Python interface - Revision history

Marc: /* Example */

2024-10-22T08:42:23Z

Example

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Installation

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Getting ready

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Installation

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Example

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Example

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Example

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Example

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Example

← Older revision		Revision as of 08:42, 22 October 2024
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	s.fileSave_2("/tmp/dc.page")		s.fileSave_2("/tmp/dc.page")
	s.exportImage_2("/tmp/dc.pdf")		s.exportImage_2("/tmp/dc.pdf")
		+
		+	== Other examples ==
		+
		+	* [[Python example: editing HV results]]

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 Some functionalities are accessible from a [https://www.python.org Python] script. Currently (from version 3.5.0) there are two modules:
 * ''GeopsyPyCoreWave'': surface wave computation
-* ''GeopsyPyScifigs'': graphical tools to plot data
+* ''GeopsyPyScifigs'': graphical tools to plot data (compatible with Qt 6.5 and above)
 Other modules will be probably proposed in the future (e.g. Neighborhood  inversion). The very basic interface may quickly evolve according to user feedback ([https://www.geopsy.org/forum forum])

@@ Line 10: / Line 10: @@
    ./configure -I /usr/include/python3.9
 Currently, modules are tested under Linux only. Under Windows and Mac OS, ''GeopsyPySciFigs'' is probably currently not working.
-Upon completion of the build process, the modules are dynamic libraries located in the ''lib'' directory of the install directory. Their names start with "lib" which prevents the recognition by Python. We suggest to create a new directory at the same level as ''lib'' and to modify the library names as follow:
+Upon completion of the build process, the modules are dynamic libraries located in the ''lib'' directory of the install directory. Their names start with "lib" which prevents the recognition by Python. For releases before 3.5.3, we suggest to create a new directory at the same level as ''lib'' and to modify the library names as follow:
    mkdir python
@@ Line 19: / Line 24: @@
    cp lib/libGeopsyPySciFigs.so python/GeopsyPySciFigs.so
 Finally, you have to add the path to Python

@@ Line 36: / Line 36: @@
 In this section, we describe a small example ([[Media:SciFigs-example-01.py|SciFigs-example-01.py]]) to compute dispersion and ellipticity curves, and to plot them on the screen, in a .page file and in a PDF file. The figure on the right is a SVG export with option ''print contents as bitmap'' unchecked.
-=== Getting ready ===
+=== Running the example ===
 To run the Python script under Linux, first make it executable:

@@ Line 36: / Line 36: @@
 In this section, we describe a small example ([[Media:SciFigs-example-01.py|SciFigs-example-01.py]]) to compute dispersion and ellipticity curves, and to plot them on the screen, in a .page file and in a PDF file. The figure on the right is a SVG export with option ''print contents as bitmap'' unchecked.
-=== Installation ===
+=== Getting ready ===
 To run the Python script under Linux, first make it executable:

@@ Line 34: / Line 34: @@
 [[Image:dc-python.svg|thumb|right|500px|Dispersion and ellipticity curves computed and plotted with Python modules.]]
-In this section, we describe a small example ([[Media:SciFigs-example-01.py|SciFigs-example-01.py]]) to compute dispersion and ellipticity curves, and to plot them on the screen, in a .page file and in a PDF file. The figure on the right is a SVG export with option ''print contents as bitmap'' unchecked. To run the Python script under Linux, first make it executable:
+In this section, we describe a small example ([[Media:SciFigs-example-01.py|SciFigs-example-01.py]]) to compute dispersion and ellipticity curves, and to plot them on the screen, in a .page file and in a PDF file. The figure on the right is a SVG export with option ''print contents as bitmap'' unchecked.
    $ chmod a+x SciFigs-example-01.py
@@ Line 44: / Line 48: @@
    #!/opt/conda/bin/python3 -i
    $ ./SciFigs-example-01.py
 First import of the required modules: