Dispersion curve inversion - Revision history

Marc: /* Ground profiles */

2020-09-28T15:09:17Z

Ground profiles

2020-09-28T15:08:55Z

Ground profiles

2020-09-28T15:08:24Z

Ground profiles

2010-03-12T14:09:59Z

Parameter space projections

2010-03-12T14:09:11Z

Ground profiles

2010-03-12T14:07:28Z

Ground profiles

2010-03-12T14:06:41Z

Parameter space projections

2010-03-12T14:02:38Z

2010-03-12T14:00:19Z

2010-03-12T13:07:39Z

Command line tools

@@ Line 104: / Line 104: @@
 [[Image:Dinverdc_results2.png|thumb|center|500px|Results for a dispersion curve inversion with a 2-layer model. Plots from dispersion curves and ground profile are merged in a single [[SciFigs: Graphic sheet|graphic sheet]]]]
-Obviously, the dispersion curve is not perfectly matched at high frequency due to the too simplistic parameterization used in this tutorial. To go further, more [[Dinver:Parameterization|complex parameterizations]] are required. Moreover, if the true model for Vp ([[Media:Dinverdc_vp.layer|vp.layer]]) and Vs ([[Media:Dinverdc_vs.layer|vs.layer]]) is pasted on top of inversion results, one can notice that the estimation of depth is not correct.
+Obviously, the dispersion curve is not perfectly matched at high frequency due to the too simplistic parameterization used in this tutorial. To go further, [[Dinver:Parameterization|more complex parameterizations]] are required. Moreover, if the true model for Vp ([[Media:Dinverdc_vp.layer|vp.layer]]) and Vs ([[Media:Dinverdc_vs.layer|vs.layer]]) is pasted on top of inversion results, one can notice that the estimation of depth is not correct.
 === Parameter space projections ===

@@ Line 104: / Line 104: @@
 [[Image:Dinverdc_results2.png|thumb|center|500px|Results for a dispersion curve inversion with a 2-layer model. Plots from dispersion curves and ground profile are merged in a single [[SciFigs: Graphic sheet|graphic sheet]]]]
-Obviously, the dispersion curve is not perfectly matched at high frequency due to the too simplistic parameterization used in this tutorial. To go further, more complex [[Dinver:Parameterization|parameterizations]] are required. Moreover, if the true model for Vp ([[Media:Dinverdc_vp.layer|vp.layer]]) and Vs ([[Media:Dinverdc_vs.layer|vs.layer]]) is pasted on top of inversion results, one can notice that the estimation of depth is not correct.
+Obviously, the dispersion curve is not perfectly matched at high frequency due to the too simplistic parameterization used in this tutorial. To go further, more [[Dinver:Parameterization|complex parameterizations]] are required. Moreover, if the true model for Vp ([[Media:Dinverdc_vp.layer|vp.layer]]) and Vs ([[Media:Dinverdc_vs.layer|vs.layer]]) is pasted on top of inversion results, one can notice that the estimation of depth is not correct.
 === Parameter space projections ===

@@ Line 104: / Line 104: @@
 [[Image:Dinverdc_results2.png|thumb|center|500px|Results for a dispersion curve inversion with a 2-layer model. Plots from dispersion curves and ground profile are merged in a single [[SciFigs: Graphic sheet|graphic sheet]]]]
-Obviously, the dispersion curve is not perfectly fitted at high frequency due to the too simplistic parameterization used in this tutorial. To go further, more complex [[Dinver:Parameterization|parameterizations]] are required. Moreover, if the true model for Vp ([[Media:Dinverdc_vp.layer|vp.layer]]) and Vs ([[Media:Dinverdc_vs.layer|vs.layer]]) is pasted on top of inversion results, one can notice that the estimation of depth is not correct.
+Obviously, the dispersion curve is not perfectly matched at high frequency due to the too simplistic parameterization used in this tutorial. To go further, more complex [[Dinver:Parameterization|parameterizations]] are required. Moreover, if the true model for Vp ([[Media:Dinverdc_vp.layer|vp.layer]]) and Vs ([[Media:Dinverdc_vs.layer|vs.layer]]) is pasted on top of inversion results, one can notice that the estimation of depth is not correct.
 === Parameter space projections ===

@@ Line 108: / Line 108: @@
 === Parameter space projections ===
-Under menu ''View'', option ''[[Dinver::Parameter space display|Parameter space]]'' displays various 2D projections of the models. The default plots are parameter versus misfit values. Existing plots can be customized through the [[SciFigs: Property|property editor]] or new plots can be inserted (menu ''Insert/Parameter plot'').
+Under menu ''View'', option ''[[Dinver::Parameter space display|Parameter space]]'' displays various 2D projections of the models. The default plots are parameter versus misfit values. Existing plots can be customized through the [[SciFigs: Properties|property editor]] or new plots can be inserted (menu ''Insert/Parameter plot'').
 [[Image:Dinverdc_ps.png|thumb|center|500px|Some parameter space projections]]

@@ Line 102: / Line 102: @@
 A similar dialog box pops up when viewing the ground profiles. ''Maximum number of profiles'' must be set to 2 for Vp and Vs. This must not be confused with the number of models displayed. This later is controlled only by the maximum misfit (suggested value: 0.1, see previous section).
-[[Image:Dinverdc_results2.png|thumb|center|500px|Results for a dispersion curve inversion with a 2-layer model. Plots from dispersion curves and ground profile are merged in a single [[SciFigs: Graphic Sheet|graphic sheet]]]]
+[[Image:Dinverdc_results2.png|thumb|center|500px|Results for a dispersion curve inversion with a 2-layer model. Plots from dispersion curves and ground profile are merged in a single [[SciFigs: Graphic sheet|graphic sheet]]]]
 Obviously, the dispersion curve is not perfectly fitted at high frequency due to the too simplistic parameterization used in this tutorial. To go further, more complex [[Dinver:Parameterization|parameterizations]] are required. Moreover, if the true model for Vp ([[Media:Dinverdc_vp.layer|vp.layer]]) and Vs ([[Media:Dinverdc_vs.layer|vs.layer]]) is pasted on top of inversion results, one can notice that the estimation of depth is not correct.

@@ Line 114: / Line 114: @@
 === Command line tools ===
-Models generated during inversions are directly written to the file system under ''.report'' files. If there is no environment saved, everything is saved in ''.dinvertemp'' in your home directory. After saving, a directory with ''_report'' extension is created together with ''.dinver'' files. Those ''.report'' files can be analyzed with various [[Dinver::Command line tools|command line tools]].
+Models generated during inversions are directly written to the file system under ''.report'' files. If there is no environment saved, everything is saved in ''.dinvertemp'' in your home directory. After saving, a directory with ''_report'' extension is created together with ''.dinver'' files. Those ''.report'' files can be analyzed with various [[Dinver: Command line tools|command line tools]].
 == Checking the robustness ==