agm_magic : converts Princeton Measurements alternating gradient force magnetization (AGM) files to MagIC._2g_bin_magic : converts 2G binary files to MagIC._2g_asc_magic : converts 2G ascii files to MagIC.cb.get_intensity_col : finds the first non-zero type of intensity data in a measurements dataframe.Ĭonversion scripts : convert many laboratory measurement formats to the MagIC data model 3 format.cb.add_sites_to_meas_table : completes a measurements data frame with the information required for plotting by site.upload_magic : prepares a directory with a MagIC contribution for uploading to MagIC.download_magic : unpacks a contribution text file downloaded from the MagIC website.Specimens_extract : makes excel or latex files from specimens.txt for publicationsĬontributions work with data model 3.0 MagIC contributions criteria_extract : makes excel or latex files from criteria.txt for publications.sites_extract : makes excel or latex files from sites.txt for publications.magic_select : selects data from MagIC format file given conditions (e.g., method_codes contain string).grab_magic_key : prints out a single column from a MagIC format file.convert_ages : convert ages in downloaded MagIC file to Ma.combine_magic : combines two MagIC formatted files of same type.writing MagIC files : outputing MagIC formatted files.reading MagIC files : reading in MagIC formatted files.vgpmap_magic : reads in MagIC formatted file with virtual geomagnetic poles and plots themįunctions demonstrated within PmagPy_MagIC.ipynb: ¶.polemap_magic : reads in MagIC formatted file with paleomagnetic poles and plots them.plot_mag_map : makes a color contour plot of geomagnetic field models.cont_rot : makes plots of continents after rotation to specified coordinate system.zeq and zeq_magic : makes quicky zijderveld plots for measurement data.watsons_v : makes a graph for Watson's V test for common mean.thellier_magic : makes plots of thellier-thellier data.revtest & revtest_magic : performs a bootstrap reversals test.qqunf : makes a Quantile-Quantile plot for data against a uniform distribution.qqplot : makes a Quantile-Quantile plot for data against a normal distribution.plot_ts : makes a plot of the desired Geomagnetic Reversal time scale.plot_magic_keys : plots data from MagIC formatted data files.plot_geomagia : makes plots from files downloaded from the geomagia website.dia_vgp : converts direction and $\alpha_$s.di_vgp : converts direction to Virtual Geomagnetic Pole (see vgp_di).di_tilt : rotates directions to stratigraphic coordinates.di_rot : rotates directions to a coordinate system with D,I as center.di_geo : rotates declination, inclination in specimen coordinates to geographic coordinates.di_eq : maps declination, inclinatitions to X,Y for plotting in equal area projections.cart_dir : converts cartesian coordinates (x,y,z) to declination, inclination, intensity (see dir_cart).bootams : calculates bootstrap statistics for tensor data.b_vdm : converts B (in microT) and (magnetic) latitude to V(A)DM (see vdm_b).apwp : returns predicted paleolatitudes, directions and pole latitude/longitude from apparent polar wander paths of Besse and Courtillot (2002).angle : calculates the angle between two vectors.Functions in PmagPy_calculations.ipynb:.PmagPy_MagIC.ipynb This notebook demonstrates how PmagPy can be used to read and write data to and from the MagIC database format including conversion from many individual lab measurement file formats.įunctions demonstrated within PmagPy_calculations.ipynb: ¶.PmagPy_plots_analysis.ipynb This notebook demonstrates PmagPy functions that can be used to visual data as well as those that conduct statistical tests that have associated visualizations.PmagPy_calculations.ipynb This notebook demonstrates many of the PmagPy calculation functions such as those that rotate directions, return statistical parameters, and simulate data from specified distributions.The functionality of PmagPy is demonstrated within three notebooks:
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