Release Ecosimpro V5.6 & PROOSIS V3.8

안녕하세요. Flowsystem 입니다. EcosimPro와 PROOSIS New Version이 Release 되었습니다. EcosimPro는 0차원 혹은 1차원의 열유체 시스템, 미분대수방정식(differential-algebraic equations, DAE) 및 이산 이벤트를 기반으로 한 모든 종류의 시스템에 대해 모델링 및 시뮬레이션을 제공하는 전문 Tool입니다. PROOSIS는 현재 가장 진보된 형태의 가스 터빈 성능해석 Tool로써, PRopulsion Object-Oriented Simulation Software의 약자입니다. PROOSIS는유럽의 FP6 프로젝트 VIVACE (Value Improvement through a Virtual Aeronautical Collaborative Enterprise)의 일환으로서 개발되어 현재는 산업 표준 Tool로써 확대되고 있습니다. EcosimPro와 PROOSIS 새 버전에는 Advanced Simulation을 위한 많은 새로운 기능이 추가되었습니다. 최신 버전에는 Microsoft VC ++ 2015 및 GCC 4.9 컴파일러와 호환되는 새로운 버전이 포함됩니다. 또한 새로운 Automatic Testing Tool, Schematic을 통한 Simulation, 새 Container Class, FMI 표준을 사용한 Export Model 등 여러 가지 영역에서 향상되었습니다. EcosimPro V5.6/PROOSIS V3.8의 주요한 향상된 기능 및 새로운 기능은 다음과 같습니다. Improvements included in EcosimPro 5.6 and PROOSIS 3.8

• Compatible C++ Compilers
  

  • 
    

    • Microsoft Visual Studio C++ 2015 64 bits NEW

    • Microsoft Visual Studio C++ 2013 64 bits

    • Microsoft Visual Studio C++ 2010 64 bits

    • Microsoft Visual Studio C++ 2010 32 bits

    • Microsoft Visual Studio C++ 2008 32 bits

    • GCC 4.9 64 bits NEW (bundled with EcosimPro/PROOSIS)

    • GCC 4.7 32 bits (bundled with EcosimPro/PROOSIS)

    • GCC 4.4 32 bits (bundled with EcosimPro/PROOSIS)

• Automatic Testing Tool

New tool for the automatic testing and verifying of libraries, components, partitions and experiments that allows users to:

• Compile workspaces and libraries
  

  • Validate partitions

  • Execute experiments selected by users

  • Define variables to be compared and their tolerances

  • Define the type of information to be compared: statistical or variable to variable

  • Save experiment reference values and then use them to test new versions of libraries, partitions, tools, etc

  • Direct access to a binary file compare tool in HDF5 to rapidly identify differences

  • Automatic execution and verification with generation of a final comparison report that is easy to understand

• Graphical User Interface
  

  • New tool for running simulations from the schematic window

  • New capability for comparing any two files from the tabs.

  • New isolated experiments that do not need to be inherited from partitions

  • New capability for exporting a deck in standard FMI format

  • New capability for exporting a deck to Microsoft Excel

  • New tool for comparing two HDF5 binary files

  • New capability in the parametric study wizard to use up to 20 different probability functions to generate random values

  • New feature for loading toolkits in a very compact and safe format.

  • New dialogue that allows users to export a workspace and the libraries to a new destination as a toolkit (.pke)

  • New library error editor that replaces the need to create an external ASCII file manually

  • New library tabs with more filtering, sorting and viewing possibilities

  • New tool for automatic creation of compilation lists for libraries

  • New capability for exporting/importing data in XML format from a schematic

  • New option in the Monitor to reuse watch inputs changed by the user in new simulations

  • In plotters, new option to view directly inside a .csv file with the data of a graph or table without having to export it beforehand

  • New tool in the items tab to handle the decks associated with experiments

  • New capability for exporting a deck in standard ARP 4868 C (2016) format

  • New tool for generating reports directly from a post-process binary file without opening the Monitor

  • New tool in the Monitor for plotting and comparing more than one post-process at the same time

  • New features for handling the OPC servers directly from the tabs

  • New OPC server generation wizard which is more intuitive

  • In the MATLAB interface, added support for MATLAB version 8.7 (64-bit) (R2016a) and GCC compilers 4.9 Windows and Microsoft Visual C++ 2015 (64-bit)

  • New feature in the items tab so that the S-Functions can be generated and edited directly from there

  • Added support for the use of MATLAB 8 (64-bit) (R2016a) and the Microsoft Visual C++ 2015 (64-bit) compiler for the advanced generation of S-Functions

  • New tools to help minimise the number of algebraic equations, in the algebraic variable selection wizard

  • New feature to analyse partitions by means of a sensitivity analysis

• Solvers
  

  • New DAE transient dense and sparse solvers: IDAS and IDAS_SPARSE based on IDAS solvers

  • New ODE transient dense and sparse solvers: CVODE_BDF, CVODE_BDF_SPARSE and CVODE_AM based on CVODES solvers

• EL Modelling Language
  

  • New assignment operator “:=” int the CONTINUOUS block to allow causal equations

  • It is allowed the use of construction parameters in classes (typically used for dynamic allocation of arrays)

  • From this new version there is access to the internal variables of the components when they are instantiated into a topological component. This allows for new equations that bind variables of different instantiated components

  • New versatile function pointers for modelling advanced behaviour in components, functions, etc.

  • New predefined container classes EVector and EMatrix that provides dynamic use of memory. They can store any type of object and they can be an alternative to the classical arrays.

  • New predefined container classes EDictionary and ESet for creating sophisticated memory structs in memory with very fast access to elements.

  • New type of data template to define types of functions

  • New function eSetPostprocessLaw () to setup a callback to each result refresh. Users can use it to calculate variables derived in the experiment

  • New function eEvalExpr() to evaluate numerical expressions given as strings at run-time

  • New function eReadFileAsString() to read a file and put its content in a STRING variable

  • Functions REPORT_TABLE() and REPORT_LIST() reports now in ASCII, hdf5, xml, html and csv format.

  • New variable FOLLOW_RT_FACTOR to control the simulation speed with respect to real time

  • New class EFileCsv to help in the generation of files in .csv format

  • New class ERandomVector to generate random numbers from 20 different probability functions

  • New functions eSetConfig() and eSetErrorAction() to define the behaviour in the event of numerical errors at run-time

  • New check when reading tables to ensure that the axes are in strict ascending or descending order

  • New functions eResiduesLogEnable() and eResiduesLogSetup() that replace produceLogAsciiFile(), which are more versatile (though produceLogAsciiFile() is still valid)

• Improvements only in PROOSIS 3.8
  

  • New tab for editing maps and tables directly from the main window

  • New table and map editors so that users can create, change and save them in the correct XML format of the tool

감사합니다. --------------------------------------------------------- 플로우시스템(주) T: 02-2093-2699 flsy@flowsystem.kr