Python Module Index

e | j | m | t | z


	e
	`EDI`	Deal with EDI files. The Edi class can read and write an .edi file, the 'standard format' of magnetotellurics. Each section of the .edi file is given its own class, so the elements of each section are attributes for easy access.

	j
	`JFile`	Deal with J-Files of the format propsed by Alan Jones

	m
	`MT`	The main container for MT response functions.
	`mt_xml`	Deal with XML MT files
	`mtpy`
	`mtpy.analysis.distortion`
	`mtpy.analysis.geometry`
	`mtpy.analysis.pt`
	`mtpy.analysis.staticshift`
	`mtpy.analysis.zinvariants`
	`mtpy.core.edi`
	`mtpy.core.edi_collection`
	`mtpy.core.jfile`
	`mtpy.core.mt`
	`mtpy.core.mt_xml`
	`mtpy.core.ts`
	`mtpy.core.z`
	`mtpy.imaging.mtplot`
	`mtpy.imaging.penetration`
	`mtpy.imaging.penetration_depth1d`
	`mtpy.imaging.penetration_depth2d`
	`mtpy.imaging.penetration_depth3d`
	`mtpy.imaging.phase_tensor_maps`
	`mtpy.imaging.phase_tensor_pseudosection`
	`mtpy.imaging.plot_depth_slice`
	`mtpy.imaging.plot_mt_response`
	`mtpy.imaging.plot_resphase_maps`
	`mtpy.imaging.plotnresponses`
	`mtpy.imaging.plotresponse`
	`mtpy.imaging.plotstrike`
	`mtpy.imaging.plotstrike2d`
	`mtpy.modeling.modem`
	`mtpy.modeling.modem.phase_tensor_maps`
	`mtpy.modeling.modem.plot_response`
	`mtpy.modeling.modem.plot_slices`
	`mtpy.modeling.occam1d`
	`mtpy.modeling.occam2d_rewrite`
	`mtpy.modeling.winglink`
	`mtpy.modeling.ws3dinv`
	`mtpy.utils.gis_tools`
	`mtpy.utils.mesh_tools`
	`mtpy.utils.mtpylog`
	`mtpy.utils.shapefiles`
	`mtpy.utils.shapefiles_creator`

	t
	`TS`	Deal with MT time series

	z
	`Z`	Deal with MT responses Z and Tipper