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# Python Module Index

a | c | d | e | f | g | i | l | m | n | o | p | s | t | u | v | w

| a |
| `actors` | OpenGL actors for populating the 3D scene.
| `adjacency` | A class for storing and handling adjacency tables.
| `appMenu` | Menu with pyFormex apps.
| `arraytools` | A collection of numerical array utilities.
| c |
| `calpy_itf` | Calpy interface for pyFormex.
| `camera` | OpenGL camera handling
| `cameratools` | Camera tools
| `canvas` | This implements an OpenGL drawing widget for painting 3D scenes.
| `ccxdat` |
| `ccxinp` |
| `collection` | Tools for handling collections of elements belonging to multiple parts.
| `colors` | Playing with colors.
| `colorscale` | Color mapping of a range of values.
| `config` | A general yet simple configuration class.
| `connectivity` | A class and functions for handling nodal connectivity.
| `coords` | A structured collection of 3D coordinates.
| `curve` | Definition of curves in pyFormex.
| d |
| `datareader` | Numerical data reader
| `decors` | 2D decorations for the OpenGL canvas.
| `draw` | Create 3D graphical representations.
| `dxf` | Read/write geometry in DXF format.
| e |
| `elements` | Definition of elements.
| `export` | Classes and functions for exporting geometry in various formats.
| f |
| `fe` | Finite Element Models in pyFormex.
| `fe_abq` | Exporting finite element models in Abaqus\ |trade| input file format.
| `fe_post` | A class for holding results from Finite Element simulations.
| `fileread` | Read geometry from file in a whole number of formats.
| `filewrite` | Write geometry to file in a whole number of formats.
| `flatkeydb` | Flat Text File Database.
| `flavia` |
| `formex` | Formex algebra in Python
| g |
| `geometry` | A generic interface to the Coords transformation methods
| `geomtools` | Basic geometrical operations.
| `gluttext` | 2D text decorations using GLUT fonts
| i |
| `image` | Saving OpenGL renderings to image files.
| `imagearray` | Convert bitmap images into numpy arrays.
| `imageViewer` | A general image viewer
| `inertia` | inertia.py
| `isopar` | Isoparametric transformations
| `isosurface` | Isosurface: surface reconstruction algorithms
| l |
| `lima` | Lindenmayer Systems
| m |
| `marks` | OpenGL marks for annotating 3D actors.
| `menu` | Menus for the pyFormex GUI.
| `mesh` | Finite element meshes in pyFormex.
| `mydict` |
| n |
| `neu_exp` | Gambit neutral file exporter.
| `nurbs` | Using NURBS in pyFormex.
| o |
| `objects` | Selection of objects from the global dictionary.
| `odict` | Specialized dictionary type structures.
| `olist` | Some convenient shortcuts for common list operations.
| p |
| `partition` | Partitioning tools
| `plot2d` | plot2d.py
| `polygon` | Polygonal facets.
| `polynomial` | Polynomials
| `postproc` | Postprocessing functions
| `project` | project.py
| `properties` | General framework for attributing properties to geometrical elements.
| `pyformex_gts` | Operations on triangulated surfaces using GTS functions.
| s |
| `script` | Basic pyFormex script functions
| `section2d` | Some functions operating on 2D structures.
| `sectionize` | sectionize.py
| `sendmail` | sendmail.py: a simple program to send an email message
| `simple` | Predefined geometries with a simple shape.
| t |
| `tetgen` | Interface with tetgen
| `timer` | A timer class.
| `toolbar` | Toolbars for the pyFormex GUI.
| `tools` | tools.py
| `trisurface` | Operations on triangulated surfaces.
| `turtle` | Turtle graphics for pyFormex
| u |
| `units` | A Python wrapper for unit conversion of physical quantities.
| `utils` | A collection of miscellaneous utility functions.
| v |
| `vascularsweepingmesher` | Vascular Sweeping Mesher
| `viewport` | Interactive OpenGL Canvas embedded in a Qt4 widget.
| w |
| `webgl` | View and manipulate 3D models in your browser.
| `widgets` | A collection of custom widgets used in the pyFormex GUI

### Navigation

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- modules |
- pyFormex 0.9.1 documentation >