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    ModelMaker 4.0
    系統模擬
    軟體代號:829
    瀏覽次數:6855
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    遠端安裝啟動服務
    Analyzing your modelBuilding your modelReporting your resultsRunning your model

    中山醫學大學
    國立屏東大學 (民生校區)
    國立臺灣大學
    朝陽科技大學
    萬能科技大學
    行政院原子能委員會核能研究所
    輔仁大學學校財團法人輔仁大學
    長榮大學
    國立中興大學
    國立聯合大學 (第一校區(二坪山))
    臺北城市科技大學
    公共衛生學系
    資訊科學系
    森林環境暨資源學系
    物理學系
    營建工程學系
    觀光與休閒事業管理系
    同位素組
    歷史學系
    資訊管理學系
    土地管理與開發學系
    生物產業機電工程學系
    機械工程學系
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    Overview

    ModelMaker and ModelManager offer the solution to all your modeling needs. We've provided a whole range of information, tutorials, reviews, modeling hints and tips, download demos - we hope you find them useful. We'd be happy to add new material based on your experience of using the ModelKinetix software. The site will also allow you to place orders for our award winning modeling software.

    ModelMaker

    ModelMaker 4

    ModelMaker version 4 continues as our flagship modelling product.

    Modelmaker 4 is more user friendly than ever. Maintaining our simple drag and drop approach to simulation modeling (still no programming!) we have made workflow more intuitive and added extra features to improve optimization and analysis.

    Still a favorite because of its direct no-nonsense approach to modeling, ModelMaker 4 will help you get the results you need, slashing the time needed to use expensive programming oriented packages.

     

    Whether you are a research scientist, consultant or a teacher, ModelMaker is your ideal modeling environment. Its no nonsense approach to modeling and in-depth functionality brings modeling to novices and experts alike.

    Modelmaker 4 continues to be applied all areas of modeling science: environmental science, chemistry, physiology, sociology, epidemiology, pharmacokinetics, economics, business management, ecology and mathematics. Using its compartmental approach, if you can visualize your system then you can build your model.

    ModelMaker's extensive range of functions allow you to model just about any system - continuous and discontinuous functions, stiff systems and stochastic systems. Rationalise your results using ModelMaker's analysis methods - optimization, minimization, Monte Carlo and sensitivity analysis. Visit the ModelMaker Features pages and take a quick tour of the many ways in which ModelMaker can help you develop your modeling systems. All models described can be downloaded from The ModelXchange

     

    Features

    Take a quick tour of ModelMaker's extensive range of features and functions:

    Building your model
    Running your model
    Analyzing your model
    Reporting your results

    Building your model

    Model building couldn't be easier. Simply click on the component you want and add it to your model diagram.

    Each component has a different function:

    Compartments Represent containers or integrators in your model
    Flows Signify transport of a quantity from one compartment to another
    Variables Values which are calculated as your model is run, according to an equation
    Defined Values Values which are calculated at the start of a run or in response to the actions of an event
    Influences Indicate where the value of a component affects the value of another
    Delays Delay the value of another component for a defined period of time
    DLL Functions Add new functionality - design and integrate your own DLL
    Sub-models Create models within models
    Lookups Incorporate external numerical data into your model
    Events Adjust the values of other components and cater for discontinuous models
    Parameters Store constant values in your model
    Text Boxes

    Add informative text or pictures to your model

     

    Part 2 of our quick tour of ModelMaker's extensive range of features and functions:

    Building your model
    Running your model
    Analyzing your model
    Reporting your results

    Running your model

    In ModelMaker, you can simulate any situation.

    Choose from 5 different integration methods - Runge-Kutta, Mid-Point, Euler, Bulirsch-Stoer and Gear. Gear's method, new in ModelMaker 4, is an appropriate solver for stiff simulations where processes happen on very different time scales.

    Key simulation features are:

    • User defined or adaptive output points
    • Fixed or variable step length
    • Error scaling

    You can use the repeated run facility to run your model many times. This tool provides the ability to analyze:

    • Periodic models
    • Stochastic models

    Step 3 of our tour of ModelMaker's extensive range of features and functions:

    Building your model
    Running your model
    Analyze your model
    Reporting your results

    Analyzing your model

    ModelMaker provides a full range of analysis techniques.


    Use ModelMaker's optimization facility to find the best agreement between your model's data and input experimental data. Features include:

    • Marquardt or Simplex methods of optimization
    • Simulated annealing and Grid search methods of initial parameter estimation (NEW in ModelMaker 4!)
    • Ordinary least squares, Weighted least squares and Extended least squares (NEW!) methods of error scaling
    • Comprehensive statistical reporting

    Use ModelMaker's Monte Carlo facility (also known as Global sensitivity) to specify model parameters as random distributions. This tool (NEW to ModelMaker 4) allows investigation of the effect of varying parameters on component values. You can:

    • Choose from 14 distribution types
    • Display your results as a histogram
    • Generate a comprehensive statistical report

    Other ModelMaker analysis tools include:

    • Minimization
    • Sensitivity analysis

    Step four of our quick tour of ModelMaker's extensive range of features and functions:

    Building your model
    Running your model
    Analyzing your model
    Reporting your results

    Reporting your results

    Once you have simulated and analyzed your model, you can generate tables of results, graphs and statistics. Features include:

    • Fully customizable graphs
    • Comprehensive statistical output
    • Tabulation of model values
    • Cut and paste tools which allow you to incorporate data, models, graphs etc into other applications

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    Chung Shan Medical University Department of Public Health
    National Pingtung University of Education Department of Computer & Information Science
    National Taiwan University School of Forestry and Resource Conservation
    National Taiwan University Department of Physics
    ChaoYang University of Technology Department of Construction Engineering
    VanNung University Department of Leisure Studies and Tourism Management
    Institute of Nuclear Energy Research Atomic Energy Council, Executive Yuan Isotope Application Department
    Fu Jen Catholic University
    Fu Jen Catholic University DEPARTMENT OF INFORMATION MANAGEMENT
    Chang Jung Christian University Department of Land Management and Development