- Build scilab on os x 2017 full#
- Build scilab on os x 2017 pro#
- Build scilab on os x 2017 professional#
Build scilab on os x 2017 pro#
From Excel or Matlab/SimulinkĢ0 Services & Support Training Commercial external modulesĢ2 Used for Design of rockets (Ariane) Computation of spatial trajectories (ATV) Design of future planes (Falcon) Modelisation of geochimist reactions Modelisation of stamping of cars.Ģ3 Advantages for customers Cost Credible alternative to proprietary solutions Friendly license : Easy deploymentĢ4 Advantages Access to the source code Independance from a single editor Close relationship with the editorĢ5 Drawbacks More complex business model Development on the software are usually on the corporation expensives The software is free, why should I pay anything?Ģ7 Requirements Definition of clear process about the inclusions of new features, bug fixing, etc Unitary tests for new features Non regression tests with bug fixing (about ~3 000 tests) Each new feature should be documented (!) with examples and images if relevant 27Ģ8 Rules Definition of coding style for the various languages (C, C++, Java, Scilab, etc) Integration of hooks in git to apply them automatically (astyle is your friend) 28Ģ9 Deployment of tools Nightly build Tests exectuions Continuous integrations (Jenkins) Build with various options (minimal, full, other compilers, etc) Produce : Scan-build results Code coverage 29ģ3 Transition from a research project to a software editor 33ģ4 Transition from a research project to a software editor From politic perspective Objectives? New features? Roadmap Time constraints 34ģ5 Transition from a research project to a software editor From the human perspective Hard to change the mentalities Most of the developers hate constraints! Being a developer is an actual job as researcher is Engineers stay longer (INRIA: 2 to 5 years) Some contributors do not accept that Some users do not accept that 35ģ6 Transition from a research project to a software editor From a technical perspective Things are not done the same way Uniformisation Importance of the technological choices Importance of the dependencies (libraries) Clean process 36ģ7 Transition from a research project to a software editor Example : Code review Each commits to Scilab code has to go through a code review process Pro : Management is easier Better quality Easier to force requierements Every follows the same rules Con : Slower Can frustrate some devs Git + gerrit.
Build scilab on os x 2017 full#
Stability Improvement of the documentation Legacy management 14ġ5 History of Scilab 2011 : Scilab Entreprises created for the classical open source business model Most of the current employees being founders Spin off of Inria Currently 17 employees at Versailles 15ġ6 Scilab Enterprises Focus on Scilab and its ecosystems Manage the software, its extensions to provide a full numerical platform within the production context of the customers Move from a research environment to a software editorġ7 Services & Support Free software => Important and strong diffusion The main alternative to Matlab / Simulink We are the best to help on Scilab and its extensionsġ8 Services & Support Development and optimization of customer applications Realization of in-house optimized, customized or extended versions of Scilabġ9 Services & Support Scilab Long Term Support Migrations to Scilab.
Build scilab on os x 2017 professional#
8 And Xcos, Modeling & Simulation of Dynamic Systems Professional tool for industrial needs Intuitive and ergonomic interface Model building, edition and customization Embedded Modelica Compiler Freely available and distributed with Scilabĩ What for? Scilab can be used: A powerfull calculator To develop complex applications As a prototyping application.ġ0 What for? (2) Scilab can be used: Link and use a load level library into a high level language Computing engine Control external devices Anything?ġ2 History of Scilab Started in the mid 80 Inspired by the Matlab fortran Fortran was too complex to handle matrices Needed to do researchs at Inria for CACSD (Computer Aided Control System Design) Called Blaise 12ġ3 History of Scilab Commercialisation through Simulog under the name Basile in 1984 First release (1.1) as opensource software in 1994 From 2003 to 2008, through the Scilab consortium hosted by Inria Change of licence to CeCILL (GPL compatible) in Mayġ4 History of Scilab Phase 2 : From 2008 to 2012, the Scilab consortium is hosted by the Digiteo foundation Industrialisation of the product: Strong focus on usability, look and feel and user experience.
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