I hold results of a Python-only simulatation as Numpy vectors, accessible (read-only) as my attributes or as named items, dict-style.

Construct me with a callable for generating non-independent vectors and a list of vector names I am supposed to provide access to.

Method	__init__	Undocumented
Method	doSweep	Undocumented
Method	addName	Adds a name to my `NameManager` nm.
Method	addVector	Adds 1-D Numpy array X as a vector with name.
Method	copy	Returns a copy of me with its own copies of my analyzer object, swept set, and values dict as they stand right now.
Method	__call__	Obtains the result vectors and set my read-only attributes (or pseudo-items) with them.

Inherited from VectorsBase:

Method	nm 0	Property: My `NameManager`, newly constructed if I did't have one yet.
Method	nm 1	Undocumented
Method	nm	Undocumented
Method	__contains__	Dict-like access to my values: Whether name is included.
Method	__len__	Dict-like access to my values: The number of vectors and perhaps +1 for a `None` entry.
Method	__iter__	Dict-like access to my values: Iterates over vector names plus perhaps `None` for a `psim.Analyzer` instance.
Method	__getitem__	Dict-like access to my values, with scaling done from unity except for a None item, which is an SSE from a `psim.Analyzer` instance.
Method	__setitem__	Replace the existing numpy vector specified by name with another.
Method	__getattr__	A value can be accessed as an attribute if it has an attribute-friendly name.
Method	avg	Returns the time-weighted average value of my vector name, given my time vector.
Method	error	Call this with something to tell me that I've had an error, or with nothing to find out if I've had an error.
Method	setValue	Sets entry cname in my values dict to x, or to its absolute value if cname is an absolute value vector.
Method	array	Returns my data as a 2-D Numpy array, with each of my values (except a `None` entry) appearing as a column vector.
Method	save	Saves my current contents to a `.npz` file at the specified filePath, with any home directory symbol ("~") expanded.
Method	trimmedCopy	Returns a copy of me, trimmed to omit values from TIME < tMin and from TIME > tMax.

def __init__(self, analyzer):

Undocumented

def doSweep(self, name, start, stop, step):

Undocumented

def addName(self, name, k=None):

Adds a name to my NameManager nm.

Parameters k Set this to an integer to have the name inserted at a specific position in the names list of my NameManager object nm rather than appended. The order isn't usually important, but does affect the result of a call to array.

def addVector(self, name, X):

Adds 1-D Numpy array X as a vector with name.

def copy(self):

overrides pingspice.analysis.vectors.VectorsBase.copy

Returns a copy of me with its own copies of my analyzer object, swept set, and values dict as they stand right now.

This allows somebody like the Plotter to leisurely access my vectors without concern that my analyzer will call me again and overwrite them.

def __call__(self, params):

Obtains the result vectors and set my read-only attributes (or pseudo-items) with them.

Returns a Deferred that fires (with None) when I've attempted to set all the attributes. If I fail to set any, my error state gets set, checkable with a call to error.

API Documentation for pingspice, generated by pydoctor at 2021-09-18 08:41:11.

pingspice.analysis.vectors.Vectors_Python(VectorsBase) class documentation

`pingspice.analysis.vectors.Vectors_Python(VectorsBase)` class documentation