List: Inversion - Revision history

Clotaire Michel: /* Inversion */

2010-03-11T13:49:46Z

Inversion

Clotaire Michel: /* Inversion */

2010-03-11T13:48:40Z

Inversion

Pierre-Yves Bard: /* Forward computations */

2010-03-10T10:54:31Z

Forward computations

Marc: /* Forward computations */

2010-03-10T08:52:22Z

Forward computations

Marc: /* Utilities */

2010-03-10T08:51:24Z

Utilities

Marc at 08:47, 10 March 2010

2010-03-10T08:47:20Z

Marc: New page: * '''warangps''': monitoring of real-time positions for WARAN, computation of theoretical array responses. * '''dinver''': inversion with [Neighborhood Algorithm] modified after ...

2010-03-10T08:20:00Z

New page: * '''warangps''': monitoring of real-time positions for WARAN, computation of theoretical array responses. * '''dinver''': inversion with [Neighborhood Algorithm] modified after ...

New page

* '''[[warangps]]''': monitoring of real-time positions for WARAN, computation of theoretical array responses.
* '''[[dinver]]''': inversion with [Neighborhood Algorithm] modified after Wathelet (2008): e.g. surface wave inversion
* '''[[figue]]''': edition of figures extracted from processing applications. Figures produced by [figue] are ready for publications (export to ps, pdf, svg, jpeg, png, or printer).
* '''[[geopsy]]''': graphical user interface that accepts various wave formats, visualization of waves and basic signal processing.
* [[Computing a theoretical dispersion curve|gpdc]]: computation of dispersion curves.
* [[gpdcmisfit]]: recomputes misfits of models produced by an inversion.
* [[gpdcreport]]: analysis of inversion report (from [[dinver]]).
* [[gpec8]]: determines site class from Vs profiles (Eurocode 8).
* [[gpell]]: computation of ellipticity curves.
* '''[[gpfksimulator]]''': educational tool for simulating the array response of plane wave(s) with arbitrary direction and speed.
* [[gpgroup2phase]]: scans possible phase dispersion curves from a group dispersion curve.
* '''[[gplivemodel]]''': interactive plot of dispersion, ellipticity and SH amplification curves.
* [[gpmodel2param]]: transforms a model file into a parametrized ground structure
* [[gpparam2model]]: produces model files from parameter sets and a given parametrized ground structure.
* [[gppoisson]]: simple converter between Poisson's ratio, Vs, and Vp.
* [[gpprofile]]: extracts Poisson's ratio, Vs, or Vp profiles from a model file.
* [[gprefra]]: computation of travel time ("classical refraction").
* [[gpsh]]: computation of SH transfer curves (available but empty).
* [[gpsort]]: re-arranges curve order in a file (handy for [[gppac]] output).
* [[gpspac]]: computation of auto-correlation ratio curves.
* [[gpdepth]]: computes a parameterization from minimum and maximum wavelength
* [[gpsignal]]: computes synthetic signals
* '''[[gpviewdcreport]]''': plots inversion reports (from [[dinver]]).
* '''[[max2curve]]''': tool for estimating the average and the uncertainties of various processes: [[FK]], [[HRFK]], [[SPAC]], [[HVTFA]] or simply curves.
* '''[[spac2disp]]''': tool for estimating the reliability of experimental auto-correlation curves.

@@ Line 4: / Line 4: @@
 * '''[[dinver]]''': inversion with Neighborhood Algorithm<ref>Sambridge, M. (1999)</ref> modified after <ref>Wathelet (2008). GRL, </ref>. Various plug-ins are available each one implementing a specific inversion problem:
-** Surface wave inversion ([[Dinver: dinverdc]])
+** Surface wave inversion ([[Dinver: dinverdc|dinverdc]])
-** Custom forward problem computed with Matlab ([[Dinver: dinvermatlab]])
+** Custom forward problem computed with Matlab ([[Dinver: dinvermatlab|dinvermatlab]])
-** Custom forward problem computed with an external tool ([[Dinver: dinverext]])
+** Custom forward problem computed with an external tool ([[Dinver: dinverext|dinverext]])
 * [[gpdcmisfit]]: recomputes misfits of models produced by an inversion.

@@ Line 4: / Line 4: @@
 * '''[[dinver]]''': inversion with Neighborhood Algorithm<ref>Sambridge, M. (1999)</ref> modified after <ref>Wathelet (2008). GRL, </ref>. Various plug-ins are available each one implementing a specific inversion problem:
-** Surface wave inversion ([[dinverdc]])
+** Surface wave inversion ([[Dinver: dinverdc]])
-** Custom forward problem computed with Matlab ([[dinvermatlab]])
+** Custom forward problem computed with Matlab ([[Dinver: dinvermatlab]])
-** Custom forward problem computed with an external tool ([[dinverext]])
+** Custom forward problem computed with an external tool ([[Dinver: dinverext]])
 * [[gpdcmisfit]]: recomputes misfits of models produced by an inversion.

@@ Line 15: / Line 15: @@
 == Forward computations ==
-* '''[[gplivemodel]]''': interactive plot of dispersion curve, ellipticity cusve and SH transfer function
+* '''[[gplivemodel]]''': interactive plot of dispersion curve, ellipticity curve and SH transfer function
 * [[Computing a theoretical dispersion curve|gpdc]]: computation of dispersion curves.
 * [[gpec8]]: determines site class from Vs profiles (Eurocode 8).

@@ Line 19: / Line 19: @@
 * [[gpec8]]: determines site class from Vs profiles (Eurocode 8).
 * [[gpell]]: computation of ellipticity curves.
 * [[gpsh]]: computation of SH transfer curves (available but empty).
 * [[gpspac]]: computation of auto-correlation ratio curves.

@@ Line 27: / Line 27: @@
 * [[gppoisson]]: simple converter between Poisson's ratio, Vs, and Vp.
-* [[gpprofile]]: extracts Poisson's ratio, Vs, or Vp profiles from a model file.
+* [[gpprofile]]: extracts Poisson's ratio, Vs, or Vp profiles from a model file. Additionally, it can output Vs30, Vs average at any depth, envelope of an ensemble of profile, resample profiles,...
 * [[gpsort]]: re-arranges curve order in a file (handy for [[gppac]] output).
 * [[gpgroup2phase]]: scans possible phase dispersion curves from a group dispersion curve.

@@ Line 1: / Line 1: @@
 * [[gpdcmisfit]]: recomputes misfits of models produced by an inversion.
 * [[gpdcreport]]: analysis of inversion report (from [[dinver]]).
 * [[gpec8]]: determines site class from Vs profiles (Eurocode 8).
 * [[gpell]]: computation of ellipticity curves.
-* '''[[gpfksimulator]]''': educational tool for simulating the array response of plane wave(s) with arbitrary direction and speed.
+curves.
-* [[gpgroup2phase]]: scans possible phase dispersion curves from a group dispersion curve.
+* [[gpsh]]: computation of SH transfer curves (available but empty).
-* '''[[gplivemodel]]''': interactive plot of dispersion, ellipticity and SH amplification curves.
+* [[gpspac]]: computation of auto-correlation ratio curves.
-* [[gpmodel2param]]: transforms a model file into a parametrized ground structure
+* [[gprefra]]: computation of travel time ("classical refraction").
-* [[gpparam2model]]: produces model files from parameter sets and a given parametrized ground structure.
 * [[gppoisson]]: simple converter between Poisson's ratio, Vs, and Vp.
 * [[gpprofile]]: extracts Poisson's ratio, Vs, or Vp profiles from a model file.
 * [[gpsort]]: re-arranges curve order in a file (handy for [[gppac]] output).
-* [[gpspac]]: computation of auto-correlation ratio curves.
+* [[gpgroup2phase]]: scans possible phase dispersion curves from a group dispersion curve.
-* [[gpdepth]]: computes a parameterization from minimum and maximum wavelength
+* [[gpmodel2param]]: transforms a model file into a parameterized ground structure
-* [[gpsignal]]: computes synthetic signals
+* [[gpparam2model]]: produces model files from parameter sets and a given parametrized ground structure.
-* '''[[gpviewdcreport]]''': plots inversion reports (from [[dinver]]).
-* '''[[max2curve]]''': tool for estimating the average and the uncertainties of various processes: [[FK]], [[HRFK]], [[SPAC]], [[HVTFA]] or simply curves.
+== References ==
-* '''[[spac2disp]]''': tool for estimating the reliability of experimental auto-correlation curves.
+<references/>