Andreas Suter
3256dde54e
It works now as follows: 1) try to get theme information from the system, and if present us it. 2) if no theme information of the system is present, take the one from the musredit_startup.xml. Now it is possible to switch the icon theme for the menu and toolbar separately.
263 lines
8.4 KiB
XML
263 lines
8.4 KiB
XML
<?xml version="1.0" encoding="UTF-8"?>
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<musredit_startup xmlns="http://lmu.web.psi.ch/musrfit/user/MUSR/MusrGui.html">
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<comment>
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This is handling default setting parameters for the musredit.
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</comment>
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<general>
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<exec_path>@prefix@/bin</exec_path>
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<default_save_path>./</default_save_path>
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<msr_default_file_path>@DOCDIR@/templates</msr_default_file_path>
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<timeout>3600</timeout>
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<keep_minuit2_output>n</keep_minuit2_output>
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<dump_ascii>n</dump_ascii>
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<dump_root>n</dump_root>
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<title_from_data_file>y</title_from_data_file>
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<chisq_per_run_block>n</chisq_per_run_block>
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<estimate_n0>y</estimate_n0>
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<musrview_show_fourier>n</musrview_show_fourier>
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<musrview_show_avg>n</musrview_show_avg>
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<enable_musrt0>y</enable_musrt0>
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<dark_theme_icons_menu>n</dark_theme_icons_menu>
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<dark_theme_icons_toolbar>n</dark_theme_icons_toolbar>
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</general>
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<recent_files>
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<path_file_name>@DOCDIR@/examples/test-histo-PSI-BIN.msr</path_file_name>
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</recent_files>
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<help_section>
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<musr_web_main>file://@DOCDIR@/html/index.html</musr_web_main>
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<musr_web_title>file://@DOCDIR@/html/user-manual.html#the-title</musr_web_title>
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<musr_web_parameters>file://@DOCDIR@/html/user-manual.html#the-fitparameter-block</musr_web_parameters>
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<musr_web_theory>file://@DOCDIR@/html/user-manual.html#the-theory-block</musr_web_theory>
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<musr_web_functions>file://@DOCDIR@/html/user-manual.html#the-functions-block</musr_web_functions>
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<musr_web_run>file://@DOCDIR@/html/user-manual.html#the-run-block</musr_web_run>
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<musr_web_command>file://@DOCDIR@/html/user-manual.html#the-commands-block</musr_web_command>
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<musr_web_fourier>file://@DOCDIR@/html/user-manual.html#the-fourier-block</musr_web_fourier>
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<musr_web_plot>file://@DOCDIR@/html/user-manual.html#the-plot-block</musr_web_plot>
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<musr_web_statistic>file://@DOCDIR@/html/user-manual.html#the-statistic-block</musr_web_statistic>
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<musr_web_msr2data>file://@DOCDIR@/html/msr2data.html</musr_web_msr2data>
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<musr_web_musrFT>file://@DOCDIR@/html/user-manual.html#musrft</musr_web_musrFT>
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</help_section>
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<font_settings>
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<font_name>Monospace</font_name>
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<font_size>12</font_size>
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</font_settings>
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<msr_file_defaults>
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<beamline>mue4</beamline>
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<institute>psi</institute>
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<file_format>root-npp</file_format>
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<lifetime_correction>y</lifetime_correction>
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</msr_file_defaults>
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<msr2data_defaults>
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<chain_fit>y</chain_fit>
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<write_data_header>y</write_data_header>
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<ignore_data_header_info>n</ignore_data_header_info>
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<keep_minuit2_output>n</keep_minuit2_output>
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<write_column_data>n</write_column_data>
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<recreate_data_file>n</recreate_data_file>
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<open_file_after_fitting>y</open_file_after_fitting>
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<create_msr_file_only>n</create_msr_file_only>
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<fit_only>n</fit_only>
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<global>n</global>
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<global_plus>n</global_plus>
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</msr2data_defaults>
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<func_pixmap_path>@DOCDIR@/latex_images</func_pixmap_path>
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<theory_functions>
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<func>
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<name>asymmetry</name>
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<comment></comment>
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<label>Asymmetry</label>
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<pixmap>asymmetry.png</pixmap>
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<params>1</params>
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</func>
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<func>
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<name>simplExpo</name>
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<comment>(rate)</comment>
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<label>simple Exp</label>
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<pixmap>simpleExp.png</pixmap>
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<params>1</params>
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</func>
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<func>
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<name>generExpo</name>
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<comment>(rate exponent)</comment>
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<label>general Exp</label>
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<pixmap>generalExp.png</pixmap>
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<params>2</params>
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</func>
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<func>
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<name>simpleGss</name>
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<comment>(rate)</comment>
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<label>simple Gauss</label>
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<pixmap>simpleGauss.png</pixmap>
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<params>1</params>
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</func>
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<func>
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<name>statGssKT</name>
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<comment>(rate)</comment>
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<label>static Gauss KT</label>
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<pixmap>statGssKT.png</pixmap>
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<params>1</params>
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</func>
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<func>
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<name>statGssKTLF</name>
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<comment>(frequency damping)</comment>
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<label>static Gauss KT LF</label>
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<pixmap></pixmap>
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<params>2</params>
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</func>
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<func>
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<name>dynGssKTLF</name>
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<comment>(frequency damping hopping-rate)</comment>
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<label>dynamic Gauss KT LF</label>
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<pixmap></pixmap>
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<params>3</params>
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</func>
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<func>
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<name>statExpKT</name>
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<comment>(rate)</comment>
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<label>static Lorentz KT</label>
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<pixmap>statExpKT.png</pixmap>
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<params>1</params>
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</func>
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<func>
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<name>statExpKTLF</name>
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<comment>(frequency damping)</comment>
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<label>static Lorentz KT LF</label>
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<pixmap></pixmap>
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<params>2</params>
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</func>
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<func>
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<name>dynExpKTLF</name>
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<comment>(frequency damping hopping-rate)</comment>
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<label>dynamic Lorentz KT LF</label>
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<pixmap></pixmap>
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<params>3</params>
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</func>
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<func>
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<name>combiLGKT</name>
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<comment>(lorentzRate gaussRate)</comment>
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<label>combined Lorentz-Gauss KT</label>
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<pixmap>combiLGKT.png</pixmap>
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<params>2</params>
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</func>
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<func>
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<name>strKT</name>
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<comment>(rate beta)</comment>
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<label>stretched Kubo-Toyabe</label>
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<pixmap></pixmap>
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<params>2</params>
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</func>
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<func>
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<name>spinGlass</name>
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<comment>(rate hopping-rate order)</comment>
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<label>zero field spin glass function</label>
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<pixmap></pixmap>
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<params>3</params>
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</func>
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<func>
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<name>rdAnisoHf</name>
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<comment>(frequency rate)</comment>
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<label>random anisotropic hyperfine function</label>
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<pixmap></pixmap>
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<params>2</params>
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</func>
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<func>
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<name>abragam</name>
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<comment>(rate hopping-rate)</comment>
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<label>Abragam</label>
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<pixmap>abragam.png</pixmap>
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<params>2</params>
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</func>
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<func>
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<name>TFieldCos</name>
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<comment>(phase frequency)</comment>
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<label>TF cos</label>
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<pixmap>tfCos.png</pixmap>
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<params>2</params>
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</func>
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<func>
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<name>internFld</name>
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<comment>(fraction phase frequency Trate Lrate)</comment>
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<label>internal Lorentz field</label>
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<pixmap>internalField.png</pixmap>
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<params>5</params>
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</func>
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<func>
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<name>internFldGK</name>
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<comment>(fraction frequency Trate Lrate beta)</comment>
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<label>internal field, Gaussian broadened</label>
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<pixmap>internalFieldGK.png</pixmap>
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<params>5</params>
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</func>
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<func>
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<name>internFldLL</name>
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<comment>(fraction frequency Trate Lrate)</comment>
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<label>internal field, Lorentzian broadened</label>
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<pixmap>internalFieldLL.png</pixmap>
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<params>4</params>
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</func>
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<func>
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<name>bessel</name>
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<comment>(phase frequency)</comment>
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<label>spherical Bessel 0th order</label>
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<pixmap>bessel.png</pixmap>
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<params>2</params>
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</func>
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<func>
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<name>internBsl</name>
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<comment>(fraction phase frequency Trate Lrate)</comment>
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<label>static internal Bessel</label>
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<pixmap>internalBessel.png</pixmap>
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<params>5</params>
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</func>
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<func>
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<name>skewedGss</name>
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<comment>(phase frequency rate_m rate_p)</comment>
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<label>skewed Gaussian</label>
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<pixmap></pixmap>
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<params>4</params>
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</func>
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<func>
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<name>staticNKZF</name>
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<comment>(damping_D0 R_b)</comment>
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<label>static Noakes-Kalvius ZF</label>
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<pixmap></pixmap>
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<params>2</params>
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</func>
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<func>
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<name>staticNKTF</name>
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<comment>(phase frequency damping_D0 R_b)</comment>
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<label>static Noakes-Kalvius TF</label>
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<pixmap></pixmap>
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<params>4</params>
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</func>
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<func>
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<name>dynamicNKZF</name>
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<comment>(damping_D0 R_b nu_c)</comment>
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<label>dynamic Noakes-Kalvius ZF</label>
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<pixmap></pixmap>
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<params>3</params>
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</func>
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<func>
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<name>dynamicNKTF</name>
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<comment>(phase frequency damping_D0 R_b nu_c)</comment>
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<label>dynamic Noakes-Kalvius TF</label>
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<pixmap></pixmap>
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<params>5</params>
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</func>
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<func>
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<name>polynom</name>
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<comment>(tshift p0 p1 ... pn)</comment>
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<label>polynom</label>
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<pixmap>polynom.png</pixmap>
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<params>4</params>
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</func>
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<func>
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<name>userFcn</name>
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<comment></comment>
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<label>user function</label>
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<pixmap></pixmap>
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<params>0</params>
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</func>
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</theory_functions>
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</musredit_startup>
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