Index: trunk/share/tests/ext_tests_ilc/ilc_vbf_higgs_500.sin
===================================================================
--- trunk/share/tests/ext_tests_ilc/ilc_vbf_higgs_500.sin	(revision 8411)
+++ trunk/share/tests/ext_tests_ilc/ilc_vbf_higgs_500.sin	(revision 8412)
@@ -1,53 +1,53 @@
 include("ilc_settings.sin")
 
 !! Table 2. The cross sections for different e+e- -> 6f final states corresponding to the Higgs production via vector-boson fusion signal.
 !! Expected runtime: ~1 d
 
 process higgs_prod_electron_500_1_noqcd = e1, E1 => e1, E1, u, U, d, D { $restrictions = "^gs && ^ghgg:ghgaga:ghgaz" }
 process higgs_prod_electron_500_1_qcd   = e1, E1 => e1, E1, u, U, d, D
 process higgs_prod_electron_500_2       = e1, E1 => e1, E1, u, U, e1, E1
 process higgs_prod_electron_500_3       = e1, E1 => e1, E1, u, U, e2, E2
 process higgs_prod_neutrino_500_1_noqcd = e1, E1 => n1, N1, u, D, d, U { $restrictions = "^gs && ^ghgg:ghgaga:ghgaz" }
 process higgs_prod_neutrino_500_1_qcd   = e1, E1 => n1, N1, u, D, d, U
 process higgs_prod_neutrino_500_2       = e1, E1 => n1, N1, u, D, e1, N1
 process higgs_prod_neutrino_500_3       = e1, E1 => n1, N1, u, D, e2, N2
 
 compile
 
 !! ----------------------------------------------------------------------
 
 !!! 500 GeV
 alphas = 0.0891
 
 sqrts = 500 GeV
 beams = e1, E1
 
 $run_id = "500"
 
 integrate(higgs_prod_electron_500_1_noqcd,
           higgs_prod_electron_500_1_qcd,
           higgs_prod_electron_500_2,
           higgs_prod_electron_500_3,
           higgs_prod_neutrino_500_1_noqcd,
           higgs_prod_neutrino_500_1_qcd,
           higgs_prod_neutrino_500_2,
-          higgs_pod_neutrino_500_3)
+          higgs_prod_neutrino_500_3)
 
 tolerance = 2 * sqrt( error(higgs_prod_electron_500_1_noqcd)**2 + 0.0024**2 )
 expect(integral(higgs_prod_electron_500_1_noqcd) == 1.2446)
 tolerance = 2 * sqrt( error(higgs_prod_electron_500_1_qcd)**2 + 0.0024**2 )
 expect(integral(higgs_prod_electron_500_1_qcd) == 1.2729)
 tolerance = 2 * sqrt( error(higgs_prod_electron_500_2)**2 + 1.6e-05**2 )
 expect(integral(higgs_prod_electron_500_2) == 0.006667)
 tolerance = 2 * sqrt( error(higgs_prod_electron_500_3)**2 + 2e-05**2 )
 expect(integral(higgs_prod_electron_500_3) == 0.009168)
 tolerance = 2 * sqrt( error(higgs_prod_neutrino_500_1_noqcd)**2 + 0.005**2 )
 expect(integral(higgs_prod_neutrino_500_1_noqcd) == 2.432)
 tolerance = 2 * sqrt( error(higgs_prod_neutrino_500_1_qcd)**2 + 0.005**2 )
 expect(integral(higgs_prod_neutrino_500_1_qcd) == 2.46)
 tolerance = 2 * sqrt( error(higgs_prod_neutrino_500_2)**2 + 0.0019**2 )
 expect(integral(higgs_prod_neutrino_500_2) == 0.9127)
 tolerance = 2 * sqrt( error(higgs_prod_neutrino_500_3)**2 + 0.0017**2 )
 expect(integral(higgs_prod_neutrino_500_3) == 0.8937)
 
 show(results)
Index: trunk/share/tests/ext_tests_ilc/ilc_vbf_higgs_360.sin
===================================================================
--- trunk/share/tests/ext_tests_ilc/ilc_vbf_higgs_360.sin	(revision 8411)
+++ trunk/share/tests/ext_tests_ilc/ilc_vbf_higgs_360.sin	(revision 8412)
@@ -1,54 +1,54 @@
 include("ilc_settings.sin")
 
 !! Table 2. The cross sections for different e+e- -> 6f final states corresponding to the Higgs production via vector-boson fusion signal.
 !! Expected runtime: ~1 d
 
 process higgs_prod_electron_360_1_noqcd = e1, E1 => e1, E1, u, U, d, D { $restrictions = "^gs && ^ghgg:ghgaga:ghgaz" }
 process higgs_prod_electron_360_1_qcd   = e1, E1 => e1, E1, u, U, d, D
 process higgs_prod_electron_360_2       = e1, E1 => e1, E1, u, U, e1, E1
 process higgs_prod_electron_360_3       = e1, E1 => e1, E1, u, U, e2, E2
 process higgs_prod_neutrino_360_1_noqcd = e1, E1 => n1, N1, u, D, d, U { $restrictions = "^gs && ^ghgg:ghgaga:ghgaz" }
 process higgs_prod_neutrino_360_1_qcd   = e1, E1 => n1, N1, u, D, d, U
 process higgs_prod_neutrino_360_2       = e1, E1 => n1, N1, u, D, e1, N1
 process higgs_prod_neutrino_360_3       = e1, E1 => n1, N1, u, D, e2, N2
 
 compile
 
 !! ----------------------------------------------------------------------
 
 !!! 360 GeV
 alphas = 0.0925
 
 sqrts = 360 GeV
 beams = e1, E1
 
 $run_id = "360"
 
 integrate(higgs_prod_electron_360_1_noqcd,
           higgs_prod_electron_360_1_qcd,
           higgs_prod_electron_360_2,
           higgs_prod_electron_360_3,
           higgs_prod_neutrino_360_1_noqcd,
           higgs_prod_neutrino_360_1_qcd,
           higgs_prod_neutrino_360_2,
-          higgs_pod_neutrino_360_3)
+          higgs_prod_neutrino_360_3)
 
 !! Compare against previous WHIZARD production run by Simon Braß.
 tolerance = 2 * sqrt( error(higgs_prod_electron_360_1_noqcd)**2 + 0.0012**2 )
 expect(integral(higgs_prod_electron_360_1_noqcd) == 0.6501)
 tolerance = 2 * sqrt( error(higgs_prod_electron_360_1_qcd)**2 + 0.0013**2 )
 expect(integral(higgs_prod_electron_360_1_qcd) == 0.6795)
 tolerance = 2 * sqrt( error(higgs_prod_electron_360_2)**2 + 1.4e-05**2 )
 expect(integral(higgs_prod_electron_360_2) == 0.006025)
 tolerance = 2 * sqrt( error(higgs_prod_electron_360_3)**2 + 2.1e-05**2 )
 expect(integral(higgs_prod_electron_360_3) == 0.009192)
 tolerance = 2 * sqrt( error(higgs_prod_neutrino_360_1_noqcd)**2 + 0.0023**2 )
 expect(integral(higgs_prod_neutrino_360_1_noqcd) == 1.1566)
 tolerance = 2 * sqrt( error(higgs_prod_neutrino_360_1_qcd)**2 + 0.0025**2 )
 expect(integral(higgs_prod_neutrino_360_1_qcd) == 1.1774)
 tolerance = 2 * sqrt( error(higgs_prod_neutrino_360_2)**2 + 0.0009**2 )
 expect(integral(higgs_prod_neutrino_360_2) == 0.4255)
 tolerance = 2 * sqrt( error(higgs_prod_neutrino_360_3)**2 + 0.0008**2 )
 expect(integral(higgs_prod_neutrino_360_3) == 0.4223)
 
 show(results)