementation mapping
- Validation
- Limitations
- Scientific bibliography
- Control Room crosswalk
- Source-code index
- FDM
- FDM Default Grid
- Python API
- Symbols and SI units
- Assumptions and validity
- 1. What it is and when to use it
- 2. Physical and mathematical explanation
- 3. Example - complete Python script
- 4. Exact API
- ProblemIR
- Round-trip and failure semantics
- Discrete realization
- 5. How to set it in Control Room
- 6. Backend and frontend support
- Validation
- 7. Limitations and known pitfalls
- 8. Scientific bibliography
- 9. Source-code index
- Source-code index
- FDM Per-Magnet Grids
- Python API
- Symbols and SI units
- Assumptions and validity
- 1. What it is and when to use it
- 2. Physical and mathematical explanation
- 3. Example - complete Python script
- 4. Exact API
- ProblemIR
- Round-trip and failure semantics
- Discrete realization
- 5. How to set it in Control Room
- 6. Backend and frontend support
- Validation
- 7. Limitations and known pitfalls
- 8. Scientific bibliography
- 9. Source-code index
- Source-code index
- FDM Boundary-Correction API
- Python API
- Symbols and SI units
- Assumptions and validity
- 1. What it is and when to use it
- 2. Physical and mathematical explanation
- 3. Example - complete Python script
- 4. Exact API
- ProblemIR
- Round-trip and failure semantics
- Discrete realization
- 5. How to set it in Control Room
- 6. Backend and frontend support
- Validation
- 7. Limitations and known pitfalls
- 8. Scientific bibliography
- 9. Source-code index
- Source-code index
- FDM multilayer convolution: Python, ProblemIR, and UI
- What this guide configures
- Authoring-to-grid relations
- Symbols and SI units
- Assumptions and validity
- Python API
- Canonical ProblemIR
- Round-trip, requested intent, and failure semantics
- Backend support and qualification
- Control Room workflow
- Validation checklist
- Limitations
- Scientific bibliography
- Source-code index
- FEM Meshing API
- Problem statement
- Governing equations
- Symbols and SI units
- Assumptions and validity
- Python API
- ProblemIR
- Round-trip and failure semantics
- Discrete realization
- Implementation mapping
- Validation
- Limitations
- Scientific bibliography
- Control Room crosswalk
- Source-code index
- FEM discretization and mesh authoring
- Contract and ownership hierarchy
- Numerical meaning
- Symbols and SI units
- Assumptions and validity
- Complete FEM mode matrix
- Python API
- Control Room mapping
- ProblemIR and resolved execution
- Round-trip and failure semantics
- Device and solver realization
- Implementation mapping
- Verification and scientific qualification
- Limitations
- Scientific bibliography
- Source-code index
- FEM Study Defaults
- Python API
- Symbols and SI units
- Assumptions and validity
- 1. What it is and when to use it
- 2. Physical and mathematical explanation
- 3. Example - complete Python script
- 4. Exact API
- ProblemIR
- Round-trip and failure semantics
- Discrete realization
- 5. How to set it in Control Room
- 6. Backend and frontend support
- Validation
- 7. Limitations and known pitfalls
- 8. Scientific bibliography
- 9. Source-code index
- Source-code index
- Mesh controls: Python, Control Room, and realized FEM mesh
- Control hierarchy
- Numerical interpretation
- Symbols and SI units
- Authoring state machine
- Calibration families
- Size presets
MeshSizeControlsSharedMeshAssemblyPolicy- Stage-first commands
- Control Room crosswalk
- Explicit size fields
- Ordered mesh operations
- ProblemIR and provenance
- Validation and failure semantics
- Discrete realization
- Implementation mapping
- Scientific mesh-convergence workflow
- Limitations
- Scientific bibliography
- Python API
- Source-code index
- FEM Ferromagnet Mesh API
- FEM Airbox Mesh API
- FEM Region Mesh API
- Python API
- Symbols and SI units
- Assumptions and validity
- 1. What it is and when to use it
- 2. Physical and mathematical explanation
- 3. Example - complete Python script
- 4. Exact API
- ProblemIR
- Round-trip and failure semantics
- Discrete realization
- 5. How to set it in Control Room
- 6. Backend and frontend support
- Validation
- 7. Limitations and known pitfalls
- 8. Scientific bibliography
- 9. Source-code index
- Source-code index
- FEM Build and Quality API
- Python API
- Symbols and SI units
- Assumptions and validity
- 1. What it is and when to use it
- 2. Physical and mathematical explanation
- 3. Example - complete Python script
- 4. Exact API
- ProblemIR
- Round-trip and failure semantics
- Discrete realization
- 5. How to set it in Control Room
- 6. Backend and frontend support
- Validation
- 7. Limitations and known pitfalls
- 8. Scientific bibliography
- 9. Source-code index
- Source-code index
- FEM discretization and mesh authoring
Bibliography¶
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Source-code index¶
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