Products

Ansys Scade One

Develop safe and reliable embedded software, reduce development time and costs, and secure your certification journey.

Overview

Scade One Model, verify, test, and automatically generate safe and reliable applications

Scade One is a model-based solution for developing embedded applicative software, enabling a seamless Model-Based Systems Engineering (MBSE) process.

Accessible to system designers and embedded programmers, Scade One bridges the gap between the ease of use of model-based tools with an intuitive and engaging user interface and the power of generic-purpose programming languages for developing control, mission, and autonomy software.

Features

Quick Features & Benefits

Ansys Mechanical offers a dynamic environment with a complete range of analysis tools, from preparing geometry for analysis to connecting additional physics for even greater fidelity. The intuitive and customizable user interface enables engineers of all levels to get answers fast and with confidence.

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CAD Connected

Advanced Materials Modeling

Vibration

Coupled Field Technology

Acoustics

Fast Parallel Solvers

Linear & Nonlinear Contact

Crack & Fracture Modeling

Automated Meshing Adaptivity (NLAD)

Explicit Analysis

Structural Optimization

Fatigue Life Analysis

Capabilities

SCADE ONE CAPABILITIES Model, Simulate, Test, and Generate

Scade One is a model-based solution for the development of embedded applicative software, which enables a seamless Model-Based Systems Engineering (MBSE) process from the start.

Capabilities

Key Features

Model, verify, test, and automatically generate safe and reliable applications with high dependability requirements for any embedded system.

Swan Language

A domain-specific language for safe real-time embedded software

Extension and improvement of Scade 6, the underlying SCADE Suite language
Mix of dataflow and state machines
Groups for more readable block diagrams
Safe loop-like constructs, and more intuitive
Variant types for richer data structures
Separation of module interfaces from implementation

Intuitive Modeling

An intuitive and engaging user interface to design models

Design models using diagrams and/or text
Auto-layout and smart guides for highly readable diagrams
Smart services, and on-the-fly model checks, for instantaneous feedback on errors and quick fixes
User assistance, to get familiar with the tool quickly

Debug Simulation

Integrated debugging capabilities, with a new approach for scenarios

Control execution, step-by-step and periodical
Observe model values and states
Full breadth and depth of the Swan language to describe debug and test scenarios, in addition to (tabular) data or predefined libraries of stimuli

Test

Complete workflow for testing your model on host

Test creation: Extend test harness language to define test cases as models
Test management: organize test cases
Test execution: execute test cases on host and generate test results
Test reporting: use Python libraries to report test results

Graphical Panels for Debug Simulation

SCADE Rapid Prototyper is bundled with Scade One, to use graphical panels for more efficient debug/simulation

Graphical panels in test harnesses, for interactive debug and simulation

System Architecture Modeling and Import

The Ansys System Architecture Modeler, a web-based SysML v2 modeler, offering real-time collaboration, is bundled with Scade One.

Web-based System Architecture Modeler (SAM), on cloud or on-premise, for easy access.
Powerful real-time collaboration, enabling multiple users to work on system model development at the same time, and to see in real time how other users are contributing to the system architecture.
Automated import of relevant parts from the system model (software architecture, blocks, and interfaces) into the Scade One software model.

SCADE Suite migration

Import existing SCADE Suite models into Scade One, offering a quick migration path.

Automatic import of Scade 6.6 models into Swan models

Automatic Code Generation

Generate safe, secure, portable, and efficient C code.

Generated C code is safe, secure, portable, and reliable, meeting the requirements of mission and safety-critical embedded systems.
Integrated in any hardware/software environment.
Code is human-readable and efficient in terms of memory size and execution time, with similar levels of performance as hand-written code.
Traceability between the generated code and the models is automatically generated.
Generated code is compliant to well-established C language development guidelines for safety, security, and reliability for embedded systems, such as MISRA-C and CERT-C.

PyScadeOne

Ansys now includes a new component/library, “PyScadeOne,” allowing users to use Ansys Scade One through Python. Users can now extend and customize Scade One within a Python environment.

Model access, with navigation services
Generated code, including FMI 2.0 export
Read and create simulation data, including import of Scade Test test procedures
Read test results