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musrfit/src/musredit_qt5/musrWiz/func_defs/musrfit_funcs.xml

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<?xml version="1.0" encoding="UTF-8"?>
<musrfit-functions>
<!-- ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ -->
<!-- theory function templates -->
<!-- ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ -->
<theo_template>
<pre_def_name>T: 1 [exp x cos](TF)</pre_def_name>
<theory>a 1\nse 2\ntf fun1 4</theory>
<theo_fun>fun1=par3+map1</theo_fun>
<theo_map no="1" name="RelPh"/>
<template_param no="1" name="Asy" value="0.2" step="0.02"/>
<template_param no="2" name="Lambda" value="0.5" step="0.02"/>
<template_param no="3" name="Ph" value="0.0" step="10.0"/>
<template_param no="4" name="Frq" value="100.0" step="1.0"/>
</theo_template>
<theo_template>
<pre_def_name>T: 2 [exp x cos](TF)</pre_def_name>
<theory>a 1\nse 2\ntf fun1 4\n+\na 5\nse 6\ntf fun1 7</theory>
<theo_fun>fun1=par3+map1</theo_fun>
<theo_map no="1" name="RelPh"/>
<template_param no="1" name="Asy_0" value="0.1" step="0.02"/>
<template_param no="2" name="Lambda_0" value="0.5" step="0.02"/>
<template_param no="3" name="Ph" value="0.0" step="10.0"/>
<template_param no="4" name="Frq_0" value="100.0" step="1.0"/>
<template_param no="5" name="Asy_1" value="0.1" step="0.02"/>
<template_param no="6" name="Lambda_1" value="0.5" step="0.02"/>
<template_param no="7" name="Frq_1" value="110.0" step="1.0"/>
</theo_template>
<theo_template>
<pre_def_name>T: 3 [exp x cos](TF)</pre_def_name>
<theory>a 1\nse 2\ntf fun1 4\n+\na 5\nse 6\ntf fun1 7\n+\na 8\nse 9\ntf fun1 10</theory>
<theo_fun>fun1=par3+map1</theo_fun>
<theo_map no="1" name="RelPh"/>
<template_param no="1" name="Asy_0" value="0.1" step="0.02"/>
<template_param no="2" name="Lambda_0" value="0.5" step="0.02"/>
<template_param no="3" name="Ph" value="0.0" step="10.0"/>
<template_param no="4" name="Frq_0" value="100.0" step="1.0"/>
<template_param no="5" name="Asy_1" value="0.1" step="0.02"/>
<template_param no="6" name="Lambda_1" value="0.5" step="0.1"/>
<template_param no="7" name="Frq_1" value="110.0" step="1.0"/>
<template_param no="8" name="Asy_2" value="0.1" step="0.02"/>
<template_param no="9" name="Lambda_2" value="1.5" step="0.1"/>
<template_param no="10" name="Frq_2" value="120.0" step="1.0"/>
</theo_template>
<theo_template>
<pre_def_name>T: 1 [gauss x cos](TF)</pre_def_name>
<theory>a 1\nsg 2\ntf fun1 4</theory>
<theo_fun>fun1=par3+map1</theo_fun>
<theo_map no="1" name="RelPh"/>
<template_param no="1" name="Asy" value="0.2" step="0.02"/>
<template_param no="2" name="Sigma" value="0.5" step="0.02"/>
<template_param no="3" name="Ph" value="0.0" step="10.0"/>
<template_param no="4" name="Frq" value="100.0" step="1.0"/>
</theo_template>
<theo_template>
<pre_def_name>T: 2 [gauss x cos](TF)</pre_def_name>
<theory>a 1\nsg 2\ntf fun1 4\n+\na 5\nsg 6\ntf fun1 7</theory>
<theo_fun>fun1=par3+map1</theo_fun>
<theo_map no="1" name="RelPh"/>
<template_param no="1" name="Asy_0" value="0.1" step="0.02"/>
<template_param no="2" name="Sigma_0" value="0.5" step="0.02"/>
<template_param no="3" name="Ph" value="0.0" step="10.0"/>
<template_param no="4" name="Frq_0" value="100.0" step="1.0"/>
<template_param no="5" name="Asy_1" value="0.1" step="0.02"/>
<template_param no="6" name="Sigma_1" value="0.5" step="0.02"/>
<template_param no="7" name="Frq_1" value="110.0" step="1.0"/>
</theo_template>
<theo_template>
<pre_def_name>T: 3 [gauss x cos](TF)</pre_def_name>
<theory>a 1\nsg 2\ntf fun1 4\n+\na 5\nsg 6\ntf fun1 7\n+\na 8\nsg 9\ntf fun1 10</theory>
<theo_fun>fun1=par3+map1</theo_fun>
<theo_map no="1" name="RelPh"/>
<template_param no="1" name="Asy_0" value="0.1" step="0.02"/>
<template_param no="2" name="Sigma_0" value="0.5" step="0.02"/>
<template_param no="3" name="Ph" value="0.0" step="10.0"/>
<template_param no="4" name="Frq_0" value="100.0" step="1.0"/>
<template_param no="5" name="Asy_1" value="0.1" step="0.02"/>
<template_param no="6" name="Sigma_1" value="0.5" step="0.1"/>
<template_param no="7" name="Frq_1" value="110.0" step="1.0"/>
<template_param no="8" name="Asy_2" value="0.1" step="0.02"/>
<template_param no="9" name="Sigma_2" value="1.5" step="0.1"/>
<template_param no="10" name="Frq_2" value="120.0" step="1.0"/>
</theo_template>
<!-- ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ -->
<!-- List of all predefined theory functions -->
<!-- ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ -->
<!-- Asymmetry -->
<func>
<name>asymmetry</name>
<abbrv>a</abbrv>
<no_of_parameters>1</no_of_parameters>
<parameter>
<param_name>Asym</param_name>
<param_value>0.2</param_value>
</parameter>
</func>
<!-- Exp -->
<func>
<name>simplExpo</name>
<abbrv>se</abbrv>
<no_of_parameters>1</no_of_parameters>
<parameter>
<param_name>Lambda</param_name>
<param_value>0.5</param_value>
</parameter>
</func>
<!-- Gaussian -->
<func>
<name>simpleGss</name>
<abbrv>sg</abbrv>
<no_of_parameters>1</no_of_parameters>
<parameter>
<param_name>Sigma</param_name>
<param_value>0.5</param_value>
</parameter>
</func>
<!-- Streteched Exp -->
<func>
<name>generExpo</name>
<abbrv>ge</abbrv>
<no_of_parameters>2</no_of_parameters>
<parameter>
<param_name>Lambda</param_name>
<param_value>0.5</param_value>
</parameter>
<parameter>
<param_name>Beta</param_name>
<param_value>1.5</param_value>
</parameter>
</func>
<!-- Cos -->
<func>
<name>TFieldCos</name>
<abbrv>tf</abbrv>
<no_of_parameters>2</no_of_parameters>
<parameter>
<param_name>Ph</param_name>
<param_value>0.0</param_value>
<param_is_map>y</param_is_map>
</parameter>
<parameter>
<param_name>Freq</param_name>
<param_value>10.0</param_value>
</parameter>
</func>
<!-- internal field -->
<func>
<name>internFld</name>
<abbrv>if</abbrv>
<no_of_parameters>5</no_of_parameters>
<parameter>
<param_name>Weight</param_name>
<param_value>0.66</param_value>
</parameter>
<parameter>
<param_name>Ph</param_name>
<param_value>0.0</param_value>
</parameter>
<parameter>
<param_name>Freq</param_name>
<param_value>10.0</param_value>
</parameter>
<parameter>
<param_name>LambdaT</param_name>
<param_value>0.5</param_value>
</parameter>
<parameter>
<param_name>LambdaL</param_name>
<param_value>0.1</param_value>
</parameter>
</func>
<!-- Bessel -->
<func>
<name>Bessel</name>
<abbrv>b</abbrv>
<no_of_parameters>2</no_of_parameters>
<parameter>
<param_name>Ph</param_name>
<param_value>0.0</param_value>
</parameter>
<parameter>
<param_name>Freq</param_name>
<param_value>10.0</param_value>
</parameter>
</func>
<!-- internal Bessel -->
<func>
<name>internBsl</name>
<abbrv>ib</abbrv>
<no_of_parameters>5</no_of_parameters>
<parameter>
<param_name>Weight</param_name>
<param_value>0.66</param_value>
</parameter>
<parameter>
<param_name>Ph</param_name>
<param_value>0.0</param_value>
</parameter>
<parameter>
<param_name>Freq</param_name>
<param_value>10.0</param_value>
</parameter>
<parameter>
<param_name>LambdaT</param_name>
<param_value>0.5</param_value>
</parameter>
<parameter>
<param_name>LambdaL</param_name>
<param_value>0.1</param_value>
</parameter>
</func>
<!-- GKT ZF -->
<func>
<name>statGssKT</name>
<abbrv>stg</abbrv>
<no_of_parameters>1</no_of_parameters>
<parameter>
<param_name>Sigma</param_name>
<param_value>0.3</param_value>
</parameter>
</func>
<!-- GKT LF -->
<func>
<name>statGssKTLF</name>
<abbrv>sgktlf</abbrv>
<no_of_parameters>2</no_of_parameters>
<parameter>
<param_name>Hopp</param_name>
<param_value>0.1</param_value>
</parameter>
<parameter>
<param_name>Sigma</param_name>
<param_value>0.3</param_value>
</parameter>
</func>
<!-- GKT LF dynamic -->
<func>
<name>dynGssKTLF</name>
<abbrv>dgktlf</abbrv>
<no_of_parameters>3</no_of_parameters>
<parameter>
<param_name>Freq</param_name>
<param_value>0.0</param_value>
</parameter>
<parameter>
<param_name>Sigma</param_name>
<param_value>0.3</param_value>
</parameter>
<parameter>
<param_name>Gamma</param_name>
<param_value>0.5</param_value>
</parameter>
</func>
<!-- expKT ZF -->
<func>
<name>statExpKT</name>
<abbrv>sekt</abbrv>
<no_of_parameters>1</no_of_parameters>
<parameter>
<param_name>Lambda</param_name>
<param_value>0.3</param_value>
</parameter>
</func>
<!-- expKT LF -->
<func>
<name>statExpKTLF</name>
<abbrv>sektlf</abbrv>
<no_of_parameters>2</no_of_parameters>
<parameter>
<param_name>Hopp</param_name>
<param_value>0.1</param_value>
</parameter>
<parameter>
<param_name>Lambda</param_name>
<param_value>0.3</param_value>
</parameter>
</func>
<!-- expKT LF dynamic -->
<func>
<name>dynExpKTLF</name>
<abbrv>dektlf</abbrv>
<no_of_parameters>3</no_of_parameters>
<parameter>
<param_name>Freq</param_name>
<param_value>0.1</param_value>
</parameter>
<parameter>
<param_name>Lambda</param_name>
<param_value>0.3</param_value>
</parameter>
<parameter>
<param_name>Gamma</param_name>
<param_value>0.5</param_value>
</parameter>
</func>
<!-- KT Exp+Gaussian ZF -->
<func>
<name>combiLGKT</name>
<abbrv>lgkt</abbrv>
<no_of_parameters>2</no_of_parameters>
<parameter>
<param_name>Lambda</param_name>
<param_value>0.2</param_value>
</parameter>
<parameter>
<param_name>Sigma</param_name>
<param_value>0.3</param_value>
</parameter>
</func>
<!-- KT Stretched -->
<func>
<name>strKT</name>
<abbrv>skt</abbrv>
<no_of_parameters>2</no_of_parameters>
<parameter>
<param_name>Sigma</param_name>
<param_value>0.3</param_value>
</parameter>
<parameter>
<param_name>Beta</param_name>
<param_value>2.0</param_value>
</parameter>
</func>
<!-- Spin Glass Function -->
<func>
<name>spinGlass</name>
<abbrv>spg</abbrv>
<no_of_parameters>3</no_of_parameters>
<parameter>
<param_name>Lambda</param_name>
<param_value>0.3</param_value>
</parameter>
<parameter>
<param_name>Gamma</param_name>
<param_value>0.1</param_value>
</parameter>
<parameter>
<param_name>q</param_name>
<param_value>0.8</param_value>
</parameter>
</func>
<!-- Random Anisotropy Hyperfine Fiels -->
<func>
<name>rdAnisoHf</name>
<abbrv>rahf</abbrv>
<no_of_parameters>2</no_of_parameters>
<parameter>
<param_name>Nu</param_name>
<param_value>1.5</param_value>
</parameter>
<parameter>
<param_name>Lambda</param_name>
<param_value>0.3</param_value>
</parameter>
</func>
<!-- Abragam -->
<func>
<name>abragam</name>
<abbrv>ab</abbrv>
<no_of_parameters>2</no_of_parameters>
<parameter>
<param_name>Sigma</param_name>
<param_value>0.5</param_value>
</parameter>
<parameter>
<param_name>Gamma</param_name>
<param_value>0.2</param_value>
</parameter>
</func>
<!-- skewed Gaussian -->
<func>
<name>skewedGss</name>
<abbrv>skg</abbrv>
<no_of_parameters>4</no_of_parameters>
<parameter>
<param_name>Ph</param_name>
<param_value>0.0</param_value>
</parameter>
<parameter>
<param_name>Freq</param_name>
<param_value>10.0</param_value>
</parameter>
<parameter>
<param_name>SigmaPlus</param_name>
<param_value>1.1</param_value>
</parameter>
<parameter>
<param_name>SigmaMinus</param_name>
<param_value>0.3</param_value>
</parameter>
</func>
<!-- static Noakes Kalvius ZF function -->
<func>
<name>staticNKZF</name>
<abbrv>snkzf</abbrv>
<no_of_parameters>2</no_of_parameters>
<parameter>
<param_name>Delta</param_name>
<param_value>0.5</param_value>
</parameter>
<parameter>
<param_name>Rb</param_name>
<param_value>0.2</param_value>
</parameter>
</func>
<!-- static Noakes Kalvius TF function -->
<func>
<name>staticNKTF</name>
<abbrv>snktf</abbrv>
<no_of_parameters>4</no_of_parameters>
<parameter>
<param_name>Ph</param_name>
<param_value>0.0</param_value>
</parameter>
<parameter>
<param_name>Frq</param_name>
<param_value>10.5</param_value>
</parameter>
<parameter>
<param_name>Delta</param_name>
<param_value>0.5</param_value>
</parameter>
<parameter>
<param_name>Rb</param_name>
<param_value>0.2</param_value>
</parameter>
</func>
<!-- dynamic Noakes Kalvius ZF function -->
<func>
<name>dynamicNKZF</name>
<abbrv>dnkzf</abbrv>
<no_of_parameters>3</no_of_parameters>
<parameter>
<param_name>Delta</param_name>
<param_value>0.5</param_value>
</parameter>
<parameter>
<param_name>Rb</param_name>
<param_value>0.2</param_value>
</parameter>
<parameter>
<param_name>Hopp</param_name>
<param_value>1.0</param_value>
</parameter>
</func>
<!-- dynamic Noakes Kalvius TF function -->
<func>
<name>dynamicNKTF</name>
<abbrv>dnktf</abbrv>
<no_of_parameters>5</no_of_parameters>
<parameter>
<param_name>Ph</param_name>
<param_value>0.0</param_value>
</parameter>
<parameter>
<param_name>Frq</param_name>
<param_value>10.5</param_value>
</parameter>
<parameter>
<param_name>Delta</param_name>
<param_value>0.5</param_value>
</parameter>
<parameter>
<param_name>Rb</param_name>
<param_value>0.2</param_value>
</parameter>
<parameter>
<param_name>Hopp</param_name>
<param_value>1.0</param_value>
</parameter>
</func>
<!-- mu^- exp TF -->
<func>
<name>muMinusExpTF</name>
<abbrv>mmsetf</abbrv>
<no_of_parameters>6</no_of_parameters>
<parameter>
<param_name>N0</param_name>
<param_value>100.0</param_value>
</parameter>
<parameter>
<param_name>Tau</param_name>
<param_value>1.0</param_value>
</parameter>
<parameter>
<param_name>Asym</param_name>
<param_value>0.08</param_value>
</parameter>
<parameter>
<param_name>Lambda</param_name>
<param_value>1.1</param_value>
</parameter>
<parameter>
<param_name>Ph</param_name>
<param_value>0.0</param_value>
</parameter>
<parameter>
<param_name>Frq</param_name>
<param_value>10.2</param_value>
</parameter>
</func>
</musrfit-functions>
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