Gplivemodel: Dispersion curve tutorial - Revision history

Mao: /* Slider definition */

2012-02-20T12:17:50Z

Slider definition

2010-03-09T07:34:43Z

First steps

2010-03-08T15:08:24Z

2010-02-23T10:33:20Z

Slider definition

2010-02-23T10:21:29Z

Type of curve

2010-02-23T10:18:55Z

Slider definition

2010-02-23T10:05:58Z

2010-02-23T09:52:30Z

Slider definition

2010-02-23T09:50:59Z

Getting ready

2010-02-23T09:40:53Z

Getting ready

@@ Line 34: / Line 34: @@
   vs[2]=250+p*1000;
 * Travel time
-  travelTime=vs[0]*h[0];
+  travelTime=h[0]/vs[0];
   vs[0]=100+p*300;
   h[0]=travelTime/vs[0];

@@ Line 16: / Line 16: @@
 <br style="clear: both" />
 [[Image:Gplivemodel_dc_legend.png|thumb|left|400px|Setting curve attributes to identify background and foreground models]]
-* Clearly identify background and foreground models by setting different colors for background and foreground models. Double click on [[SciFigs::Legend|legends]] located on the left of the dispersion curve plot. In the legend properties, set at least one entry for each legend. Adjust colors and other attributes to your taste.
+* Clearly identify background and foreground models by setting different colors for background and foreground models. Double click on [[SciFigs: Legend|legends]] located on the left of the dispersion curve plot. In the legend properties, set at least one entry for each legend. Adjust colors and other attributes to your taste.
 * Play with slider controls. You may eventually freeze axis limits by unchecking option ''Automatic limits'' in menu ''Format''. Set ''Sediment Vs'' and ''Travel time'' to their minimum value, and ''Thickness'' and ''Bed-rock Vs'' to their maximum before freezing limits. This way you get the largest ranges for axis values.
 <br style="clear: both"/>
 == Slider definition ==

← Older revision		Revision as of 10:33, 23 February 2010
Line 19:		Line 19:
	* Play with slider controls. You may eventually freeze axis limits by unchecking option ''Automatic limits'' in menu ''Format''. Set ''Sediment Vs'' and ''Travel time'' to their minimum value, and ''Thickness'' and ''Bed-rock Vs'' to their maximum before freezing limits. This way you get the largest ranges for axis values.		* Play with slider controls. You may eventually freeze axis limits by unchecking option ''Automatic limits'' in menu ''Format''. Set ''Sediment Vs'' and ''Travel time'' to their minimum value, and ''Thickness'' and ''Bed-rock Vs'' to their maximum before freezing limits. This way you get the largest ranges for axis values.

		+	<br style="clear: both"/>
	== Slider definition ==		== Slider definition ==

@@ Line 47: / Line 47: @@
 * Love fundamental and first higher mode
   gplivemodel -R 0 -L 2
+* Rayleigh fundamental group velocity

← Older revision		Revision as of 10:18, 23 February 2010
Line 37:		Line 37:

	Click on ''Add'' button to create your own slider. ''Save'' button lets you save the current list of slider controls as a '.cpanel' file.		Click on ''Add'' button to create your own slider. ''Save'' button lets you save the current list of slider controls as a '.cpanel' file.
		+
		+	== Type of curve ==
		+
		+	By default the fundamental mode of Rayleigh wave is computed. To switch to higher modes or Love modes, command line options at ''gplivemodel'' startup must be added (from a terminal, a MS-DOS console or a [http://www.mingw.org/wiki/msys MSYS] terminal)
		+	* Fundamental Love mode only
		+	gplivemodel -L 1 -R 0
		+	* Rayleigh fundamental and first higher mode
		+	gplivemodel -R 2
		+	* Love fundamental and first higher mode
		+	gplivemodel -R 0 -L 2
		+	*

← Older revision	Revision as of 15:08, 8 March 2010
(No difference)

← Older revision		Revision as of 09:52, 23 February 2010
Line 20:		Line 20:
	== Slider definition ==		== Slider definition ==

−	This section details the content of the slider control setup loaded in the previous section.	+	This section details the content of the slider control setup loaded in the previous section. Right click on any of them and select ''Edit'' to view or edit the attached code.

@@ Line 1: / Line 1: @@
-== Getting ready ==
+== First steps ==
 [[Image:Gplivemodel_dc_bg.png|thumb|right|300px|Background model]]
@@ Line 16: / Line 16: @@
 * Clearly identify background and foreground models by setting different colors for background and foreground models. Double click on [[SciFigs::Legend|legends]] located on the left of the dispersion curve plot. In the legend properties, set at least one entry for each legend. Adjust colors and other attributes to your taste.
 [[Image:Gplivemodel_dc_legend.png|thumb|center|400px|Setting curve attributes to identify background and foreground models]]

@@ Line 12: / Line 12: @@
 [[Image:Gplivemodel_dc_ref.png|thumb|left|200px|Reference model]]
 <br style="clear: both" />
-* Load control sliders from this [[Media:Gplivemodel_dc_ex1.cpanel|setup]]
+* Load control sliders from this [[Media:Gplivemodel_dc_ex1.cpanel|setup]]. By creating new sliders, the foreground model is generated from reference model (see ''Foreground model'' tab in bottom left pane). Two profiles are visible on the plots.
-[[Image:Gplivemodel_dc_cpanel.png|thumb|center|400px|Reference model]]
+[[Image:Gplivemodel_dc_cpanel.png|thumb|center|400px|Loading a control panel setup]]
-* Clearly identify background and foreground model
+* Clearly identify background and foreground models by setting different colors for background and foreground models. Double click on [[SciFigs::Legend|legends]] located on the left of the dispersion curve plot. In the legend properties, set at least one entry for each legend. Adjust colors and other attributes to your taste.