Note
Go to the end to download the full example code.
Update Input files before execution¶
This snippet calls executes roxie, overwriting input files set in the datafile with local files
Download Input files
Executing roxie¶
Set up paths, datafile and execute Roxie as a process
import pathlib
import tempfile
from roxieapi.tool_adapter.RoxieToolAdapter import TerminalRoxieToolAdapter
input_files = [
pathlib.Path("../input_files/dipole_iron.data"),
pathlib.Path("../input_files/roxie.cadata"),
pathlib.Path("../input_files/roxie.bhdata"),
pathlib.Path("../input_files/dipole_iron.iron"),
]
runner = TerminalRoxieToolAdapter(input_files=input_files, run_in_tmp_folder=True)
result = runner.run()
print(f"Run executed with return code {result}")
Run executed with return code 0
Check output and errors¶
print(runner.output)
WORKING DIRECTORY : .
DATA FILE : dipole_iron.data
CADATA FILE : /builds/roxie/roxie-api/examples/running_roxie/../input_files/roxie.cadata
BHDATA FILE : /builds/roxie/roxie-api/examples/running_roxie/../input_files/roxie.bhdata
IRON FILE : /builds/roxie/roxie-api/examples/running_roxie/../input_files/dipole_iron.iron
USE DIRECT HMO FILE : 0
HMO FILE PATH :
RRRRRRRRRRR OOOOOOOOO XX XXXX IIII EEEEEEEE
RRR RRR OOO OOO XXX XXXX IIII EEEE
RRR RRR OOO OOO XXX XXX IIII EEEE
RRRRRRRRR OOO OOO XXXXX IIII EEEEEEE
RRR RRR OOO OOO XXXXXX IIII EEEE
RRR RRR OOO OOO XXXX XXX IIII EEEE
RRR RRR OOOOOOOOO XXXX XXX IIII EEEEEEEEE 23.6
Routine for the Optimization of magnet X - sections,
Inverse field calculation and coil End design
VERS.22, UPDATE 0.1, 2022
(C) BY STEPHAN RUSSENSCHUCK,
B. AUCHMANN, M. ALEKSA, M. BONORA, P. HAGEN,
S. IZQUIERDO BERMUDEZ, M. LEWIN, R. DE MARIA, S. RAMBERGER,
N. SCHWERG, C. VOLLINGER
CERN, 1211 GENEVA 23, SWITZERLAND
MAIL: stephan.russenschuck@cern.ch
matthias.bonora@cern.ch
ROXIE HOME PAGE: http://cern.ch/roxie
Git commit hash: 23.9.0.b11
DATE ............................................... 5. 8.2024
TIME ............................................... 18.38
Transient plots deactivated, but No Optimization. Changing flag...
Device plots deactivated, but no optimization, transient or quench simulation running. Changing flag...
INITIAL DATA BEFORE APPLYING SYMMETRY ON BLOCK GROUPS
NUMBER OF BLOCKS ..................................... 6
NUMBER OF 2D CONDUCTORS .............................. 40
NUMBER OF 2D STRANDS (LINE CURRENTS) ................. 1320
MAX NUMBER OF CUTS IN Z-DIRECTION .................... 22
HIGHEST ORDER MULTIPOLE .............................. 20
COMMENT: Dipole cross-section
NUMBER OF DESIGN VARIABLES FOR THE OPTIMIZATION .... 3
LOWER UPPER START TYPE
20.0000 25.0000 22.0000 PHI
45.0000 50.0000 47.0000 PHI
64.0000 70.0000 66.0000 PHI
NUMBER OF OBJECTIVES AND CONSTRAINTS ............... 3
OBJECTIVE IOBJ1 IOBJ2 QUALIFIER CONSTRAINT WEIGHTINGFAC
B 3 1 MIN2 0.0000 1.0000
B 5 1 MIN2 0.0000 5.0000
B 7 1 MIN2 0.0000 10.0000
NUMBER OF BLOCK .................................... 1
WITHIN BLOCK GROUP ................................. 1
NUMBER OF CONDUCTORS ............................... 9
POSITIONING ANGLE (DEG) ............................ 0.1570
INCLINATION ANGLE (DEG) ............................ 0.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... 12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 43.9000
CABLE HEIGHT (MM).(INSULATED) ...................... 15.4000
CABLE INNER WIDTH (MM).(INSULATED) ................. 1.6197
CABLE OUTER WIDTH (MM).(INSULATED) ................. 1.8604
CABLE HEIGHT (MM).(BARE) ........................... 15.1000
CABLE INNER WIDTH (MM).(BARE) ...................... 1.3620
CABLE OUTER WIDTH (MM).(BARE) ...................... 1.5980
RADIAL INSULATION THICKNESS (MM).................... 0.1500
AZIMUTHAL INSULATION THICKNESS (MM)................. 0.1300
NUMBER OF STRANDS .................................. 36
DIAMETER OF STRANDS (MM)............................ 0.8250
CU/SC RATIO ........................................ 1.9000
RESIDUAL RESISTIVITY RATIO.......................... 80.0000
TEMPERATURE AT WHICH JC AND DJC ARE GIVEN (K) ...... 1.9000
LINEAR APPROXIMATION JC( 9.0 T) (A/MM**2)........... 1953.000
LINEAR APPROXIMATION DJC/DB (A/MM**2 T)............. 550.030
CABLING ANGLE (DEG) ................................ 1.421
NUMBER OF DISCRETISATION POINTS AZIMUTHAL .......... 2
NUMBER OF DISCRETISATION POINTS RADIAL ............. 18
CONDUCTOR NAME ..................................... YELLONOU
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 0
TURN ANGLE FOR BLOCK ............................... 0.0000
NUMBER OF BLOCK .................................... 2
WITHIN BLOCK GROUP ................................. 1
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 1
NUMBER OF CONDUCTORS ............................... 16
POSITIONING ANGLE (DEG) ............................ 22.0000
INCLINATION ANGLE (DEG) ............................ 27.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... 12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 43.9000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 0
TURN ANGLE FOR BLOCK ............................... 0.0000
NUMBER OF BLOCK .................................... 3
WITHIN BLOCK GROUP ................................. 2
NUMBER OF CONDUCTORS ............................... 5
POSITIONING ANGLE (DEG) ............................ 0.2460
INCLINATION ANGLE (DEG) ............................ 0.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... 12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 28.0000
CABLE HEIGHT (MM).(INSULATED) ...................... 15.4000
CABLE INNER WIDTH (MM).(INSULATED) ................. 1.9728
CABLE OUTER WIDTH (MM).(INSULATED) ................. 2.3073
CABLE HEIGHT (MM).(BARE) ........................... 15.1000
CABLE INNER WIDTH (MM).(BARE) ...................... 1.7360
CABLE OUTER WIDTH (MM).(BARE) ...................... 2.0640
RADIAL INSULATION THICKNESS (MM).................... 0.1500
AZIMUTHAL INSULATION THICKNESS (MM)................. 0.1200
NUMBER OF STRANDS .................................. 28
DIAMETER OF STRANDS (MM)............................ 1.0650
CU/SC RATIO ........................................ 1.6000
RESIDUAL RESISTIVITY RATIO.......................... 70.0000
TEMPERATURE AT WHICH JC AND DJC ARE GIVEN (K) ...... 1.9000
LINEAR APPROXIMATION JC(10.0 T) (A/MM**2)........... 1433.300
LINEAR APPROXIMATION DJC/DB (A/MM**2 T)............. 500.340
CABLING ANGLE (DEG) ................................ 1.440
NUMBER OF DISCRETISATION POINTS AZIMUTHAL .......... 2
NUMBER OF DISCRETISATION POINTS RADIAL ............. 14
CONDUCTOR NAME ..................................... YELLONIN
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 0
TURN ANGLE FOR BLOCK ............................... 0.0000
NUMBER OF BLOCK .................................... 4
WITHIN BLOCK GROUP ................................. 2
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 3
NUMBER OF CONDUCTORS ............................... 5
POSITIONING ANGLE (DEG) ............................ 22.0000
INCLINATION ANGLE (DEG) ............................ 24.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... 12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 28.0000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 0
TURN ANGLE FOR BLOCK ............................... 0.0000
NUMBER OF BLOCK .................................... 5
WITHIN BLOCK GROUP ................................. 2
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 3
NUMBER OF CONDUCTORS ............................... 3
POSITIONING ANGLE (DEG) ............................ 47.0000
INCLINATION ANGLE (DEG) ............................ 48.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... 12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 28.0000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 0
TURN ANGLE FOR BLOCK ............................... 0.0000
NUMBER OF BLOCK .................................... 6
WITHIN BLOCK GROUP ................................. 2
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 3
NUMBER OF CONDUCTORS ............................... 2
POSITIONING ANGLE (DEG) ............................ 66.0000
INCLINATION ANGLE (DEG) ............................ 68.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... 12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 28.0000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 0
TURN ANGLE FOR BLOCK ............................... 0.0000
NUMBER OF BLOCK .................................... 7
WITHIN BLOCK GROUP ................................. 1
NUMBER OF CONDUCTORS ............................... 9
POSITIONING ANGLE (DEG) ............................ 0.1570
INCLINATION ANGLE (DEG) ............................ 0.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... -12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 43.9000
CABLE HEIGHT (MM).(INSULATED) ...................... 15.4000
CABLE INNER WIDTH (MM).(INSULATED) ................. 1.6197
CABLE OUTER WIDTH (MM).(INSULATED) ................. 1.8604
CABLE HEIGHT (MM).(BARE) ........................... 15.1000
CABLE INNER WIDTH (MM).(BARE) ...................... 1.3620
CABLE OUTER WIDTH (MM).(BARE) ...................... 1.5980
RADIAL INSULATION THICKNESS (MM).................... 0.1500
AZIMUTHAL INSULATION THICKNESS (MM)................. 0.1300
NUMBER OF STRANDS .................................. 36
DIAMETER OF STRANDS (MM)............................ 0.8250
CU/SC RATIO ........................................ 1.9000
RESIDUAL RESISTIVITY RATIO.......................... 80.0000
TEMPERATURE AT WHICH JC AND DJC ARE GIVEN (K) ...... 1.9000
LINEAR APPROXIMATION JC( 9.0 T) (A/MM**2)........... 1953.000
LINEAR APPROXIMATION DJC/DB (A/MM**2 T)............. 550.030
CABLING ANGLE (DEG) ................................ 1.421
NUMBER OF DISCRETISATION POINTS AZIMUTHAL .......... 2
NUMBER OF DISCRETISATION POINTS RADIAL ............. 18
CONDUCTOR NAME ..................................... YELLONOU
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 1
TURN ANGLE FOR BLOCK ............................... 180.0000
NUMBER OF BLOCK .................................... 8
WITHIN BLOCK GROUP ................................. 1
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 7
NUMBER OF CONDUCTORS ............................... 9
POSITIONING ANGLE (DEG) ............................ 0.1570
INCLINATION ANGLE (DEG) ............................ 0.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... -12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 43.9000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 0
TURN ANGLE FOR BLOCK ............................... 180.0000
NUMBER OF BLOCK .................................... 9
WITHIN BLOCK GROUP ................................. 1
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 1
NUMBER OF CONDUCTORS ............................... 9
POSITIONING ANGLE (DEG) ............................ 0.1570
INCLINATION ANGLE (DEG) ............................ 0.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... 12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 43.9000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 1
TURN ANGLE FOR BLOCK ............................... 0.0000
NUMBER OF BLOCK .................................... 10
WITHIN BLOCK GROUP ................................. 1
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 7
NUMBER OF CONDUCTORS ............................... 16
POSITIONING ANGLE (DEG) ............................ 22.0000
INCLINATION ANGLE (DEG) ............................ 27.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... -12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 43.9000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 1
TURN ANGLE FOR BLOCK ............................... 180.0000
NUMBER OF BLOCK .................................... 11
WITHIN BLOCK GROUP ................................. 1
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 7
NUMBER OF CONDUCTORS ............................... 16
POSITIONING ANGLE (DEG) ............................ 22.0000
INCLINATION ANGLE (DEG) ............................ 27.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... -12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 43.9000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 0
TURN ANGLE FOR BLOCK ............................... 180.0000
NUMBER OF BLOCK .................................... 12
WITHIN BLOCK GROUP ................................. 1
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 1
NUMBER OF CONDUCTORS ............................... 16
POSITIONING ANGLE (DEG) ............................ 22.0000
INCLINATION ANGLE (DEG) ............................ 27.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... 12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 43.9000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 1
TURN ANGLE FOR BLOCK ............................... 0.0000
NUMBER OF BLOCK .................................... 13
WITHIN BLOCK GROUP ................................. 2
NUMBER OF CONDUCTORS ............................... 5
POSITIONING ANGLE (DEG) ............................ 0.2460
INCLINATION ANGLE (DEG) ............................ 0.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... -12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 28.0000
CABLE HEIGHT (MM).(INSULATED) ...................... 15.4000
CABLE INNER WIDTH (MM).(INSULATED) ................. 1.9728
CABLE OUTER WIDTH (MM).(INSULATED) ................. 2.3073
CABLE HEIGHT (MM).(BARE) ........................... 15.1000
CABLE INNER WIDTH (MM).(BARE) ...................... 1.7360
CABLE OUTER WIDTH (MM).(BARE) ...................... 2.0640
RADIAL INSULATION THICKNESS (MM).................... 0.1500
AZIMUTHAL INSULATION THICKNESS (MM)................. 0.1200
NUMBER OF STRANDS .................................. 28
DIAMETER OF STRANDS (MM)............................ 1.0650
CU/SC RATIO ........................................ 1.6000
RESIDUAL RESISTIVITY RATIO.......................... 70.0000
TEMPERATURE AT WHICH JC AND DJC ARE GIVEN (K) ...... 1.9000
LINEAR APPROXIMATION JC(10.0 T) (A/MM**2)........... 1433.300
LINEAR APPROXIMATION DJC/DB (A/MM**2 T)............. 500.340
CABLING ANGLE (DEG) ................................ 1.440
NUMBER OF DISCRETISATION POINTS AZIMUTHAL .......... 2
NUMBER OF DISCRETISATION POINTS RADIAL ............. 14
CONDUCTOR NAME ..................................... YELLONIN
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 1
TURN ANGLE FOR BLOCK ............................... 180.0000
NUMBER OF BLOCK .................................... 14
WITHIN BLOCK GROUP ................................. 2
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 13
NUMBER OF CONDUCTORS ............................... 5
POSITIONING ANGLE (DEG) ............................ 0.2460
INCLINATION ANGLE (DEG) ............................ 0.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... -12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 28.0000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 0
TURN ANGLE FOR BLOCK ............................... 180.0000
NUMBER OF BLOCK .................................... 15
WITHIN BLOCK GROUP ................................. 2
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 3
NUMBER OF CONDUCTORS ............................... 5
POSITIONING ANGLE (DEG) ............................ 0.2460
INCLINATION ANGLE (DEG) ............................ 0.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... 12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 28.0000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 1
TURN ANGLE FOR BLOCK ............................... 0.0000
NUMBER OF BLOCK .................................... 16
WITHIN BLOCK GROUP ................................. 2
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 13
NUMBER OF CONDUCTORS ............................... 5
POSITIONING ANGLE (DEG) ............................ 22.0000
INCLINATION ANGLE (DEG) ............................ 24.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... -12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 28.0000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 1
TURN ANGLE FOR BLOCK ............................... 180.0000
NUMBER OF BLOCK .................................... 17
WITHIN BLOCK GROUP ................................. 2
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 13
NUMBER OF CONDUCTORS ............................... 5
POSITIONING ANGLE (DEG) ............................ 22.0000
INCLINATION ANGLE (DEG) ............................ 24.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... -12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 28.0000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 0
TURN ANGLE FOR BLOCK ............................... 180.0000
NUMBER OF BLOCK .................................... 18
WITHIN BLOCK GROUP ................................. 2
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 3
NUMBER OF CONDUCTORS ............................... 5
POSITIONING ANGLE (DEG) ............................ 22.0000
INCLINATION ANGLE (DEG) ............................ 24.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... 12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 28.0000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 1
TURN ANGLE FOR BLOCK ............................... 0.0000
NUMBER OF BLOCK .................................... 19
WITHIN BLOCK GROUP ................................. 2
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 13
NUMBER OF CONDUCTORS ............................... 3
POSITIONING ANGLE (DEG) ............................ 47.0000
INCLINATION ANGLE (DEG) ............................ 48.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... -12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 28.0000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 1
TURN ANGLE FOR BLOCK ............................... 180.0000
NUMBER OF BLOCK .................................... 20
WITHIN BLOCK GROUP ................................. 2
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 13
NUMBER OF CONDUCTORS ............................... 3
POSITIONING ANGLE (DEG) ............................ 47.0000
INCLINATION ANGLE (DEG) ............................ 48.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... -12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 28.0000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 0
TURN ANGLE FOR BLOCK ............................... 180.0000
NUMBER OF BLOCK .................................... 21
WITHIN BLOCK GROUP ................................. 2
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 3
NUMBER OF CONDUCTORS ............................... 3
POSITIONING ANGLE (DEG) ............................ 47.0000
INCLINATION ANGLE (DEG) ............................ 48.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... 12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 28.0000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 1
TURN ANGLE FOR BLOCK ............................... 0.0000
NUMBER OF BLOCK .................................... 22
WITHIN BLOCK GROUP ................................. 2
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 13
NUMBER OF CONDUCTORS ............................... 2
POSITIONING ANGLE (DEG) ............................ 66.0000
INCLINATION ANGLE (DEG) ............................ 68.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... -12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 28.0000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 1
TURN ANGLE FOR BLOCK ............................... 180.0000
NUMBER OF BLOCK .................................... 23
WITHIN BLOCK GROUP ................................. 2
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 13
NUMBER OF CONDUCTORS ............................... 2
POSITIONING ANGLE (DEG) ............................ 66.0000
INCLINATION ANGLE (DEG) ............................ 68.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... -12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 28.0000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 0
TURN ANGLE FOR BLOCK ............................... 180.0000
NUMBER OF BLOCK .................................... 24
WITHIN BLOCK GROUP ................................. 2
CABLE IDENTICAL WITH CABLE IN BLOCK ................ 3
NUMBER OF CONDUCTORS ............................... 2
POSITIONING ANGLE (DEG) ............................ 66.0000
INCLINATION ANGLE (DEG) ............................ 68.0000
CURRENT IN EACH CONDUCTOR OF THE BLOCK (A) ......... 12000.0000
INNER RADIUS OF THE BLOCK (MM)...................... 28.0000
IMAGING AT X AXIS: 1 YES, 0 NO ..................... 1
TURN ANGLE FOR BLOCK ............................... 0.0000
TOTAL CU-VOLUME/LENGTH IN STRAIGHT SEC. (MM**2) .... 2182.4760
TOTAL SC-VOLUME/LENGTH IN STRAIGHT SEC. (MM**2) .... 1239.5854
-----------------------------------------------------------------
Automatic mesh generation:
Remeshing
-----------------------------------------------------------------
Created new mesh successfully!
-----------------------------------------------------------------
BEMFEM (C) R. Bosch GmbH, STUTTGART
STARTING NONLINEAR CALCULATION
INFO: NUMBER OF BEM-BOUNDARY ELEMENTS : 74
INFO 002: THE BASE FILE NAME IS "bemfem"
==============================================================================
INFO 242: EULER STEP 1, TIME= 0.0000E+00, DELTA= 0.0000E+00
APPROXIMATING THE BEM-MATRICES (ACCURACY= 0.1000E-03) ...
>>>>>>>>>>>> NEWTON STEP 1, RESIDUAL= 0.9118E+00 ( 0.00 DB)
COMPUTING THE GLOBAL MATRIX...
GMRES STEP 1, RESIDUAL= 0.9118E+00 ( 0.00 DB)
GMRES STEP 2, RESIDUAL= 0.2004E+00 ( -6.58 DB)
GMRES STEP 3, RESIDUAL= 0.1625E-02 ( -27.49 DB)
GMRES STEP 4, RESIDUAL= 0.2623E-03 ( -35.41 DB)
GMRES STEP 5, RESIDUAL= 0.1367E-04 ( -48.24 DB)
INFO 240: GMRES STEP 5, RESIDUAL= 0.1367E-04 ( -48.24 DB).
>>>>>>>>>>>> NEWTON STEP 2, RESIDUAL= 0.4758E-01 ( -19.50 DB)
COMPUTING THE GLOBAL MATRIX...
GMRES STEP 6, RESIDUAL= 0.1470E+01 ( 0.00 DB)
GMRES STEP 7, RESIDUAL= 0.2289E-01 ( -18.08 DB)
GMRES STEP 8, RESIDUAL= 0.5089E-02 ( -24.61 DB)
GMRES STEP 9, RESIDUAL= 0.6987E-03 ( -33.23 DB)
GMRES STEP 10, RESIDUAL= 0.1010E-03 ( -41.63 DB)
GMRES STEP 11, RESIDUAL= 0.3272E-04 ( -46.52 DB)
GMRES STEP 12, RESIDUAL= 0.7625E-05 ( -52.85 DB)
GMRES STEP 13, RESIDUAL= 0.2531E-05 ( -57.64 DB)
GMRES STEP 14, RESIDUAL= 0.5633E-06 ( -64.17 DB)
INFO 240: GMRES STEP 14, RESIDUAL= 0.5633E-06 ( -64.17 DB).
>>>>>>>>>>>> NEWTON STEP 3, RESIDUAL= 0.1229E-01 ( -25.84 DB)
COMPUTING THE GLOBAL MATRIX...
GMRES STEP 15, RESIDUAL= 0.1470E+01 ( 0.00 DB)
GMRES STEP 16, RESIDUAL= 0.1606E-02 ( -29.62 DB)
GMRES STEP 17, RESIDUAL= 0.4916E-03 ( -34.76 DB)
GMRES STEP 18, RESIDUAL= 0.5695E-04 ( -44.12 DB)
GMRES STEP 19, RESIDUAL= 0.1361E-04 ( -50.34 DB)
GMRES STEP 20, RESIDUAL= 0.4291E-05 ( -55.35 DB)
GMRES STEP 21, RESIDUAL= 0.9417E-06 ( -61.93 DB)
INFO 240: GMRES STEP 21, RESIDUAL= 0.9417E-06 ( -61.93 DB).
>>>>>>>>>>>> NEWTON STEP 4, RESIDUAL= 0.1092E-02 ( -36.40 DB)
COMPUTING THE GLOBAL MATRIX...
GMRES STEP 22, RESIDUAL= 0.1470E+01 ( 0.00 DB)
GMRES STEP 23, RESIDUAL= 0.3827E-03 ( -35.84 DB)
GMRES STEP 24, RESIDUAL= 0.5273E-04 ( -44.45 DB)
GMRES STEP 25, RESIDUAL= 0.1310E-04 ( -50.50 DB)
GMRES STEP 26, RESIDUAL= 0.2541E-05 ( -57.62 DB)
GMRES STEP 27, RESIDUAL= 0.7118E-06 ( -63.15 DB)
INFO 240: GMRES STEP 27, RESIDUAL= 0.7118E-06 ( -63.15 DB).
>>>>>>>>>>>> NEWTON STEP 5, RESIDUAL= 0.2623E-03 ( -42.60 DB)
COMPUTING THE GLOBAL MATRIX...
GMRES STEP 28, RESIDUAL= 0.1470E+01 ( 0.00 DB)
GMRES STEP 29, RESIDUAL= 0.1031E-03 ( -41.54 DB)
GMRES STEP 30, RESIDUAL= 0.1064E-04 ( -51.41 DB)
GMRES STEP 31, RESIDUAL= 0.2914E-05 ( -57.03 DB)
GMRES STEP 32, RESIDUAL= 0.8928E-06 ( -62.17 DB)
INFO 240: GMRES STEP 32, RESIDUAL= 0.8928E-06 ( -62.17 DB).
>>>>>>>>>>>> NEWTON STEP 6, RESIDUAL= 0.3538E-04 ( -51.31 DB)
INFO 240: >>>>>>>>>>>> NEWTON STEP 6, RESIDUAL= 0.3538E-04 ( -51.31 DB).
INFO 296: SOLVER INFORMATION
NUMBER OF TIME STEPS = 1
NUMBER OF NON-LINEAR STEPS = 6
AVERAGE PER TIME STEP = 6.0
NUMBER OF LINEAR STEPS = 32
AVERAGE PER NON-LINEAR STEP = 5.3
INFO 005: MEMORY INFORMATION
SIZE OF BEM OBJECTS = 370.7 KB
SIZE OF FEM OBJECTS = 1.0 MB
PEAK MEMORY USAGE = 25.0 MB
INFO 013: END OF THIS BEMFEM CALCULATION
ELECTROMAGNETIC FORCES (N/m) ON BLOCKS (2D)
BLOCK FORCE -X- FORCE -Y- BLOCK-CENT-X BLOCK-CENT-Y
(N/m) (N/m) (mm) (mm)
1 -0.5663E+04 -0.1354E+06 0.5049E+02 0.7873E+01
2 0.4751E+06 -0.5769E+06 0.3914E+02 0.3090E+02
3 0.3371E+06 -0.3138E+05 0.3501E+02 0.5433E+01
4 0.3735E+06 -0.5226E+05 0.3036E+02 0.1827E+02
5 0.2608E+06 -0.5289E+05 0.2176E+02 0.2823E+02
6 0.1810E+06 -0.2983E+05 0.1228E+02 0.3350E+02
7 0.5663E+04 -0.1354E+06 -0.5049E+02 0.7873E+01
8 0.5663E+04 0.1354E+06 -0.5049E+02 -0.7873E+01
9 -0.5663E+04 0.1354E+06 0.5049E+02 -0.7873E+01
10 -0.4751E+06 -0.5769E+06 -0.3914E+02 0.3090E+02
11 -0.4751E+06 0.5769E+06 -0.3914E+02 -0.3090E+02
12 0.4751E+06 0.5769E+06 0.3914E+02 -0.3090E+02
13 -0.3371E+06 -0.3138E+05 -0.3501E+02 0.5433E+01
14 -0.3371E+06 0.3138E+05 -0.3501E+02 -0.5433E+01
15 0.3371E+06 0.3138E+05 0.3501E+02 -0.5433E+01
16 -0.3735E+06 -0.5226E+05 -0.3036E+02 0.1827E+02
17 -0.3735E+06 0.5226E+05 -0.3036E+02 -0.1827E+02
18 0.3735E+06 0.5226E+05 0.3036E+02 -0.1827E+02
19 -0.2608E+06 -0.5289E+05 -0.2176E+02 0.2823E+02
20 -0.2608E+06 0.5289E+05 -0.2176E+02 -0.2823E+02
21 0.2608E+06 0.5289E+05 0.2176E+02 -0.2823E+02
22 -0.1810E+06 -0.2983E+05 -0.1228E+02 0.3350E+02
23 -0.1810E+06 0.2983E+05 -0.1228E+02 -0.3350E+02
24 0.1810E+06 0.2983E+05 0.1228E+02 -0.3350E+02
SUMM: -0.2389E-07 -0.7731E-08
ELECTROMAGNETIC FORCES (N/m) ON BLOCKS || AND |- TO CONDUCTORS (2D)
BLOCK FORCE || FORCE |- BLOCK-CENT-X BLOCK-CENT-Y
(N/m) (N/m) (mm) (mm)
1 -0.1853E+05 -0.1354E+06 0.5049E+02 0.7873E+01
2 0.4812E+05 -0.7525E+06 0.3914E+02 0.3090E+02
3 0.3341E+06 -0.4962E+05 0.3501E+02 0.5433E+01
4 0.3075E+06 -0.2169E+06 0.3036E+02 0.1827E+02
5 0.1274E+06 -0.2334E+06 0.2176E+02 0.2823E+02
6 0.3618E+05 -0.1799E+06 0.1228E+02 0.3350E+02
7 -0.1853E+05 0.1354E+06 -0.5049E+02 0.7873E+01
8 -0.1853E+05 -0.1354E+06 -0.5049E+02 -0.7873E+01
9 -0.1853E+05 0.1354E+06 0.5049E+02 -0.7873E+01
10 0.4812E+05 0.7525E+06 -0.3914E+02 0.3090E+02
11 0.4812E+05 -0.7525E+06 -0.3914E+02 -0.3090E+02
12 0.4812E+05 0.7525E+06 0.3914E+02 -0.3090E+02
13 0.3341E+06 0.4962E+05 -0.3501E+02 0.5433E+01
14 0.3341E+06 -0.4962E+05 -0.3501E+02 -0.5433E+01
15 0.3341E+06 0.4962E+05 0.3501E+02 -0.5433E+01
16 0.3075E+06 0.2169E+06 -0.3036E+02 0.1827E+02
17 0.3075E+06 -0.2169E+06 -0.3036E+02 -0.1827E+02
18 0.3075E+06 0.2169E+06 0.3036E+02 -0.1827E+02
19 0.1274E+06 0.2334E+06 -0.2176E+02 0.2823E+02
20 0.1274E+06 -0.2334E+06 -0.2176E+02 -0.2823E+02
21 0.1274E+06 0.2334E+06 0.2176E+02 -0.2823E+02
22 0.3618E+05 0.1799E+06 -0.1228E+02 0.3350E+02
23 0.3618E+05 -0.1799E+06 -0.1228E+02 -0.3350E+02
24 0.3618E+05 0.1799E+06 0.1228E+02 -0.3350E+02
SUMM: 0.3339E+07 0.5573E-07
Version 1.29/04 of HIGZ started
BLOCK NUMBER ....................................... 1
PEAK FIELD IN CONDUCTOR 8 (T) ................... 3.8074
CURRENT IN CONDUCTOR 8 (A) ...................... 12000.0000
LOWEST FIELD IN CONDUCTOR 1 (T) ................. 0.0356
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. 1808.3353
COPPER CURRENT DENSITY (A/MM2) ..................... 951.7554
PERCENTAGE ON THE LOAD LINE ........................ 56.5318
QUENCHFIELD (T) .................................... 6.7351
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 62.3973
BLOCK NUMBER ....................................... 2
PEAK FIELD IN CONDUCTOR 25 (T) ................... 7.6348
CURRENT IN CONDUCTOR 25 (A) ...................... 12000.0000
LOWEST FIELD IN CONDUCTOR 10 (T) ................. 1.2340
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. 1808.3353
COPPER CURRENT DENSITY (A/MM2) ..................... 951.7554
PERCENTAGE ON THE LOAD LINE ........................ 87.0271
QUENCHFIELD (T) .................................... 8.7729
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 33.1209
BLOCK NUMBER ....................................... 3
PEAK FIELD IN CONDUCTOR 27 (T) ................... 8.3676
CURRENT IN CONDUCTOR 27 (A) ...................... 12000.0000
LOWEST FIELD IN CONDUCTOR 26 (T) ................. 3.2186
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. 1250.8564
COPPER CURRENT DENSITY (A/MM2) ..................... 781.7853
PERCENTAGE ON THE LOAD LINE ........................ 84.4764
QUENCHFIELD (T) .................................... 9.9052
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 44.4080
BLOCK NUMBER ....................................... 4
PEAK FIELD IN CONDUCTOR 34 (T) ................... 8.4902
CURRENT IN CONDUCTOR 34 (A) ...................... 12000.0000
LOWEST FIELD IN CONDUCTOR 31 (T) ................. 3.5878
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. 1250.8564
COPPER CURRENT DENSITY (A/MM2) ..................... 781.7853
PERCENTAGE ON THE LOAD LINE ........................ 85.4297
QUENCHFIELD (T) .................................... 9.9383
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 42.8494
BLOCK NUMBER ....................................... 5
PEAK FIELD IN CONDUCTOR 38 (T) ................... 8.5920
CURRENT IN CONDUCTOR 38 (A) ...................... 12000.0000
LOWEST FIELD IN CONDUCTOR 36 (T) ................. 6.2462
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. 1250.8564
COPPER CURRENT DENSITY (A/MM2) ..................... 781.7853
PERCENTAGE ON THE LOAD LINE ........................ 86.2206
QUENCHFIELD (T) .................................... 9.9651
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 41.4885
BLOCK NUMBER ....................................... 6
PEAK FIELD IN CONDUCTOR 40 (T) ................... 8.7254
CURRENT IN CONDUCTOR 40 (A) ...................... 12000.0000
LOWEST FIELD IN CONDUCTOR 39 (T) ................. 6.5574
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. 1250.8564
COPPER CURRENT DENSITY (A/MM2) ..................... 781.7853
PERCENTAGE ON THE LOAD LINE ........................ 87.2581
QUENCHFIELD (T) .................................... 9.9996
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 39.6017
BLOCK NUMBER ....................................... 7
PEAK FIELD IN CONDUCTOR 48 (T) ................... 3.8074
CURRENT IN CONDUCTOR 48 (A) ...................... -12000.0000
LOWEST FIELD IN CONDUCTOR 41 (T) ................. 0.0356
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. -1808.3353
COPPER CURRENT DENSITY (A/MM2) ..................... -951.7554
PERCENTAGE ON THE LOAD LINE ........................ 56.5318
QUENCHFIELD (T) .................................... 6.7351
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 62.3973
BLOCK NUMBER ....................................... 8
PEAK FIELD IN CONDUCTOR 57 (T) ................... 3.8074
CURRENT IN CONDUCTOR 57 (A) ...................... -12000.0000
LOWEST FIELD IN CONDUCTOR 50 (T) ................. 0.0356
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. -1808.3353
COPPER CURRENT DENSITY (A/MM2) ..................... -951.7554
PERCENTAGE ON THE LOAD LINE ........................ 56.5318
QUENCHFIELD (T) .................................... 6.7351
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 62.3973
BLOCK NUMBER ....................................... 9
PEAK FIELD IN CONDUCTOR 66 (T) ................... 3.8074
CURRENT IN CONDUCTOR 66 (A) ...................... 12000.0000
LOWEST FIELD IN CONDUCTOR 59 (T) ................. 0.0356
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. 1808.3353
COPPER CURRENT DENSITY (A/MM2) ..................... 951.7554
PERCENTAGE ON THE LOAD LINE ........................ 56.5318
QUENCHFIELD (T) .................................... 6.7351
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 62.3973
BLOCK NUMBER ....................................... 10
PEAK FIELD IN CONDUCTOR 83 (T) ................... 7.6348
CURRENT IN CONDUCTOR 83 (A) ...................... -12000.0000
LOWEST FIELD IN CONDUCTOR 68 (T) ................. 1.2340
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. -1808.3353
COPPER CURRENT DENSITY (A/MM2) ..................... -951.7554
PERCENTAGE ON THE LOAD LINE ........................ 87.0271
QUENCHFIELD (T) .................................... 8.7729
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 33.1209
BLOCK NUMBER ....................................... 11
PEAK FIELD IN CONDUCTOR 99 (T) ................... 7.6348
CURRENT IN CONDUCTOR 99 (A) ...................... -12000.0000
LOWEST FIELD IN CONDUCTOR 84 (T) ................. 1.2340
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. -1808.3353
COPPER CURRENT DENSITY (A/MM2) ..................... -951.7554
PERCENTAGE ON THE LOAD LINE ........................ 87.0271
QUENCHFIELD (T) .................................... 8.7729
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 33.1209
BLOCK NUMBER ....................................... 12
PEAK FIELD IN CONDUCTOR 115 (T) ................... 7.6348
CURRENT IN CONDUCTOR 115 (A) ...................... 12000.0000
LOWEST FIELD IN CONDUCTOR 100 (T) ................. 1.2340
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. 1808.3353
COPPER CURRENT DENSITY (A/MM2) ..................... 951.7554
PERCENTAGE ON THE LOAD LINE ........................ 87.0271
QUENCHFIELD (T) .................................... 8.7729
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 33.1209
BLOCK NUMBER ....................................... 13
PEAK FIELD IN CONDUCTOR 117 (T) ................... 8.3676
CURRENT IN CONDUCTOR 117 (A) ...................... -12000.0000
LOWEST FIELD IN CONDUCTOR 116 (T) ................. 3.2186
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. -1250.8564
COPPER CURRENT DENSITY (A/MM2) ..................... -781.7853
PERCENTAGE ON THE LOAD LINE ........................ 84.4764
QUENCHFIELD (T) .................................... 9.9052
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 44.4080
BLOCK NUMBER ....................................... 14
PEAK FIELD IN CONDUCTOR 122 (T) ................... 8.3676
CURRENT IN CONDUCTOR 122 (A) ...................... -12000.0000
LOWEST FIELD IN CONDUCTOR 121 (T) ................. 3.2186
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. -1250.8564
COPPER CURRENT DENSITY (A/MM2) ..................... -781.7853
PERCENTAGE ON THE LOAD LINE ........................ 84.4764
QUENCHFIELD (T) .................................... 9.9052
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 44.4080
BLOCK NUMBER ....................................... 15
PEAK FIELD IN CONDUCTOR 127 (T) ................... 8.3676
CURRENT IN CONDUCTOR 127 (A) ...................... 12000.0000
LOWEST FIELD IN CONDUCTOR 126 (T) ................. 3.2186
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. 1250.8564
COPPER CURRENT DENSITY (A/MM2) ..................... 781.7853
PERCENTAGE ON THE LOAD LINE ........................ 84.4764
QUENCHFIELD (T) .................................... 9.9052
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 44.4080
BLOCK NUMBER ....................................... 16
PEAK FIELD IN CONDUCTOR 134 (T) ................... 8.4902
CURRENT IN CONDUCTOR 134 (A) ...................... -12000.0000
LOWEST FIELD IN CONDUCTOR 131 (T) ................. 3.5878
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. -1250.8564
COPPER CURRENT DENSITY (A/MM2) ..................... -781.7853
PERCENTAGE ON THE LOAD LINE ........................ 85.4297
QUENCHFIELD (T) .................................... 9.9383
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 42.8494
BLOCK NUMBER ....................................... 17
PEAK FIELD IN CONDUCTOR 139 (T) ................... 8.4902
CURRENT IN CONDUCTOR 139 (A) ...................... -12000.0000
LOWEST FIELD IN CONDUCTOR 136 (T) ................. 3.5878
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. -1250.8564
COPPER CURRENT DENSITY (A/MM2) ..................... -781.7853
PERCENTAGE ON THE LOAD LINE ........................ 85.4297
QUENCHFIELD (T) .................................... 9.9383
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 42.8494
BLOCK NUMBER ....................................... 18
PEAK FIELD IN CONDUCTOR 144 (T) ................... 8.4902
CURRENT IN CONDUCTOR 144 (A) ...................... 12000.0000
LOWEST FIELD IN CONDUCTOR 141 (T) ................. 3.5878
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. 1250.8564
COPPER CURRENT DENSITY (A/MM2) ..................... 781.7853
PERCENTAGE ON THE LOAD LINE ........................ 85.4297
QUENCHFIELD (T) .................................... 9.9383
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 42.8494
BLOCK NUMBER ....................................... 19
PEAK FIELD IN CONDUCTOR 148 (T) ................... 8.5920
CURRENT IN CONDUCTOR 148 (A) ...................... -12000.0000
LOWEST FIELD IN CONDUCTOR 146 (T) ................. 6.2462
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. -1250.8564
COPPER CURRENT DENSITY (A/MM2) ..................... -781.7853
PERCENTAGE ON THE LOAD LINE ........................ 86.2206
QUENCHFIELD (T) .................................... 9.9651
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 41.4885
BLOCK NUMBER ....................................... 20
PEAK FIELD IN CONDUCTOR 151 (T) ................... 8.5920
CURRENT IN CONDUCTOR 151 (A) ...................... -12000.0000
LOWEST FIELD IN CONDUCTOR 149 (T) ................. 6.2462
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. -1250.8564
COPPER CURRENT DENSITY (A/MM2) ..................... -781.7853
PERCENTAGE ON THE LOAD LINE ........................ 86.2206
QUENCHFIELD (T) .................................... 9.9651
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 41.4885
BLOCK NUMBER ....................................... 21
PEAK FIELD IN CONDUCTOR 154 (T) ................... 8.5920
CURRENT IN CONDUCTOR 154 (A) ...................... 12000.0000
LOWEST FIELD IN CONDUCTOR 152 (T) ................. 6.2462
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. 1250.8564
COPPER CURRENT DENSITY (A/MM2) ..................... 781.7853
PERCENTAGE ON THE LOAD LINE ........................ 86.2206
QUENCHFIELD (T) .................................... 9.9651
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 41.4885
BLOCK NUMBER ....................................... 22
PEAK FIELD IN CONDUCTOR 156 (T) ................... 8.7254
CURRENT IN CONDUCTOR 156 (A) ...................... -12000.0000
LOWEST FIELD IN CONDUCTOR 155 (T) ................. 6.5574
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. -1250.8564
COPPER CURRENT DENSITY (A/MM2) ..................... -781.7853
PERCENTAGE ON THE LOAD LINE ........................ 87.2581
QUENCHFIELD (T) .................................... 9.9996
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 39.6017
BLOCK NUMBER ....................................... 23
PEAK FIELD IN CONDUCTOR 158 (T) ................... 8.7254
CURRENT IN CONDUCTOR 158 (A) ...................... -12000.0000
LOWEST FIELD IN CONDUCTOR 157 (T) ................. 6.5574
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. -1250.8564
COPPER CURRENT DENSITY (A/MM2) ..................... -781.7853
PERCENTAGE ON THE LOAD LINE ........................ 87.2581
QUENCHFIELD (T) .................................... 9.9996
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 39.6017
BLOCK NUMBER ....................................... 24
PEAK FIELD IN CONDUCTOR 160 (T) ................... 8.7254
CURRENT IN CONDUCTOR 160 (A) ...................... 12000.0000
LOWEST FIELD IN CONDUCTOR 159 (T) ................. 6.5574
SUPERCONDUCTOR CURRENT DENSITY (A/MM2) ............. 1250.8564
COPPER CURRENT DENSITY (A/MM2) ..................... 781.7853
PERCENTAGE ON THE LOAD LINE ........................ 87.2581
QUENCHFIELD (T) .................................... 9.9996
PERCENTAGE OF SHORT SAMPLE CURRENT ................. 39.6017
MAXIMUM LOADLINE IN BLOCK 22 (%) ................. 87.2581
HARMONIC ANALYSIS NUMBER ........................... 1
MAIN HARMONIC ...................................... 1
REFERENCE RADIUS (mm) .............................. 17.0000
X-POSITION OF THE HARMONIC COIL (mm) ............... 0.0000
Y-POSITION OF THE HARMONIC COIL (mm) ............... 0.0000
MEASUREMENT TYPE ........................ ALL FIELD CONTRIBUTIONS
ERROR OF HARMONIC ANALYSIS OF Br ................... 0.3160E-03
SUM (Br(p) - SUM (An cos(np) + Bn sin(np))
MAIN FIELD (T) ..................................... -8.298684
MAGNET STRENGTH (T/(m^(n-1)) ....................... -8.2987
NORMAL RELATIVE MULTIPOLES (1.D-4):
b 1: 10000.00000 b 2: -0.00000 b 3: -2.43921
b 4: -0.00000 b 5: -4.36395 b 6: -0.00000
b 7: 1.54427 b 8: -0.00000 b 9: 0.11930
b10: 0.00000 b11: 0.59740 b12: 0.00000
b13: 0.04453 b14: 0.00000 b15: 0.03703
b16: 0.00000 b17: -0.04723 b18: 0.00000
b19: -0.00093 b20: 0.00000 b
SKEW RELATIVE MULTIPOLES (1.D-4):
a 1: -0.00000 a 2: -0.00000 a 3: -0.00000
a 4: -0.00000 a 5: -0.00000 a 6: -0.00000
a 7: -0.00000 a 8: -0.00000 a 9: -0.00000
a10: -0.00000 a11: -0.00000 a12: -0.00000
a13: -0.00000 a14: -0.00000 a15: 0.00000
a16: -0.00000 a17: -0.00000 a18: -0.00000
a19: -0.00000 a20: -0.00000 a
SURFACE OF ALL FEM-ELEMENTS (MM**2) ................ 20498.8861
SURFACE OF ALL FEM-ELEMENTS (MM**2) ................ 20498.8861
SURFACE OF ALL FEM-ELEMENTS (MM**2) ................ 20498.8861
SURFACE OF ALL FEM-ELEMENTS (MM**2) ................ 20498.8861
WARNING: FIELD VECTOR MATRIX NOT VALID IN IMAGED REGIONS
MAXIMUM FIELD LEVEL (T) ............................ 9.1710
MEAN ABSOLUTE FIELD LEVEL (T) ...................... 5.2428
STANDARD DEVIATION ABSOLUTE (T) .................... 2.1727
MEAN VECTORIAL FIELD (T) ........................... 4.0961
STANDARD DEVIATION VECTORIAL (T) ................... 3.9301
GRAPH: 1
N ABSCISSA ORDINATE
1 , 0.000000000E+00 , 0.832143745E+01
2 , 0.545454545E+00 , 0.831962242E+01
3 , 0.109090909E+01 , 0.831642117E+01
4 , 0.163636364E+01 , 0.831296929E+01
5 , 0.218181818E+01 , 0.830966515E+01
6 , 0.272727273E+01 , 0.830667062E+01
7 , 0.327272727E+01 , 0.830404936E+01
8 , 0.381818182E+01 , 0.830181646E+01
9 , 0.436363636E+01 , 0.829996055E+01
10 , 0.490909091E+01 , 0.829845545E+01
11 , 0.545454545E+01 , 0.829726717E+01
12 , 0.600000000E+01 , 0.829635824E+01
13 , 0.654545455E+01 , 0.829569059E+01
14 , 0.709090909E+01 , 0.829522747E+01
15 , 0.763636364E+01 , 0.829493457E+01
16 , 0.818181818E+01 , 0.829478078E+01
17 , 0.872727273E+01 , 0.829473846E+01
18 , 0.927272727E+01 , 0.829478353E+01
19 , 0.981818182E+01 , 0.829489536E+01
20 , 0.103636364E+02 , 0.829505653E+01
21 , 0.109090909E+02 , 0.829525258E+01
22 , 0.114545455E+02 , 0.829547164E+01
23 , 0.120000000E+02 , 0.829570412E+01
24 , 0.125454545E+02 , 0.829594239E+01
25 , 0.130909091E+02 , 0.829618051E+01
26 , 0.136363636E+02 , 0.829641390E+01
27 , 0.141818182E+02 , 0.829663916E+01
28 , 0.147272727E+02 , 0.829685384E+01
29 , 0.152727273E+02 , 0.829705623E+01
30 , 0.158181818E+02 , 0.829724528E+01
31 , 0.163636364E+02 , 0.829742041E+01
32 , 0.169090909E+02 , 0.829758142E+01
33 , 0.174545455E+02 , 0.829772841E+01
34 , 0.180000000E+02 , 0.829786174E+01
35 , 0.185454545E+02 , 0.829798189E+01
36 , 0.190909091E+02 , 0.829808951E+01
37 , 0.196363636E+02 , 0.829818529E+01
38 , 0.201818182E+02 , 0.829827000E+01
39 , 0.207272727E+02 , 0.829834443E+01
40 , 0.212727273E+02 , 0.829840936E+01
41 , 0.218181818E+02 , 0.829846557E+01
42 , 0.223636364E+02 , 0.829851380E+01
43 , 0.229090909E+02 , 0.829855475E+01
44 , 0.234545455E+02 , 0.829858907E+01
45 , 0.240000000E+02 , 0.829861735E+01
46 , 0.245454545E+02 , 0.829864010E+01
47 , 0.250909091E+02 , 0.829865776E+01
48 , 0.256363636E+02 , 0.829867069E+01
49 , 0.261818182E+02 , 0.829867916E+01
50 , 0.267272727E+02 , 0.829868334E+01
51 , 0.272727273E+02 , 0.829868334E+01
52 , 0.278181818E+02 , 0.829867916E+01
53 , 0.283636364E+02 , 0.829867069E+01
54 , 0.289090909E+02 , 0.829865776E+01
55 , 0.294545455E+02 , 0.829864010E+01
56 , 0.300000000E+02 , 0.829861735E+01
57 , 0.305454545E+02 , 0.829858907E+01
58 , 0.310909091E+02 , 0.829855475E+01
59 , 0.316363636E+02 , 0.829851380E+01
60 , 0.321818182E+02 , 0.829846557E+01
61 , 0.327272727E+02 , 0.829840936E+01
62 , 0.332727273E+02 , 0.829834443E+01
63 , 0.338181818E+02 , 0.829827000E+01
64 , 0.343636364E+02 , 0.829818529E+01
65 , 0.349090909E+02 , 0.829808951E+01
66 , 0.354545455E+02 , 0.829798189E+01
67 , 0.360000000E+02 , 0.829786174E+01
68 , 0.365454545E+02 , 0.829772841E+01
69 , 0.370909091E+02 , 0.829758142E+01
70 , 0.376363636E+02 , 0.829742041E+01
71 , 0.381818182E+02 , 0.829724528E+01
72 , 0.387272727E+02 , 0.829705623E+01
73 , 0.392727273E+02 , 0.829685384E+01
74 , 0.398181818E+02 , 0.829663916E+01
75 , 0.403636364E+02 , 0.829641390E+01
76 , 0.409090909E+02 , 0.829618051E+01
77 , 0.414545455E+02 , 0.829594239E+01
78 , 0.420000000E+02 , 0.829570412E+01
79 , 0.425454545E+02 , 0.829547164E+01
80 , 0.430909091E+02 , 0.829525258E+01
81 , 0.436363636E+02 , 0.829505653E+01
82 , 0.441818182E+02 , 0.829489536E+01
83 , 0.447272727E+02 , 0.829478353E+01
84 , 0.452727273E+02 , 0.829473846E+01
85 , 0.458181818E+02 , 0.829478078E+01
86 , 0.463636364E+02 , 0.829493457E+01
87 , 0.469090909E+02 , 0.829522747E+01
88 , 0.474545455E+02 , 0.829569059E+01
89 , 0.480000000E+02 , 0.829635824E+01
90 , 0.485454545E+02 , 0.829726717E+01
91 , 0.490909091E+02 , 0.829845545E+01
92 , 0.496363636E+02 , 0.829996055E+01
93 , 0.501818182E+02 , 0.830181646E+01
94 , 0.507272727E+02 , 0.830404936E+01
95 , 0.512727273E+02 , 0.830667062E+01
96 , 0.518181818E+02 , 0.830966515E+01
97 , 0.523636364E+02 , 0.831296929E+01
98 , 0.529090909E+02 , 0.831642117E+01
99 , 0.534545455E+02 , 0.831962242E+01
100 , 0.540000000E+02 , 0.832143745E+01
GRAPH: 4
N ABSCISSA ORDINATE
1 , 0.000000000E+00 , -0.173149734E-12
2 , 0.545454545E+00 , 0.521911200E-12
3 , 0.109090909E+01 , -0.174216464E-12
4 , 0.163636364E+01 , -0.694004065E-12
5 , 0.218181818E+01 , 0.521195408E-12
6 , 0.272727273E+01 , -0.104156854E-11
7 , 0.327272727E+01 , -0.692750091E-12
8 , 0.381818182E+01 , 0.174154953E-12
9 , 0.436363636E+01 , -0.694506027E-12
10 , 0.490909091E+01 , 0.693719882E-12
11 , 0.545454545E+01 , -0.171622332E-12
12 , 0.600000000E+01 , 0.135981053E-14
13 , 0.654545455E+01 , 0.347098933E-12
14 , 0.709090909E+01 , 0.344755440E-12
15 , 0.763636364E+01 , -0.520542785E-12
16 , 0.818181818E+01 , -0.521747414E-12
17 , 0.872727273E+01 , -0.172613985E-12
18 , 0.927272727E+01 , 0.120042104E-14
19 , 0.981818182E+01 , 0.105325483E-14
20 , 0.103636364E+02 , -0.348325958E-12
21 , 0.109090909E+02 , 0.347108399E-12
22 , 0.114545455E+02 , -0.114838274E-14
23 , 0.120000000E+02 , -0.123927469E-15
24 , 0.125454545E+02 , 0.522223518E-12
25 , 0.130909091E+02 , 0.346199449E-12
26 , 0.136363636E+02 , 0.868318364E-13
27 , 0.141818182E+02 , -0.845486135E-16
28 , 0.147272727E+02 , -0.858963640E-13
29 , 0.152727273E+02 , -0.609340619E-12
30 , 0.158181818E+02 , 0.175045377E-12
31 , 0.163636364E+02 , 0.861106989E-13
32 , 0.169090909E+02 , 0.484997596E-15
33 , 0.174545455E+02 , -0.347015847E-12
34 , 0.180000000E+02 , 0.172544208E-12
35 , 0.185454545E+02 , 0.872469740E-13
36 , 0.190909091E+02 , -0.884526170E-13
37 , 0.196363636E+02 , -0.844228568E-13
38 , 0.201818182E+02 , 0.216793923E-12
39 , 0.207272727E+02 , 0.259506846E-12
40 , 0.212727273E+02 , 0.173589242E-12
41 , 0.218181818E+02 , 0.220274216E-12
42 , 0.223636364E+02 , 0.176283995E-12
43 , 0.229090909E+02 , -0.458252263E-13
44 , 0.234545455E+02 , 0.130373914E-12
45 , 0.240000000E+02 , 0.108181447E-12
46 , 0.245454545E+02 , -0.195154414E-13
47 , 0.250909091E+02 , -0.660641149E-13
48 , 0.256363636E+02 , 0.956959916E-13
49 , 0.261818182E+02 , 0.290332182E-12
50 , 0.267272727E+02 , -0.298100725E-12
51 , 0.272727273E+02 , -0.125874475E-13
52 , 0.278181818E+02 , 0.227254244E-12
53 , 0.283636364E+02 , 0.118953540E-12
54 , 0.289090909E+02 , -0.430006597E-13
55 , 0.294545455E+02 , -0.153052438E-12
56 , 0.300000000E+02 , 0.667933355E-13
57 , 0.305454545E+02 , -0.219819777E-14
58 , 0.310909091E+02 , 0.417500816E-13
59 , 0.316363636E+02 , -0.264868470E-12
60 , 0.321818182E+02 , -0.134478971E-12
61 , 0.327272727E+02 , 0.129990228E-12
62 , 0.332727273E+02 , 0.541604016E-14
63 , 0.338181818E+02 , 0.302885680E-12
64 , 0.343636364E+02 , -0.263188242E-12
65 , 0.349090909E+02 , -0.521623372E-12
66 , 0.354545455E+02 , -0.878268350E-13
67 , 0.360000000E+02 , 0.116040551E-15
68 , 0.365454545E+02 , 0.172955818E-12
69 , 0.370909091E+02 , -0.179540663E-12
70 , 0.376363636E+02 , -0.259839178E-12
71 , 0.381818182E+02 , 0.172105513E-12
72 , 0.387272727E+02 , -0.884216273E-13
73 , 0.392727273E+02 , 0.862602321E-13
74 , 0.398181818E+02 , -0.516999437E-12
75 , 0.403636364E+02 , -0.107451593E-14
76 , 0.409090909E+02 , 0.170240801E-12
77 , 0.414545455E+02 , -0.173556802E-14
78 , 0.420000000E+02 , -0.145213626E-14
79 , 0.425454545E+02 , 0.348974711E-12
80 , 0.430909091E+02 , 0.346187608E-12
81 , 0.436363636E+02 , -0.349869360E-12
82 , 0.441818182E+02 , 0.693135807E-12
83 , 0.447272727E+02 , 0.347304194E-12
84 , 0.452727273E+02 , -0.866008010E-12
85 , 0.458181818E+02 , -0.173801840E-12
86 , 0.463636364E+02 , 0.523658257E-12
87 , 0.469090909E+02 , -0.350092759E-12
88 , 0.474545455E+02 , -0.908862735E-15
89 , 0.480000000E+02 , -0.732926306E-14
90 , 0.485454545E+02 , -0.521107499E-12
91 , 0.490909091E+02 , 0.346195995E-12
92 , 0.496363636E+02 , -0.519853150E-12
93 , 0.501818182E+02 , 0.121437013E-11
94 , 0.507272727E+02 , -0.349151643E-12
95 , 0.512727273E+02 , -0.519276717E-12
96 , 0.518181818E+02 , -0.176731074E-12
97 , 0.523636364E+02 , -0.688861123E-12
98 , 0.529090909E+02 , 0.170281933E-12
99 , 0.534545455E+02 , -0.867668753E-12
100 , 0.540000000E+02 , -0.175878929E-12
GRAPH: 2
N ABSCISSA ORDINATE
1 , -0.180000000E+03 , -0.519455566E-12
2 , -0.177750000E+03 , 0.325461970E+00
3 , -0.175500000E+03 , 0.650382909E+00
4 , -0.173250000E+03 , 0.974230038E+00
5 , -0.171000000E+03 , 0.129648631E+01
6 , -0.168750000E+03 , 0.161665627E+01
7 , -0.166500000E+03 , 0.193426930E+01
8 , -0.164250000E+03 , 0.224887941E+01
9 , -0.162000000E+03 , 0.256006099E+01
10 , -0.159750000E+03 , 0.286740090E+01
11 , -0.157500000E+03 , 0.317048810E+01
12 , -0.155250000E+03 , 0.346890305E+01
13 , -0.153000000E+03 , 0.376220955E+01
14 , -0.150750000E+03 , 0.404995118E+01
15 , -0.148500000E+03 , 0.433165377E+01
16 , -0.146250000E+03 , 0.460683322E+01
17 , -0.144000000E+03 , 0.487500692E+01
18 , -0.141750000E+03 , 0.513570559E+01
19 , -0.139500000E+03 , 0.538848274E+01
20 , -0.137250000E+03 , 0.563291912E+01
21 , -0.135000000E+03 , 0.586862196E+01
22 , -0.132750000E+03 , 0.609522005E+01
23 , -0.130500000E+03 , 0.631235763E+01
24 , -0.128250000E+03 , 0.651968976E+01
25 , -0.126000000E+03 , 0.671688144E+01
26 , -0.123750000E+03 , 0.690361023E+01
27 , -0.121500000E+03 , 0.707957076E+01
28 , -0.119250000E+03 , 0.724447862E+01
29 , -0.117000000E+03 , 0.739807202E+01
30 , -0.114750000E+03 , 0.754011078E+01
31 , -0.112500000E+03 , 0.767037468E+01
32 , -0.110250000E+03 , 0.778866302E+01
33 , -0.108000000E+03 , 0.789479726E+01
34 , -0.105750000E+03 , 0.798862648E+01
35 , -0.103500000E+03 , 0.807003360E+01
36 , -0.101250000E+03 , 0.813893948E+01
37 , -0.990000000E+02 , 0.819530257E+01
38 , -0.967500000E+02 , 0.823911313E+01
39 , -0.945000000E+02 , 0.827038288E+01
40 , -0.922500000E+02 , 0.828913253E+01
41 , -0.900000000E+02 , 0.829538009E+01
42 , -0.877500000E+02 , 0.828913253E+01
43 , -0.855000000E+02 , 0.827038288E+01
44 , -0.832500000E+02 , 0.823911313E+01
45 , -0.810000000E+02 , 0.819530257E+01
46 , -0.787500000E+02 , 0.813893948E+01
47 , -0.765000000E+02 , 0.807003360E+01
48 , -0.742500000E+02 , 0.798862648E+01
49 , -0.720000000E+02 , 0.789479726E+01
50 , -0.697500000E+02 , 0.778866302E+01
51 , -0.675000000E+02 , 0.767037468E+01
52 , -0.652500000E+02 , 0.754011078E+01
53 , -0.630000000E+02 , 0.739807202E+01
54 , -0.607500000E+02 , 0.724447862E+01
55 , -0.585000000E+02 , 0.707957076E+01
56 , -0.562500000E+02 , 0.690361023E+01
57 , -0.540000000E+02 , 0.671688144E+01
58 , -0.517500000E+02 , 0.651968976E+01
59 , -0.495000000E+02 , 0.631235763E+01
60 , -0.472500000E+02 , 0.609522005E+01
61 , -0.450000000E+02 , 0.586862196E+01
62 , -0.427500000E+02 , 0.563291912E+01
63 , -0.405000000E+02 , 0.538848274E+01
64 , -0.382500000E+02 , 0.513570559E+01
65 , -0.360000000E+02 , 0.487500692E+01
66 , -0.337500000E+02 , 0.460683322E+01
67 , -0.315000000E+02 , 0.433165377E+01
68 , -0.292500000E+02 , 0.404995118E+01
69 , -0.270000000E+02 , 0.376220955E+01
70 , -0.247500000E+02 , 0.346890305E+01
71 , -0.225000000E+02 , 0.317048810E+01
72 , -0.202500000E+02 , 0.286740090E+01
73 , -0.180000000E+02 , 0.256006099E+01
74 , -0.157500000E+02 , 0.224887941E+01
75 , -0.135000000E+02 , 0.193426930E+01
76 , -0.112500000E+02 , 0.161665627E+01
77 , -0.900000000E+01 , 0.129648631E+01
78 , -0.675000000E+01 , 0.974230038E+00
79 , -0.450000000E+01 , 0.650382909E+00
80 , -0.225000000E+01 , 0.325461970E+00
81 , 0.000000000E+00 , 0.519327296E-12
82 , 0.225000000E+01 , -0.325461970E+00
83 , 0.450000000E+01 , -0.650382909E+00
84 , 0.675000000E+01 , -0.974230038E+00
85 , 0.900000000E+01 , -0.129648631E+01
86 , 0.112500000E+02 , -0.161665627E+01
87 , 0.135000000E+02 , -0.193426930E+01
88 , 0.157500000E+02 , -0.224887941E+01
89 , 0.180000000E+02 , -0.256006099E+01
90 , 0.202500000E+02 , -0.286740090E+01
91 , 0.225000000E+02 , -0.317048810E+01
92 , 0.247500000E+02 , -0.346890305E+01
93 , 0.270000000E+02 , -0.376220955E+01
94 , 0.292500000E+02 , -0.404995118E+01
95 , 0.315000000E+02 , -0.433165377E+01
96 , 0.337500000E+02 , -0.460683322E+01
97 , 0.360000000E+02 , -0.487500692E+01
98 , 0.382500000E+02 , -0.513570559E+01
99 , 0.405000000E+02 , -0.538848274E+01
100 , 0.427500000E+02 , -0.563291912E+01
101 , 0.450000000E+02 , -0.586862196E+01
102 , 0.472500000E+02 , -0.609522005E+01
103 , 0.495000000E+02 , -0.631235763E+01
104 , 0.517500000E+02 , -0.651968976E+01
105 , 0.540000000E+02 , -0.671688144E+01
106 , 0.562500000E+02 , -0.690361023E+01
107 , 0.585000000E+02 , -0.707957076E+01
108 , 0.607500000E+02 , -0.724447862E+01
109 , 0.630000000E+02 , -0.739807202E+01
110 , 0.652500000E+02 , -0.754011078E+01
111 , 0.675000000E+02 , -0.767037468E+01
112 , 0.697500000E+02 , -0.778866302E+01
113 , 0.720000000E+02 , -0.789479726E+01
114 , 0.742500000E+02 , -0.798862648E+01
115 , 0.765000000E+02 , -0.807003360E+01
116 , 0.787500000E+02 , -0.813893948E+01
117 , 0.810000000E+02 , -0.819530257E+01
118 , 0.832500000E+02 , -0.823911313E+01
119 , 0.855000000E+02 , -0.827038288E+01
120 , 0.877500000E+02 , -0.828913253E+01
121 , 0.900000000E+02 , -0.829538009E+01
122 , 0.922500000E+02 , -0.828913253E+01
123 , 0.945000000E+02 , -0.827038288E+01
124 , 0.967500000E+02 , -0.823911313E+01
125 , 0.990000000E+02 , -0.819530257E+01
126 , 0.101250000E+03 , -0.813893948E+01
127 , 0.103500000E+03 , -0.807003360E+01
128 , 0.105750000E+03 , -0.798862648E+01
129 , 0.108000000E+03 , -0.789479726E+01
130 , 0.110250000E+03 , -0.778866302E+01
131 , 0.112500000E+03 , -0.767037468E+01
132 , 0.114750000E+03 , -0.754011078E+01
133 , 0.117000000E+03 , -0.739807202E+01
134 , 0.119250000E+03 , -0.724447862E+01
135 , 0.121500000E+03 , -0.707957076E+01
136 , 0.123750000E+03 , -0.690361023E+01
137 , 0.126000000E+03 , -0.671688144E+01
138 , 0.128250000E+03 , -0.651968976E+01
139 , 0.130500000E+03 , -0.631235763E+01
140 , 0.132750000E+03 , -0.609522005E+01
141 , 0.135000000E+03 , -0.586862196E+01
142 , 0.137250000E+03 , -0.563291912E+01
143 , 0.139500000E+03 , -0.538848274E+01
144 , 0.141750000E+03 , -0.513570559E+01
145 , 0.144000000E+03 , -0.487500692E+01
146 , 0.146250000E+03 , -0.460683322E+01
147 , 0.148500000E+03 , -0.433165377E+01
148 , 0.150750000E+03 , -0.404995118E+01
149 , 0.153000000E+03 , -0.376220955E+01
150 , 0.155250000E+03 , -0.346890305E+01
151 , 0.157500000E+03 , -0.317048810E+01
152 , 0.159750000E+03 , -0.286740090E+01
153 , 0.162000000E+03 , -0.256006099E+01
154 , 0.164250000E+03 , -0.224887941E+01
155 , 0.166500000E+03 , -0.193426930E+01
156 , 0.168750000E+03 , -0.161665627E+01
157 , 0.171000000E+03 , -0.129648631E+01
158 , 0.173250000E+03 , -0.974230038E+00
159 , 0.175500000E+03 , -0.650382909E+00
160 , 0.177750000E+03 , -0.325461970E+00
GRAPH: 3
N ABSCISSA ORDINATE
1 , -0.180000000E+03 , 0.829494437E+01
2 , -0.177750000E+03 , 0.828852829E+01
3 , -0.175500000E+03 , 0.826929940E+01
4 , -0.173250000E+03 , 0.823731446E+01
5 , -0.171000000E+03 , 0.819266361E+01
6 , -0.168750000E+03 , 0.813546393E+01
7 , -0.166500000E+03 , 0.806585108E+01
8 , -0.164250000E+03 , 0.798396984E+01
9 , -0.162000000E+03 , 0.788996542E+01
10 , -0.159750000E+03 , 0.778397707E+01
11 , -0.157500000E+03 , 0.766613591E+01
12 , -0.155250000E+03 , 0.753656805E+01
13 , -0.153000000E+03 , 0.739540257E+01
14 , -0.150750000E+03 , 0.724278291E+01
15 , -0.148500000E+03 , 0.707887884E+01
16 , -0.146250000E+03 , 0.690389597E+01
17 , -0.144000000E+03 , 0.671808045E+01
18 , -0.141750000E+03 , 0.652171777E+01
19 , -0.139500000E+03 , 0.631512629E+01
20 , -0.137250000E+03 , 0.609864792E+01
21 , -0.135000000E+03 , 0.587263902E+01
22 , -0.132750000E+03 , 0.563746430E+01
23 , -0.130500000E+03 , 0.539349534E+01
24 , -0.128250000E+03 , 0.514111324E+01
25 , -0.126000000E+03 , 0.488071308E+01
26 , -0.123750000E+03 , 0.461270753E+01
27 , -0.121500000E+03 , 0.433752776E+01
28 , -0.119250000E+03 , 0.405562119E+01
29 , -0.117000000E+03 , 0.376744789E+01
30 , -0.114750000E+03 , 0.347347763E+01
31 , -0.112500000E+03 , 0.317418938E+01
32 , -0.110250000E+03 , 0.287007304E+01
33 , -0.108000000E+03 , 0.256163152E+01
34 , -0.105750000E+03 , 0.224938080E+01
35 , -0.103500000E+03 , 0.193384585E+01
36 , -0.101250000E+03 , 0.161555257E+01
37 , -0.990000000E+02 , 0.129501724E+01
38 , -0.967500000E+02 , 0.972736585E+00
39 , -0.945000000E+02 , 0.649181347E+00
40 , -0.922500000E+02 , 0.324795278E+00
41 , -0.900000000E+02 , 0.149395275E-12
42 , -0.877500000E+02 , -0.324795278E+00
43 , -0.855000000E+02 , -0.649181347E+00
44 , -0.832500000E+02 , -0.972736585E+00
45 , -0.810000000E+02 , -0.129501724E+01
46 , -0.787500000E+02 , -0.161555257E+01
47 , -0.765000000E+02 , -0.193384585E+01
48 , -0.742500000E+02 , -0.224938080E+01
49 , -0.720000000E+02 , -0.256163152E+01
50 , -0.697500000E+02 , -0.287007304E+01
51 , -0.675000000E+02 , -0.317418938E+01
52 , -0.652500000E+02 , -0.347347763E+01
53 , -0.630000000E+02 , -0.376744789E+01
54 , -0.607500000E+02 , -0.405562119E+01
55 , -0.585000000E+02 , -0.433752776E+01
56 , -0.562500000E+02 , -0.461270753E+01
57 , -0.540000000E+02 , -0.488071308E+01
58 , -0.517500000E+02 , -0.514111324E+01
59 , -0.495000000E+02 , -0.539349534E+01
60 , -0.472500000E+02 , -0.563746430E+01
61 , -0.450000000E+02 , -0.587263902E+01
62 , -0.427500000E+02 , -0.609864792E+01
63 , -0.405000000E+02 , -0.631512629E+01
64 , -0.382500000E+02 , -0.652171777E+01
65 , -0.360000000E+02 , -0.671808045E+01
66 , -0.337500000E+02 , -0.690389597E+01
67 , -0.315000000E+02 , -0.707887884E+01
68 , -0.292500000E+02 , -0.724278291E+01
69 , -0.270000000E+02 , -0.739540257E+01
70 , -0.247500000E+02 , -0.753656805E+01
71 , -0.225000000E+02 , -0.766613591E+01
72 , -0.202500000E+02 , -0.778397707E+01
73 , -0.180000000E+02 , -0.788996542E+01
74 , -0.157500000E+02 , -0.798396984E+01
75 , -0.135000000E+02 , -0.806585108E+01
76 , -0.112500000E+02 , -0.813546393E+01
77 , -0.900000000E+01 , -0.819266361E+01
78 , -0.675000000E+01 , -0.823731446E+01
79 , -0.450000000E+01 , -0.826929940E+01
80 , -0.225000000E+01 , -0.828852829E+01
81 , 0.000000000E+00 , -0.829494437E+01
82 , 0.225000000E+01 , -0.828852829E+01
83 , 0.450000000E+01 , -0.826929940E+01
84 , 0.675000000E+01 , -0.823731446E+01
85 , 0.900000000E+01 , -0.819266361E+01
86 , 0.112500000E+02 , -0.813546393E+01
87 , 0.135000000E+02 , -0.806585108E+01
88 , 0.157500000E+02 , -0.798396984E+01
89 , 0.180000000E+02 , -0.788996542E+01
90 , 0.202500000E+02 , -0.778397707E+01
91 , 0.225000000E+02 , -0.766613591E+01
92 , 0.247500000E+02 , -0.753656805E+01
93 , 0.270000000E+02 , -0.739540257E+01
94 , 0.292500000E+02 , -0.724278291E+01
95 , 0.315000000E+02 , -0.707887884E+01
96 , 0.337500000E+02 , -0.690389597E+01
97 , 0.360000000E+02 , -0.671808045E+01
98 , 0.382500000E+02 , -0.652171777E+01
99 , 0.405000000E+02 , -0.631512629E+01
100 , 0.427500000E+02 , -0.609864792E+01
101 , 0.450000000E+02 , -0.587263902E+01
102 , 0.472500000E+02 , -0.563746430E+01
103 , 0.495000000E+02 , -0.539349534E+01
104 , 0.517500000E+02 , -0.514111324E+01
105 , 0.540000000E+02 , -0.488071308E+01
106 , 0.562500000E+02 , -0.461270753E+01
107 , 0.585000000E+02 , -0.433752776E+01
108 , 0.607500000E+02 , -0.405562119E+01
109 , 0.630000000E+02 , -0.376744789E+01
110 , 0.652500000E+02 , -0.347347763E+01
111 , 0.675000000E+02 , -0.317418938E+01
112 , 0.697500000E+02 , -0.287007304E+01
113 , 0.720000000E+02 , -0.256163152E+01
114 , 0.742500000E+02 , -0.224938080E+01
115 , 0.765000000E+02 , -0.193384585E+01
116 , 0.787500000E+02 , -0.161555257E+01
117 , 0.810000000E+02 , -0.129501724E+01
118 , 0.832500000E+02 , -0.972736585E+00
119 , 0.855000000E+02 , -0.649181347E+00
120 , 0.877500000E+02 , -0.324795278E+00
121 , 0.900000000E+02 , 0.196428911E-12
122 , 0.922500000E+02 , 0.324795278E+00
123 , 0.945000000E+02 , 0.649181347E+00
124 , 0.967500000E+02 , 0.972736585E+00
125 , 0.990000000E+02 , 0.129501724E+01
126 , 0.101250000E+03 , 0.161555257E+01
127 , 0.103500000E+03 , 0.193384585E+01
128 , 0.105750000E+03 , 0.224938080E+01
129 , 0.108000000E+03 , 0.256163152E+01
130 , 0.110250000E+03 , 0.287007304E+01
131 , 0.112500000E+03 , 0.317418938E+01
132 , 0.114750000E+03 , 0.347347763E+01
133 , 0.117000000E+03 , 0.376744789E+01
134 , 0.119250000E+03 , 0.405562119E+01
135 , 0.121500000E+03 , 0.433752776E+01
136 , 0.123750000E+03 , 0.461270753E+01
137 , 0.126000000E+03 , 0.488071308E+01
138 , 0.128250000E+03 , 0.514111324E+01
139 , 0.130500000E+03 , 0.539349534E+01
140 , 0.132750000E+03 , 0.563746430E+01
141 , 0.135000000E+03 , 0.587263902E+01
142 , 0.137250000E+03 , 0.609864792E+01
143 , 0.139500000E+03 , 0.631512629E+01
144 , 0.141750000E+03 , 0.652171777E+01
145 , 0.144000000E+03 , 0.671808045E+01
146 , 0.146250000E+03 , 0.690389597E+01
147 , 0.148500000E+03 , 0.707887884E+01
148 , 0.150750000E+03 , 0.724278291E+01
149 , 0.153000000E+03 , 0.739540257E+01
150 , 0.155250000E+03 , 0.753656805E+01
151 , 0.157500000E+03 , 0.766613591E+01
152 , 0.159750000E+03 , 0.778397707E+01
153 , 0.162000000E+03 , 0.788996542E+01
154 , 0.164250000E+03 , 0.798396984E+01
155 , 0.166500000E+03 , 0.806585108E+01
156 , 0.168750000E+03 , 0.813546393E+01
157 , 0.171000000E+03 , 0.819266361E+01
158 , 0.173250000E+03 , 0.823731446E+01
159 , 0.175500000E+03 , 0.826929940E+01
160 , 0.177750000E+03 , 0.828852829E+01
NUMBER OF OBJECTIVES AND CONSTRAINTS ............... 3
OBJECTIVE S1 S2 OPER OBJECTIVE WEIGHTED OBJ
B 3 1 MIN2 -0.2439E+01 0.5950E+01
B 5 1 MIN2 -0.4364E+01 0.9522E+02
B 7 1 MIN2 0.1544E+01 0.2385E+02
OBJECTIVE FUNCTION VALUE : 0.1250177E+03
PENALTY TERM FOR VIOLATED BOUNDS : 0.0000000E+00
SUMM OF ALL TERMS : 0.1250177E+03
DURATION ............................................ 0: 0: 7
*****************************************************************
* END OF THIS ROXIE CALCULATION *
*****************************************************************
List Artefacts and download¶
print(runner.get_artefact_list())
with tempfile.TemporaryDirectory() as tmp_folder_name:
tmp_folder_path = pathlib.Path(tmp_folder_name)
print(tmp_folder_path)
print(tmp_folder_path.is_dir())
runner.download_artefacts(tmp_folder_path)
for file in tmp_folder_path.iterdir():
print(f"Downloaded file: {file.name}")
['dipole_iron.matrf', 'warn_exist', 'dipole_iron.output', 'dipole_iron.post.xml', 'dipole_iron.pdf', 'dipole_iron.post', 'dipole_iron.vfem']
/tmp/tmp7egvxf10
True
Downloaded file: warn_exist
Downloaded file: dipole_iron.pdf
Downloaded file: dipole_iron.matrf
Downloaded file: dipole_iron.vfem
Downloaded file: dipole_iron.post.xml
Downloaded file: dipole_iron.output
Downloaded file: dipole_iron.post
Total running time of the script: (0 minutes 8.837 seconds)