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Stack

ParallelStack

Source code in cmtj/stack/__init__.pyi 
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class ParallelStack:
    def __init__(
        self,
        junctionList: List[cmtj.Junction],
        topId: str = "free",
        bottomId: str = "bottom",
        phaseOffset: float = 0,
    ) -> None:
        """
        Initialises a parallel connection of junctions.
        Layer ids are used to identify the layers in the junctions and for resistance calculations.
        :param junctionList: list of junctions to be connected in parallel.
        :param topId: the string id of the top layer in the stack. Default is "free".
        :param bottomId: the string id of the bottom layer in the stack. Default is "bottom".
        :param phaseOffset: the phase offset between the junctions. Default is 0.
        """
        ...

    def clearLogs(self) -> None:
        """
        Clear all the logs, both of the stack and the junctions
        that constitute the stack.
        """
        ...

    @overload
    def getLog(self, junctionId: int) -> Dict[str, List[float]]:
        """
        Get the logs of a specific junction -- integer id
        from the `junctionList`.
        :param junctionId: integer junction id as was passed in the init.
        """
        ...

    @overload
    def getLog(self) -> Dict[str, List[float]]:
        """
        Get the logs of the stack
        """
        ...

    def runSimulation(
        self, totalTime: float, timeStep: float = ..., writeFrequency: float = ...
    ) -> None:
        """
        Run the simulation of the stack.
        :param totalTime: total time of a simulation, give it in seconds. Typical length is in ~couple ns.
        :param timeStep: the integration step of the RK45 method. Default is 1e-13
        :param writeFrequency: how often is the log saved to? Must be no smaller than `timeStep`. Default is 1e-11.
        """
        ...

    def setCoupledCurrentDriver(self, driver: cmtj.ScalarDriver) -> None:
        """
        Sets a global current driver for all junctions inside the stack.
        Keep in mind the current passed down the stack will be modified
        by the coupling constant.
        :param driver: the current driver to be set.
        """
        ...

    def setCouplingStrength(self, coupling: float) -> None:
        """
        Coupling constant that represents the energy losses as the current
        passes through the stack.
        :param coupling: the coupling strength (or the losses)
        """
        ...

    def setExternalFieldDriver(self, driver: cmtj.AxialDriver) -> None:
        """
        Sets a external field current driver for all junctions inside the stack.
        :param driver: the field driver to be set.
        """
        ...

    def setMagnetisation(
        self, junctionId: int, layerId: str, mag: cmtj.CVector
    ) -> None:
        """
        Set magnetisation on a specific layer in a specific junction.
        :param junctionId: the id of the junction (int) as passed in the init.
        :param layerId: the string id of the layer in the junction.
        :param mag: the magnetisation to be set.
        """
        ...

        def getMagnetisation(self, junction: int, layerId: str) -> cmtj.CVector: ...

__init__(junctionList, topId='free', bottomId='bottom', phaseOffset=0)

Initialises a parallel connection of junctions. Layer ids are used to identify the layers in the junctions and for resistance calculations.

Parameters:

Name Type Description Default
junctionList List[cmtj.Junction]

list of junctions to be connected in parallel.

 required
topId str

the string id of the top layer in the stack. Default is "free".

 'free'
bottomId str

the string id of the bottom layer in the stack. Default is "bottom".

 'bottom'
phaseOffset float

the phase offset between the junctions. Default is 0.

 0
Source code in cmtj/stack/__init__.pyi 
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def __init__(
    self,
    junctionList: List[cmtj.Junction],
    topId: str = "free",
    bottomId: str = "bottom",
    phaseOffset: float = 0,
) -> None:
    """
    Initialises a parallel connection of junctions.
    Layer ids are used to identify the layers in the junctions and for resistance calculations.
    :param junctionList: list of junctions to be connected in parallel.
    :param topId: the string id of the top layer in the stack. Default is "free".
    :param bottomId: the string id of the bottom layer in the stack. Default is "bottom".
    :param phaseOffset: the phase offset between the junctions. Default is 0.
    """
    ...

clearLogs()

Clear all the logs, both of the stack and the junctions that constitute the stack.

Source code in cmtj/stack/__init__.pyi 
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def clearLogs(self) -> None:
    """
    Clear all the logs, both of the stack and the junctions
    that constitute the stack.
    """
    ...

runSimulation(totalTime, timeStep=Ellipsis, writeFrequency=Ellipsis)

Run the simulation of the stack.

Parameters:

Name Type Description Default
totalTime float

total time of a simulation, give it in seconds. Typical length is in ~couple ns.

 required
timeStep float

the integration step of the RK45 method. Default is 1e-13

 Ellipsis
writeFrequency float

how often is the log saved to? Must be no smaller than timeStep. Default is 1e-11.

 Ellipsis
Source code in cmtj/stack/__init__.pyi 
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def runSimulation(
    self, totalTime: float, timeStep: float = ..., writeFrequency: float = ...
) -> None:
    """
    Run the simulation of the stack.
    :param totalTime: total time of a simulation, give it in seconds. Typical length is in ~couple ns.
    :param timeStep: the integration step of the RK45 method. Default is 1e-13
    :param writeFrequency: how often is the log saved to? Must be no smaller than `timeStep`. Default is 1e-11.
    """
    ...

setCoupledCurrentDriver(driver)

Sets a global current driver for all junctions inside the stack. Keep in mind the current passed down the stack will be modified by the coupling constant.

Parameters:

Name Type Description Default
driver cmtj.ScalarDriver

the current driver to be set.

 required
Source code in cmtj/stack/__init__.pyi 
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def setCoupledCurrentDriver(self, driver: cmtj.ScalarDriver) -> None:
    """
    Sets a global current driver for all junctions inside the stack.
    Keep in mind the current passed down the stack will be modified
    by the coupling constant.
    :param driver: the current driver to be set.
    """
    ...

setCouplingStrength(coupling)

Coupling constant that represents the energy losses as the current passes through the stack.

Parameters:

Name Type Description Default
coupling float

the coupling strength (or the losses)

 required
Source code in cmtj/stack/__init__.pyi 
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def setCouplingStrength(self, coupling: float) -> None:
    """
    Coupling constant that represents the energy losses as the current
    passes through the stack.
    :param coupling: the coupling strength (or the losses)
    """
    ...

setExternalFieldDriver(driver)

Sets a external field current driver for all junctions inside the stack.

Parameters:

Name Type Description Default
driver cmtj.AxialDriver

the field driver to be set.

 required
Source code in cmtj/stack/__init__.pyi 
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def setExternalFieldDriver(self, driver: cmtj.AxialDriver) -> None:
    """
    Sets a external field current driver for all junctions inside the stack.
    :param driver: the field driver to be set.
    """
    ...

setMagnetisation(junctionId, layerId, mag)

Set magnetisation on a specific layer in a specific junction.

Parameters:

Name Type Description Default
junctionId int

the id of the junction (int) as passed in the init.

 required
layerId str

the string id of the layer in the junction.

 required
mag cmtj.CVector

the magnetisation to be set.

 required
Source code in cmtj/stack/__init__.pyi 
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def setMagnetisation(
    self, junctionId: int, layerId: str, mag: cmtj.CVector
) -> None:
    """
    Set magnetisation on a specific layer in a specific junction.
    :param junctionId: the id of the junction (int) as passed in the init.
    :param layerId: the string id of the layer in the junction.
    :param mag: the magnetisation to be set.
    """
    ...

    def getMagnetisation(self, junction: int, layerId: str) -> cmtj.CVector: ...

SeriesStack

Source code in cmtj/stack/__init__.pyi 
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class SeriesStack:
    def __init__(
        self,
        junctionList: List[cmtj.Junction],
        topId: str = "free",
        bottomId: str = "bottom",
        phaseOffset: float = 0,
    ) -> None:
        """
        Initialises a series connection of junctions.
        Layer ids are used to identify the layers in the junctions and for resistance calculations.
        :param junctionList: list of junctions to be connected in series.
        :param topId: the string id of the top layer in the stack. Default is "free".
        :param bottomId: the string id of the bottom layer in the stack. Default is "bottom".
        :param phaseOffset: the phase offset between the junctions. Default is 0.
        """
        ...

    def clearLogs(self) -> None:
        """
        Clear all the logs, both of the stack and the junctions
        that constitute the stack.
        """
        ...

    @overload
    def getLog(self, junctionId: int) -> Dict[str, List[float]]:
        """
        Get the logs of a specific junction -- integer id
        from the `junctionList`.
        :param junctionId: integer junction id as was passed in the init.
        """
        ...

    @overload
    def getLog(self) -> Dict[str, List[float]]:
        """
        Get the logs of the stack
        """
        ...

    def runSimulation(
        self, totalTime: float, timeStep: float = ..., writeFrequency: float = ...
    ) -> None:
        """
        Run the simulation of the stack.
        :param totalTime: total time of a simulation, give it in seconds. Typical length is in ~couple ns.
        :param timeStep: the integration step of the RK45 method. Default is 1e-13
        :param writeFrequency: how often is the log saved to? Must be no smaller than `timeStep`. Default is 1e-11.
        """
        ...

    def setCoupledCurrentDriver(self, driver: cmtj.ScalarDriver) -> None:
        """
        Sets a global current driver for all junctions inside the stack.
        Keep in mind the current passed down the stack will be modified
        by the coupling constant.
        :param driver: the current driver to be set.
        """
        ...

    @overload
    def setCouplingStrength(self, coupling: float) -> None:
        """
        Coupling constant that represents the energy losses as the current
        passes through the stack.
        :param coupling: the coupling strength (or the losses)
        """
        ...

    @overload
    def setCouplingStrength(self, coupling: List[float]) -> None:
        """
        Coupling constant that represents the energy losses as the current
        passes through the stack.
        :param coupling: the coupling strength (or the losses) for each junction.
            Must be the one less than length of the junction vector, i.e. len(junctionList)-1 .
        """
        ...

    def setExternalFieldDriver(self, driver: cmtj.AxialDriver) -> None:
        """
        Sets a external field current driver for all junctions inside the stack.
        :param driver: the field driver to be set.
        """
        ...

    def setMagnetisation(
        self, junctionId: int, layerId: str, mag: cmtj.CVector
    ) -> None:
        """
        Set magnetisation on a specific layer in a specific junction.
        :param junctionId: the id of the junction (int) as passed in the init.
        :param layerId: the string id of the layer in the junction.
        :param mag: the magnetisation to be set.
        """
        ...

    def getMagnetisation(self, junction: int, layerId: str) -> cmtj.CVector:
        """Get the magnetisation of a specific layer in a specific junction.
        :param junction: the id of the junction (int) as passed in the init.
        :param layerId: the string id of the layer in the junction."""
        ...

__init__(junctionList, topId='free', bottomId='bottom', phaseOffset=0)

Initialises a series connection of junctions. Layer ids are used to identify the layers in the junctions and for resistance calculations.

Parameters:

Name Type Description Default
junctionList List[cmtj.Junction]

list of junctions to be connected in series.

 required
topId str

the string id of the top layer in the stack. Default is "free".

 'free'
bottomId str

the string id of the bottom layer in the stack. Default is "bottom".

 'bottom'
phaseOffset float

the phase offset between the junctions. Default is 0.

 0
Source code in cmtj/stack/__init__.pyi 
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def __init__(
    self,
    junctionList: List[cmtj.Junction],
    topId: str = "free",
    bottomId: str = "bottom",
    phaseOffset: float = 0,
) -> None:
    """
    Initialises a series connection of junctions.
    Layer ids are used to identify the layers in the junctions and for resistance calculations.
    :param junctionList: list of junctions to be connected in series.
    :param topId: the string id of the top layer in the stack. Default is "free".
    :param bottomId: the string id of the bottom layer in the stack. Default is "bottom".
    :param phaseOffset: the phase offset between the junctions. Default is 0.
    """
    ...

clearLogs()

Clear all the logs, both of the stack and the junctions that constitute the stack.

Source code in cmtj/stack/__init__.pyi 
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def clearLogs(self) -> None:
    """
    Clear all the logs, both of the stack and the junctions
    that constitute the stack.
    """
    ...

getMagnetisation(junction, layerId)

Get the magnetisation of a specific layer in a specific junction.

Parameters:

Name Type Description Default
junction int

the id of the junction (int) as passed in the init.

 required
layerId str

the string id of the layer in the junction.

 required
Source code in cmtj/stack/__init__.pyi 
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def getMagnetisation(self, junction: int, layerId: str) -> cmtj.CVector:
    """Get the magnetisation of a specific layer in a specific junction.
    :param junction: the id of the junction (int) as passed in the init.
    :param layerId: the string id of the layer in the junction."""
    ...

runSimulation(totalTime, timeStep=Ellipsis, writeFrequency=Ellipsis)

Run the simulation of the stack.

Parameters:

Name Type Description Default
totalTime float

total time of a simulation, give it in seconds. Typical length is in ~couple ns.

 required
timeStep float

the integration step of the RK45 method. Default is 1e-13

 Ellipsis
writeFrequency float

how often is the log saved to? Must be no smaller than timeStep. Default is 1e-11.

 Ellipsis
Source code in cmtj/stack/__init__.pyi 
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def runSimulation(
    self, totalTime: float, timeStep: float = ..., writeFrequency: float = ...
) -> None:
    """
    Run the simulation of the stack.
    :param totalTime: total time of a simulation, give it in seconds. Typical length is in ~couple ns.
    :param timeStep: the integration step of the RK45 method. Default is 1e-13
    :param writeFrequency: how often is the log saved to? Must be no smaller than `timeStep`. Default is 1e-11.
    """
    ...

setCoupledCurrentDriver(driver)

Sets a global current driver for all junctions inside the stack. Keep in mind the current passed down the stack will be modified by the coupling constant.

Parameters:

Name Type Description Default
driver cmtj.ScalarDriver

the current driver to be set.

 required
Source code in cmtj/stack/__init__.pyi 
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def setCoupledCurrentDriver(self, driver: cmtj.ScalarDriver) -> None:
    """
    Sets a global current driver for all junctions inside the stack.
    Keep in mind the current passed down the stack will be modified
    by the coupling constant.
    :param driver: the current driver to be set.
    """
    ...

setExternalFieldDriver(driver)

Sets a external field current driver for all junctions inside the stack.

Parameters:

Name Type Description Default
driver cmtj.AxialDriver

the field driver to be set.

 required
Source code in cmtj/stack/__init__.pyi 
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def setExternalFieldDriver(self, driver: cmtj.AxialDriver) -> None:
    """
    Sets a external field current driver for all junctions inside the stack.
    :param driver: the field driver to be set.
    """
    ...

setMagnetisation(junctionId, layerId, mag)

Set magnetisation on a specific layer in a specific junction.

Parameters:

Name Type Description Default
junctionId int

the id of the junction (int) as passed in the init.

 required
layerId str

the string id of the layer in the junction.

 required
mag cmtj.CVector

the magnetisation to be set.

 required
Source code in cmtj/stack/__init__.pyi 
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def setMagnetisation(
    self, junctionId: int, layerId: str, mag: cmtj.CVector
) -> None:
    """
    Set magnetisation on a specific layer in a specific junction.
    :param junctionId: the id of the junction (int) as passed in the init.
    :param layerId: the string id of the layer in the junction.
    :param mag: the magnetisation to be set.
    """
    ...