DataObject.py

from abaqusConstants import *


class DataObject:
    """An instance of the DataObject object is passed to each callback. The DataObject object
    has no methods. The members of a DataObject object depend on the type of the object. All
    DataObject instances have the following members, regardless of type:

    Attributes
    ----------
    phase: SymbolicConstant
        A SymbolicConstant specifying the phase of the analysis. Possible values are
        BATCHPRE_PHASE, PACKAGER_PHASE, STANDARD_PHASE, EXPLICIT_PHASE, CALCULATOR_PHASE, and
        UNKNOWN_PHASE.
    processId: int
        An Int specifying the process ID of the analysis product.
    threadId: int
        An Int specifying the thread ID of the analysis product. Threads are used for parallel
        or multiprocessing; in most cases **threadId** is set to zero.
    timeStamp: int
        An Int specifying the time the message was sent in seconds since 00:00:00 UTC, January
        1, 1970.
    attempts: int
        An Int specifying the number of attempts made to reach equilibrium during this step.
    dof: int
        An Int specifying the degree of freedom requested for monitoring the output.
    equilibrium: int
        An Int specifying the number of equilibrium iterations made during this increment.
    increment: int
        An Int specifying the increment of the analysis.
    iterations: int
        An Int specifying the number of iterations in the step.
    node: int
        An Int specifying the node number requested for monitoring output.
    severe: int
        An Int specifying the number of severe discontinuity iterations completed during this
        increment.
    step: int
        An Int specifying the current step number. Step number 1 corresponds to the first step.
    stepId: int
        An Int specifying the ID of the step.
    stepTime: float
        A Float specifying the step time corresponding to the current increment.
    time: float
        A Float specifying the total time corresponding to the monitor data.
    timeIncrement: float
        A Float specifying the time increment used in the current step.
    totalTime: float
        A Float specifying the total time completed in the analysis.
    value: float
        A Float specifying the current value of the degree of freedom requested for monitoring.
    clientHost: str
        A String specifying the host name of the machine that is running the analysis.
    clientName: str
        A String specifying the name of the client that responded to the callback function.
        Possible values are BatchPre, Packager, Standard, Explicit, and Calculator.
    file: str
        A String specifying the full path of the output database.
    heading: str
        A String specifying the job heading.
    message: str
        A String specifying the job heading.
    nset: str
        A String specifying the node set specified for monitoring output.
    stepName: str
        A String specifying the name of the step.

    Notes
    -----
    This object can be accessed by:

    """

    # A SymbolicConstant specifying the phase of the analysis. Possible values are
    # BATCHPRE_PHASE, PACKAGER_PHASE, STANDARD_PHASE, EXPLICIT_PHASE, CALCULATOR_PHASE, and
    # UNKNOWN_PHASE.
    phase: SymbolicConstant = None

    # An Int specifying the process ID of the analysis product.
    processId: int = None

    # An Int specifying the thread ID of the analysis product. Threads are used for parallel
    # or multiprocessing; in most cases *threadId* is set to zero.
    threadId: int = None

    # An Int specifying the time the message was sent in seconds since 00:00:00 UTC, January
    # 1, 1970.
    timeStamp: int = None

    # An Int specifying the number of attempts made to reach equilibrium during this step.
    attempts: int = None

    # An Int specifying the degree of freedom requested for monitoring the output.
    dof: int = None

    # An Int specifying the number of equilibrium iterations made during this increment.
    equilibrium: int = None

    # An Int specifying the increment of the analysis.
    increment: int = None

    # An Int specifying the number of iterations in the step.
    iterations: int = None

    # An Int specifying the node number requested for monitoring output.
    node: int = None

    # An Int specifying the number of severe discontinuity iterations completed during this
    # increment.
    severe: int = None

    # An Int specifying the current step number. Step number 1 corresponds to the first step.
    step: int = None

    # An Int specifying the ID of the step.
    stepId: int = None

    # A Float specifying the step time corresponding to the current increment.
    stepTime: float = None

    # A Float specifying the total time corresponding to the monitor data.
    time: float = None

    # A Float specifying the time increment used in the current step.
    timeIncrement: float = None

    # A Float specifying the total time completed in the analysis.
    totalTime: float = None

    # A Float specifying the current value of the degree of freedom requested for monitoring.
    value: float = None

    # A String specifying the host name of the machine that is running the analysis.
    clientHost: str = ""

    # A String specifying the name of the client that responded to the callback function.
    # Possible values are BatchPre, Packager, Standard, Explicit, and Calculator.
    clientName: str = ""

    # A String specifying the full path of the output database.
    file: str = ""

    # A String specifying the job heading.
    heading: str = ""

    # A String specifying the job heading.
    message: str = ""

    # A String specifying the node set specified for monitoring output.
    nset: str = ""

    # A String specifying the name of the step.
    stepName: str = ""