adapted default_parameters.xml to newest version of hamx

imagine/observers/hammurapy/input/default_parameters.xml

@@ -6,15 +6,6 @@
 <root>
     
     <Output>
-        <!-- Dispersion Measure -->
-        <!-- <DM cue="1" filename="dm.fits"/> -->
-        <!-- synchrotron dmission -->
-        <!-- frequency @ GHz --> 
-        <!-- <Sync cue="1" freq="23" filename="iqu_sync_23.fits"/>  -->
-        <!-- <Sync cue="1" freq="2.4" filename="iqu_sync_2.4.fits"/>  -->
-        <!-- Faraday depth -->
-        <!-- <Faraday cue="1" filename="fd.fits"/>  -->
-
     </Output>
     
     <!-- physical field grid in/out -->
@@ -104,12 +95,12 @@
             </Regular>
             <!-- turbulent fields -->
             <!-- seed works for IMAGINE -->
-            <Random cue="0" type="Iso" seed="-1">
+            <Random cue="0" type="Anisolocal" seed="-1">
                 <!-- isotropic -->
                 <Iso>
                     <rms value="0.1"/> <!-- norm at k0 -->
                     <k0 value="0.5"/> <!-- cutoff, 1/(Lambda in kpc) -->
-                    <a0 value="1.7"/> <!-- 5/3, Kolmogrov -->
+                    <a0 value="1.7"/> <!-- 5/3, Kolmogorov -->
                 </Iso>
                 <!-- global anisotropy -->
                 <Anisoglob>
@@ -117,10 +108,15 @@
                 </Anisoglob>
                 <!-- local turbulent -->
                 <Anisolocal>
-                    <beta value="0.1"/> <!-- plasma beta -->
-                    <Ma value="0.5"/> <!-- Alfven Mach number -->
+                    <rms  value="1"/> <!-- Alfven RMS -->
                     <rf value="1.0"/> <!-- fast to Alfven ratio -->
                     <rs value="1.0"/> <!-- slow to Alfven ratio -->
+                    <aa0 value="1.7"/> <!-- Kolmogorov -->
+                    <af0 value="1.5"/>
+                    <as0 value="1.7"/>
+                    <k0 value="0.5"/> <!-- cutoff, 1/(Lambda in kpc) -->
+                    <beta value="0.1"/> <!-- plasma beta -->
+                    <ma value="0.5"/> <!-- Alfven Mach number -->
                 </Anisolocal>
                 <!-- energy density rescaling -->
                 <Rescal>