Index

A

astype() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method)

B

b_n() (pyMagnetics.magfit.LocalFit method) (pyMagnetics.magfit.ModeFit method)

bilinear() (in module pyMagnetics.transfer_functions)

C

cdfput() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) colorbar() (in module pyMagnetics.modplotlib) compensate() (in module pyMagnetics.response_functions) (in module pyMagnetics.transfer_functions) (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) compensate_sensor_coil() (in module pyMagnetics.response_functions) (in module pyMagnetics.transfer_functions) compress() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) conj() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method)

contour() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) copy() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) copy_all() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) create_all_applier() (in module pyMagnetics.magnetics) create_sensor_method() (in module pyMagnetics.magnetics)

D

Data (class in pyMagnetics.magdata) data_vs_data() (in module pyMagnetics.magdata) deepcopy() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) der() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method)

derivative() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) disjoin() (pyMagnetics.magnetics.SensorArray method) dump() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method)

E

error_field_correction() (in module pyMagnetics.stress)

F

fft() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) figure() (in module pyMagnetics.modplotlib)

filter() (in module pyMagnetics.magdata) (pyMagnetics.magdata.Data method) (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) fit() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method)

G

get_arrays() (in module pyMagnetics.magnetics)

get_hdf5values() (in module pyMagnetics.transfer_functions)

I

icoil_torque() (in module pyMagnetics.stress) imag() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) int() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) integral() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method)

interp2d() (pyMagnetics.magfit.LocalFit method) (pyMagnetics.magfit.ModeFit method) interp_fun() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) inv_fft() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method)

L

list() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) loadarray() (in module pyMagnetics.magnetics)

LocalFit (class in pyMagnetics.magfit) log() (in module pyMagnetics.magdata) (pyMagnetics.magdata.Data method) (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method)

M

MaxwellStress (class in pyMagnetics.stress) mdsput() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) merge() (pyMagnetics.magnetics.SensorArray method)

ModeFit (class in pyMagnetics.magfit) model_torque() (in module pyMagnetics.stress)

N

newx() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) newy() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method)

normalize() (in module pyMagnetics.transfer_functions)

O

onkey() (in module pyMagnetics.modplotlib)

overview() (in module pyMagnetics.magdata)

P

plot() (in module pyMagnetics.magdata) (pyMagnetics.magdata.Data method) (pyMagnetics.magfit.LocalFit method) (pyMagnetics.magfit.ModeFit method) (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) (pyMagnetics.stress.MaxwellStress method) plot1d() (pyMagnetics.d3dgeometry.Surface method) (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) plot2d() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) plot3d() (pyMagnetics.d3dgeometry.Surface method) (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) plot_axes() (in module pyMagnetics.modplotlib) plot_coils() (in module pyMagnetics.magdata) plotdata() (pyMagnetics.magnetics.SensorArray method) plotprobes() (pyMagnetics.magnetics.SensorArray method) printinfo() (pyMagnetics.magnetics.SensorArray method) printlines() (in module pyMagnetics.modplotlib)

psd() (in module pyMagnetics.magdata) (pyMagnetics.magdata.Data method) (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) pyMagnetics (module) pyMagnetics.d3dgeometry (module) pyMagnetics.magdata (module) pyMagnetics.magfit (module) pyMagnetics.magnetics (module) pyMagnetics.modplotlib (module) pyMagnetics.response_functions (module) pyMagnetics.stress (module) pyMagnetics.transfer_functions (module)

Q

quicktorque() (in module pyMagnetics.stress)

R

real() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) rebuild() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) remove_baseline() (in module pyMagnetics.magdata) (pyMagnetics.magdata.Data method) (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) resp() (in module pyMagnetics.response_functions)

resp_lstsq() (in module pyMagnetics.response_functions) return_coupling() (in module pyMagnetics.transfer_functions) return_trans_func() (in module pyMagnetics.transfer_functions)

S

save() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) savearray() (pyMagnetics.magnetics.SensorArray method) Sensor (class in pyMagnetics.magnetics) SensorArray (class in pyMagnetics.magnetics) set_data() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) set_mode() (pyMagnetics.magnetics.SensorArray method) set_model() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) shape() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) shift() (pyMagnetics.magfit.ModeFit method)

skip() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) skipval() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) smooth() (in module pyMagnetics.response_functions) (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) sort() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) spline() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) sra_analysis() (in module pyMagnetics.transfer_functions) subplots() (in module pyMagnetics.modplotlib) Surface (class in pyMagnetics.d3dgeometry)

T

timing_domains() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method) tsplfit_to_tspline() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method)

tspline() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method)

U

uniquex() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method)

update_fits() (pyMagnetics.stress.MaxwellStress method)

V

vs() (pyMagnetics.magdata.Data method) (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method)

X

xslice() (pyMagnetics.magnetics.Sensor method) (pyMagnetics.magnetics.SensorArray method)