`Measurement`

class nexus.Measurement(Measurement self, Experiment experiment, std::string const id="")

class nexus.Measurement(Measurement self, Experiment experiment, DoubleVector detuning, std::string const id="") → Measurement

Base class for all measurement class objects. Do not initialize this method, use the derived classes.

id

User identifier.

Type:: string

experiment

Experiment.

Type:: Experiment

detuning

Detuning values for the calculation.

Type:: list

velocity

Velocity detuning for the calculation in units mm/s.

Type:: list

time

Time values for the calculation. Only used for time dependent measurements.

Type:: list

distribution_points

Number of distribution_points for objects in forward geometry

Type:: int

PopulateOptimizerHandler(Measurement self, OptimizerHandler optimizer_handler)

Update(Measurement self)

Velocity()

Returns the velocity detuning of the measurement in units of mm/s.

Returns:: Velocity detuning (mm/s).
Return type:: ndarray

property detuning

std::vector<(double,std::allocator<(double)>)>

Type:: detuning

property experiment

p.Experiment

Type:: experiment

property id

std::string

Type:: id

property time

std::vector<(double,std::allocator<(double)>)>

Type:: time

class nexus.MeasurementVector(MeasurementVector self)

class nexus.MeasurementVector(MeasurementVector self, MeasurementVector other) → MeasurementVector

class nexus.MeasurementVector(MeasurementVector self, std::vector< Measurement * >::size_type size) → MeasurementVector

class nexus.MeasurementVector(MeasurementVector self, std::vector< Measurement * >::size_type size, Measurement value) → MeasurementVector

List of Measurement objects.

append(MeasurementVector self, Measurement x)

assign(MeasurementVector self, std::vector< Measurement * >::size_type n, Measurement x)

back(MeasurementVector self) → Measurement

begin(MeasurementVector self) → std::vector< Measurement * >::iterator

capacity(MeasurementVector self) → std::vector< Measurement * >::size_type

clear(MeasurementVector self)

empty(MeasurementVector self) → bool

end(MeasurementVector self) → std::vector< Measurement * >::iterator

erase(MeasurementVector self, std::vector< Measurement * >::iterator pos) → std::vector< Measurement * >::iterator
erase(MeasurementVector self, std::vector< Measurement * >::iterator first, std::vector< Measurement * >::iterator last) → std::vector< Measurement * >::iterator

front(MeasurementVector self) → Measurement

get_allocator(MeasurementVector self) → std::vector< Measurement * >::allocator_type

insert(MeasurementVector self, std::vector< Measurement * >::iterator pos, Measurement x) → std::vector< Measurement * >::iterator
insert(MeasurementVector self, std::vector< Measurement * >::iterator pos, std::vector< Measurement * >::size_type n, Measurement x) → None

iterator(MeasurementVector self) → SwigPyIterator

pop(MeasurementVector self) → Measurement

pop_back(MeasurementVector self)

push_back(MeasurementVector self, Measurement x)

rbegin(MeasurementVector self) → std::vector< Measurement * >::reverse_iterator

rend(MeasurementVector self) → std::vector< Measurement * >::reverse_iterator

reserve(MeasurementVector self, std::vector< Measurement * >::size_type n)

resize(MeasurementVector self, std::vector< Measurement * >::size_type new_size)
resize(MeasurementVector self, std::vector< Measurement * >::size_type new_size, Measurement x) → None

size(MeasurementVector self) → std::vector< Measurement * >::size_type

swap(MeasurementVector self, MeasurementVector v)

Measurement

`Measurement`