Introduction to Salome Platform¶
Welcome to SALOME Platform! Modern technological products (cars, structures, electrical or electronic equipment) are getting more and more complex every year and must meet increasingly severe requirements in terms of quality and performance. For example, for structures and their environment the demands to reduce risks and optimize costs are extremely high. It requires particularly refined simulations concerning structural behavior and robustness to ensure high reliability.
The numeric modeling of a physical problem, the development of solutions and their integration into the design process are often handled in very specific environments. SALOME represents a generic CAD-based application for digital simulation with “high reactivity to market evolutions and customer expectations”.
SALOME is a free software that provides a generic platform for Pre and Post-Processing for numerical simulation. It is based on an open and flexible architecture made of reusable components available as free software.
SALOME is a CAD/CAE integration platform. It provides reusable components for:
3D modeling (bottom-up construction, import, healing);
Computational schemas management;
SALOME is tailored for integration of custom components:
Finite Element solvers with specific pre-processors.
The SALOME platform is available in Open Source.
Supports interoperability between CAD modeling and computation software (CAD-CAE link)
Makes easier the integration of new components on heterogeneous systems for numerical computation
Sets the priority to multi-physics coupling between computation software
Provides a generic user interface, user-friendly and efficient, which helps to reduce the costs and delays of carrying out the studies
Reduces training time to the specific time for learning the software solution which has been based on this platform
All functionalities are accessible through the programmatic integrated Python console
What can you do in SALOME? (Some of SALOME main functions)
Define geometrical models (create/modify geometrical items), import and export them using the BREP, IGES and STEP formats;
Define meshing of these geometrical items, import and export them;
Handle physical properties and quantities attached to geometrical items, import and export them to a reusable format;
Perform computations using a solver (optionally provided): read input data, configure the solver, and write calculation results);
Visualize result fields in 3D, 2D and export images of their visualization to an appropriate format;
Manage study schemes: definition, save/restore;
Manage computation schemes: definition, execution.
This part of documentation on Salome also covers Introduction to GUI, common for all modules, such as study management, Salome viewers, preferences, etc.
And finally, there is an additional chapter, which provides a short guide about the Using SALOME GUI python interface to access SALOME GUI functionalities from the Python code.
- Introduction to GUI
- Study management
- SALOME desktop
- Using Object Browser
- Using Find Tool
- Using NoteBook
- Using Catalog Generator
- Python Interpreter
- Using Registry tool
- OCC 3D Viewer
- VTK 3D Viewer
- Functionality common for OCC and VTK viewers
- Plot 2D viewer
- GL 2D Viewer
- QxScene 2D Viewer
- Python viewer
- Setting Preferences
- Using input widgets
- Using SALOME GUI python interface