Index

A

abs() (geobipy.src.classes.core.DataArray.DataArray method) active (geobipy.src.classes.data.datapoint.DataPoint.DataPoint attribute) (geobipy.src.classes.data.datapoint.EmDataPoint.EmDataPoint property) (geobipy.src.classes.data.dataset.Data.Data property) additive_error (geobipy.src.classes.data.dataset.Data.Data property) (geobipy.src.classes.data.dataset.TempestData.TempestData property) address (geobipy.src.classes.core.DataArray.DataArray property) (geobipy.src.classes.statistics.StatArray.StatArray property) addressof (geobipy.src.classes.core.DataArray.DataArray property) (geobipy.src.classes.data.datapoint.DataPoint.DataPoint property) (geobipy.src.classes.data.datapoint.TdemDataPoint.TdemDataPoint property) (geobipy.src.classes.statistics.StatArray.StatArray property)

addToVTK() (geobipy.src.classes.data.dataset.Data.Data method) append() (geobipy.src.classes.core.DataArray.DataArray method) (geobipy.src.classes.data.dataset.Data.Data method) (geobipy.src.classes.data.dataset.FdemData.FdemData method) (geobipy.src.classes.data.dataset.TdemData.TdemData method) (geobipy.src.classes.pointcloud.Point.Point method) (geobipy.src.classes.system.CircularLoop.CircularLoop method) (geobipy.src.classes.system.EmLoop.EmLoop method) argmax_multiple_to_nan() (geobipy.src.classes.core.DataArray.DataArray method) Ax() (in module geobipy.src.base.utilities) axis() (geobipy.src.classes.pointcloud.Point.Point method)

B

banner() (in module geobipy.src.base.MPI) bar() (geobipy.src.classes.core.DataArray.DataArray method) (in module geobipy.src.base.plotting) baseDistribution (class in geobipy.src.classes.statistics.baseDistribution) Bcast() (geobipy.src.classes.core.DataArray.DataArray method) (geobipy.src.classes.data.dataset.Data.Data method) (geobipy.src.classes.data.dataset.FdemData.FdemData method) (geobipy.src.classes.data.dataset.TdemData.TdemData method) (geobipy.src.classes.pointcloud.Point.Point method) (geobipy.src.classes.system.CircularLoop.CircularLoop method) (geobipy.src.classes.system.FdemSystem.FdemSystem method) (in module geobipy.src.base.MPI)

Bcast_1int() (in module geobipy.src.base.MPI) Bcast_list() (in module geobipy.src.base.MPI) bcastType() (in module geobipy.src.base.MPI) bins() (geobipy.src.classes.statistics.baseDistribution.baseDistribution method) (geobipy.src.classes.statistics.MvNormalDistribution.MvNormal method) (geobipy.src.classes.statistics.NormalDistribution.Normal method) (geobipy.src.classes.statistics.UniformDistribution.Uniform method) block_indices() (geobipy.src.classes.pointcloud.Point.Point method) block_median() (geobipy.src.classes.pointcloud.Point.Point method) block_median_indices() (geobipy.src.classes.pointcloud.Point.Point method) bounds (geobipy.src.classes.core.DataArray.DataArray property) (geobipy.src.classes.pointcloud.Point.Point property) bytes2readable() (in module geobipy.src.base.fileIO)

C

calibrate() (geobipy.src.classes.data.datapoint.FdemDataPoint.FdemDataPoint method) cdf() (geobipy.src.classes.statistics.NormalDistribution.Normal method) (geobipy.src.classes.statistics.UniformDistribution.Uniform method) cellIndex() (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D method) (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D method) cellIndices() (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D method) (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D method) centred_grid_nodes() (geobipy.src.classes.core.DataArray.DataArray method) (geobipy.src.classes.pointcloud.Point.Point method) (geobipy.src.classes.statistics.StatArray.StatArray method) centres() (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D method) (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D method) channel_index() (geobipy.src.classes.data.dataset.Data.Data method) CircularLoop (class in geobipy.src.classes.system.CircularLoop) clabel() (in module geobipy.src.base.plotting) component_id (geobipy.src.classes.system.FdemSystem.FdemSystem property) copy() (geobipy.src.classes.core.DataArray.DataArray method) (geobipy.src.classes.statistics.StatArray.StatArray method) copyStats() (geobipy.src.classes.statistics.StatArray.StatArray method) cosSin1() (in module geobipy.src.base.utilities)

create_posterior_hdf() (geobipy.src.classes.statistics.StatArray.StatArray method) createHdf() (geobipy.src.classes.core.DataArray.DataArray method) (geobipy.src.classes.data.datapoint.DataPoint.DataPoint method) (geobipy.src.classes.data.datapoint.FdemDataPoint.FdemDataPoint method) (geobipy.src.classes.data.datapoint.TdemDataPoint.TdemDataPoint method) (geobipy.src.classes.data.datapoint.Tempest_datapoint.Tempest_datapoint method) (geobipy.src.classes.data.dataset.Data.Data method) (geobipy.src.classes.data.dataset.FdemData.FdemData method) (geobipy.src.classes.data.dataset.TdemData.TdemData method) (geobipy.src.classes.data.dataset.TempestData.TempestData method) (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D method) (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D method) (geobipy.src.classes.mesh.RectilinearMesh2D_stitched.RectilinearMesh2D_stitched method) (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D method) (geobipy.src.classes.pointcloud.Point.Point method) (geobipy.src.classes.statistics.StatArray.StatArray method) (geobipy.src.classes.system.CircularLoop.CircularLoop method) (geobipy.src.classes.system.EmLoop.EmLoop method) credible_intervals() (geobipy.src.classes.statistics.Histogram.Histogram method) credible_range() (geobipy.src.classes.statistics.Histogram.Histogram method)

D

Data (class in geobipy.src.classes.data.dataset.Data) data (geobipy.src.classes.data.dataset.Data.Data property) (geobipy.src.classes.data.dataset.TdemData.TdemData property) data_misfit() (geobipy.src.classes.data.datapoint.DataPoint.DataPoint method) (geobipy.src.classes.data.dataset.Data.Data method) DataArray (class in geobipy.src.classes.core.DataArray) DataPoint (class in geobipy.src.classes.data.datapoint.DataPoint) datapoint() (geobipy.src.classes.data.dataset.Data.Data method) (geobipy.src.classes.data.dataset.FdemData.FdemData method) (geobipy.src.classes.data.dataset.TdemData.TdemData method) deepcopy() (geobipy.src.classes.statistics.baseDistribution.baseDistribution method)

delete() (geobipy.src.classes.core.DataArray.DataArray method) (geobipy.src.classes.statistics.StatArray.StatArray method) delete_edge() (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D method) deleteFile() (in module geobipy.src.base.fileIO) deltaD (geobipy.src.classes.data.datapoint.DataPoint.DataPoint property) (geobipy.src.classes.data.dataset.Data.Data property) Det() (in module geobipy.src.base.utilities) diff() (geobipy.src.classes.core.DataArray.DataArray method) dirExists() (in module geobipy.src.base.fileIO) distance (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D property) Distribution() (in module geobipy.src.classes.statistics.Distribution) dualMoment() (geobipy.src.classes.data.datapoint.TdemDataPoint.TdemDataPoint method)

E

edges() (geobipy.src.classes.core.DataArray.DataArray method) (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D method) (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D method)

EmDataPoint (class in geobipy.src.classes.data.datapoint.EmDataPoint) EmLoop (class in geobipy.src.classes.system.EmLoop) estimateAdditiveError() (geobipy.src.classes.data.dataset.TdemData.TdemData method) expReal() (in module geobipy.src.base.utilities)

F

FdemData (class in geobipy.src.classes.data.dataset.FdemData) FdemDataPoint (class in geobipy.src.classes.data.datapoint.FdemDataPoint) FdemSystem (class in geobipy.src.classes.system.FdemSystem) fileExists() (in module geobipy.src.base.fileIO) fileInformation() (geobipy.src.classes.data.dataset.FdemData.FdemData method) (geobipy.src.classes.data.dataset.TdemData.TdemData static method) (geobipy.src.classes.pointcloud.Point.Point method) (geobipy.src.classes.system.FdemSystem.FdemSystem method) filesExist() (in module geobipy.src.base.fileIO) find() (in module geobipy.src.base.HDF.hdfRead) find_best_halfspace() (geobipy.src.classes.data.datapoint.EmDataPoint.EmDataPoint method) findFirstLastNotValue() (in module geobipy.src.base.utilities) findFirstNonZeros() (in module geobipy.src.base.utilities) findLastNonZeros() (in module geobipy.src.base.utilities) findNans() (in module geobipy.src.base.utilities) findNotNans() (in module geobipy.src.base.utilities) firstNonZero() (geobipy.src.classes.core.DataArray.DataArray method) fit_mixture() (geobipy.src.classes.core.DataArray.DataArray method) fit_mixture_to_pdf_1d() (geobipy.src.classes.statistics.Histogram.Histogram method) forward() (geobipy.src.classes.data.datapoint.FdemDataPoint.FdemDataPoint method) (geobipy.src.classes.data.datapoint.TdemDataPoint.TdemDataPoint method)

frequencies() (geobipy.src.classes.data.datapoint.FdemDataPoint.FdemDataPoint method) fromHdf() (geobipy.src.classes.core.DataArray.DataArray class method) (geobipy.src.classes.data.datapoint.DataPoint.DataPoint class method) (geobipy.src.classes.data.datapoint.FdemDataPoint.FdemDataPoint class method) (geobipy.src.classes.data.datapoint.TdemDataPoint.TdemDataPoint class method) (geobipy.src.classes.data.datapoint.Tempest_datapoint.Tempest_datapoint class method) (geobipy.src.classes.data.dataset.Data.Data class method) (geobipy.src.classes.data.dataset.FdemData.FdemData class method) (geobipy.src.classes.data.dataset.TdemData.TdemData class method) (geobipy.src.classes.data.dataset.TempestData.TempestData class method) (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D class method) (geobipy.src.classes.mesh.RectilinearMesh2D_stitched.RectilinearMesh2D_stitched class method) (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D class method) (geobipy.src.classes.model.Model.Model class method) (geobipy.src.classes.pointcloud.Point.Point class method) (geobipy.src.classes.statistics.Histogram.Histogram class method) (geobipy.src.classes.statistics.StatArray.StatArray class method) (geobipy.src.classes.system.CircularLoop.CircularLoop class method) (geobipy.src.classes.system.EmLoop.EmLoop class method) (geobipy.src.classes.system.FdemSystem.FdemSystem class method)

G

Gamma (class in geobipy.src.classes.statistics.GammaDistribution) gaussianMixture() (geobipy.src.classes.core.DataArray.DataArray method) generate_subplots() (in module geobipy.src.base.plotting) geobipy.src.base.fileIO module geobipy.src.base.HDF.hdfRead module geobipy.src.base.HDF.hdfWrite module geobipy.src.base.interpolation module geobipy.src.base.MPI module geobipy.src.base.plotting module geobipy.src.base.utilities module geobipy.src.classes.core.DataArray module geobipy.src.classes.core.myObject module geobipy.src.classes.data.datapoint.DataPoint module geobipy.src.classes.data.datapoint.EmDataPoint module geobipy.src.classes.data.datapoint.FdemDataPoint module geobipy.src.classes.data.datapoint.TdemDataPoint module geobipy.src.classes.data.datapoint.Tempest_datapoint module geobipy.src.classes.data.dataset.Data module geobipy.src.classes.data.dataset.FdemData module geobipy.src.classes.data.dataset.TdemData module geobipy.src.classes.data.dataset.TempestData module geobipy.src.classes.mesh.RectilinearMesh1D module geobipy.src.classes.mesh.RectilinearMesh2D module geobipy.src.classes.mesh.RectilinearMesh2D_stitched module geobipy.src.classes.mesh.RectilinearMesh3D module geobipy.src.classes.model.Model module

geobipy.src.classes.pointcloud.Point module geobipy.src.classes.statistics.baseDistribution module geobipy.src.classes.statistics.Distribution module geobipy.src.classes.statistics.GammaDistribution module geobipy.src.classes.statistics.Histogram module geobipy.src.classes.statistics.MvNormalDistribution module geobipy.src.classes.statistics.NormalDistribution module geobipy.src.classes.statistics.OrderStatistics module geobipy.src.classes.statistics.StatArray module geobipy.src.classes.statistics.UniformDistribution module geobipy.src.classes.system.CircularLoop module geobipy.src.classes.system.EmLoop module geobipy.src.classes.system.FdemSystem module geobipy.src.classes.system.TdemSystem module get_column_name() (in module geobipy.src.base.fileIO) get_modellingTimes (geobipy.src.classes.system.TdemSystem.TdemSystem property) get_real_numbers_from_line() (in module geobipy.src.base.fileIO) getFileExtension() (in module geobipy.src.base.fileIO) getFileSize() (in module geobipy.src.base.fileIO) getFrequency() (geobipy.src.classes.data.datapoint.FdemDataPoint.FdemDataPoint method) (geobipy.src.classes.data.dataset.FdemData.FdemData method) getMeasurementType() (geobipy.src.classes.data.datapoint.FdemDataPoint.FdemDataPoint method) (geobipy.src.classes.data.dataset.FdemData.FdemData method) getName() (in module geobipy.src.base.utilities) getNameUnits() (geobipy.src.classes.core.DataArray.DataArray method) (in module geobipy.src.base.utilities) getNcolumns() (in module geobipy.src.base.fileIO) getNlines() (in module geobipy.src.base.fileIO) getsizeof() (geobipy.src.classes.core.myObject.myObject method) getUnits() (in module geobipy.src.base.utilities) gradient (geobipy.src.classes.model.Model.Model property) gradient() (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D method) gradient_probability() (geobipy.src.classes.model.Model.Model method)

H

hasLabels() (geobipy.src.classes.core.DataArray.DataArray method) hasPosterior (geobipy.src.classes.core.DataArray.DataArray property) (geobipy.src.classes.statistics.StatArray.StatArray property) hasPrior (geobipy.src.classes.core.DataArray.DataArray property) (geobipy.src.classes.statistics.StatArray.StatArray property) hasProposal (geobipy.src.classes.core.DataArray.DataArray property) (geobipy.src.classes.statistics.StatArray.StatArray property)

hasSameSize() (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D method) hdfName() (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D method) helloWorld() (in module geobipy.src.base.MPI) hillshade() (in module geobipy.src.base.plotting) hist() (geobipy.src.classes.core.DataArray.DataArray method) Histogram (class in geobipy.src.classes.statistics.Histogram) histogramEqualize() (in module geobipy.src.base.utilities) hlines() (in module geobipy.src.base.plotting)

I

in_bounds() (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D method) (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D method) index() (geobipy.src.classes.core.DataArray.DataArray method) insert() (geobipy.src.classes.core.DataArray.DataArray method) (geobipy.src.classes.statistics.StatArray.StatArray method) insert_edge() (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D method) int2str() (in module geobipy.src.base.fileIO) interleave() (geobipy.src.classes.core.DataArray.DataArray method) (in module geobipy.src.base.utilities) internalEdges() (geobipy.src.classes.core.DataArray.DataArray method) interpolate() (geobipy.src.classes.pointcloud.Point.Point method) intervalStatistic() (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D method) Inv() (in module geobipy.src.base.utilities) iplotActive (geobipy.src.classes.data.datapoint.TdemDataPoint.TdemDataPoint property)

Irecv() (geobipy.src.classes.core.DataArray.DataArray class method) (in module geobipy.src.base.MPI) Irecv_1int() (in module geobipy.src.base.MPI) IrecvFromLeft() (in module geobipy.src.base.MPI) IrecvFromRight() (in module geobipy.src.base.MPI) Isend() (geobipy.src.classes.core.DataArray.DataArray method) (in module geobipy.src.base.MPI) Isend_1int() (in module geobipy.src.base.MPI) IsendToLeft() (in module geobipy.src.base.MPI) IsendToRight() (in module geobipy.src.base.MPI) isFileExtension() (in module geobipy.src.base.fileIO) isInt() (in module geobipy.src.base.utilities) isIntorSlice() (in module geobipy.src.base.utilities) isNumpy() (in module geobipy.src.base.utilities) isRegular() (geobipy.src.classes.core.DataArray.DataArray method)

K

kMeans() (geobipy.src.classes.core.DataArray.DataArray method)

L

label (geobipy.src.classes.core.DataArray.DataArray property) lastNonZero() (geobipy.src.classes.core.DataArray.DataArray method) likelihood() (geobipy.src.classes.data.datapoint.DataPoint.DataPoint method) line() (geobipy.src.classes.data.dataset.Data.Data method) loadBalance1D_shrinkingArrays() (in module geobipy.src.base.MPI)

loadBalance3D_shrinkingArrays() (in module geobipy.src.base.MPI) local_inverse_hessian() (geobipy.src.classes.model.Model.Model method) local_precision() (geobipy.src.classes.model.Model.Model method) local_variance() (geobipy.src.classes.model.Model.Model method) LogDet() (in module geobipy.src.base.utilities)

M

mahalanobis() (geobipy.src.classes.statistics.StatArray.StatArray method) make_colourmap() (in module geobipy.src.base.plotting) map() (geobipy.src.classes.pointcloud.Point.Point method) map_to_pdf() (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D method) mapChannel() (geobipy.src.classes.data.dataset.TdemData.TdemData method) mapData() (geobipy.src.classes.data.dataset.Data.Data method) mapPredictedData() (geobipy.src.classes.data.dataset.Data.Data method) mapStd() (geobipy.src.classes.data.dataset.Data.Data method) marginalize() (geobipy.src.classes.statistics.Histogram.Histogram method) mask_cells() (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D method) (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D method) mean() (geobipy.src.classes.statistics.Histogram.Histogram method) median() (geobipy.src.classes.statistics.Histogram.Histogram method) mergeComplex() (in module geobipy.src.base.utilities) mode() (geobipy.src.classes.statistics.Histogram.Histogram method) Model (class in geobipy.src.classes.model.Model) module geobipy.src.base.fileIO geobipy.src.base.HDF.hdfRead geobipy.src.base.HDF.hdfWrite geobipy.src.base.interpolation geobipy.src.base.MPI geobipy.src.base.plotting geobipy.src.base.utilities geobipy.src.classes.core.DataArray geobipy.src.classes.core.myObject geobipy.src.classes.data.datapoint.DataPoint geobipy.src.classes.data.datapoint.EmDataPoint geobipy.src.classes.data.datapoint.FdemDataPoint geobipy.src.classes.data.datapoint.TdemDataPoint geobipy.src.classes.data.datapoint.Tempest_datapoint geobipy.src.classes.data.dataset.Data geobipy.src.classes.data.dataset.FdemData geobipy.src.classes.data.dataset.TdemData geobipy.src.classes.data.dataset.TempestData geobipy.src.classes.mesh.RectilinearMesh1D geobipy.src.classes.mesh.RectilinearMesh2D geobipy.src.classes.mesh.RectilinearMesh2D_stitched geobipy.src.classes.mesh.RectilinearMesh3D geobipy.src.classes.model.Model geobipy.src.classes.pointcloud.Point geobipy.src.classes.statistics.baseDistribution geobipy.src.classes.statistics.Distribution geobipy.src.classes.statistics.GammaDistribution geobipy.src.classes.statistics.Histogram geobipy.src.classes.statistics.MvNormalDistribution geobipy.src.classes.statistics.NormalDistribution geobipy.src.classes.statistics.OrderStatistics geobipy.src.classes.statistics.StatArray geobipy.src.classes.statistics.UniformDistribution geobipy.src.classes.system.CircularLoop geobipy.src.classes.system.EmLoop geobipy.src.classes.system.FdemSystem geobipy.src.classes.system.TdemSystem

moment (geobipy.src.classes.statistics.baseDistribution.baseDistribution property) move() (geobipy.src.classes.pointcloud.Point.Point method) MvNormal (class in geobipy.src.classes.statistics.MvNormalDistribution) myObject (class in geobipy.src.classes.core.myObject)

N

n_posteriors (geobipy.src.classes.core.DataArray.DataArray property) (geobipy.src.classes.statistics.StatArray.StatArray property) nActiveData (geobipy.src.classes.data.dataset.FdemData.FdemData property) name (geobipy.src.classes.core.DataArray.DataArray property) nanmax() (geobipy.src.classes.core.DataArray.DataArray method) nanmin() (geobipy.src.classes.core.DataArray.DataArray method) nCells (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D property) (geobipy.src.classes.mesh.RectilinearMesh2D_stitched.RectilinearMesh2D_stitched property) (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D property) ndim (geobipy.src.classes.statistics.baseDistribution.baseDistribution property) (geobipy.src.classes.statistics.MvNormalDistribution.MvNormal property) (geobipy.src.classes.statistics.NormalDistribution.Normal property) (geobipy.src.classes.statistics.UniformDistribution.Uniform property)

nearest() (geobipy.src.classes.pointcloud.Point.Point method) nNodes (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D property) (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D property) nodes (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D property) Normal (class in geobipy.src.classes.statistics.NormalDistribution) normalize() (geobipy.src.classes.core.DataArray.DataArray method) nPoints (geobipy.src.classes.data.dataset.TdemData.TdemData property) (geobipy.src.classes.pointcloud.Point.Point property) nPointsPerLine() (geobipy.src.classes.data.dataset.Data.Data method)

O

off_time (geobipy.src.classes.system.TdemSystem.TdemSystem property) off_time() (geobipy.src.classes.data.datapoint.TdemDataPoint.TdemDataPoint method) (geobipy.src.classes.data.dataset.TdemData.TdemData method) opacity() (geobipy.src.classes.statistics.Histogram.Histogram method)

opacity_level() (geobipy.src.classes.statistics.Histogram.Histogram method) Order (class in geobipy.src.classes.statistics.OrderStatistics) ordered_print() (in module geobipy.src.base.MPI) overlay_on_posteriors() (geobipy.src.classes.statistics.StatArray.StatArray method)

P

pad() (geobipy.src.classes.core.DataArray.DataArray method) (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D method) (geobipy.src.classes.model.Model.Model method) (geobipy.src.classes.statistics.MvNormalDistribution.MvNormal method) (geobipy.src.classes.statistics.StatArray.StatArray method) parseString() (in module geobipy.src.base.fileIO) pause() (in module geobipy.src.base.plotting) pcolor() (geobipy.src.classes.core.DataArray.DataArray method) (geobipy.src.classes.data.dataset.TdemData.TdemData method) (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D method) (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D method) (geobipy.src.classes.mesh.RectilinearMesh2D_stitched.RectilinearMesh2D_stitched method) (geobipy.src.classes.model.Model.Model method) (geobipy.src.classes.statistics.Histogram.Histogram method) (in module geobipy.src.base.plotting) pcolor_1D() (in module geobipy.src.base.plotting) pcolor_as_bar() (in module geobipy.src.base.plotting) pdf() (geobipy.src.classes.statistics.GammaDistribution.Gamma method) percentile() (geobipy.src.classes.statistics.Histogram.Histogram method) perturb() (geobipy.src.classes.data.datapoint.DataPoint.DataPoint method) (geobipy.src.classes.data.datapoint.TdemDataPoint.TdemDataPoint method) (geobipy.src.classes.data.datapoint.Tempest_datapoint.Tempest_datapoint method) (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D method) (geobipy.src.classes.model.Model.Model method) (geobipy.src.classes.pointcloud.Point.Point method) (geobipy.src.classes.statistics.StatArray.StatArray method) (geobipy.src.classes.system.EmLoop.EmLoop method) piecewise_constant_interpolate() (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D method) plot() (geobipy.src.classes.core.DataArray.DataArray method) (geobipy.src.classes.data.datapoint.FdemDataPoint.FdemDataPoint method) (geobipy.src.classes.data.datapoint.TdemDataPoint.TdemDataPoint method) (geobipy.src.classes.data.datapoint.Tempest_datapoint.Tempest_datapoint method) (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D method) (geobipy.src.classes.pointcloud.Point.Point method) (geobipy.src.classes.statistics.Histogram.Histogram method) (in module geobipy.src.base.plotting) plot_data() (geobipy.src.classes.data.dataset.Data.Data method) (geobipy.src.classes.data.dataset.FdemData.FdemData method) (geobipy.src.classes.data.dataset.TdemData.TdemData method) (geobipy.src.classes.data.dataset.TempestData.TempestData method) plot_grid() (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D method) (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D method) (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D method)

plot_halfspace_responses() (geobipy.src.classes.data.datapoint.EmDataPoint.EmDataPoint method) plot_posteriors() (geobipy.src.classes.statistics.StatArray.StatArray method) plot_predicted() (geobipy.src.classes.data.datapoint.FdemDataPoint.FdemDataPoint method) (geobipy.src.classes.data.dataset.Data.Data method) (geobipy.src.classes.data.dataset.TdemData.TdemData method) (geobipy.src.classes.data.dataset.TempestData.TempestData method) plot_relative_to() (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D method) plotLine() (geobipy.src.classes.data.dataset.FdemData.FdemData method) Point (class in geobipy.src.classes.pointcloud.Point) posterior (geobipy.src.classes.statistics.StatArray.StatArray property) posteriors_from_hdf() (geobipy.src.classes.statistics.StatArray.StatArray method) predicted_primary_field (geobipy.src.classes.data.dataset.TdemData.TdemData property) predicted_secondary_field (geobipy.src.classes.data.dataset.TdemData.TdemData property) predictedData (geobipy.src.classes.data.datapoint.DataPoint.DataPoint property) (geobipy.src.classes.data.datapoint.EmDataPoint.EmDataPoint property) (geobipy.src.classes.data.datapoint.TdemDataPoint.TdemDataPoint property) (geobipy.src.classes.data.datapoint.Tempest_datapoint.Tempest_datapoint property) (geobipy.src.classes.data.dataset.Data.Data property) prepend() (geobipy.src.classes.core.DataArray.DataArray method) pretty() (in module geobipy.src.base.plotting) primary_field (geobipy.src.classes.data.dataset.TdemData.TdemData property) print() (in module geobipy.src.base.MPI) prior (geobipy.src.classes.statistics.StatArray.StatArray property) priorDerivative() (geobipy.src.classes.statistics.StatArray.StatArray method) probability (geobipy.src.classes.data.datapoint.DataPoint.DataPoint property) (geobipy.src.classes.data.datapoint.TdemDataPoint.TdemDataPoint property) (geobipy.src.classes.data.datapoint.Tempest_datapoint.Tempest_datapoint property) (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D property) (geobipy.src.classes.pointcloud.Point.Point property) (geobipy.src.classes.system.EmLoop.EmLoop property) probability() (geobipy.src.classes.model.Model.Model method) (geobipy.src.classes.statistics.MvNormalDistribution.MvNormal method) (geobipy.src.classes.statistics.NormalDistribution.Normal method) (geobipy.src.classes.statistics.StatArray.StatArray method) proposal (geobipy.src.classes.statistics.StatArray.StatArray property) proposal_derivative() (geobipy.src.classes.statistics.StatArray.StatArray method) proposal_probabilities() (geobipy.src.classes.model.Model.Model method) propose() (geobipy.src.classes.statistics.StatArray.StatArray method) pyvista_mesh() (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D method)

R

range (geobipy.src.classes.core.DataArray.DataArray property) (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D property) rankPrint() (in module geobipy.src.base.MPI) ravelIndices() (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D method) (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D method) read() (geobipy.src.classes.data.datapoint.TdemDataPoint.TdemDataPoint method) (geobipy.src.classes.system.FdemSystem.FdemSystem class method) read_all() (in module geobipy.src.base.HDF.hdfRead) read_csv() (geobipy.src.classes.data.dataset.Data.Data class method) (geobipy.src.classes.data.dataset.FdemData.FdemData class method) (geobipy.src.classes.data.dataset.TdemData.TdemData class method) (geobipy.src.classes.data.dataset.TempestData.TempestData class method) (geobipy.src.classes.pointcloud.Point.Point class method) read_groups_with_tag() (in module geobipy.src.base.HDF.hdfRead) read_item() (in module geobipy.src.base.HDF.hdfRead) read_netcdf() (geobipy.src.classes.data.dataset.TempestData.TempestData class method)

readAarhusFile() (geobipy.src.classes.data.dataset.FdemData.FdemData method) readKeyFromFile() (in module geobipy.src.base.HDF.hdfRead) readKeyFromFiles() (in module geobipy.src.base.HDF.hdfRead) RectilinearMesh1D (class in geobipy.src.classes.mesh.RectilinearMesh1D) RectilinearMesh2D (class in geobipy.src.classes.mesh.RectilinearMesh2D) RectilinearMesh2D_stitched (class in geobipy.src.classes.mesh.RectilinearMesh2D_stitched) RectilinearMesh3D (class in geobipy.src.classes.mesh.RectilinearMesh3D) relative_error (geobipy.src.classes.data.dataset.Data.Data property) (geobipy.src.classes.data.dataset.TempestData.TempestData property) rescale() (geobipy.src.classes.core.DataArray.DataArray method) reset_posteriors() (geobipy.src.classes.core.DataArray.DataArray method) (geobipy.src.classes.statistics.StatArray.StatArray method) resize() (geobipy.src.classes.core.DataArray.DataArray method) (geobipy.src.classes.statistics.StatArray.StatArray method) rng() (geobipy.src.classes.statistics.NormalDistribution.Normal method) rolling() (geobipy.src.classes.core.DataArray.DataArray method) rosenbrock() (in module geobipy.src.base.utilities)

S

sample() (geobipy.src.classes.statistics.Histogram.Histogram method) scatter() (geobipy.src.classes.core.DataArray.DataArray method) scatter2D() (geobipy.src.classes.pointcloud.Point.Point method) (in module geobipy.src.base.plotting) Scatterv() (geobipy.src.classes.core.DataArray.DataArray method) (geobipy.src.classes.data.dataset.Data.Data method) (geobipy.src.classes.data.dataset.FdemData.FdemData method) (geobipy.src.classes.data.dataset.TdemData.TdemData method) (geobipy.src.classes.pointcloud.Point.Point method) (in module geobipy.src.base.MPI) Scatterv_list() (in module geobipy.src.base.MPI) Scatterv_numpy() (in module geobipy.src.base.MPI) secondary_field (geobipy.src.classes.data.dataset.TdemData.TdemData property) sensitivity() (geobipy.src.classes.data.datapoint.FdemDataPoint.FdemDataPoint method) (geobipy.src.classes.data.datapoint.TdemDataPoint.TdemDataPoint method) set_additive_error_posterior() (geobipy.src.classes.data.datapoint.DataPoint.DataPoint method) (geobipy.src.classes.data.datapoint.Tempest_datapoint.Tempest_datapoint method) set_kdtree() (geobipy.src.classes.pointcloud.Point.Point method) set_pitch_posterior() (geobipy.src.classes.system.EmLoop.EmLoop method) set_posteriors() (geobipy.src.classes.data.datapoint.DataPoint.DataPoint method) (geobipy.src.classes.data.datapoint.TdemDataPoint.TdemDataPoint method) (geobipy.src.classes.data.datapoint.Tempest_datapoint.Tempest_datapoint method) set_priors() (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D method) (geobipy.src.classes.model.Model.Model method) set_proposals() (geobipy.src.classes.data.datapoint.DataPoint.DataPoint method) (geobipy.src.classes.data.datapoint.TdemDataPoint.TdemDataPoint method) (geobipy.src.classes.data.datapoint.Tempest_datapoint.Tempest_datapoint method) (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D method) (geobipy.src.classes.model.Model.Model method) set_relative_error_posterior() (geobipy.src.classes.data.datapoint.DataPoint.DataPoint method) (geobipy.src.classes.data.datapoint.Tempest_datapoint.Tempest_datapoint method) set_roll_posterior() (geobipy.src.classes.system.EmLoop.EmLoop method) set_x_posterior() (geobipy.src.classes.pointcloud.Point.Point method) set_y_posterior() (geobipy.src.classes.pointcloud.Point.Point method) set_yaw_posterior() (geobipy.src.classes.system.EmLoop.EmLoop method) set_z_posterior() (geobipy.src.classes.pointcloud.Point.Point method) setAlphaPerPcolormeshPixel() (in module geobipy.src.base.plotting) shape (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D property) (geobipy.src.classes.mesh.RectilinearMesh2D_stitched.RectilinearMesh2D_stitched property) (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D property)

single (geobipy.src.classes.data.dataset.FdemData.FdemData attribute) (geobipy.src.classes.data.dataset.TdemData.TdemData attribute) (geobipy.src.classes.data.dataset.TempestData.TempestData attribute) sizeLegend() (in module geobipy.src.base.plotting) smooth() (geobipy.src.classes.core.DataArray.DataArray method) (in module geobipy.src.base.utilities) splitComplex() (in module geobipy.src.base.utilities) stackedAreaPlot() (geobipy.src.classes.core.DataArray.DataArray method) stackplot2D() (in module geobipy.src.base.plotting) standardize() (geobipy.src.classes.core.DataArray.DataArray method) StatArray (class in geobipy.src.classes.statistics.StatArray) std (geobipy.src.classes.data.datapoint.DataPoint.DataPoint property) (geobipy.src.classes.data.datapoint.TdemDataPoint.TdemDataPoint property) (geobipy.src.classes.data.datapoint.Tempest_datapoint.Tempest_datapoint property) (geobipy.src.classes.data.dataset.Data.Data property) (geobipy.src.classes.data.dataset.FdemData.FdemData property) (geobipy.src.classes.data.dataset.TdemData.TdemData property) step() (in module geobipy.src.base.plotting) str_to_raw() (in module geobipy.src.base.utilities) strip_nan() (geobipy.src.classes.core.DataArray.DataArray method) summary (geobipy.src.classes.core.DataArray.DataArray property) (geobipy.src.classes.data.datapoint.DataPoint.DataPoint property) (geobipy.src.classes.data.datapoint.TdemDataPoint.TdemDataPoint property) (geobipy.src.classes.data.dataset.Data.Data property) (geobipy.src.classes.data.dataset.TdemData.TdemData property) (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D property) (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D property) (geobipy.src.classes.mesh.RectilinearMesh2D_stitched.RectilinearMesh2D_stitched property) (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D property) (geobipy.src.classes.model.Model.Model property) (geobipy.src.classes.pointcloud.Point.Point property) (geobipy.src.classes.statistics.StatArray.StatArray property) (geobipy.src.classes.system.CircularLoop.CircularLoop property) (geobipy.src.classes.system.EmLoop.EmLoop property) (geobipy.src.classes.system.FdemSystem.FdemSystem property) summaryPlot() (geobipy.src.classes.statistics.StatArray.StatArray method)

T

tanh() (in module geobipy.src.base.utilities) TdemData (class in geobipy.src.classes.data.dataset.TdemData) TdemDataPoint (class in geobipy.src.classes.data.datapoint.TdemDataPoint) TdemSystem (class in geobipy.src.classes.system.TdemSystem) Tempest_datapoint (class in geobipy.src.classes.data.datapoint.Tempest_datapoint) TempestData (class in geobipy.src.classes.data.dataset.TempestData)

tensor_id (geobipy.src.classes.system.FdemSystem.FdemSystem property) toHdf() (geobipy.src.classes.core.myObject.myObject method) (geobipy.src.classes.system.FdemSystem.FdemSystem method) toVTK() (geobipy.src.classes.pointcloud.Point.Point method) transparency() (geobipy.src.classes.statistics.Histogram.Histogram method) trim_by_percentile() (in module geobipy.src.base.utilities)

U

Uniform (class in geobipy.src.classes.statistics.UniformDistribution) units (geobipy.src.classes.core.DataArray.DataArray property) unperturb() (geobipy.src.classes.mesh.RectilinearMesh1D.RectilinearMesh1D method) unravelIndex() (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D method) (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D method) update_parameter_posterior() (geobipy.src.classes.model.Model.Model method)

update_posterior() (geobipy.src.classes.core.DataArray.DataArray method) (geobipy.src.classes.statistics.StatArray.StatArray method) update_posteriors() (geobipy.src.classes.data.datapoint.EmDataPoint.EmDataPoint method) (geobipy.src.classes.data.datapoint.FdemDataPoint.FdemDataPoint method) (geobipy.src.classes.data.datapoint.TdemDataPoint.TdemDataPoint method) (geobipy.src.classes.model.Model.Model method) updateSensitivity() (geobipy.src.classes.data.datapoint.FdemDataPoint.FdemDataPoint method)

V

values (geobipy.src.classes.core.DataArray.DataArray property) verbose() (geobipy.src.classes.core.DataArray.DataArray method)

vlines() (in module geobipy.src.base.plotting) vtkStructure() (geobipy.src.classes.pointcloud.Point.Point method)

W

wccount() (in module geobipy.src.base.fileIO) write_nd() (in module geobipy.src.base.HDF.hdfWrite) write_posterior_hdf() (geobipy.src.classes.statistics.StatArray.StatArray method) writeHdf() (geobipy.src.classes.core.DataArray.DataArray method) (geobipy.src.classes.data.datapoint.DataPoint.DataPoint method) (geobipy.src.classes.data.datapoint.TdemDataPoint.TdemDataPoint method) (geobipy.src.classes.data.datapoint.Tempest_datapoint.Tempest_datapoint method) (geobipy.src.classes.data.dataset.Data.Data method) (geobipy.src.classes.data.dataset.TdemData.TdemData method) (geobipy.src.classes.data.dataset.TempestData.TempestData method) (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D method) (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D method) (geobipy.src.classes.pointcloud.Point.Point method) (geobipy.src.classes.statistics.StatArray.StatArray method) (geobipy.src.classes.system.CircularLoop.CircularLoop method) (geobipy.src.classes.system.EmLoop.EmLoop method)

X

x_axis() (geobipy.src.classes.pointcloud.Point.Point method) x_centres (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D property) (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D property)

x_edges (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D property) (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D property) xRange() (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D method)

Y

y_centres (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D property) (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D property)

y_edges (geobipy.src.classes.mesh.RectilinearMesh2D.RectilinearMesh2D property) (geobipy.src.classes.mesh.RectilinearMesh2D_stitched.RectilinearMesh2D_stitched property) (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D property)

Z

zRange() (geobipy.src.classes.mesh.RectilinearMesh3D.RectilinearMesh3D method)