Index _ | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | Z _ __init__() (pygimli.frameworks.Block1DInversion method) (pygimli.frameworks.Block1DModelling method) (pygimli.frameworks.HarmFunctor method) (pygimli.frameworks.Inversion method) (pygimli.frameworks.JointModelling method) (pygimli.frameworks.JointPetroInversionManager method) (pygimli.frameworks.LCInversion method) (pygimli.frameworks.LCModelling method) (pygimli.frameworks.LinearModelling method) (pygimli.frameworks.MarquardtInversion method) (pygimli.frameworks.MeshMethodManager method) (pygimli.frameworks.MeshModelling method) (pygimli.frameworks.MethodManager method) (pygimli.frameworks.MethodManager1d method) (pygimli.frameworks.Modelling method) (pygimli.frameworks.MultiFrameModelling method) (pygimli.frameworks.ParameterInversionManager method) (pygimli.frameworks.ParameterModelling method) (pygimli.frameworks.PetroInversionManager method) (pygimli.frameworks.PetroModelling method) (pygimli.frameworks.PriorModelling method) (pygimli.physics.em.FDEM method) (pygimli.physics.em.HEMmodelling method) (pygimli.physics.em.TDEM method) (pygimli.physics.em.VMDTimeDomainModelling method) (pygimli.physics.ert.ERTManager method) (pygimli.physics.ert.ERTModelling method) (pygimli.physics.ert.ERTModellingReference method) (pygimli.physics.ert.VESCModelling method) (pygimli.physics.ert.VESManager method) (pygimli.physics.ert.VESModelling method) (pygimli.physics.gravimetry.MagneticsModelling method) (pygimli.physics.petro.JointPetroInversion method) (pygimli.physics.petro.PetroInversion method) (pygimli.physics.petro.PetroJointModelling method) (pygimli.physics.petro.PetroModelling method) (pygimli.physics.SIP.ColeColeAbs method) (pygimli.physics.SIP.ColeColeComplex method) (pygimli.physics.SIP.ColeColeComplexSigma method) (pygimli.physics.SIP.ColeColePhi method) (pygimli.physics.SIP.DebyeComplex method) (pygimli.physics.SIP.DebyePhi method) (pygimli.physics.SIP.DoubleColeColePhi method) (pygimli.physics.SIP.PeltonPhiEM method) (pygimli.physics.SIP.SIPSpectrum method) (pygimli.physics.SIP.SpectrumManager method) (pygimli.physics.SIP.SpectrumModelling method) (pygimli.physics.sNMR.MRS method) (pygimli.physics.sNMR.MRS1dBlockQTModelling method) (pygimli.physics.sNMR.MRSprofile method) (pygimli.physics.traveltime.DataContainerTT method) (pygimli.physics.traveltime.RefractionNLayer method) (pygimli.physics.traveltime.RefractionNLayerFix1stLayer method) (pygimli.physics.traveltime.TravelTimeDijkstraModelling method) (pygimli.physics.traveltime.TravelTimeManager method) (pygimli.solver.LinSolver method) (pygimli.solver.RungeKutta method) (pygimli.utils.ProgressBar method) (pygimli.viewer.mpl.BoreHole method) (pygimli.viewer.mpl.BoreHoles method) (pygimli.viewer.mpl.CellBrowser method) A absrms() (pygimli.frameworks.Inversion method) add_legend() (pygimli.viewer.mpl.BoreHole method) (pygimli.viewer.mpl.BoreHoles method) addCoverageAlpha() (in module pygimli.viewer.mpl) addParameter() (pygimli.frameworks.ParameterModelling method) adjustWorldAxes() (in module pygimli.viewer.mpl) angle() (in module pygimli.math) anisotropyMatrix() (in module pygimli.solver) appendBoundary() (in module pygimli.meshtools) appendBoundaryGrid() (in module pygimli.meshtools) appendTetrahedronBoundary() (in module pygimli.meshtools) appendTriangleBoundary() (in module pygimli.meshtools) applyData() (pygimli.frameworks.MethodManager method) applyDirichlet() (in module pygimli.solver) applyMesh() (pygimli.frameworks.MeshMethodManager method) (pygimli.physics.traveltime.TravelTimeManager method) assembleBC() (in module pygimli.solver) assembleDirichletBC() (in module pygimli.solver) assembleLoadVector() (in module pygimli.solver) assembleNeumannBC() (in module pygimli.solver) assembleRobinBC() (in module pygimli.solver) autolevel() (in module pygimli.viewer.mpl) B basename (pygimli.physics.em.TDEM attribute) BaZCylinderHoriz() (in module pygimli.physics.gravimetry) BaZSphere() (in module pygimli.physics.gravimetry) BERT besselI0() (in module pygimli.math) besselI1() (in module pygimli.math) besselK0() (in module pygimli.math) besselK1() (in module pygimli.math) Block1DInversion (class in pygimli.frameworks) block1dInversion() (pygimli.physics.sNMR.MRSprofile method) block1dInversionOld() (pygimli.physics.sNMR.MRSprofile method) Block1DModelling (class in pygimli.frameworks) blockLCInversion() (pygimli.physics.sNMR.MRSprofile method) blockyModel (pygimli.frameworks.Inversion property) BoreHole (class in pygimli.viewer.mpl) BoreHoles (class in pygimli.viewer.mpl) boundaryIdsFromDictKey() (in module pygimli.solver) boxprint() (in module pygimli.utils) BZPoly() (in module pygimli.physics.gravimetry) C c0 (pygimli.physics.em.HEMmodelling attribute) cache() (in module pygimli.utils) cacheFileName() (in module pygimli.viewer.mpl) calc_forward() (pygimli.physics.em.HEMmodelling method) calcEphiT() (pygimli.physics.em.VMDTimeDomainModelling method) calcGeometricFactor() (pygimli.physics.ert.ERTModellingReference method) calcMCM() (pygimli.physics.sNMR.MRS method) calcMCMbounds() (pygimli.physics.sNMR.MRS method) calcRhoa() (pygimli.physics.em.VMDTimeDomainModelling method) CellBrowser (class in pygimli.viewer.mpl) cellDataToBoundaryData() (in module pygimli.meshtools) cellDataToNodeData() (in module pygimli.meshtools) cellValues() (in module pygimli.solver) checkCFL() (in module pygimli.solver) checkCRKK() (pygimli.physics.SIP.SIPSpectrum method) checkData() (pygimli.frameworks.JointPetroInversionManager method) (pygimli.frameworks.MethodManager method) (pygimli.physics.ert.ERTManager method) (pygimli.physics.sNMR.MRS method) (pygimli.physics.traveltime.TravelTimeManager method) checkError() (pygimli.frameworks.JointPetroInversionManager method) (pygimli.frameworks.MethodManager method) (pygimli.physics.traveltime.TravelTimeManager method) checkErrors() (pygimli.physics.ert.ERTManager method) chi2() (in module pygimli.utils) (pygimli.frameworks.Inversion method) clearRegionProperties() (pygimli.frameworks.Modelling method) cMap() (in module pygimli.utils) cmap() (in module pygimli.utils) cmapFromName() (in module pygimli.viewer.mpl) ColeCole() (in module pygimli.physics.SIP) ColeColeAbs (class in pygimli.physics.SIP) ColeColeComplex (class in pygimli.physics.SIP) ColeColeComplexSigma (class in pygimli.physics.SIP) ColeColeEpsilon() (in module pygimli.physics.SIP) ColeColePhi (class in pygimli.physics.SIP) ColeColeRho() (in module pygimli.physics.SIP) ColeColeRhoDouble() (in module pygimli.physics.SIP) ColeColeSigma() (in module pygimli.physics.SIP) ColeDavidson() (in module pygimli.physics.SIP) complex (pygimli.physics.ert.VESManager property) (pygimli.physics.SIP.SpectrumModelling property) computeInverseRootMatrix() (in module pygimli.utils) connect() (pygimli.viewer.mpl.CellBrowser method) constitutiveMatrix() (in module pygimli.solver) convert() (in module pygimli.meshtools) convertCRSIndex2Map() (in module pygimli.utils) convertHDF5Mesh() (in module pygimli.meshtools) convertMeshioMesh() (in module pygimli.meshtools) convertStartModel() (pygimli.frameworks.Inversion method) cos() (in module pygimli.math) cot() (in module pygimli.math) covarianceMatrix() (in module pygimli.utils) coverage() (pygimli.frameworks.MeshMethodManager method) (pygimli.physics.ert.ERTManager method) crankNicolson() (in module pygimli.solver) create_legend() (in module pygimli.viewer.mpl) createAnimation() (in module pygimli.viewer.mpl) createAnisotropyMatrix() (in module pygimli.solver) createArgParser() (pygimli.frameworks.MethodManager static method) createCircle() (in module pygimli.meshtools) createCm05() (in module pygimli.math) createColorBar() (in module pygimli.viewer.mpl) createColorBarOnly() (in module pygimli.viewer.mpl) createConstitutiveMatrix() (in module pygimli.solver) createConstraints() (pygimli.frameworks.MeshModelling method) (pygimli.frameworks.MultiFrameModelling method) createCrossholeData() (in module pygimli.physics.traveltime) createCube() (in module pygimli.meshtools) createCylinder() (in module pygimli.meshtools) createData() (in module pygimli.physics.ert) createDateTimeString() (in module pygimli.utils) createDefaultStartModel() (pygimli.frameworks.LCModelling method) (pygimli.frameworks.Modelling method) (pygimli.frameworks.MultiFrameModelling method) createERTData() (in module pygimli.physics.ert) createFacet() (in module pygimli.meshtools) createFolders() (in module pygimli.utils) createfolders() (in module pygimli.utils) createFOP() (pygimli.physics.petro.JointPetroInversion static method) (pygimli.physics.sNMR.MRS static method) createForceVector() (in module pygimli.solver) createForwardOperator() (pygimli.frameworks.MethodManager method) (pygimli.physics.ert.ERTManager method) (pygimli.physics.ert.VESManager method) (pygimli.physics.SIP.SpectrumManager method) (pygimli.physics.traveltime.TravelTimeManager method) createFwdMesh_() (pygimli.frameworks.MeshModelling method) createGeometricFactors() (in module pygimli.physics.ert) createGradientModel2D() (in module pygimli.physics.traveltime) createGrid() (in module pygimli.meshtools) createGridPieShaped() (in module pygimli.meshtools) createInv() (pygimli.physics.petro.JointPetroInversion method) (pygimli.physics.sNMR.MRS method) createInversionFramework() (pygimli.frameworks.MethodManager method) (pygimli.frameworks.MethodManager1d method) (pygimli.frameworks.ParameterInversionManager method) (pygimli.physics.SIP.SpectrumManager method) createInversionMesh() (in module pygimli.physics.ert) createJacobian() (pygimli.frameworks.JointModelling method) (pygimli.frameworks.LCModelling method) (pygimli.frameworks.LinearModelling method) (pygimli.frameworks.MultiFrameModelling method) (pygimli.frameworks.PetroModelling method) (pygimli.frameworks.PriorModelling method) (pygimli.physics.ert.ERTModelling method) (pygimli.physics.ert.ERTModellingReference method) (pygimli.physics.gravimetry.MagneticsModelling method) (pygimli.physics.petro.PetroJointModelling method) (pygimli.physics.petro.PetroModelling method) (pygimli.physics.SIP.DebyeComplex method) (pygimli.physics.traveltime.TravelTimeDijkstraModelling method) createLine() (in module pygimli.meshtools) createLoadVector() (in module pygimli.solver) createMassMatrix() (in module pygimli.solver) createMesh() (in module pygimli.meshtools) (pygimli.frameworks.MeshMethodManager method) (pygimli.physics.ert.ERTManager method) (pygimli.physics.traveltime.TravelTimeManager method) createMesh1D() (in module pygimli.meshtools) createMesh1DBlock() (in module pygimli.meshtools) createMesh2D() (in module pygimli.meshtools) createMesh3D() (in module pygimli.meshtools) createMeshFromHull() (in module pygimli.meshtools) createMeshPatches() (in module pygimli.viewer.mpl) createParaDomain2D() (in module pygimli.meshtools) createParaMesh() (in module pygimli.meshtools) createParaMesh2DGrid() (in module pygimli.meshtools) createParaMeshPLC() (in module pygimli.meshtools) createParaMeshPLC3D() (in module pygimli.meshtools) createParaMeshSurface() (in module pygimli.meshtools) createParametrization() (pygimli.frameworks.LCModelling method) createPath() (in module pygimli.utils) createPolygon() (in module pygimli.meshtools) createRAData() (in module pygimli.physics.traveltime) createRectangle() (in module pygimli.meshtools) createRefinedFwdMesh() (pygimli.frameworks.MeshModelling method) (pygimli.frameworks.PriorModelling method) (pygimli.physics.traveltime.TravelTimeDijkstraModelling method) createResultFolder() (in module pygimli.utils) createResultPath() (in module pygimli.utils) createRHS() (pygimli.physics.ert.ERTModellingReference method) createStartModel() (pygimli.frameworks.JointModelling method) (pygimli.frameworks.Modelling method) (pygimli.frameworks.MultiFrameModelling method) (pygimli.frameworks.PetroModelling method) (pygimli.physics.em.VMDTimeDomainModelling method) (pygimli.physics.ert.ERTModelling method) (pygimli.physics.ert.VESCModelling method) (pygimli.physics.ert.VESModelling method) (pygimli.physics.traveltime.TravelTimeDijkstraModelling method) createStiffnessMatrix() (in module pygimli.solver) createSurface() (in module pygimli.meshtools) createTriangles() (in module pygimli.viewer.mpl) createTwinX() (in module pygimli.viewer.mpl) createTwinY() (in module pygimli.viewer.mpl) createWorld() (in module pygimli.meshtools) cumDist() (in module pygimli.utils) cut() (in module pygimli.utils) cutF() (pygimli.physics.SIP.SIPSpectrum method) D data (pygimli.frameworks.Modelling property) DataContainer (in module pygimli.physics.ert) DataContainerTT (class in pygimli.physics.traveltime) dataErrs (pygimli.frameworks.Inversion property) dataTrans (pygimli.frameworks.Inversion property) dataVals (pygimli.frameworks.Inversion property) datavec() (pygimli.physics.em.FDEM method) deactivate() (pygimli.physics.em.FDEM method) debug (pygimli.frameworks.Inversion property) (pygimli.frameworks.MethodManager property) DebyeComplex (class in pygimli.physics.SIP) DebyePhi (class in pygimli.physics.SIP) deepcopy() (in module pygimli.solver) deg2MapTile() (in module pygimli.viewer.mpl) det() (in module pygimli.math) determineEpsilon() (pygimli.physics.SIP.SIPSpectrum method) diff() (in module pygimli.utils) dijkstra (pygimli.physics.traveltime.TravelTimeDijkstraModelling property) disconnect() (pygimli.viewer.mpl.CellBrowser method) dist() (in module pygimli.utils) div() (in module pygimli.solver) divergence() (in module pygimli.solver) dot() (in module pygimli.math) DoubleColeColePhi (class in pygimli.physics.SIP) downward() (pygimli.physics.em.HEMmodelling method) draw1DColumn() (in module pygimli.viewer.mpl) draw1dmodel() (in module pygimli.viewer.mpl) draw1dmodelErr() (in module pygimli.viewer.mpl) draw1dmodelLU() (in module pygimli.viewer.mpl) drawAmplitudeSpectrum() (in module pygimli.physics.SIP) drawBlockMatrix() (in module pygimli.viewer.mpl) drawBoundaryMarkers() (in module pygimli.viewer.mpl) drawData() (pygimli.frameworks.Block1DModelling method) (pygimli.frameworks.Modelling method) (pygimli.physics.ert.VESCModelling method) (pygimli.physics.ert.VESModelling method) (pygimli.physics.SIP.SpectrumModelling method) (pygimli.physics.traveltime.TravelTimeDijkstraModelling method) drawDataMatrix() (in module pygimli.viewer.mpl) drawERTData() (in module pygimli.physics.ert) drawField() (in module pygimli.viewer.mpl) drawFirstPicks() (in module pygimli.physics.traveltime) drawMesh() (in module pygimli.viewer.mpl) (in module pygimli.viewer.pv) drawMeshBoundaries() (in module pygimli.viewer.mpl) drawModel() (in module pygimli.viewer.mpl) (in module pygimli.viewer.pv) (pygimli.frameworks.Block1DModelling method) (pygimli.frameworks.LCModelling method) (pygimli.frameworks.MeshModelling method) (pygimli.frameworks.Modelling method) (pygimli.frameworks.ParameterModelling method) (pygimli.physics.ert.VESCModelling method) (pygimli.physics.ert.VESModelling method) (pygimli.physics.traveltime.TravelTimeDijkstraModelling method) drawModel1D() (in module pygimli.viewer.mpl) drawParameterConstraints() (in module pygimli.viewer.mpl) drawPhaseSpectrum() (in module pygimli.physics.SIP) drawPLC() (in module pygimli.viewer.mpl) drawRayPaths() (pygimli.physics.traveltime.TravelTimeManager method) drawSeismogram() (in module pygimli.physics.seismics) drawSelectedMeshBoundaries() (in module pygimli.viewer.mpl) drawSelectedMeshBoundariesShadow() (in module pygimli.viewer.mpl) drawSensorAsMarker() (in module pygimli.viewer.mpl) drawSensors() (in module pygimli.viewer.mpl) (in module pygimli.viewer.pv) drawSlice() (in module pygimli.viewer.pv) drawSparseMatrix() (in module pygimli.viewer.mpl) drawStreamLines() (in module pygimli.viewer.mpl) (in module pygimli.viewer.pv) drawStreams() (in module pygimli.viewer.mpl) drawTravelTimeData() (in module pygimli.physics.traveltime) drawVA() (in module pygimli.physics.traveltime) drawValMapPatches() (in module pygimli.viewer.mpl) drawVecMatrix() (in module pygimli.viewer.mpl) drawWiggle() (in module pygimli.physics.seismics) E echoStatus() (pygimli.frameworks.Inversion method) ensureContent() (pygimli.frameworks.MeshModelling method) (pygimli.frameworks.Modelling method) ep0 (pygimli.physics.em.HEMmodelling attribute) epsilonR() (pygimli.physics.SIP.SIPSpectrum method) error() (pygimli.physics.em.FDEM method) errorVals (pygimli.frameworks.Inversion property) errorvec() (pygimli.physics.em.FDEM method) ERTManager (class in pygimli.physics.ert) ERTModelling (class in pygimli.physics.ert) ERTModellingReference (class in pygimli.physics.ert) estimateError() (in module pygimli.physics.ert) (pygimli.frameworks.MethodManager method) (pygimli.frameworks.Modelling method) (pygimli.physics.ert.ERTManager method) exp() (in module pygimli.math) exp10() (in module pygimli.math) exportData() (pygimli.physics.ert.VESManager method) exportFenicsHDF5Mesh() (in module pygimli.meshtools) exportHDF5Mesh() (in module pygimli.meshtools) exportPLC() (in module pygimli.meshtools) exportSTL() (in module pygimli.meshtools) extractUpperSurface2dMesh() (in module pygimli.meshtools) extrude() (in module pygimli.meshtools) extrudeMesh() (in module pygimli.meshtools) F factorize() (pygimli.solver.LinSolver method) factorizePG() (pygimli.solver.LinSolver method) factorizeSciPy() (pygimli.solver.LinSolver method) fdefault (pygimli.physics.em.HEMmodelling attribute) FDEM (class in pygimli.physics.em) FEniCS fillEmptyToCellArray() (in module pygimli.meshtools) filterData() (pygimli.physics.em.TDEM method) filterIndex() (in module pygimli.utils) filterLinesByCommentStr() (in module pygimli.utils) filterSoundings() (pygimli.physics.em.TDEM method) findAndMaskBestClim() (in module pygimli.viewer.mpl) findNearest() (in module pygimli.utils) findUTMZone() (in module pygimli.utils) fit() (in module pygimli.frameworks) fit2CCPhi() (pygimli.physics.SIP.SIPSpectrum method) fitCCEM() (pygimli.physics.SIP.SIPSpectrum method) fitCCPhi() (pygimli.physics.SIP.SIPSpectrum method) fitColeCole() (pygimli.physics.SIP.SIPSpectrum method) fitDebyeModel() (pygimli.physics.SIP.SIPSpectrum method) fitDoubleColeCole() (pygimli.physics.SIP.SIPSpectrum method) fixLayers() (pygimli.frameworks.Block1DInversion method) flipImagPart() (pygimli.physics.ert.ERTModelling method) fop (pygimli.frameworks.Inversion property) (pygimli.frameworks.MethodManager property) (pygimli.frameworks.Modelling property) FOP() (pygimli.physics.em.FDEM method) FOP2d() (pygimli.physics.em.FDEM method) FOPsmooth() (pygimli.physics.em.FDEM method) freq() (pygimli.physics.em.FDEM method) freqs (pygimli.physics.SIP.SpectrumModelling property) fromSubsurface() (in module pygimli.meshtools) fw (pygimli.frameworks.MethodManager property) G gather() (pygimli.physics.em.TDEM method) GCC generateBoundaryValue() (in module pygimli.solver) generateDataPDF() (in module pygimli.physics.ert) generateGeostatisticalModel() (in module pygimli.utils) generateMatrix() (in module pygimli.viewer.mpl) genMod() (pygimli.physics.sNMR.MRS method) geometricFactor() (in module pygimli.physics.ert) geometricFactors() (in module pygimli.physics.ert) getDirichletMap() (in module pygimli.solver) getIndex() (in module pygimli.utils) getIntegrationWeights() (pygimli.physics.ert.ERTModellingReference method) getKK() (pygimli.physics.SIP.SIPSpectrum method) getMapTile() (in module pygimli.viewer.mpl) getPhiKK() (pygimli.physics.SIP.SIPSpectrum method) getProjection() (in module pygimli.utils) getRayPaths() (pygimli.physics.traveltime.TravelTimeManager method) getSavePath() (in module pygimli.utils) getUTMProjection() (in module pygimli.utils) GIMLi GKtoUTM() (in module pygimli.utils) gmat2numpy() (in module pygimli.utils) Gmsh grad() (in module pygimli.solver) gradGZCylinderHoriz() (in module pygimli.physics.gravimetry) gradGZHalfPlateHoriz() (in module pygimli.physics.gravimetry) gradGZSphere() (in module pygimli.physics.gravimetry) gradUCylinderHoriz() (in module pygimli.physics.gravimetry) gradUHalfPlateHoriz() (in module pygimli.physics.gravimetry) gradUSphere() (in module pygimli.physics.gravimetry) grange() (in module pygimli.utils) greenDiffusion1D() (in module pygimli.solver) H hankelFC() (in module pygimli.utils) harmfit() (in module pygimli.frameworks) harmfitNative() (in module pygimli.frameworks) HarmFunctor (class in pygimli.frameworks) HEMmodelling (class in pygimli.physics.em) hide() (pygimli.viewer.mpl.CellBrowser method) highlightCell() (pygimli.viewer.mpl.CellBrowser method) hold() (in module pygimli.viewer.mpl) I identity() (in module pygimli.solver) imag() (in module pygimli.math) importEmsysAsciiData() (pygimli.physics.em.FDEM method) importIPXData() (pygimli.physics.em.FDEM method) importMaxminData() (in module pygimli.physics.em) importMaxMinData() (pygimli.physics.em.FDEM method) independentBlock1dInversion() (pygimli.physics.sNMR.MRSprofile method) initJacobian() (pygimli.frameworks.LCModelling method) (pygimli.physics.petro.PetroJointModelling method) initModelSpace() (pygimli.frameworks.Block1DModelling method) (pygimli.frameworks.LCModelling method) (pygimli.frameworks.Modelling method) initText() (pygimli.viewer.mpl.CellBrowser method) insertUnitAtNextLastTick() (in module pygimli.viewer.mpl) intDomain() (in module pygimli.solver) interperc() (in module pygimli.utils) interpExtrap() (in module pygimli.utils) interpolate() (in module pygimli.meshtools) interpolateAlongCurve() (in module pygimli.meshtools) inthist() (in module pygimli.utils) inv (pygimli.frameworks.Inversion property) (pygimli.frameworks.MethodManager property) inv2D() (pygimli.physics.em.FDEM method) invBlock() (pygimli.physics.em.FDEM method) Inversion (class in pygimli.frameworks) invert() (pygimli.frameworks.JointPetroInversionManager method) (pygimli.frameworks.MeshMethodManager method) (pygimli.frameworks.MethodManager method) (pygimli.frameworks.MethodManager1d method) (pygimli.frameworks.ParameterInversionManager method) (pygimli.physics.em.TDEM method) (pygimli.physics.ert.VESManager method) (pygimli.physics.petro.JointPetroInversion method) (pygimli.physics.petro.PetroInversion method) (pygimli.physics.SIP.SpectrumManager method) (pygimli.physics.sNMR.MRS method) (pygimli.physics.traveltime.TravelTimeManager method) IPython isComplex() (in module pygimli.utils) isFactorized() (pygimli.solver.LinSolver method) isInteractive() (in module pygimli.viewer.mpl) iterateBounds() (in module pygimli.utils) J join() (in module pygimli.testing) JointModelling (class in pygimli.frameworks) JointPetroInversion (class in pygimli.physics.petro) JointPetroInversionManager (class in pygimli.frameworks) K KramersKronig() (in module pygimli.utils) L lam (pygimli.frameworks.Inversion property) LCInversion (class in pygimli.frameworks) LCModelling (class in pygimli.frameworks) libGIMLi LinearModelling (class in pygimli.frameworks) linSolve() (in module pygimli.solver) LinSolver (class in pygimli.solver) load() (in module pygimli.physics.ert) (in module pygimli.physics.SIP) (in module pygimli.physics.traveltime) (pygimli.frameworks.MethodManager method) (pygimli.physics.em.TDEM method) (pygimli.physics.ert.ERTManager method) (pygimli.physics.sNMR.MRSprofile method) (pygimli.physics.traveltime.TravelTimeManager method) loadData() (pygimli.physics.ert.VESManager method) (pygimli.physics.SIP.SIPSpectrum method) loadDataCube() (pygimli.physics.sNMR.MRS method) loadDataNPZ() (pygimli.physics.sNMR.MRS method) loadDir() (pygimli.physics.sNMR.MRS method) loadErrorCube() (pygimli.physics.sNMR.MRS method) loadKernel() (pygimli.physics.sNMR.MRS method) (pygimli.physics.sNMR.MRSprofile method) loadKernelNPZ() (pygimli.physics.sNMR.MRS method) loadMRSD() (pygimli.physics.sNMR.MRS method) loadMRSI() (pygimli.physics.sNMR.MRS method) loadResult() (pygimli.physics.sNMR.MRS method) loadZVector() (pygimli.physics.sNMR.MRS method) log() (in module pygimli.math) log10() (in module pygimli.math) logDropTol() (in module pygimli.utils) logMeanTau() (pygimli.physics.SIP.SIPSpectrum method) M MagneticsModelling (class in pygimli.physics.gravimetry) Manager (in module pygimli.physics.ert) (in module pygimli.physics.traveltime) mapTile2deg() (in module pygimli.viewer.mpl) MarquardtInversion (class in pygimli.frameworks) Matplotlib max() (in module pygimli.math) maxIter (pygimli.frameworks.Inversion property) median() (in module pygimli.math) merge() (in module pygimli.meshtools) merge2Meshes() (in module pygimli.meshtools) mergeMeshes() (in module pygimli.meshtools) mergePLC() (in module pygimli.meshtools) mergePLC3D() (in module pygimli.meshtools) mesh() (pygimli.frameworks.MeshModelling method) MeshMethodManager (class in pygimli.frameworks) MeshModelling (class in pygimli.frameworks) MethodManager (class in pygimli.frameworks) MethodManager1d (class in pygimli.frameworks) min() (in module pygimli.math) minDPhi (pygimli.frameworks.Inversion property) MinGW mixedBC() (pygimli.physics.ert.ERTModellingReference method) modCovar() (in module pygimli.utils) model (pygimli.frameworks.Inversion property) (pygimli.frameworks.MethodManager property) model() (pygimli.physics.petro.JointPetroInversion method) modelColeColeEpsilon() (in module pygimli.physics.SIP) modelColeColeRho() (in module pygimli.physics.SIP) modelColeColeRhoDouble() (in module pygimli.physics.SIP) modelColeColeSigma() (in module pygimli.physics.SIP) modelColeColeSigmaDouble() (in module pygimli.physics.SIP) modelColeDavidson() (in module pygimli.physics.SIP) Modelling (class in pygimli.frameworks) modelTrans (pygimli.frameworks.Inversion property) (pygimli.frameworks.Modelling property) module pygimli.frameworks pygimli.math pygimli.meshtools pygimli.physics pygimli.physics.em pygimli.physics.ert pygimli.physics.gravimetry pygimli.physics.petro pygimli.physics.seismics pygimli.physics.SIP pygimli.physics.sNMR pygimli.physics.traveltime pygimli.solver pygimli.testing pygimli.utils pygimli.viewer pygimli.viewer.mpl pygimli.viewer.pv MRS (class in pygimli.physics.sNMR) MRS1dBlockQTModelling (class in pygimli.physics.sNMR) MRSprofile (class in pygimli.physics.sNMR) MSYS mu0 (pygimli.physics.em.HEMmodelling attribute) MultiFrameModelling (class in pygimli.frameworks) N nanrms() (in module pygimli.utils) niceLogspace() (in module pygimli.utils) nLayers (pygimli.frameworks.Block1DModelling property) noCache() (in module pygimli.utils) nodeDataToBoundaryData() (in module pygimli.meshtools) nodeDataToCellData() (in module pygimli.meshtools) normH1() (in module pygimli.solver) normL2() (in module pygimli.solver) noShow() (in module pygimli.viewer.mpl) nPara (pygimli.frameworks.Block1DModelling property) num2str() (in module pygimli.utils) NumPy numpy2gmat() (in module pygimli.utils) O omega() (pygimli.physics.SIP.SIPSpectrum method) onPick() (pygimli.viewer.mpl.CellBrowser method) onPress() (pygimli.viewer.mpl.CellBrowser method) P paraDomain (pygimli.frameworks.MeshMethodManager property) (pygimli.frameworks.MeshModelling property) parameterCount (pygimli.frameworks.LinearModelling property) (pygimli.frameworks.Modelling property) (pygimli.frameworks.MultiFrameModelling property) ParameterInversionManager (class in pygimli.frameworks) ParameterModelling (class in pygimli.frameworks) paraModel() (pygimli.frameworks.MeshMethodManager method) (pygimli.frameworks.MeshModelling method) params (pygimli.frameworks.ParameterModelling property) Paraview parseArgPairToBoundaryArray() (in module pygimli.solver) parseArgToArray() (in module pygimli.solver) parseArgToBoundaries() (in module pygimli.solver) parseDictKey_() (in module pygimli.solver) parseMapToCellArray() (in module pygimli.solver) parseMarkersDictKey() (in module pygimli.solver) patchMatrix() (in module pygimli.viewer.mpl) patchValMap() (in module pygimli.viewer.mpl) PeltonPhiEM (class in pygimli.physics.SIP) permeabilityEngelhardtPitter() (in module pygimli.physics.petro) petro (pygimli.frameworks.PetroModelling property) PetroInversion (class in pygimli.physics.petro) PetroInversionManager (class in pygimli.frameworks) PetroJointModelling (class in pygimli.physics.petro) PetroModelling (class in pygimli.frameworks) (class in pygimli.physics.petro) pgMesh2pvMesh() (in module pygimli.viewer.pv) phaseModel() (pygimli.physics.ert.VESCModelling method) phi() (pygimli.frameworks.Inversion method) phiData() (pygimli.frameworks.Inversion method) phiModel() (pygimli.frameworks.Inversion method) plot() (pygimli.viewer.mpl.BoreHole method) (pygimli.viewer.mpl.BoreHoles method) plotAllData() (pygimli.physics.em.FDEM method) plotData() (pygimli.physics.em.FDEM method) plotDataContainerAsMatrix() (in module pygimli.viewer.mpl) plotDataOld() (pygimli.physics.em.FDEM method) plotEAstatistics() (pygimli.physics.sNMR.MRS method) plotLines() (in module pygimli.viewer.mpl) plotMatrix() (in module pygimli.viewer.mpl) plotModelAndData() (pygimli.physics.em.FDEM method) plotPopulation() (pygimli.physics.sNMR.MRS method) plotRhoa() (pygimli.physics.em.TDEM method) plotTransients() (pygimli.physics.em.TDEM method) plotVecMatrix() (in module pygimli.viewer.mpl) pointSource() (pygimli.physics.ert.ERTModellingReference method) postRun() (pygimli.frameworks.MethodManager method) pow() (in module pygimli.math) preErrorCheck() (pygimli.physics.ert.VESManager method) prepare() (pygimli.frameworks.LCInversion method) prepareJacobian() (pygimli.frameworks.MultiFrameModelling method) preRun() (pygimli.frameworks.MethodManager method) prettify() (in module pygimli.utils) prettyFloat() (in module pygimli.utils) prettyTime() (in module pygimli.utils) printFits() (pygimli.physics.sNMR.MRSprofile method) PriorModelling (class in pygimli.frameworks) ProgressBar (class in pygimli.utils) pyGIMLi pygimli.frameworks module pygimli.math module pygimli.meshtools module pygimli.physics module pygimli.physics.em module pygimli.physics.ert module pygimli.physics.gravimetry module pygimli.physics.petro module pygimli.physics.seismics module pygimli.physics.SIP module pygimli.physics.sNMR module pygimli.physics.traveltime module pygimli.solver module pygimli.testing module pygimli.utils module pygimli.viewer module pygimli.viewer.mpl module pygimli.viewer.pv module Pylab Python PyVista Q quality() (in module pygimli.meshtools) R rand() (in module pygimli.math) (in module pygimli.utils) randn() (in module pygimli.math) (in module pygimli.utils) rayCoverage() (pygimli.physics.traveltime.TravelTimeManager method) rdefault (pygimli.physics.em.HEMmodelling attribute) readFenicsHDF5Mesh() (in module pygimli.meshtools) readGmsh() (in module pygimli.meshtools) readGPX() (in module pygimli.utils) readHDF5Mesh() (in module pygimli.meshtools) readHEMData() (pygimli.physics.em.FDEM method) readHydrus2dMesh() (in module pygimli.meshtools) readHydrus3dMesh() (in module pygimli.meshtools) readMeshIO() (in module pygimli.meshtools) readPLC() (in module pygimli.meshtools) readSTL() (in module pygimli.meshtools) readTetgen() (in module pygimli.meshtools) readTriangle() (in module pygimli.meshtools) readusffile() (in module pygimli.physics.em) real() (in module pygimli.math) realimag() (pygimli.physics.SIP.SIPSpectrum method) realpath() (in module pygimli.testing) refineHex2Tet() (in module pygimli.meshtools) refineQuad2Tri() (in module pygimli.meshtools) RefractionNLayer (class in pygimli.physics.traveltime) RefractionNLayerFix1stLayer (class in pygimli.physics.traveltime) regionManager() (pygimli.frameworks.Modelling method) regionManagerRef() (pygimli.physics.traveltime.TravelTimeDijkstraModelling method) regionProperties() (pygimli.frameworks.Modelling method) registerShowPendingFigsAtExit() (in module pygimli.viewer.mpl) reinitForwardOperator() (pygimli.frameworks.MethodManager method) relrms() (pygimli.frameworks.Inversion method) removeEpsilonEffect() (pygimli.physics.SIP.SIPSpectrum method) removeHighlightCell() (pygimli.viewer.mpl.CellBrowser method) renameDepthTicks() (in module pygimli.viewer.mpl) reset() (pygimli.frameworks.Inversion method) resistivityArchie() (in module pygimli.physics.petro) resModel() (pygimli.physics.ert.VESCModelling method) response (pygimli.frameworks.Inversion property) response() (pygimli.frameworks.JointModelling method) (pygimli.frameworks.LCModelling method) (pygimli.frameworks.LinearModelling method) (pygimli.frameworks.MultiFrameModelling method) (pygimli.frameworks.ParameterModelling method) (pygimli.frameworks.PetroModelling method) (pygimli.frameworks.PriorModelling method) (pygimli.physics.em.HEMmodelling method) (pygimli.physics.em.VMDTimeDomainModelling method) (pygimli.physics.ert.ERTModelling method) (pygimli.physics.ert.ERTModellingReference method) (pygimli.physics.ert.VESModelling method) (pygimli.physics.gravimetry.MagneticsModelling method) (pygimli.physics.petro.PetroJointModelling method) (pygimli.physics.petro.PetroModelling method) (pygimli.physics.SIP.ColeColeAbs method) (pygimli.physics.SIP.ColeColeComplex method) (pygimli.physics.SIP.ColeColeComplexSigma method) (pygimli.physics.SIP.ColeColePhi method) (pygimli.physics.SIP.DebyeComplex method) (pygimli.physics.SIP.DebyePhi method) (pygimli.physics.SIP.DoubleColeColePhi method) (pygimli.physics.SIP.PeltonPhiEM method) (pygimli.physics.SIP.SpectrumModelling method) (pygimli.physics.sNMR.MRS1dBlockQTModelling method) (pygimli.physics.traveltime.RefractionNLayer method) (pygimli.physics.traveltime.RefractionNLayerFix1stLayer method) (pygimli.physics.traveltime.TravelTimeDijkstraModelling method) response_mt() (pygimli.physics.em.VMDTimeDomainModelling method) (pygimli.physics.ert.VESCModelling method) (pygimli.physics.ert.VESModelling method) result() (pygimli.physics.sNMR.MRS method) rhoafromB() (in module pygimli.physics.em) rhoafromU() (in module pygimli.physics.em) ricker() (in module pygimli.physics.seismics) rk4a (pygimli.solver.RungeKutta attribute) rk4b (pygimli.solver.RungeKutta attribute) rk4c (pygimli.solver.RungeKutta attribute) rms() (in module pygimli.math) (in module pygimli.utils) rmsWithErr() (in module pygimli.utils) rmswitherr() (in module pygimli.utils) rndig() (in module pygimli.utils) robustData (pygimli.frameworks.Inversion property) round() (in module pygimli.math) rrms() (in module pygimli.math) (in module pygimli.utils) run() (pygimli.frameworks.Block1DInversion method) (pygimli.frameworks.Inversion method) (pygimli.frameworks.LCInversion method) (pygimli.frameworks.MarquardtInversion method) (pygimli.physics.sNMR.MRS method) (pygimli.solver.RungeKutta method) runEA() (pygimli.physics.sNMR.MRS method) RungeKutta (class in pygimli.solver) S saveAnimation() (in module pygimli.viewer.mpl) saveAxes() (in module pygimli.viewer.mpl) saveFigs() (pygimli.physics.sNMR.MRS method) (pygimli.physics.sNMR.MRSprofile method) saveFigure() (in module pygimli.viewer.mpl) saveFigures() (pygimli.physics.SIP.SIPSpectrum method) saveResult() (in module pygimli.utils) (pygimli.physics.ert.ERTManager method) (pygimli.physics.sNMR.MRS method) (pygimli.physics.traveltime.TravelTimeManager method) scaling (pygimli.physics.em.HEMmodelling attribute) SciPy selectData() (pygimli.physics.em.FDEM method) setBoundaries() (pygimli.physics.sNMR.MRS method) setCbarLevels() (in module pygimli.viewer.mpl) setData() (pygimli.frameworks.Inversion method) (pygimli.frameworks.JointModelling method) (pygimli.frameworks.MethodManager method) (pygimli.frameworks.Modelling method) (pygimli.frameworks.MultiFrameModelling method) (pygimli.physics.petro.JointPetroInversion method) (pygimli.physics.petro.PetroJointModelling method) (pygimli.physics.petro.PetroModelling method) (pygimli.physics.SIP.SpectrumManager method) (pygimli.viewer.mpl.CellBrowser method) setDataBasis() (pygimli.frameworks.LCModelling method) setDataContainer() (pygimli.frameworks.Modelling method) setDataPost() (pygimli.frameworks.Modelling method) (pygimli.frameworks.PetroModelling method) (pygimli.physics.ert.ERTModelling method) (pygimli.physics.traveltime.TravelTimeDijkstraModelling method) setDataSpace() (pygimli.frameworks.Modelling method) (pygimli.physics.ert.VESModelling method) setDefaultBackground() (pygimli.frameworks.MeshModelling method) (pygimli.frameworks.MultiFrameModelling method) (pygimli.physics.ert.ERTModelling method) setDeltaChiStop() (pygimli.frameworks.Inversion method) setDeltaPhiStop() (pygimli.frameworks.Inversion method) setFopsAndTrans() (pygimli.physics.petro.PetroJointModelling method) setForwardOperator() (pygimli.frameworks.Block1DInversion method) (pygimli.frameworks.Inversion method) setFunct() (pygimli.physics.SIP.SpectrumManager method) setInterRegionCoupling() (pygimli.frameworks.Modelling method) setLayerLimits() (pygimli.frameworks.Block1DInversion method) setMappableData() (in module pygimli.viewer.mpl) setMesh() (pygimli.frameworks.JointModelling method) (pygimli.frameworks.MeshMethodManager method) (pygimli.frameworks.MeshModelling method) (pygimli.frameworks.PriorModelling method) (pygimli.physics.petro.JointPetroInversion method) (pygimli.physics.petro.PetroJointModelling method) (pygimli.physics.petro.PetroModelling method) (pygimli.viewer.mpl.CellBrowser method) setMeshPost() (pygimli.frameworks.MeshModelling method) (pygimli.frameworks.MultiFrameModelling method) (pygimli.frameworks.PetroModelling method) (pygimli.physics.ert.ERTModelling method) (pygimli.physics.traveltime.TravelTimeDijkstraModelling method) setOutputStyle() (in module pygimli.viewer.mpl) setParaLimits() (pygimli.frameworks.Block1DInversion method) setPlotStuff() (in module pygimli.viewer.mpl) setPostStep() (pygimli.frameworks.Inversion method) setPreStep() (pygimli.frameworks.Inversion method) setPrimPot() (pygimli.physics.ert.ERTManager method) setRegionProperties() (pygimli.frameworks.Modelling method) (pygimli.frameworks.ParameterModelling method) setRegularization() (pygimli.frameworks.Inversion method) setSingularityRemoval() (pygimli.physics.ert.ERTManager method) setVerbose() (pygimli.physics.ert.ERTModelling method) setX() (pygimli.physics.sNMR.MRSprofile method) shotReceiverDistances() (in module pygimli.physics.traveltime) show() (in module pygimli.physics.ert) (in module pygimli.viewer) show1dmodel() (in module pygimli.viewer.mpl) show1dModel() (pygimli.physics.sNMR.MRSprofile method) showAll() (pygimli.physics.SIP.SIPSpectrum method) showCoverage() (pygimli.physics.traveltime.TravelTimeManager method) showCube() (pygimli.physics.sNMR.MRS method) showData() (in module pygimli.physics.ert) (pygimli.frameworks.MethodManager method) (pygimli.physics.SIP.SIPSpectrum method) (pygimli.physics.sNMR.MRSprofile method) showDataAndError() (pygimli.physics.sNMR.MRS method) showDataContainerAsMatrix() (in module pygimli.viewer.mpl) showDataKK() (pygimli.physics.SIP.SIPSpectrum method) showDataMatrix() (in module pygimli.viewer.mpl) showERTData() (in module pygimli.physics.ert) showfdemsounding() (in module pygimli.viewer.mpl) showFit() (pygimli.frameworks.MeshMethodManager method) (pygimli.frameworks.MethodManager method) showFits() (pygimli.physics.sNMR.MRSprofile method) showInfos() (pygimli.physics.em.TDEM method) showInitialValues() (pygimli.physics.sNMR.MRSprofile method) showKernel() (pygimli.physics.sNMR.MRS method) showMesh() (in module pygimli.viewer) showMesh3D() (in module pygimli.viewer.pv) showMisfit() (pygimli.physics.ert.ERTManager method) showModel() (pygimli.frameworks.MethodManager method) (pygimli.physics.ert.ERTManager method) (pygimli.physics.petro.JointPetroInversion method) (pygimli.physics.sNMR.MRSprofile method) showModelAndData() (pygimli.physics.em.FDEM method) showmymatrix() (in module pygimli.viewer.mpl) showPhase() (pygimli.physics.SIP.SIPSpectrum method) showPolarPlot() (pygimli.physics.SIP.SIPSpectrum method) showProgress() (pygimli.frameworks.Inversion method) showRayPaths() (pygimli.physics.traveltime.TravelTimeManager method) showResult() (pygimli.frameworks.MethodManager method) (pygimli.physics.SIP.SpectrumManager method) (pygimli.physics.sNMR.MRS method) showResultAndFit() (pygimli.frameworks.MethodManager method) (pygimli.physics.sNMR.MRS method) showSparseMatrix() (in module pygimli.solver) showSpectrum() (in module pygimli.physics.SIP) showStitchedModels() (in module pygimli.viewer.mpl) showT2() (pygimli.physics.sNMR.MRSprofile method) showVA() (in module pygimli.physics.traveltime) showValMapPatches() (in module pygimli.viewer.mpl) showVecMatrix() (in module pygimli.viewer.mpl) showWC() (pygimli.physics.sNMR.MRSprofile method) sign() (in module pygimli.math) simulate() (in module pygimli.physics.ert) (in module pygimli.physics.traveltime) (pygimli.frameworks.MethodManager method) (pygimli.physics.ert.ERTManager method) (pygimli.physics.ert.VESManager method) (pygimli.physics.SIP.SpectrumManager method) (pygimli.physics.sNMR.MRS static method) (pygimli.physics.traveltime.TravelTimeManager method) sin() (in module pygimli.math) SIPSpectrum (class in pygimli.physics.SIP) slownessWyllie() (in module pygimli.physics.petro) solve() (in module pygimli.solver) (pygimli.solver.LinSolver method) solveFiniteElements() (in module pygimli.solver) solveFiniteVolume() (in module pygimli.solver) solveGravimetry() (in module pygimli.physics.gravimetry) SolveGravMagHolstein() (in module pygimli.physics.gravimetry) solvePressureWave() (in module pygimli.physics.seismics) sortData() (pygimli.physics.SIP.SIPSpectrum method) sparseMatrix2Array() (in module pygimli.utils) sparseMatrix2coo() (in module pygimli.utils) sparseMatrix2csr() (in module pygimli.utils) sparseMatrix2Dense() (in module pygimli.utils) SpectrumManager (class in pygimli.physics.SIP) SpectrumModelling (class in pygimli.physics.SIP) Sphinx splitModel() (pygimli.physics.sNMR.MRS method) sqrt() (in module pygimli.math) squeezeComplex() (in module pygimli.utils) stackAll() (pygimli.physics.em.TDEM method) standardizedCoverage() (pygimli.frameworks.MeshMethodManager method) (pygimli.physics.ert.ERTManager method) (pygimli.physics.traveltime.TravelTimeManager method) start() (pygimli.solver.RungeKutta method) startModel (pygimli.frameworks.Inversion property) step() (pygimli.solver.RungeKutta method) STL stopAtChi1 (pygimli.frameworks.Inversion property) streamline() (in module pygimli.utils) streamlineDir() (in module pygimli.utils) strHash() (in module pygimli.utils) SuiteSparse sum() (in module pygimli.math) syscallTetgen() (in module pygimli.meshtools) T tapeMeasureToCoordinates() (in module pygimli.meshtools) tauRhoToTauSigma() (in module pygimli.physics.SIP) TDEM (class in pygimli.physics.em) test() (in module pygimli) (in module pygimli.testing) Tetgen thkVel() (pygimli.physics.traveltime.RefractionNLayer method) (pygimli.physics.traveltime.RefractionNLayerFix1stLayer method) toComplex() (in module pygimli.math) (in module pygimli.utils) toCOO() (in module pygimli.utils) toCSR() (in module pygimli.utils) toPolar() (in module pygimli.utils) toPVMesh() (in module pygimli.viewer.pv) toRealMatrix() (in module pygimli.utils) toSparseMapMatrix() (in module pygimli.utils) toSparseMatrix() (in module pygimli.utils) toSubsurface() (in module pygimli.meshtools) totalChargeability() (pygimli.physics.SIP.SIPSpectrum method) transFwdArchiePhi() (in module pygimli.physics.petro) transFwdArchieS() (in module pygimli.physics.petro) transFwdWylliePhi() (in module pygimli.physics.petro) transFwdWyllieS() (in module pygimli.physics.petro) transInvArchiePhi() (in module pygimli.physics.petro) transInvArchieS() (in module pygimli.physics.petro) transInvWylliePhi() (in module pygimli.physics.petro) transInvWyllieS() (in module pygimli.physics.petro) TravelTimeDijkstraModelling (class in pygimli.physics.traveltime) TravelTimeManager (class in pygimli.physics.traveltime) Triangle triDiagToeplitz() (in module pygimli.solver) trimDocString() (in module pygimli.utils) twin() (in module pygimli.viewer.mpl) U uAnalytical() (pygimli.physics.ert.ERTModellingReference method) uCylinderHoriz() (in module pygimli.physics.gravimetry) underlayBKGMap() (in module pygimli.viewer.mpl) underlayMap() (in module pygimli.viewer.mpl) unicodeToAscii() (in module pygimli.utils) unifyData() (pygimli.physics.SIP.SIPSpectrum method) unique() (in module pygimli.math) (in module pygimli.utils) unique_everseen() (in module pygimli.utils) unique_rows() (in module pygimli.utils) uniqueAndSum() (in module pygimli.utils) unit() (in module pygimli.utils) update() (pygimli.utils.ProgressBar method) (pygimli.viewer.mpl.CellBrowser method) updateAxes() (in module pygimli.viewer.mpl) updateColorBar() (in module pygimli.viewer.mpl) updateFig() (in module pygimli.viewer.mpl) uSphere() (in module pygimli.physics.gravimetry) V velocity (pygimli.physics.traveltime.TravelTimeManager property) verbose (pygimli.frameworks.Inversion property) (pygimli.frameworks.MethodManager property) VESCModelling (class in pygimli.physics.ert) VESManager (class in pygimli.physics.ert) VESModelling (class in pygimli.physics.ert) vmd_hem() (pygimli.physics.em.HEMmodelling method) vmd_total_Ef() (pygimli.physics.em.HEMmodelling method) VMDTimeDomainModelling (class in pygimli.physics.em) W wait() (in module pygimli.viewer.mpl) way() (pygimli.physics.traveltime.TravelTimeDijkstraModelling method) WorkSpace (class in pygimli.solver) Z zNorm() (pygimli.physics.SIP.SIPSpectrum method)