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src/java/m/cfa/flood/V1_0.java

@@ -46,11 +46,6 @@
         model.setUserData( inputPayload.getString( "user_data", "" ) );
         model.setSkewness( inputPayload.getDouble( "skewness" ) );
         model.setMeanSquareError( inputPayload.getDouble( "mean_square_error" ) );
-        model.setAtSiteSkewOption( inputPayload.getString( "at_site_skew_option" ) );
-        model.setHighSystematicThreshold( inputPayload.getDouble( "high_systematic_threshold" ) );
-        model.setLowOutlierThreshold( inputPayload.getDouble( "low_outlier_threshold" ) );
-        model.setLowOutlierMethod( inputPayload.getString( "low_outlier_method" ) );
-
         if ( analysisType.equalsIgnoreCase( "b17" ) ) {
             model.setShowLargeFloods( inputPayload.getBoolean( "show_large_floods", false ) );
             model.setPlotType( inputPayload.getBoolean( "plot_type", true ) );
@@ -61,6 +56,10 @@
             model.setHighSystematicThreshold( inputPayload.getDouble( "high_systematic_threshold" ) );
             model.setLowOutlierThreshold( inputPayload.getDouble( "low_outlier_threshold" ) );
             model.setLowOutlierMethod( inputPayload.getString( "low_outlier_method" ) );
+            model.setAtSiteSkewOption( inputPayload.getString( "at_site_skew_option" ) );
+            model.setHighSystematicThreshold( inputPayload.getDouble( "high_systematic_threshold" ) );
+            model.setLowOutlierThreshold( inputPayload.getDouble( "low_outlier_threshold" ) );
+            model.setLowOutlierMethod( inputPayload.getString( "low_outlier_method" ) );
             model.setExecutable( e );
         }