logo资料库

Ecolab的Word版使用手册.doc

发布时间：2022-06-16 发布人：admin 分类：说明书 资料大小：4.06M 资料格式：doc 举报 版权申诉
第1页 / 共154页
第2页 / 共154页
第3页 / 共154页
第4页 / 共154页
第5页 / 共154页
第6页 / 共154页
第7页 / 共154页
第8页 / 共154页
资料共154页，剩余部分请下载后查看
    Please Note
    Copyright
    Limited Liability
    Printing History
    CONTENTS
    5ABOUT THIS GUIDE
    5.10Purpose
    5.11Assumed User Background
    6INTRODUCTION
    7GETTING STARTED
    7.10Defining an ECO Lab Template
    5.3.1Specifying state variables
    5.3.2Specifying constants
    5.3.3Specifying forcings
    5.3.4Specifying auxiliary variables
    5.3.5Specifying processes
    5.3.6Specifying derived outputs
    1DIALOGUE OVERVIEW
    •ECO Lab Setup
    •Common usage of the editor
    •General page
    •Overview page
    •Miscellaneous
    ECO Lab version
    Parser version
    Template revision
    RAND seed
    Debug level
    Debug log
    ABM random bearing
    ABM search tree
    Checksum
    Angle unit
    Optimise expressions
    •State Variables
    •State variables - details
    Description
    Online help
    Documentation
    Scope
    Transport
    EUM type
    Unit
    Default value
    Minimum value
    Maximum value
    Referenced in
    Expression
    •Constants
    •Constants - details
    Description
    Online help
    Documentation
    Scope
    Spatial variation
    User defined
    Built_in ID
    EUM type
    Unit
    Default value
    Minimum value
    Maximum value
    Referenced in
    •Forcings
    4.5.1Forcings - details
    Description
    Online help
    Documentation
    Scope
    Spatial variation
    User defined
    Built_in ID
    EUM type
    Unit
    Default value
    Minimum value
    Maximum value
    Referenced in
    •Auxiliaries
    4.6.1Auxiliaries - details
    Description
    Online help
    Documentation
    Scope
    Spatial variation
    Output
    Unit
    Referenced in
    Expression
    •Processes
    4.7.1Processes - details
    Description
    Online help
    Documentation
    Scope
    Spatial variation
    Output
    Process type
    Unit
    Referenced in
    Expression
    •Derived Outputs
    4.8.1Derived outputs - details
    Description
    Online help
    Documentation
    Scope
    Spatial variation
    Unit
    Expression
    •Particle Classes
    •Particle classes - details
    Field of view
    •Particle classes state variables
    State Variables - details
    Symbol
    Description
    Online help
    Documentation
    EUM type
    Unit
    Default value
    Minimum value
    Maximum value
    Referenced in
    Expression
    •Particle classes constants
    Particle Classes Constants - details
    Symbol
    Description
    Online help
    Documentation
    EUM type
    Unit
    Default value
    Minimum value
    Maximum value
    Referenced in
    •Restricted area search
    Restricted area search - details
    •Arithmetic expressions
    Arithmetic Expressions - details
    Symbol
    Description
    Online help
    Documentation
    Output
    Spatial variation
    Unit
    Referenced in
    Expression
    •Horizontal movement vectors
    Horizontal Movement Vector - details
    Direction
    Speed
    •Downward movement
    Downward movement - details
    Speed
    2REFERENCE MANUAL
    •Indentifier
    •Examples
    •Identifier naming scheme
    •Structure/Elements of an ECO Lab Template
    •Eulerian framework
    •Lagrangian framework
    1Process Orientated Modelling with ECO Lab
    3.1.1State variables
    3.1.2Constants
    3.1.3Forcings
    3.1.4Auxiliary variables
    3.1.5Processes
    3.1.6Derived outputs
    •Scopes
    •Spatial Variabilities
    •Expressions
    •Built-in Constants
    •Built-in Forcings
    •Built-in Functions
    •Standard mathematical functions
    Definition:
    Example(s):
    ABS
    Arguments:
    Definition:
    Example(s):
    LN
    Arguments:
    Definition:
    Example(s):
    LOG10
    Arguments:
    Definition:
    Example(s):
    MAX
    Arguments:
    Definition:
    Example(s):
    MIN
    Arguments:
    Definition:
    Example(s):
    POW
    Arguments:
    Definition:
    Example(s):
    SQR
    Arguments:
    Definition:
    Example(s):
    SQRT
    Arguments:
    Definition:
    Example(s):
    FLOOR
    Arguments:
    Definition:
    Example(s):
    CEIL
    Arguments:
    Definition:
    MOD
    Arguments:
    Definition:
    Example(s):
    PI
    Arguments:
    Definition:
    •Trigonometric functions
    RAD2DEG
    Arguments:
    Definition:
    Example(s):
    DEG2RAD
    Arguments:
    Definition:
    Example(s):
    COS
    Arguments:
    Definition:
    Example(s):
    SIN
    Definition:
    Example(s):
    TAN
    Arguments:
    Definition:
    Example(s):
    COSH
    Arguments:
    Definition:
    Example(s):
    SINH
    Arguments:
    Definition:
    Example(s):
    TANH
    Definition:
    Example(s):
    ARCCOS
    Arguments:
    Definition:
    Example(s):
    ARCSIN
    Arguments:
    Definition:
    Example(s):
    ARCTAN, ARCTAN2
    Arguments:
    Definition:
    Example(s):
    •Date/time functions
    DAYNUMBER
    Arguments:
    Definition:
    Example(s):
    RELATIVE_DAYLENGTH
    Arguments:
    Definition:
    Example(s):
    SUNRISE
    Arguments:
    Definition:
    Example(s):
    SUNSET
    Arguments:
    Definition:
    Example(s):
    SECOND
    Arguments:
    Example(s):
    MINUTE
    Arguments:
    Example(s):
    HOUR
    Arguments:
    Example(s):
    DAY
    Arguments:
    Example(s):
    MONTH
    Arguments:
    Example(s):
    YEAR
    Arguments:
    Example(s):
    •Random number functions
    RAND
    Arguments:
    Usage:
    Note:
    U_RAND
    Arguments:
    Usage:
    U_RAND2
    Arguments:
    Definition:
    Usage:
    N_RAND
    Arguments:
    Usage:
    N_RAND2
    Arguments:
    Definition:
    Usage:
    E_RAND
    Arguments:
    Definition:
    Usage:
    P_RAND
    Arguments:
    G_RAND
    Arguments:
    B_RAND
    Arguments:
    •Biological/aquatic domain functions
    OXYGENSATURATION
    Arguments:
    Definition:
    Example(s):
    OXYGENSATURATION_WEISS
    Arguments:
    Definition:
    ARRHENIUS5
    Arguments:
    Definition:
    Example(s):
    ARRHENIUS20
    Arguments:
    Definition:
    Example(s):
    LASSITER
    Arguments:
    Definition:
    MICHAELIS_MENTEN1
    Arguments:
    Definition:
    Example(s):
    MICHAELIS_MENTEN2
    Arguments:
    Definition:
    Example(s):
    REVERSE_MICHAELIS_MENTEN
    Arguments:
    Definition:
    Example(s):
    LAMBERT_BEER_1
    Arguments:
    Definition:
    LAMBERT_BEER_2
    Arguments:
    Definition:
    SECCHI_DEPTH
    Arguments:
    •Special ABM functions
    GETX
    Arguments:
    Definition:
    Example(s):
    GETY
    Arguments:
    Definition:
    Example(s):
    Description:
    Arguments:
    Definition:
    Example(s):
    Description:
    Arguments:
    Definition:
    Example(s):
    RESULTINGSPEED
    Arguments:
    Definition:
    RESULTINGDIRECTION
    Arguments:
    Definition:
    ANGLEBETWEEN
    Arguments:
    Definition:
    Description:
    Arguments:
    Definition:
    INSIDE
    Arguments:
    Definition:
    TESTHITSTATE
    Arguments:
    Definition:
    TERMINATE
    Arguments:
    SET_RADIUS
    Arguments:
    Example(s):
    SET_PROJECTION
    Arguments:
    Example(s):
    SET_FOV
    Arguments:
    Example(s):
    •Special functions to load/save reference values
    SAVE
    Arguments:
    Example(s):
    LOAD
    Arguments:
    Example(s):
    •Averaging functions for concentration variables
    AVERAGE_WATER_COLUMN
    Arguments:
    SMOOTHING_AVERAGE
    Arguments:
    Definition:
    MOVING_AVERAGE
    Arguments:
    •Agent Based Modelling with ECO Lab
    •Structure of an ABM in ECO Lab
    Lagrangian framework
    •Inside a particle class
    State variables
    Constants
    Restricted area search functions
    Arithmetic expressions
    Horizontal movement
    Vertical movement
    •Individual properties
    Examples:
    HITSTATE – Spatial status of an individual
    Example:
    •Spatial representation
    •Movement
    Downward / vertical movement
    Dispersion / random walk
    •Movement projection
    •Special built-in ABM functions
    •Sensing functions – perception of environment/part
    Framework
    Purpose
    Consider
    Function
    Based on variable / property
    Search Radius
    Space in Euler framework
    Space Lagrange framework
    Tips & Tricks
    •Interaction with other elements
    Interaction with other individuals
    The Target ID parameter
    Modification specification
    Explanation of the commands
    Example:
    The Remove command
    Example:
    The Split command
    Example:
    The Kill command
    Example:
    The Transfer command
    Example:
    Special variable property [ALL]
    Example:
    •The XML track format
    Data header element
    Particle class
    Variable declaration element
    Compressed vs. uncompressed particle tracks
    6ERROR MESSAGES AND CODES
    IN DEX
    A
    B
    C
    D
    E
    F
    G
    H
    I
    K
    L
    M
    O
    P
    R
    S
    T
    V
    W
    X
    Y
    Z
    ECO LAB 1D, 2D and 3D Water Quality and Ecological Modelling User Guide MIKE by DHI 2014
    2
    Please Note Copyright This document refers to proprietary computer software which is protected by copyright. All rights are reserved. Copying or other reproduction of this manual or the related programs is prohibited without prior written consent of DHI. For details please refer to your 'DHI Software Licence Agreement'. Limited Liability The liability of DHI is limited as specified in Section III of your 'DHI Software Licence Agreement': 'IN NO EVENT SHALL DHI OR ITS REPRESENTATIVES (AGENTS AND SUPPLIERS) BE LIABLE FOR ANY DAMAGES WHATSO- EVER INCLUDING, WITHOUT LIMITATION, SPECIAL, INDIRECT, INCIDENTAL OR CONSEQUENTIAL DAMAGES OR DAMAGES FOR LOSS OF BUSINESS PROFITS OR SAVINGS, BUSINESS INTERRUPTION, LOSS OF BUSINESS INFORMATION OR OTHER PECUNIARY LOSS ARISING OUT OF THE USE OF OR THE INA- BILITY TO USE THIS DHI SOFTWARE PRODUCT, EVEN IF DHI HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. THIS LIMITATION SHALL APPLY TO CLAIMS OF PERSONAL INJURY TO THE EXTENT PERMITTED BY LAW. SOME COUN- TRIES OR STATES DO NOT ALLOW THE EXCLUSION OR LIMITA- TION OF LIABILITY FOR CONSEQUENTIAL, SPECIAL, INDIRECT, INCIDENTAL DAMAGES AND, ACCORDINGLY, SOME PORTIONS OF THESE LIMITATIONS MAY NOT APPLY TO YOU. BY YOUR OPENING OF THIS SEALED PACKAGE OR INSTALLING OR USING THE SOFTWARE, YOU HAVE ACCEPTED THAT THE ABOVE LIMITATIONS OR THE MAXIMUM LEGALLY APPLICA- BLE SUBSET OF THESE LIMITATIONS APPLY TO YOUR PUR- CHASE OF THIS SOFTWARE.' Printing History September 2012 August 2013 3
    C O N T E N T S 5
    1 2 3 4 5 6 – – ABOUT THIS GUIDE......................................................................................................... 9 Purpose.....................................................................................................................9 – Assumed User Background................................................................................... 9 – INTRODUCTION.............................................................................................................. 11 GETTING STARTED........................................................................................................13 Defining an ECO Lab Template.......................................................................... 13 – - Specifying state variables......................................................................14 Specifying constants...............................................................................17 - Specifying forcings..................................................................................19 - Specifying auxiliary variables................................................................ 21 - Specifying processes..............................................................................24 - Specifying derived outputs.................................................................... 27 - DIALOGUE OVERVIEW..................................................................................................31 – ECO Lab Setup......................................................................................................31 Common usage of the editor.................................................................31 - General page........................................................................................... 32 - Overview page.........................................................................................33 - Miscellaneous........................................................................................................ 34 State Variables.......................................................................................................36 State variables - details..........................................................................37 - Constants................................................................................................................40 Constants - details.................................................................................. 41 - Forcings.................................................................................................................. 43 Forcings - details.....................................................................................44 - Auxiliaries................................................................................................................46 Auxiliaries - details..................................................................................47 - Processes............................................................................................................... 49 Processes - details..................................................................................50 - Derived Outputs.....................................................................................................52 Derived outputs - details........................................................................ 53 - Particle Classes..................................................................................................... 55 Particle classes - details........................................................................ 56 - Particle classes state variables.............................................................57 - Particle classes constants..................................................................... 60 - Restricted area search........................................................................... 63 - Arithmetic expressions........................................................................... 65 - Horizontal movement vectors................................................................68 - - Downward movement.............................................................................70 REFERENCE MANUAL...................................................................................................73 – Indentifier................................................................................................................ 73 – – – – – – MIKE Zero
    – – – – – – – – Examples..................................................................................................73 - Identifier naming scheme.......................................................................73 - Structure/Elements of an ECO Lab Template.................................................. 74 Eulerian framework.................................................................................75 - - Lagrangian framework........................................................................... 76 Process Orientated Modelling with ECO Lab................................................... 77 State variables.........................................................................................78 - Constants................................................................................................. 79 - Forcings....................................................................................................79 - Auxiliary variables................................................................................... 80 - Processes.................................................................................................81 - Derived outputs....................................................................................... 82 - Scopes.................................................................................................................... 83 Spatial Variabilities................................................................................................84 Expressions............................................................................................................84 Built-in Constants.................................................................................................. 85 Built-in Forcings..................................................................................................... 85 Built-in Functions................................................................................................... 87 Standard mathematical functions......................................................... 87 - Trigonometric functions..........................................................................92 - Date/time functions................................................................................. 96 - Random number functions.................................................................... 99 - Biological/aquatic domain functions...................................................102 - Special ABM functions......................................................................... 107 - Special functions to load/save reference values..............................112 - - Averaging functions for concentration variables.............................. 113 Agent Based Modelling with ECO Lab.............................................................115 Structure of an ABM in ECO Lab........................................................116 - Inside a particle class........................................................................... 116 - Individual properties..............................................................................121 - Spatial representation.......................................................................... 123 - Movement...............................................................................................124 - Movement projection............................................................................ 125 - Special built-in ABM functions............................................................ 125 - Sensing functions ?perception of environment/particles................ 126 - Interaction with other elements...........................................................133 - - The XML track format...........................................................................138 ERROR MESSAGES AND CODES............................................................................ 143 – 6 Index..............................................................................................................................147 7
    8 MIKE Zero
    分享到：
    赞 收藏

    相关推荐

    资料库

    行业

    共收录7266份资料，累计15个分类，关注成员有19位，主要包括：物流,旅游,餐饮零售,网络游戏,咨询,金融,电子政务,外包,教育,制造,医疗,嵌入式,互联网,交通,电信

    热门标签

    物流 旅游 餐饮零售 网络游戏 咨询 金融 电子政务 外包 教育 制造 医疗 嵌入式 互联网 交通 电信

    最新资料