cd src && make test
make[1]: Entering directory `/srv/web/mcstas.org/nightly/mcstas-SVN_2011_01_02_Sun/src'
export PATH=`pwd`:$PATH; export MCSTAS=`pwd`/McStasTest; export PERL5LIB=../lib/tools/perl; ln -s mcrun.fixpl mcrun; ./mcrun.fixpl --test; rm mcrun
# McStas self-test (mcrun --test)
McStas version SVN_2011_01_02_Sun (Jan. 02, 2011)

# Installing 'selftest_vY4j' directory in /srv/web/mcstas.org/nightly/mcstas-SVN_2011_01_02_Sun/src
# Copying instruments from /srv/web/mcstas.org/nightly/mcstas-SVN_2011_01_02_Sun/src/McStasTest/examples/
# Counts:        1000000
# Output format: PGPLOT
# Start Date:    Sun Jan  2 22:35:56 2011
INSTRUMENT ILL_H24:
  The H24 curved thermal guide at the ILL

Executing: mcrun ILL_H24 m=1 -n 1000000 --format=PGPLOT -d ILL_H24_1 --no-cflags
[OK] ILL_H24: GuideOut_Phic_I = 1.22703e+09 +/- 13281200, equals 1.22e+09
 within 1 %
INSTRUMENT ILL_H25:
  The H25 supermirror curved thermal guide at the ILL

Executing: mcrun ILL_H25 m=2 -n 1000000 --format=PGPLOT -d ILL_H25_2 --no-cflags
[OK] ILL_H25: GuideOut_Phic_I = 3.41361e+09 +/- 25489600, equals 3.46e+09
 within 2 %
INSTRUMENT ILL_H25_IN22:
  IN22 thermal triple-axis machine (TAS) on guide H25 with sample

Executing: mcrun ILL_H25_IN22 KI=3.84 QM=1 -n 1000000 --format=PGPLOT -d ILL_H25_IN22_3 --no-cflags
[FAILED] ILL_H25_IN22: Sample_Cradle_I = 2.81205e+07 +/- 323080, should be 9.85568e+07
 
Executing: mcrun ILL_H25_IN22 KI=3.84 QM=1 -n 1000000 --format=PGPLOT -d ILL_H25_IN22_4 --no-cflags
[FAILED] ILL_H25_IN22: He3H_I = 59.999 +/- 7.35171, should be 386
 
INSTRUMENT ILL_H53:
  The H53 curved cold guide at the ILL

Executing: mcrun ILL_H53 m=1.2 -n 1000000 --format=PGPLOT -d ILL_H53_5 --no-cflags
[OK] ILL_H53: GuideOut_Phic_I = 5.87669e+09 +/- 195034000, equals 5.65e+09
 within 5 %
INSTRUMENT ILL_IN5:
    The IN5B instrument: chopper system + sample + PSD and tof detector

Executing: mcrun ILL_IN5 lambda=4.5 -n 1000000 --format=PGPLOT -d ILL_IN5_6 --no-cflags
[OK] ILL_IN5: Det_PSD_I = 4426.79 +/- 46.7082, equals 4387
 within 1 %
INSTRUMENT ILL_IN6:
  The IN6 Time-of-Flight simulation at the ILL (instrument only).

Executing: mcrun ILL_IN6 lambda=4.14 -n 1000000 --format=PGPLOT -d ILL_IN6_7 --no-cflags
[OK] ILL_IN6: M_theta_t_all_I = 312.417 +/- 3.66577, equals 315.5
 within 1 %
INSTRUMENT ISIS_HET:
  HET: High Energy Transfer Chopper Spectrometer

Executing: mcrun ISIS_HET Emin=443 -n 1000000 --format=PGPLOT -d ISIS_HET_8 --no-cflags
[OK] ISIS_HET: cyl_I = 0.732122 +/- 0.00803172, equals 0.714158
 within 3 %
INSTRUMENT ISIS_Prisma2:
  Simple simulation of PRISMA2 with RITA-style analyser backend.

Executing: mcrun ISIS_Prisma2 TT=-30 -n 1000000 --format=PGPLOT -d ISIS_Prisma2_9 --no-cflags
[FAILED] ISIS_Prisma2: (256): 
INSTRUMENT ISIS_test:
  Simple test instrument for the ISIS_moderator component

Executing: mcrun ISIS_test.instr -n 1000000 --format=PGPLOT -d ISIS_test_10 --no-cflags
[OK] ISIS_test: lam1_I = 1.23375e+12 +/- 2396530000, equals 1.23576e+12
 within 1 %
INSTRUMENT PSI_DMC:
  McStas model of the DMC powder diffractometer at PSI, CH.

Executing: mcrun PSI_DMC lambda=2.5666 -n 1000000 --format=PGPLOT -d PSI_DMC_11 --no-cflags
[OK] PSI_DMC: Detector_I = 680.735 +/- 33.6645, equals 641.513
 within 7 %
INSTRUMENT PSI_Focus:
  The FOCUS Spectrometer at PSI (Paul Scherrer Institute,Switzerland)

Executing: mcrun PSI_Focus lambda=3.4 -n 1000000 --format=PGPLOT -d PSI_Focus_12 --no-cflags
[OK] PSI_Focus: PSD_Fermi1_I = 1.4769e+07 +/- 54856.3, equals 1.44416e+07
 within 3 %
Executing: mcrun PSI_Focus lambda=3.4 -n 1000000 --format=PGPLOT -d PSI_Focus_13 --no-cflags
[OK] PSI_Focus: PSD_SAMPLE_I = 151466 +/- 5959.53, equals 161500
 within 7 %
INSTRUMENT SNS_test:
  Simple test instrument for the SNS_source component.

Executing: mcrun SNS_test filename="source_sct091_tu_02_1.dat" -n 1000000 --format=PGPLOT -d SNS_test_14 --no-cflags
[OK] SNS_test: det_I = 9.89303e+09 +/- 9897070, equals 9.89304e+09
 within 0 %
INSTRUMENT linup-2:
  The conventional cold-source triple-axis spectrometer TAS1 at Risoe National
Laboratory used as a diffractometer for a collimator tilt alignment.

Executing: mcrun linup-2 TTM=-74 -n 1000000 --format=PGPLOT -d linup-2_15 --no-cflags
[OK] linup-2: sng_I = 0.000408545 +/- 4.12539e-06, equals 0.000405056
 within 1 %
INSTRUMENT Samples_Incoherent:
  This instrument allows to compare incoherent scattering from different McStas 
sample components.

Executing: mcrun Samples_Incoherent SAMPLE=1 STOP=1 V_multiples=0 -n 1000000 --format=PGPLOT -d Samples_Incoherent_16 --no-cflags
[OK] Samples_Incoherent: PSD_Sphere_4pi_I = 1.84786e+06 +/- 1907.81, equals 1.84809e+06
 within 1 %
Executing: mcrun Samples_Incoherent SAMPLE=2 STOP=1 V_multiples=0 -n 1000000 --format=PGPLOT -d Samples_Incoherent_17 --no-cflags
[OK] Samples_Incoherent: PSD_Sphere_4pi_I = 1.85061e+06 +/- 2699.62, equals 1.84856e+06
 within 1 %
Executing: mcrun Samples_Incoherent SAMPLE=3 STOP=1 V_multiples=0 -n 1000000 --format=PGPLOT -d Samples_Incoherent_18 --no-cflags
[OK] Samples_Incoherent: PSD_Sphere_4pi_I = 1.98087e+06 +/- 3520.48, equals 1.97939e+06
 within 1 %
Executing: mcrun Samples_Incoherent SAMPLE=4 STOP=1 V_multiples=0 -n 1000000 --format=PGPLOT -d Samples_Incoherent_19 --no-cflags
[OK] Samples_Incoherent: PSD_Sphere_4pi_I = 1.97869e+06 +/- 3516.31, equals 1.98697e+06
 within 1 %
Executing: mcrun Samples_Incoherent SAMPLE=5 STOP=1 V_multiples=0 -n 1000000 --format=PGPLOT -d Samples_Incoherent_20 --no-cflags
[OK] Samples_Incoherent: PSD_Sphere_4pi_I = 1.98494e+06 +/- 2142.46, equals 1.98777e+06
 within 1 %
Executing: mcrun Samples_Incoherent SAMPLE=6 STOP=1 V_multiples=0 -n 1000000 --format=PGPLOT -d Samples_Incoherent_21 --no-cflags
[OK] Samples_Incoherent: PSD_Sphere_4pi_I = 1.85022e+06 +/- 2699.5, equals 1.84719e+06
 within 1 %
Executing: mcrun Samples_Incoherent SAMPLE=7 STOP=1 V_multiples=0 -n 1000000 --format=PGPLOT -d Samples_Incoherent_22 --no-cflags
[OK] Samples_Incoherent: PSD_Sphere_4pi_I = 1.97649e+06 +/- 3515.14, equals 1.98377e+06
 within 1 %
Executing: mcrun Samples_Incoherent SAMPLE=8 STOP=1 V_multiples=0 -n 1000000 --format=PGPLOT -d Samples_Incoherent_23 --no-cflags
[OK] Samples_Incoherent: PSD_Sphere_4pi_I = 1.98351e+06 +/- 3522.92, equals 1.98491e+06
 within 1 %
Executing: mcrun Samples_Incoherent SAMPLE=9 STOP=1 V_multiples=0 -n 1000000 --format=PGPLOT -d Samples_Incoherent_24 --no-cflags
[OK] Samples_Incoherent: PSD_Sphere_4pi_I = 1.98797e+06 +/- 2144.41, equals 1.98586e+06
 within 1 %
Instrument without test: linup-3
Executing: mcrun -c -n0 --no-cflags linup-3
INSTRUMENT Samples_Incoherent_off:
  Instrument to demonstrate the usage of OFF shape samples with totally absorbing material.

Executing: mcrun Samples_Incoherent_off geometry="socket.off" -n 1000000 --format=PGPLOT -d Samples_Incoherent_off_25 --no-cflags
[OK] Samples_Incoherent_off: monitor_I = 0.0150179 +/- 3.12867e-05, equals 0.0150169
 within 0 %
INSTRUMENT linup-4:
  The conventional cold-source triple-axis spectrometer TAS1 at Risoe National
Laboratory used as a diffractometer for an alignment study with a
vanadium sample.

Executing: mcrun linup-4 PHM=-37.077 -n 1000000 --format=PGPLOT -d linup-4_26 --no-cflags
[OK] linup-4: sng_I = 5.42319e-10 +/- 1.00242e-11, equals 5.36516e-10
 within 2 %
INSTRUMENT Samples_Isotropic_Sqw:
  A test instrument for the S(q,w) sample

Executing: mcrun Samples_Isotropic_Sqw lambda=3.4 -n 1000000 --format=PGPLOT -d Samples_Isotropic_Sqw_27 --no-cflags
[OK] Samples_Isotropic_Sqw: M_theta_t_I = 1.6252e-07 +/- 7.11063e-10, equals 1.70949e-07 within 5 %
INSTRUMENT Samples_Phonon:
  Simple test instrument for the Phonon_simple component

Executing: mcrun Samples_Phonon E=10 -n 1e5 --format=PGPLOT -d Samples_Phonon_28 --no-cflags
[OK] Samples_Phonon: mon1_I = 1.80324e-22 +/- 6.16506e-25, equals 1.80177e-22
 within 1 %
INSTRUMENT linup-5:
  The conventional cold-source triple-axis spectrometer TAS1 at Risoe National
Laboratory used as a diffractometer for an alignment study with a
powder sample.

Executing: mcrun linup-5 PHM=-37.077 -n 1000000 --format=PGPLOT -d linup-5_29 --no-cflags
[OK] linup-5: sng_I = 4.47119e-07 +/- 3.64571e-09, equals 4.50892e-07
 within 1 %
INSTRUMENT Samples_vanadium:
  A test instrument using a vanadium cylinder

Executing: mcrun Samples_vanadium ROT=0 -n 1000000 --format=PGPLOT -d Samples_vanadium_30 --no-cflags
[OK] Samples_vanadium: PSD_4pi_I = 7.97684e-05 +/- 1.04252e-07, equals 7.97023e-05
 within 1 %
INSTRUMENT Test_Fermi:
  Cross comparison of Fermi Chopper components

Executing: mcrun Test_Fermi Fermi=1 -n 1000000 --format=PGPLOT -d Test_Fermi_31 --no-cflags
[OK] Test_Fermi: Monitor2_xt_I = 0.000512063 +/- 4.26868e-06, equals 0.00051256
 within 1 %
Executing: mcrun Test_Fermi Fermi=2 -n 1000000 --format=PGPLOT -d Test_Fermi_32 --no-cflags
[OK] Test_Fermi: Monitor2_xt_I = 0.000583746 +/- 4.67611e-06, equals 0.00058198
 within 1 %
Executing: mcrun Test_Fermi Fermi=3 -n 1000000 --format=PGPLOT -d Test_Fermi_33 --no-cflags
[OK] Test_Fermi: Monitor2_xt_I = 0.000517153 +/- 4.28985e-06, equals 0.00051377
 within 1 %
Executing: mcrun Test_Fermi Fermi=4 -n 1000000 --format=PGPLOT -d Test_Fermi_34 --no-cflags
[OK] Test_Fermi: Monitor2_xt_I = 0.000585871 +/- 4.68457e-06, equals 0.000572427
 within 3 %
Executing: mcrun Test_Fermi Fermi=5 -n 1000000 --format=PGPLOT -d Test_Fermi_35 --no-cflags
[OK] Test_Fermi: Monitor2_xt_I = 0.000584413 +/- 4.67875e-06, equals 0.00058003
 within 1 %
INSTRUMENT Test_Sources:
  A test instrument to compare sources

Executing: mcrun Test_Sources source=1 --mpi=1 -n 1000000 --format=PGPLOT -d Test_Sources_36 --no-cflags
[OK] Test_Sources: m1_I = 9.97427e+11 +/- 1128860000, equals 9.97273e+11
 within 1 %
Executing: mcrun Test_Sources source=2 -n 1000000 --format=PGPLOT -d Test_Sources_37 --no-cflags
[OK] Test_Sources: m1_I = 9.48166e+11 +/- 972726000, equals 9.48467e+11
 within 1 %
Executing: mcrun Test_Sources source=3 -n 1000000 --format=PGPLOT -d Test_Sources_38 --no-cflags
[OK] Test_Sources: m1_I = 9.96561e+11 +/- 996605000, equals 9.96553e+11
 within 0 %
Executing: mcrun Test_Sources source=4 -n 1000000 --format=PGPLOT -d Test_Sources_39 --no-cflags
[OK] Test_Sources: m1_I = 9.96614e+11 +/- 996633000, equals 9.966e+11
 within 0 %
Executing: mcrun Test_Sources source=5 -n 1000000 --format=PGPLOT -d Test_Sources_40 --no-cflags
[OK] Test_Sources: m1_I = 2.42282e+11 +/- 340287000, equals 2.4279e+11
 within 1 %
Executing: mcrun Test_Sources source=6 -n 1000000 --format=PGPLOT -d Test_Sources_41 --no-cflags
[OK] Test_Sources: m1_I = 2.41679e+11 +/- 339692000, equals 2.42284e+11
 within 1 %
Executing: mcrun Test_Sources source=7 -n 1000000 --format=PGPLOT -d Test_Sources_42 --no-cflags
[OK] Test_Sources: m1_I = 1.50138e+11 +/- 283525000, equals 1.50065e+11
 within 1 %
Executing: mcrun Test_Sources source=8 -n 1000000 --format=PGPLOT -d Test_Sources_43 --no-cflags
[OK] Test_Sources: m1_I = 5.07964e+13 +/- 50799500000, equals 5.0787e+13
 within 1 %
INSTRUMENT Test_FocalisationMirrors:
  Test instrument for neutron focalisation with a set of supermirrors. 
No guide / velocity selector
One parabolic SM converges the incoming beam to its focal point, then one 
elliptic SM (with primary focal point at same location as parabolic SM focal point) 
images the focal point onto the detector.

Executing: mcrun Test_FocalisationMirrors G=1 -n 1000000 --format=PGPLOT -d Test_FocalisationMirrors_44 --no-cflags
[FAILED] Test_FocalisationMirrors: (256): 
INSTRUMENT Test_Guides:
  Cross comparison of Guide components

Executing: mcrun Test_Guides Guide=1 -n 1000000 --format=PGPLOT -d Test_Guides_45 --no-cflags
[OK] Test_Guides: Monitor2_xy_I = 0.00724048 +/- 1.64323e-05, equals 0.00726875
 within 1 %
Executing: mcrun Test_Guides Guide=2 -n 1000000 --format=PGPLOT -d Test_Guides_46 --no-cflags
[OK] Test_Guides: Monitor2_xy_I = 0.00724618 +/- 1.64384e-05, equals 0.00725213
 within 1 %
Executing: mcrun Test_Guides Guide=3 -n 1000000 --format=PGPLOT -d Test_Guides_47 --no-cflags
[OK] Test_Guides: Monitor2_xy_I = 0.0072491 +/- 1.64418e-05, equals 0.00727304
 within 1 %
Executing: mcrun Test_Guides Guide=4 -n 1000000 --format=PGPLOT -d Test_Guides_48 --no-cflags
[OK] Test_Guides: Monitor2_xy_I = 0.00724549 +/- 1.64375e-05, equals 0.00721742
 within 1 %
Executing: mcrun Test_Guides Guide=5 -n 1000000 --format=PGPLOT -d Test_Guides_49 --no-cflags
[OK] Test_Guides: Monitor2_xy_I = 0.00721422 +/- 1.64005e-05, equals 0.00721742 within 1 %
Executing: mcrun Test_Guides Guide=6 -n 1000000 --format=PGPLOT -d Test_Guides_50 --no-cflags
[OK] Test_Guides: Monitor2_xy_I = 0.00683776 +/- 1.59673e-05, equals 0.00683072
 within 1 %
INSTRUMENT linup-6:
  The conventional cold-source triple-axis spectrometer TAS1 at Risoe National
Laboratory used with a vanadium sample.

Executing: mcrun linup-6 PHM=-37.077 -n 1000000 --format=PGPLOT -d linup-6_51 --no-cflags
[OK] linup-6: sng_I = 3.05561e-10 +/- 7.31655e-12, equals 2.97461e-10
 within 3 %
INSTRUMENT Test_Magnetic_Constant:
  This instrument demonstrates how to use the Pol_simpleBfield
component with a constant field.

Executing: mcrun Test_Magnetic_Constant ROT_ANGLE=180 -n 1000000 --format=PGPLOT -d Test_Magnetic_Constant_52 --no-cflags
[OK] Test_Magnetic_Constant: pollambdaMonitor2z_I = 0.0768972 +/- 7.68972e-05, equals 0.0768972
 within 0 %
INSTRUMENT ILL_H53_D16:
  The D16 diffractometer/reflectometer on the H53 curved cold guide at the ILL

Executing: mcrun ILL_H53_D16 m=1.2 -n 1000000 --format=PGPLOT -d ILL_H53_D16_53 --no-cflags
[OK] ILL_H53_D16: Det_psd_I = 58843 +/- 1302.99, equals 58447
 within 1 %
INSTRUMENT Test_Magnetic_Majorana:
  This instrument demonstrates how to use the Pol_simpleBfield
component with a Majorana field.

Executing: mcrun Test_Magnetic_Majorana Blarge=1.0 -n 10000 --format=PGPLOT -d Test_Magnetic_Majorana_54 --no-cflags
[OK] Test_Magnetic_Majorana: pollambdaMonitor2z_I = 8.79645e-07 +/- 8.79645e-09, equals 8.79645e-07
 within 0 %
Instrument without test: ISIS_GEM
Executing: mcrun -c -n0 --no-cflags ISIS_GEM
INSTRUMENT Test_Magnetic_Rotation:
  This instrument demonstrates how to use the Pol_constBfield
component.

Executing: mcrun Test_Magnetic_Rotation -n1e5 RESTORE=0 --format=PGPLOT -d Test_Magnetic_Rotation_55 --no-cflags
[OK] Test_Magnetic_Rotation: MPLMonNum2Y_I = 3.5507 +/- 0.00447501, equals 3.54525
 within 1 %
Instrument without test: ILL_H22_VIVALDI
Executing: mcrun -c -n0 --no-cflags ILL_H22_VIVALDI
INSTRUMENT Test_Magnetic_Userdefined:
  This instrument demonstrates how to use the Pol_simpleBfield
component with a user-specified fieldFunction.

Executing: mcrun Test_Magnetic_Userdefined -n 1000000 --format=PGPLOT -d Test_Magnetic_Userdefined_56 --no-cflags
[OK] Test_Magnetic_Userdefined: pollambdaMonitor2x_I = 0.181821 +/- 0.000236358, equals 0.181511
 within 1 %
Instrument without test: template
Executing: mcrun -c -n0 --no-cflags template
INSTRUMENT Test_Monochromators:
  Compares intensities of Monochromator components.

Executing: mcrun Test_Monochromators Mono=1 -n 1000000 --format=PGPLOT -d Test_Monochromators_57 --no-cflags
[OK] Test_Monochromators: psd1_I = 8.89974e-05 +/- 2.99197e-07, equals 8.97959e-05
 within 1 %
Executing: mcrun Test_Monochromators Mono=2 -n 1000000 --format=PGPLOT -d Test_Monochromators_58 --no-cflags
[OK] Test_Monochromators: psd1_I = 8.96367e-05 +/- 3.00153e-07, equals 8.96391e-05
 within 0 %
Executing: mcrun Test_Monochromators Mono=3 -n 1000000 --format=PGPLOT -d Test_Monochromators_59 --no-cflags
[OK] Test_Monochromators: psd1_I = 8.95604e-05 +/- 2.39839e-07, equals 8.95371e-05
 within 1 %
Executing: mcrun Test_Monochromators Mono=4 -n 1000000 --format=PGPLOT -d Test_Monochromators_60 --no-cflags
[OK] Test_Monochromators: psd1_I = 8.95098e-05 +/- 3.00004e-07, equals 8.95851e-05
 within 1 %
Executing: mcrun Test_Monochromators Mono=5 -n 1000000 --format=PGPLOT -d Test_Monochromators_61 --no-cflags
[OK] Test_Monochromators: psd1_I = 8.97012e-05 +/- 2.39493e-07, equals 8.98186e-05
 within 1 %
INSTRUMENT Test_StatisticalChopper:
  An example using a statistical/correlation chopper and its de-correlation monitor

Executing: mcrun Test_StatisticalChopper lambda=1 -n 1000000 --format=PGPLOT -d Test_StatisticalChopper_62 --no-cflags
[???] Test_StatisticalChopper: He3H_I = 0 (may have failed, reference not found)
INSTRUMENT Test_PSD_Detector:
  Test for PSD_Detector component

Executing: mcrun Test_PSD_Detector rot=0 -n 1000000 --format=PGPLOT -d Test_PSD_Detector_63 --no-cflags
[OK] Test_PSD_Detector: mydet_I = 3.579e-18 +/- 8.27653e-21, equals 3.57344e-18
 within 1 %
INSTRUMENT Test_Pol_Bender:
  Test Pol_bender. 

Executing: mcrun Test_Pol_Bender GUIDELENGTH=1 -n 1000000 --format=PGPLOT -d Test_Pol_Bender_64 --no-cflags
[OK] Test_Pol_Bender: psdBender_I = 0.70514 +/- 0.00100842, equals 0.703658
 within 1 %
Instrument without test: Tomography
Executing: mcrun -c -n0 --no-cflags Tomography
INSTRUMENT Test_Pol_Bender_Vs_Guide_Curved:
  Test that Pol_bender and Guide_curved intensities are the same. 

Executing: mcrun Test_Pol_Bender_Vs_Guide_Curved guideLength=10 -n 1000000 --format=PGPLOT -d Test_Pol_Bender_Vs_Guide_Curved_65 --no-cflags
[OK] Test_Pol_Bender_Vs_Guide_Curved: psdGuide_I = 0.00221366 +/- 1.35056e-05, equals 0.0022
 within 1 %
Instrument without test: Test_Lens
Executing: mcrun -c -n0 --no-cflags Test_Lens
INSTRUMENT Test_Pol_Guide_Vmirror:
  Test Pol_guide_Vmirror. 

Executing: mcrun Test_Pol_Guide_Vmirror polariserIn=1 -n 1000000 --format=PGPLOT -d Test_Pol_Guide_Vmirror_66 --no-cflags
[OK] Test_Pol_Guide_Vmirror: psdPolGuide_I = 3.9475e+12 +/- 5939420000, equals 3.95407e+12
 within 1 %
INSTRUMENT Test_Pol_MSF:
  This instrument demonstrates how to use the Pol_constBfield
component.

Executing: mcrun Test_Pol_MSF.instr -n 1000000 --format=PGPLOT -d Test_Pol_MSF_67 --no-cflags
[OK] Test_Pol_MSF: pollambdaMonitor2z_I = 0.136461 +/- 0.000204812, equals 0.136736
 within 1 %
INSTRUMENT Test_Pol_Mirror:
  Test that Pol_mirror reflects, transmits, and polarizes. 

Executing: mcrun Test_Pol_Mirror mirrorOption=1 -n 1000000 --format=PGPLOT -d Test_Pol_Mirror_68 --no-cflags
[OK] Test_Pol_Mirror: lamReflec_I = 3.27215e-05 +/- 5.45988e-08, equals 3.27108e-05
 within 1 %
INSTRUMENT Test_Pol_Set:
  Tests Set_pol, V_sample, and pol monitors.

Executing: mcrun Test_Pol_Set.instr -n 1000000 --format=PGPLOT -d Test_Pol_Set_69 --no-cflags
[OK] Test_Pol_Set: polMonitor3_I = 2.52308e-09 +/- 2.57551e-12, equals 2.5222e-09
 within 1 %
INSTRUMENT Test_Collimator_Radial:
  Cross comparison of radial collimator components

Executing: mcrun Test_Collimator_Radial Collimator=1 -n 1000000 --format=PGPLOT -d Test_Collimator_Radial_70 --no-cflags
[OK] Test_Collimator_Radial: BananaTheta_I = 2.9318e-08 +/- 1.4758e-10, equals 2.91e-08
 within 1 %
Executing: mcrun Test_Collimator_Radial Collimator=2 -n 1000000 --format=PGPLOT -d Test_Collimator_Radial_71 --no-cflags
[OK] Test_Collimator_Radial: BananaTheta_I = 2.67335e-08 +/- 1.31281e-10, equals 2.68e-08
 within 1 %
Executing: mcrun Test_Collimator_Radial Collimator=3 -n 1000000 --format=PGPLOT -d Test_Collimator_Radial_72 --no-cflags
[OK] Test_Collimator_Radial: BananaTheta_I = 2.96897e-08 +/- 1.48666e-10, equals 2.97e-08
 within 1 %
INSTRUMENT Test_Pol_TripleAxis:
  Based on Emmanuel Farhi's thermal H8 triple-axis spectrometer from
Brookhaven reactor

Executing: mcrun Test_Pol_TripleAxis OPTION=-1 -n 1000000 --format=PGPLOT -d Test_Pol_TripleAxis_73 --no-cflags
[FAILED] Test_Pol_TripleAxis: pollambdaMonitorDet_I = 2.83609e-12 +/- 1.25717e-14, should be 5.63101e-12
 
INSTRUMENT linup-7:
  The conventional cold-source triple-axis spectrometer TAS1 at Risoe National
Laboratory used with a powder sample.

Executing: mcrun linup-7 PHM=-37.077 -n 1000000 --format=PGPLOT -d linup-7_74 --no-cflags
[OK] linup-7: sng_I = 2.38413e-07 +/- 2.62246e-09, equals 2.26723e-07
 within 6 %
INSTRUMENT templateDIFF:
  Simple monochromator Diffractometer for powders

Executing: mcrun templateDIFF lambda=1 -n 1000000 --format=PGPLOT -d templateDIFF_75 --no-cflags
[FAILED] templateDIFF: (256): 
INSTRUMENT templateSANS:
  Test instrument for the Sans_spheres component. No guide / velocity selector
etc. Will be developed further at later time.

Executing: mcrun templateSANS lambda=6 -n 1000000 --format=PGPLOT -d templateSANS_76 --no-cflags
[OK] templateSANS: detector_I = 6.99859e-17 +/- 7.17503e-18, equals 6.55e-17
 within 7 %
INSTRUMENT templateTAS:
  Template RESCAL type triple-axis machine (TAS)

Executing: mcrun templateTAS QM=1 -n 1000000 --format=PGPLOT -d templateTAS_77 --no-cflags
[OK] templateTAS: D7_SC3_1D_I = 3.3601e-05 +/- 3.24755e-08, equals 3.3e-05
 within 2 %
Executing: mcrun templateTAS QM=1 -n 1000000 --format=PGPLOT -d templateTAS_78 --no-cflags
[OK] templateTAS: He3H_I = 2.81827e-11 +/- 8.69896e-14, equals 2.8e-11
 within 1 %
INSTRUMENT templateTOF:
  A test instrument for the S(q,w) sample, with furnace/container

Executing: mcrun templateTOF E0=4.94 -n 1000000 --format=PGPLOT -d templateTOF_79 --no-cflags
[OK] templateTOF: M_single_coh_I = 4.92935e-11 +/- 5.07164e-13, equals 4.92e-11
 within 1 %
Executing: mcrun templateTOF E0=33 dE=1.07 dt=9.6e-6 -n 1000000 --format=PGPLOT -d templateTOF_80 --no-cflags
[OK] templateTOF: M_single_coh_I = 6.38308e-10 +/- 5.89923e-12, equals 6.25e-10
 within 3 %
Instrument without test: ILL_D4
Executing: mcrun -c -n0 --no-cflags ILL_D4
Instrument without test: ILL_H22_D1B
Executing: mcrun -c -n0 --no-cflags ILL_H22_D1B
INSTRUMENT BNL_H8:
  The former thermal H8 triple-axis spectrometer from Brookhaven reactor

Executing: mcrun BNL_H8 lambda=2.36 -n 1000000 --format=PGPLOT -d BNL_H8_81 --no-cflags
[OK] BNL_H8: He3H_I = 9.43246e-10 +/- 6.21528e-12, equals 9.84026e-10
 within 5 %
INSTRUMENT ESS_IN5_reprate:
  An IN5 type (cold chopper) multi-frame spectrometer at ESS LPTS

Executing: mcrun ESS_IN5_reprate Lmin=4.9 -n 1000000 --format=PGPLOT -d ESS_IN5_reprate_82 --no-cflags
[OK] ESS_IN5_reprate: PSDsample_I = 1.06288e+06 +/- 549153 (statistics too low for testing, increase ncount)
INSTRUMENT linup-1:
  The conventional cold-source triple-axis spectrometer TAS1 at Risoe National
Laboratory used as a diffractometer for monochromator rocking curves

Executing: mcrun linup-1 PHM=-37.077 -n 1000000 --format=PGPLOT -d linup-1_83 --no-cflags
[OK] linup-1: sng_I = 0.000416083 +/- 4.14991e-06, equals 0.000429426
 within 4 %
INSTRUMENT FZJ_SANS_KWS2_AnySample:
  KWS2 SANS instrument at FZ-Juelich. 2 detectors. 4 available sample models.

Executing: mcrun FZJ_SANS_KWS2_AnySample lambda=7 sample=0 -n 1000000 --format=PGPLOT -d FZJ_SANS_KWS2_AnySample_84 --no-cflags
[OK] FZJ_SANS_KWS2_AnySample: detector_I = 3466.34 +/- 43.2135, equals 3450 within 1 %
Executing: mcrun FZJ_SANS_KWS2_AnySample lambda=7 sample=1 -n 1000000 --format=PGPLOT -d FZJ_SANS_KWS2_AnySample_85 --no-cflags
[OK] FZJ_SANS_KWS2_AnySample: detector_I = 1176.39 +/- 59.9851, equals 1182
 within 1 %
Executing: mcrun FZJ_SANS_KWS2_AnySample lambda=7 sample=2 -n 1000000 --format=PGPLOT -d FZJ_SANS_KWS2_AnySample_86 --no-cflags
[OK] FZJ_SANS_KWS2_AnySample: detector_I = 1715.97 +/- 30.4025, equals 1751
 within 2 %
Executing: mcrun FZJ_SANS_KWS2_AnySample lambda=7 sample=3 -n 1000000 --format=PGPLOT -d FZJ_SANS_KWS2_AnySample_87 --no-cflags
[OK] FZJ_SANS_KWS2_AnySample: detector_I = 1167.64 +/- 25.0786, equals 1249
 within 7 %
Instrument without test: Histogrammer
Executing: mcrun -c -n0 --no-cflags Histogrammer
Instrument without test: ILL_BRISP
Executing: mcrun -c -n0 --no-cflags ILL_BRISP
INSTRUMENT ILL_H113:
  The H113 supermirror ballistic curved cold guide at the ILL

Executing: mcrun ILL_H113 lambda=10 -n 1000000 --format=PGPLOT -d ILL_H113_88 --no-cflags
[OK] ILL_H113: GuideOut_Phic_I = 2.35955e+10 +/- 88045600, equals 2.3402e+10
 within 1 %
INSTRUMENT ILL_H142:
  The H142 S-curved cold guide at the ILL

Executing: mcrun ILL_H142 m=1 -n 1000000 --format=PGPLOT -d ILL_H142_89 --no-cflags
[OK] ILL_H142: GuideOut_Phic_I = 9.279e+09 +/- 71394800, equals 9.3e+09
 within 1 %
INSTRUMENT ILL_H142_IN12:
  The H142 S-curved cold guide at the ILL feeding IN12 TAS spectrometer

Executing: mcrun ILL_H142_IN12 KI=2.662 QM=1 -n 1000000 --format=PGPLOT -d ILL_H142_IN12_90 --no-cflags
[OK] ILL_H142_IN12: Sample_Cradle_I = 2.26028e+06 +/- 33583.8, equals 2.1e+06
 within 8 %
Executing: mcrun ILL_H142_IN12 KI=2.662 QM=1 -n 1000000 --format=PGPLOT -d ILL_H142_IN12_91 --no-cflags
[FAILED] ILL_H142_IN12: He3H_I = 13.6775 +/- 0.549211, should be 10.5
 
INSTRUMENT ILL_H15:
  The H15@ILL curved cold guide at the ILL (feeding IN6, D7, IN10, D11)

Executing: mcrun ILL_H15 m=1 -n 1000000 --format=PGPLOT -d ILL_H15_92 --no-cflags
[OK] ILL_H15: GuideOut_Phic_I = 1.1669e+10 +/- 63892800, equals 1.16e10
 within 1 %
INSTRUMENT ILL_H15_IN6:
  The IN6 Time-of-Flight simulation, positioned as the first instrument in the
cold guide H15 (Nickel coating) at the ILL.

Executing: mcrun ILL_H15_IN6 lambda=4.14 -n 1000000 --format=PGPLOT -d ILL_H15_IN6_93 --no-cflags
[OK] ILL_H15_IN6: M_theta_t_all_I = 176.257 +/- 6.59399, equals 173
 within 2 %
INSTRUMENT ILL_H16:
  The H16 cold guide (feeding IN5)

Executing: mcrun ILL_H16 m=1 -n 1000000 --format=PGPLOT -d ILL_H16_94 --no-cflags
[OK] ILL_H16: GuideOut_Phic_I = 1.85695e+10 +/- 87429700, equals 1.85e+10
 within 1 %
INSTRUMENT ILL_H16_IN5:
    The full IN5B: H16 guide & chopper system + sample + PSD and tof detector

Executing: mcrun ILL_H16_IN5 lambda=4.5 -n 1000000 --format=PGPLOT -d ILL_H16_IN5_95 --no-cflags
[OK] ILL_H16_IN5: Det_sample_t_I = 3.31149e+07 +/- 876949, equals 3.4043e+07
 within 3 %
Executing: mcrun ILL_H16_IN5 lambda=4.5 -n 1000000 --format=PGPLOT -d ILL_H16_IN5_96 --no-cflags
[OK] ILL_H16_IN5: Det_PSD_I = 3872.7 +/- 64.4319, equals 3946
 within 2 %
INSTRUMENT ILL_H22:
  The H22 curved thermal guide at the ILL

Executing: mcrun ILL_H22 m=2 mip=0 -n 1000000 --format=PGPLOT -d ILL_H22_97 --no-cflags
[OK] ILL_H22: GuideOut_Phic_I = 2.73794e+09 +/- 21573400, equals 2.75e+09
 within 1 %
Instrument without test: ILL_H22_D1A
Executing: mcrun -c -n0 --no-cflags ILL_H22_D1A
Test Abstract for selftest_vY4j
[OK]     ILL_H24_1 (accuracy, 1 %)
[OK]     ILL_H25_2 (accuracy, 2 %)
[FAILED] ILL_H25_IN22_3 (accuracy off by 72 %)
[FAILED] ILL_H25_IN22_4 (accuracy off by 85 %)
[OK]     ILL_H53_5 (accuracy, 5 %)
[OK]     ILL_IN5_6 (accuracy, 1 %)
[OK]     ILL_IN6_7 (accuracy, 1 %)
[OK]     ISIS_HET_8 (accuracy, 3 %)
[FAILED] ISIS_Prisma2_9 (compilation/execution)
[OK]     ISIS_test_10 (accuracy, 1 %)
[OK]     PSI_DMC_11 (accuracy, 7 %)
[OK]     PSI_Focus_12 (accuracy, 3 %)
[OK]     PSI_Focus_13 (accuracy, 7 %)
[OK]     SNS_test_14 (accuracy, 0 %)
[OK]     linup-2_15 (accuracy, 1 %)
[OK]     Samples_Incoherent_16 (accuracy, 1 %)
[OK]     Samples_Incoherent_17 (accuracy, 1 %)
[OK]     Samples_Incoherent_18 (accuracy, 1 %)
[OK]     Samples_Incoherent_19 (accuracy, 1 %)
[OK]     Samples_Incoherent_20 (accuracy, 1 %)
[OK]     Samples_Incoherent_21 (accuracy, 1 %)
[OK]     Samples_Incoherent_22 (accuracy, 1 %)
[OK]     Samples_Incoherent_23 (accuracy, 1 %)
[OK]     Samples_Incoherent_24 (accuracy, 1 %)
[notest] linup-3 (no test procedure)
[OK]     Samples_Incoherent_off_25 (accuracy, 0 %)
[OK]     linup-4_26 (accuracy, 2 %)
[OK]     Samples_Isotropic_Sqw_27 (accuracy, 5 %)
[OK]     Samples_Phonon_28 (accuracy, 1 %)
[OK]     linup-5_29 (accuracy, 1 %)
[OK]     Samples_vanadium_30 (accuracy, 1 %)
[OK]     Test_Fermi_31 (accuracy, 1 %)
[OK]     Test_Fermi_32 (accuracy, 1 %)
[OK]     Test_Fermi_33 (accuracy, 1 %)
[OK]     Test_Fermi_34 (accuracy, 3 %)
[OK]     Test_Fermi_35 (accuracy, 1 %)
[OK]     Test_Sources_36 (accuracy, 1 %)
[OK]     Test_Sources_37 (accuracy, 1 %)
[OK]     Test_Sources_38 (accuracy, 0 %)
[OK]     Test_Sources_39 (accuracy, 0 %)
[OK]     Test_Sources_40 (accuracy, 1 %)
[OK]     Test_Sources_41 (accuracy, 1 %)
[OK]     Test_Sources_42 (accuracy, 1 %)
[OK]     Test_Sources_43 (accuracy, 1 %)
[FAILED] Test_FocalisationMirrors_44 (compilation/execution)
[OK]     Test_Guides_45 (accuracy, 1 %)
[OK]     Test_Guides_46 (accuracy, 1 %)
[OK]     Test_Guides_47 (accuracy, 1 %)
[OK]     Test_Guides_48 (accuracy, 1 %)
[OK]     Test_Guides_49 (accuracy, 1 %)
[OK]     Test_Guides_50 (accuracy, 1 %)
[OK]     linup-6_51 (accuracy, 3 %)
[OK]     Test_Magnetic_Constant_52 (accuracy, 0 %)
[OK]     ILL_H53_D16_53 (accuracy, 1 %)
[OK]     Test_Magnetic_Majorana_54 (accuracy, 0 %)
[notest] ISIS_GEM (no test procedure)
[OK]     Test_Magnetic_Rotation_55 (accuracy, 1 %)
[notest] ILL_H22_VIVALDI (no test procedure)
[OK]     Test_Magnetic_Userdefined_56 (accuracy, 1 %)
[notest] template (no test procedure)
[OK]     Test_Monochromators_57 (accuracy, 1 %)
[OK]     Test_Monochromators_58 (accuracy, 0 %)
[OK]     Test_Monochromators_59 (accuracy, 1 %)
[OK]     Test_Monochromators_60 (accuracy, 1 %)
[OK]     Test_Monochromators_61 (accuracy, 1 %)
[??????] Test_StatisticalChopper_62 (reference not found)
[OK]     Test_PSD_Detector_63 (accuracy, 1 %)
[OK]     Test_Pol_Bender_64 (accuracy, 1 %)
[notest] Tomography (no test procedure)
[OK]     Test_Pol_Bender_Vs_Guide_Curved_65 (accuracy, 1 %)
[notest] Test_Lens (no test procedure)
[OK]     Test_Pol_Guide_Vmirror_66 (accuracy, 1 %)
[OK]     Test_Pol_MSF_67 (accuracy, 1 %)
[OK]     Test_Pol_Mirror_68 (accuracy, 1 %)
[OK]     Test_Pol_Set_69 (accuracy, 1 %)
[OK]     Test_Collimator_Radial_70 (accuracy, 1 %)
[OK]     Test_Collimator_Radial_71 (accuracy, 1 %)
[OK]     Test_Collimator_Radial_72 (accuracy, 1 %)
[FAILED] Test_Pol_TripleAxis_73 (accuracy off by 50 %)
[OK]     linup-7_74 (accuracy, fair 6 %)
[FAILED] templateDIFF_75 (compilation/execution)
[OK]     templateSANS_76 (accuracy, 7 %)
[OK]     templateTAS_77 (accuracy, 2 %)
[OK]     templateTAS_78 (accuracy, 1 %)
[OK]     templateTOF_79 (accuracy, 1 %)
[OK]     templateTOF_80 (accuracy, 3 %)
[notest] ILL_D4 (no test procedure)
[notest] ILL_H22_D1B (no test procedure)
[OK]     BNL_H8_81 (accuracy, 5 %)
[OK]     ESS_IN5_reprate_82 (statistics too low for testing, increase ncount)
[OK]     linup-1_83 (accuracy, 4 %)
[OK]     FZJ_SANS_KWS2_AnySample_84 (accuracy, 1 %)
[OK]     FZJ_SANS_KWS2_AnySample_85 (accuracy, 1 %)
[OK]     FZJ_SANS_KWS2_AnySample_86 (accuracy, 2 %)
[OK]     FZJ_SANS_KWS2_AnySample_87 (accuracy, fair 7 %)
[notest] Histogrammer (no test procedure)
[notest] ILL_BRISP (no test procedure)
[OK]     ILL_H113_88 (accuracy, 1 %)
[OK]     ILL_H142_89 (accuracy, 1 %)
[OK]     ILL_H142_IN12_90 (accuracy, fair 8 %)
[FAILED] ILL_H142_IN12_91 (accuracy off by 31 %)
[OK]     ILL_H15_92 (accuracy, 1 %)
[OK]     ILL_H15_IN6_93 (accuracy, 2 %)
[OK]     ILL_H16_94 (accuracy, 1 %)
[OK]     ILL_H16_IN5_95 (accuracy, 3 %)
[OK]     ILL_H16_IN5_96 (accuracy, 2 %)
[OK]     ILL_H22_97 (accuracy, 1 %)
[notest] ILL_H22_D1A (no test procedure)


# Execution check:    FAILED. 3 instrument(s) did not compile/execute.
# >> Check instruments and McStas installation.
# End Date: Sun Jan  2 23:14:06 2011
make[1]: Leaving directory `/srv/web/mcstas.org/nightly/mcstas-SVN_2011_01_02_Sun/src'