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Ansys SCADE is a model-driven development toolkit for security-critical embedded software. By using dedicated software tools and certified code generators, system engineers and developers can avoid coding errors and adhere to stringent certification standards.Tools Ansys SCADE are widely used in all industries from design aircraft control systems or remote control nuclear power plant before the creation of man-machine interface of the car.

Modules Ansys SCADE
Ansys SCADE Architect An
integrated design environment for systems with high requirements for reliability and safety with support of processes, industry standards ARP 4754A, ISO 26262 and EN 50126

Key features of Ansys SCADE Architect
-System Requirements Analysis
-Advanced Modeler Editor for System Requirements Analysis, Functional Design, Architectural Design and System Components
-System Analysis Using Diagrams: Use Cases, Sequences, Activities, States, Function Blocks,
Internal Blocks and Parametric Diagrams
-Define and Import / export of data streams
-Tabular way of describing data objects, the ability to customize the format of tables
-Support for all standard graphic functions and control of chart styles for visualizing components
-Model navigation and search
-Collaboration support
-Model compliance checking with specified modeling rules
-Reporting in RTF or HTML
-Model splitting and merging, matching different model versions
-Automatic creation of Interface Control Documentation (ICD)
-Bidirectional synchronization between architecture models systems and project models
-Configuring the systems design environment according to industry standards and custom rules
-Exporting elements and requirements to Ansys Twin Builder
-Additional design pattern packages for automotive and avionics and FACE standards

Ansys SCADE Display
Solution for the development of embedded graphics, displays and human-machine interfaces, as well as certified code generation for safety-critical systems.
A versatile graphical design environment for displays and human-machine interfaces (HMI), with the ability to generate certified code for safety-critical systems.

Key features of Ansys SCADE Display
-Logical design of the human-machine interface
-Manage fonts, textures, transparency
-Widget libraries
-Use of third-party 2D-3D graphics created with OpenGL
-Pre-prototyping and testing using white and black box methods
-Automatic generation of certified code to eliminate coding errors
-Connecting software lifecycle management tools
-Requirements traceability
-Modeling graphical specifications in incremental or continuous mode
-Ability to download, play and record scripts
-Animate graphical specifications
-Verification of compliance of display specifications with design principles and naming rules for elements
-Automatic verification and correction of names and graphics
-Reporting of warnings and errors detected during verification (in text or CSV format)
-Development of test scripts and visualization of expected results
-Automatic comparison actual and expected results based on images
-Integration with Ansys Twin Builder via FMI for multiphysics simulation

Key features of Ansys SCADE LifeCycle
-Comprehensive requirements traceability analysis
-Test case traceability
-Bidirectional navigation through requirements and tests
-Compliance with DO-178B, DO-178C, EN 50128, IEC 61508, ISO 26262 and IEC 60880 standards
-Integration with other software lifecycle management tools
-Generation project documentation and reports in RTF or HTML formats
-Configuring the content and display parameters of reports
-Configuring common report templates based on the TCL scripting language
-Support for the SCCI standard
-Storing data in ASCII format

Ansys SCADE Suite
An environment for model-based development of control algorithms and system logic, verification and integration of systems and software, as well as certified code generation.

Key features of Ansys SCADE Suite
-Graphical presentation of decision diagrams
-Ability to compare different versions of projects, models, operators or state machines with graphical indication of differences and reporting
-Expanded libraries of integrators, hysteresis, quantizers, filters, triggers, truth tables, lookup tables, matrix operators and other components
-Import of previously developed program code
-Read / write access to project and model files through the Eclipse Modeling Framework (EMF) or Tcl API
-Test case development wizard
-Bidirectional synchronization between system architecture models and software project models
-Worst program execution time analysis (WCET ) and the used stack size
-Optimization of program execution time and / or stack size
-Analyzing code performance
-Automatically generating detailed reports
-Setting up and automating simulations using the Tcl scripting language
-Automatically executing test scripts
-Simulink and MATLAB co-simulation
-Exporting FMU models to Ansys Twin Builder
-Assessment of project compliance with safety requirements and detection of errors at an early design stage
-Automatic generation of certified code and integration into commercial software products
-Development of embedded human-machine interfaces
-Software lifecycle management in conjunction with Ansys SCADE LifeCycle

Ansys SCADE Test
A tool for developing and executing test scenarios based on software requirements, verification and validation of embedded software and human-machine interfaces, and documentation of test results.

Key features of Ansys SCADE Test
-Design of graphic panels using the built-in library of widgets (buttons, sliders, etc.) and elements of the human-machine interface for testing the application
-A single project structure in all SCADE products for managing files and resources
-Managing variable dictionaries
-Automatically creating executable applications for Windows , Apple iOS or Android
-Integration with the model-driven development environment SCADE Suite, Ansys Twin Builder and other FMI-compatible tools
-Development and launch of test scripts for control programs and graphical interfaces on the PC and on the target platform, test data analysis and reporting about testing
-Closed loop testing with SCADE Test Services API generator
-Ansys SCADE Solutions for ARINC 661 Compliant Systems
-ARINC 661 Aviation Indicator Design and Simulation Toolkit and Templates

Key Features of Ansys SCADE Solutions for ARINC 661 Compliant Systems
-Library of standard ARINC 661 widgets with the possibility of correction and modification
-SCADE Suite models for describing the behavioral logic of widgets
-SCADE Display models for describing the graphical and interactive aspects of widgets
-Guides for using, customizing and adapting to the end user of the widget library
-Computer aided design and modeling of widgets ARINC 661
-Automatically generate C source code from the widget model library
-Develop custom application pages as models
-Automatically generate standard binary or XML description files

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