Surface temperature user subroutines
10 CONTINUE CLOSE (89)
C--- New manikin surface temperature (K)! TORHF=TCL(IREG)+TREF
RETURN END
Appendix C
Geometries and problem specification summaries for the cases
Virtual calibration
*** YOU ARE RUNNING 64 BIT PRECISION VERSION *** *** GEOMETRICAL CALCULATIONS STARTED
*** GEOMETRICAL CALCULATIONS COMPLETED
|---|
| STAR VERSION 3.100B |
| THERMOFLUIDS ANALYSIS CODE |
| Run on hardware: Windows_NT |
|---|
|---|
| STAR Copyright (C) 1988-2001, Computational Dynamics Ltd. | |---|
|---|
| --- PROBLEM SPECIFICATION SUMMARY --- |
|---|
| CASE TITLE ... => VCAL |
| NUMBER OF CELLS ... => 63556 |
| NUMBER OF BOUNDARY FACES .... => 10260 |
| MESH DIMENSIONS XMIN XMAX YMIN YMAX ZMIN ZMAX | | (IN METRES) ... => -6.0E-01 1.4E+00 0.0E+00 2.0E+00 -7.5E-01 1.3E+00 | | RESTART DATA ... => WILL BE SAVED ON FILE.pst |
| POST DATA ... => USER ROUTINE WITHOUT WALL FORCES |
| SURFACE DATA ... => WILL BE SAVED ON FILE.pst |
| BOUNDARY DATA ... => WILL NOT BE PRINTED |
| CONVERGENCE DATA ... => WILL NOT BE PRINTED |
| FIELD DATA ... => WILL BE PRINTED |
| STEADY FLOW ... => START FROM ITERATION = 0 |
| INITIALISATION ... => WILL BE EMPLOYED |
| DATA DUMP (FILE.pst)... => EVERY 10 ITERATIONS |
| SOLUTION PROCEDURE ... => SIMPLE |
| RESIDUAL TOLERANCE ... => 1.00E-02 |
| MAX. NO. OF ITERATIONS ... => 2500 |
| NO. OF FLUID MATERIALS ... => 1 |
|---|
|-> FLUID 1 ---|
|---|
| SOLVE ... => U, V, W, P, T,DEN, |
| FLUID FLOW ... => TURBULENT INCOMPRESSIBLE CONST.TURBUL.VISC. |
| MONITORING LOCATION ... => 1 |
| PRESSURE REF. CELL ... => 1 |
| REFERENCE PRESSURE ... => PREF = 1.000E+05 Pa |
| REFERENCE TEMPERATURE ... => TREF = 2.731E+02 K |
| MOLECULAR VISCOSITY ... => CONSTANT - MU = 1.810E-05 Pas |
| DENSITY ... => IDEAL GAS: MOLW = 2.896E+01 |
| SPECIFIC HEAT ... => CONSTANT - C = 1.006E+03 J/kgK |
| CONDUCTIVITY ... => CONSTANT - K = 2.637E-02 W/mK |
| TURBULENT PRANDTL NUMBER... => PRTUR = 9.000E-01 |
| FIXED FLOW BOUNDARY FLUXES... => FVIN = 1.169E-01 kg/s FVOUT = 0.000E+00 kg/s |
| => FLOUT = 0.000E+00 kg/s |
| ACCELERATION ... => GRAVX= 0.00E+00 GRAVY=-9.81E+00 GRAVZ= 0.00E+00 |
| => REF.DEN.=1.205E+00 AT ( 0.00E+00, 0.00E+00, 0.00E+00) | |---|
|-> ADDITIONAL FEATURES USED ---|
|---|
| RAMFILES OPTION ENABLED |
|---|
|-> USER FORTRAN CODING USED ---|
|---|
| DEFINED BOUNDARY CONDITIONS |
|---|
|-> BOUNDARY TYPES USED ---|
|---|
| INLET, OUTLET, WALL, |
|---|
|-> SOLUTION PARAMETERS ---|
|---|
| VARIABLE | U V W P TE ED |
|---|
| RELA. FAC. | 7.000E-01 7.000E-01 7.000E-01 2.000E-01 7.000E-01 7.000E-01 |
| DIFF. SCH. | MARS MARS MARS - MARS MARS |
| DSCH. FAC. | 5.000E-01 5.000E-01 5.000E-01 - 5.000E-01 5.000E-01 |
| NORM. FAC. | 3.508E-03 3.508E-03 3.508E-03 1.169E-01 1.052E-04 3.157E-06 |
| SOLV. TOL. | 1.000E-01 1.000E-01 1.000E-01 5.000E-02 1.000E-01 1.000E-01 |
| SWEEP LIM. | 100 100 100 1000 100 100 |
|---|
| VARIABLE | T DENS TVIS MVIS CP COND |
|---|
| RELA. FAC. | 9.500E-01 1.000E+00 1.000E+00 1.000E+00 1.000E+00 1.000E+00 |
| DIFF. SCH. | MARS MARS - |
| DSCH. FAC. | 5.000E-01 - - - - - |
| NORM. FAC. | 2.923E+03 - - - - - |
| SOLV. TOL. | 1.000E-01 - - - - - |
| SWEEP LIM. | 100 - - - - - |
|---|
PROSTAR macro file, save as vcal.MAC !Author Håkan O. Nilsson, 2003
clrm,reverse
pldi,off,all $pldi,on,box $wind,0,0,15,10 $replot vc3d,-0.6,1.4,40,0,2,40,-0.75,1.25,40
cset newset grange,0.025,0.175,0.975,1.325,0.175,0.325 cset add grange,0.125,0.275,1.075,1.325,0.175,0.325 cset add grange,0.125,0.275,0.525,1.025,0.075,0.425 cset add grange,0.025,0.175,0.825,1.025,0.075,0.425 cset add grange,0.025,0.175,0.675,1.025,0.025,0.125 cset add grange,0.025,0.175,0.675,1.025,0.375,0.475 cset add grange,0.125,0.425,0.675,0.825,0.025,0.125 cset add grange,0.125,0.425,0.675,0.825,0.375,0.475 cset add grange,0.375,0.525,0.675,0.825,0.025,0.125 cset add grange,0.375,0.525,0.675,0.825,0.375,0.475 cset add grange,0.225,0.625,0.475,0.625,0.075,0.225 cset add grange,0.225,0.625,0.475,0.625,0.275,0.425 cset add grange,0.525,0.625,0.075,0.525,0.075,0.225 cset add grange,0.525,0.625,0.075,0.525,0.275,0.425 cset add grange,0.525,0.725,-0.025,0.125,0.075,0.225 cset add grange,0.525,0.725,-0.025,0.125,0.275,0.425 cset add grange,0.025,0.175,0.525,0.875,0.075,0.425 cset add grange,0.025,0.275,0.475,0.575,0.075,0.425 cdel,cset
Case 1
|---|
| --- PROBLEM SPECIFICATION SUMMARY --- |
|---|
| CASE TITLE ... => CASE 1 |
| NUMBER OF CELLS ... => 293252 |
| NUMBER OF BOUNDARY FACES .... => 27556 |
| MESH DIMENSIONS XMIN XMAX YMIN YMAX ZMIN ZMAX | | (IN METRES) ... => -8.0E-01 3.2E+00 0.0E+00 2.7E+00 -1.4E+00 1.9E+00 | | RESTART DATA ... => WILL BE SAVED ON FILE.pst |
| POST DATA ... => USER ROUTINE WITHOUT WALL FORCES |
| SURFACE DATA ... => WILL BE SAVED ON FILE.pst |
| BOUNDARY DATA ... => WILL NOT BE PRINTED |
| CONVERGENCE DATA ... => WILL NOT BE PRINTED |
| FIELD DATA ... => WILL BE PRINTED |
| STEADY FLOW ... => START FROM ITERATION = 0 |
| INITIALISATION ... => WILL BE EMPLOYED |
| DATA DUMP (FILE.pst)... => EVERY 10 ITERATIONS |
| SOLUTION PROCEDURE ... => SIMPLE |
| RESIDUAL TOLERANCE ... => 1.00E-02 |
| MAX. NO. OF ITERATIONS ... => 2500 |
| NO. OF FLUID MATERIALS ... => 1 |
|---|
|-> FLUID 1 ---|
|---|
| SOLVE ... => U, V, W, P, T,DEN, |
| (STATIC ENTHALPY, THERMAL FORM TRANSPORTED) |
| FLUID FLOW ... => TURBULENT INCOMPRESSIBLE CONST.TURBUL.VISC. |
| MONITORING LOCATION ... => 146832 |
| PRESSURE REF. CELL ... => 146832 |
| REFERENCE PRESSURE ... => PREF = 1.000E+05 Pa |
| REFERENCE TEMPERATURE ... => TREF = 2.731E+02 K |
| MOLECULAR VISCOSITY ... => CONSTANT - MU = 1.810E-05 Pas |
| DENSITY ... => IDEAL GAS: MOLW = 2.896E+01 |
| SPECIFIC HEAT ... => CONSTANT - C = 1.006E+03 J/kgK |
| CONDUCTIVITY ... => CONSTANT - K = 2.637E-02 W/mK |
| TURBULENT PRANDTL NUMBER... => PRTUR = 9.000E-01 |
| FIXED FLOW BOUNDARY FLUXES... => FVIN = 1.142E-02 kg/s FVOUT = 0.000E+00 kg/s |
| => FLOUT = 0.000E+00 kg/s |
| ACCELERATION ... => GRAVX= 0.00E+00 GRAVY=-9.81E+00 GRAVZ= 0.00E+00 |
| => REF.DEN.=1.205E+00 AT ( 0.00E+00, 0.00E+00, 0.00E+00) | |---|
|-> ADDITIONAL FEATURES USED ---|
|---|
| RAMFILES OPTION ENABLED |
|---|
|-> USER FORTRAN CODING USED ---|
|---|
| DEFINED BOUNDARY CONDITIONS |
|---|
|-> BOUNDARY TYPES USED ---|
|---|
| INLET, OUTLET, WALL, |
|---|
|---|
| VARIABLE | U V W P TE ED |
|---|
| RELA. FAC. | 7.000E-01 7.000E-01 7.000E-01 2.000E-01 7.000E-01 7.000E-01 |
| DIFF. SCH. | MARS MARS MARS - MARS MARS |
| DSCH. FAC. | 2.500E-01 2.500E-01 2.500E-01 - 5.000E-01 5.000E-01 |
| NORM. FAC. | 9.133E-04 9.133E-04 9.133E-04 1.142E-02 7.306E-05 5.845E-06 |
| SOLV. TOL. | 1.000E-01 1.000E-01 1.000E-01 5.000E-02 1.000E-01 1.000E-01 |
| SWEEP LIM. | 100 100 100 1000 100 100 |
|---|
| VARIABLE | T DENS TVIS MVIS CP COND |
|---|
| RELA. FAC. | 9.500E-01 1.000E+00 1.000E+00 1.000E+00 1.000E+00 1.000E+00 |
| DIFF. SCH. | MARS MARS - |
| DSCH. FAC. | 5.000E-01 - - - - - |
| NORM. FAC. | 2.268E+02 - - - - - |
| SOLV. TOL. | 1.000E-01 - - - - - |
| SWEEP LIM. | 100 - - - - - |
|---|
PROSTAR macro file, save as case1.MAC !Author Håkan O. Nilsson, 2003
clrm,reverse
pldi,off,all $pldi,on,box $wind,0,0,15,10 $replot vc3d,-0.8,3.2,80,0,2.7,54,-1.45,1.95,68
cset newset grange,0.025,0.175,0.975,1.325,0.175,0.325 cset add grange,0.125,0.275,1.075,1.325,0.175,0.325 cset add grange,0.125,0.275,0.525,1.025,0.075,0.425 cset add grange,0.025,0.175,0.825,1.025,0.075,0.425 cset add grange,0.025,0.175,0.675,1.025,0.025,0.125 cset add grange,0.025,0.175,0.675,1.025,0.375,0.475 cset add grange,0.125,0.425,0.675,0.825,0.025,0.125 cset add grange,0.125,0.425,0.675,0.825,0.375,0.475 cset add grange,0.375,0.525,0.675,0.825,0.025,0.125 cset add grange,0.375,0.525,0.675,0.825,0.375,0.475 cset add grange,0.225,0.625,0.475,0.625,0.075,0.225 cset add grange,0.225,0.625,0.475,0.625,0.275,0.425 cset add grange,0.525,0.625,0.075,0.525,0.075,0.225 cset add grange,0.525,0.625,0.075,0.525,0.275,0.425 cset add grange,0.525,0.725,-0.025,0.125,0.075,0.225 cset add grange,0.525,0.725,-0.025,0.125,0.275,0.425 cset add grange,0.025,0.175,0.525,0.875,0.075,0.425 cset add grange,0.025,0.275,0.475,0.575,0.075,0.425 cset add grange,-0.825,-0.575,-0.025,0.225,0.125,0.375 cdel,cset
Case 2
|---|
| --- PROBLEM SPECIFICATION SUMMARY --- |
|---|
| CASE TITLE ... => CASE 2 |
| NUMBER OF CELLS ... => 252564 |
| NUMBER OF BOUNDARY FACES .... => 26516 |
| MESH DIMENSIONS XMIN XMAX YMIN YMAX ZMIN ZMAX | | (IN METRES) ... => -1.8E+00 1.0E+00 0.0E+00 3.0E+00 -9.0E-01 2.9E+00 | | RESTART DATA ... => WILL BE SAVED ON FILE.pst |
| POST DATA ... => USER ROUTINE WITHOUT WALL FORCES |
| SURFACE DATA ... => WILL BE SAVED ON FILE.pst |
| BOUNDARY DATA ... => WILL NOT BE PRINTED |
| CONVERGENCE DATA ... => WILL NOT BE PRINTED |
| FIELD DATA ... => WILL BE PRINTED |
| STEADY FLOW ... => START FROM ITERATION = 0 |
| INITIALISATION ... => WILL BE EMPLOYED |
| DATA DUMP (FILE.pst)... => EVERY 10 ITERATIONS |
| SOLUTION PROCEDURE ... => SIMPLE |
| RESIDUAL TOLERANCE ... => 1.00E-02 |
| MAX. NO. OF ITERATIONS ... => 2500 |
| NO. OF FLUID MATERIALS ... => 1 |
|---|
|-> FLUID 1 ---|
|---|
| SOLVE ... => U, V, W, P, T,DEN, |
| (STATIC ENTHALPY, THERMAL FORM TRANSPORTED) |
| FLUID FLOW ... => TURBULENT INCOMPRESSIBLE CONST.TURBUL.VISC. |
| MONITORING LOCATION ... => 261967 |
| PRESSURE REF. CELL ... => 261967 |
| REFERENCE PRESSURE ... => PREF = 1.000E+05 Pa |
| REFERENCE TEMPERATURE ... => TREF = 2.731E+02 K |
| MOLECULAR VISCOSITY ... => CONSTANT - MU = 1.810E-05 Pas |
| DENSITY ... => IDEAL GAS: MOLW = 2.896E+01 |
| SPECIFIC HEAT ... => CONSTANT - C = 1.006E+03 J/kgK |
| CONDUCTIVITY ... => CONSTANT - K = 2.637E-02 W/mK |
| TURBULENT PRANDTL NUMBER... => PRTUR = 9.000E-01 |
| FIXED FLOW BOUNDARY FLUXES... => FVIN = 2.661E-02 kg/s FVOUT = 0.000E+00 kg/s |
| => FLOUT = 0.000E+00 kg/s |
| ACCELERATION ... => GRAVX= 0.00E+00 GRAVY=-9.81E+00 GRAVZ= 0.00E+00 |
| => REF.DEN.=1.205E+00 AT ( 0.00E+00, 0.00E+00, 0.00E+00) | |---|
|-> ADDITIONAL FEATURES USED ---|
|---|
| RAMFILES OPTION ENABLED |
|---|
|-> USER FORTRAN CODING USED ---|
|---|
| DEFINED BOUNDARY CONDITIONS |
|---|
|-> BOUNDARY TYPES USED ---|
|---|
| INLET, OUTLET, WALL, |
|---|
|---|
| VARIABLE | U V W P TE ED |
|---|
| RELA. FAC. | 7.000E-01 7.000E-01 7.000E-01 2.000E-01 7.000E-01 7.000E-01 |
| DIFF. SCH. | MARS MARS MARS - MARS MARS |
| DSCH. FAC. | 2.500E-01 2.500E-01 2.500E-01 - 5.000E-01 5.000E-01 |
| NORM. FAC. | 3.992E-03 3.992E-03 3.992E-03 2.661E-02 5.988E-04 8.981E-05 |
| SOLV. TOL. | 1.000E-01 1.000E-01 1.000E-01 5.000E-02 1.000E-01 1.000E-01 |
| SWEEP LIM. | 100 100 100 1000 100 100 |
|---|
| VARIABLE | T DENS TVIS MVIS CP COND |
|---|
| RELA. FAC. | 9.500E-01 1.000E+00 1.000E+00 1.000E+00 1.000E+00 1.000E+00 |
| DIFF. SCH. | MARS MARS - |
| DSCH. FAC. | 5.000E-01 - - - - - |
| NORM. FAC. | 5.716E+02 - - - - - |
| SOLV. TOL. | 1.000E-01 - - - - - |
| SWEEP LIM. | 100 - - - - - |
|---|
PROSTAR macro file, save as case2.MAC !Author Håkan O. Nilsson, 2003
clrm,reverse
pldi,off,all $pldi,on,box $wind,0,0,15,10 vc3d,-1.85,1.05,58,0,3,60,-0.90,2.9,76
cset newset grange,0.025,0.175,0.975,1.325,0.175,0.325 cset add grange,0.125,0.275,1.075,1.325,0.175,0.325 cset add grange,0.125,0.275,0.525,1.025,0.075,0.425 cset add grange,0.025,0.175,0.825,1.025,0.075,0.425 cset add grange,0.025,0.175,0.675,1.025,0.025,0.125 cset add grange,0.025,0.175,0.675,1.025,0.375,0.475 cset add grange,0.125,0.425,0.675,0.825,0.025,0.125 cset add grange,0.125,0.425,0.675,0.825,0.375,0.475 cset add grange,0.375,0.525,0.675,0.825,0.025,0.125 cset add grange,0.375,0.525,0.675,0.825,0.375,0.475 cset add grange,0.225,0.625,0.475,0.625,0.075,0.225 cset add grange,0.225,0.625,0.475,0.625,0.275,0.425 cset add grange,0.525,0.625,0.075,0.525,0.075,0.225 cset add grange,0.525,0.625,0.075,0.525,0.275,0.425 cset add grange,0.525,0.725,-0.025,0.125,0.075,0.225 cset add grange,0.525,0.725,-0.025,0.125,0.275,0.425 cset add grange,0.025,0.175,0.525,0.875,0.075,0.425 cset add grange,0.025,0.275,0.475,0.575,0.075,0.425 cset add grange,-1.875,1.075,0.675,3.025,-0.675,-0.925 cset add grange,0.225,1.075,0.625,0.725,1.225,-0.725 cset add grange,0.575,1.025,0.675,0.925,0.425,0.075 cdel,cset
Case 3
|---|
| --- PROBLEM SPECIFICATION SUMMARY --- |
|---|
| CASE TITLE ... => CASE 3 |
| NUMBER OF CELLS ... => 20868 |
| NUMBER OF BOUNDARY FACES .... => 5852 |
| MESH DIMENSIONS XMIN XMAX YMIN YMAX ZMIN ZMAX | | (IN METRES) ... => -5.0E-01 1.1E+00 0.0E+00 1.6E+00 -3.5E-01 8.5E-01 | | RESTART DATA ... => WILL BE SAVED ON FILE.pst |
| POST DATA ... => USER ROUTINE WITHOUT WALL FORCES |
| SURFACE DATA ... => WILL BE SAVED ON FILE.pst |
| BOUNDARY DATA ... => WILL NOT BE PRINTED |
| CONVERGENCE DATA ... => WILL NOT BE PRINTED |
| FIELD DATA ... => WILL BE PRINTED |
| STEADY FLOW ... => START FROM ITERATION = 0 |
| INITIALISATION ... => WILL BE EMPLOYED |
| DATA DUMP (FILE.pst)... => EVERY 10 ITERATIONS |
| SOLUTION PROCEDURE ... => SIMPLE |
| RESIDUAL TOLERANCE ... => 1.00E-02 |
| MAX. NO. OF ITERATIONS ... => 2500 |
| NO. OF FLUID MATERIALS ... => 1 |
|---|
|-> FLUID 1 ---|
|---|
| SOLVE ... => U, V, W, P, T,DEN, |
| (STATIC ENTHALPY, THERMAL FORM TRANSPORTED) |
| FLUID FLOW ... => TURBULENT INCOMPRESSIBLE CONST.TURBUL.VISC. |
| MONITORING LOCATION ... => 12241 |
| PRESSURE REF. CELL ... => 12241 |
| REFERENCE PRESSURE ... => PREF = 1.000E+05 Pa |
| REFERENCE TEMPERATURE ... => TREF = 2.731E+02 K |
| MOLECULAR VISCOSITY ... => CONSTANT - MU = 1.810E-05 Pas |
| DENSITY ... => IDEAL GAS: MOLW = 2.896E+01 |
| SPECIFIC HEAT ... => CONSTANT - C = 1.006E+03 J/kgK |
| CONDUCTIVITY ... => CONSTANT - K = 2.637E-02 W/mK |
| TURBULENT PRANDTL NUMBER... => PRTUR = 9.000E-01 |
| FIXED FLOW BOUNDARY FLUXES... => FVIN = 6.153E-01 kg/s FVOUT = 0.000E+00 kg/s |
| => FLOUT = 0.000E+00 kg/s |
| ACCELERATION ... => GRAVX= 0.00E+00 GRAVY=-9.81E+00 GRAVZ= 0.00E+00 |
| => REF.DEN.=1.205E+00 AT ( 0.00E+00, 0.00E+00, 0.00E+00) | |---|
|-> ADDITIONAL FEATURES USED ---|
|---|
| RAMFILES OPTION ENABLED |
|---|
|-> USER FORTRAN CODING USED ---|
|---|
| DEFINED BOUNDARY CONDITIONS |
|---|
|-> BOUNDARY TYPES USED ---|
|---|
| INLET, OUTLET, WALL, |
|---|
|-> SOLUTION PARAMETERS ---|
|---|
|---|
| RELA. FAC. | 7.000E-01 7.000E-01 7.000E-01 2.000E-01 7.000E-01 7.000E-01 |
| DIFF. SCH. | MARS MARS MARS - MARS MARS |
| DSCH. FAC. | 2.500E-01 2.500E-01 2.500E-01 - 5.000E-01 5.000E-01 |
| NORM. FAC. | 2.707E+00 2.707E+00 2.707E+00 6.153E-01 1.191E+01 5.241E+01 |
| SOLV. TOL. | 1.000E-01 1.000E-01 1.000E-01 5.000E-02 1.000E-01 1.000E-01 |
| SWEEP LIM. | 100 100 100 1000 100 100 |
|---|
| VARIABLE | T DENS TVIS MVIS CP COND |
|---|
| RELA. FAC. | 9.500E-01 1.000E+00 1.000E+00 1.000E+00 1.000E+00 1.000E+00 |
| DIFF. SCH. | MARS MARS - |
| DSCH. FAC. | 5.000E-01 - - - - - |
| NORM. FAC. | 1.594E+04 - - - - - |
| SOLV. TOL. | 1.000E-01 - - - - - |
| SWEEP LIM. | 100 - - - - - |
|---|
PROSTAR macro file, save as case3.MAC !Author Håkan O. Nilsson, 2003
clrm,reverse
pldi,off,all $pldi,on,box $wind,0,0,15,10 vc3d,-0.5,1.1,32,0,1.6,32,-0.35,0.85,24
cset newset grange,0.025,0.175,0.975,1.325,0.175,0.325 cset add grange,0.125,0.275,1.075,1.325,0.175,0.325 cset add grange,0.125,0.275,0.525,1.025,0.075,0.425 cset add grange,0.025,0.175,0.825,1.025,0.075,0.425 cset add grange,0.025,0.175,0.675,1.025,0.025,0.125 cset add grange,0.025,0.175,0.675,1.025,0.375,0.475 cset add grange,0.125,0.425,0.675,0.825,0.025,0.125 cset add grange,0.125,0.425,0.675,0.825,0.375,0.475 cset add grange,0.375,0.525,0.675,0.825,0.025,0.125 cset add grange,0.375,0.525,0.675,0.825,0.375,0.475 cset add grange,0.225,0.625,0.475,0.625,0.075,0.225 cset add grange,0.225,0.625,0.475,0.625,0.275,0.425 cset add grange,0.525,0.625,0.075,0.525,0.075,0.225 cset add grange,0.525,0.625,0.075,0.525,0.275,0.425 cset add grange,0.525,0.725,-0.025,0.125,0.075,0.225 cset add grange,0.525,0.725,-0.025,0.125,0.275,0.425 cset add grange,0.025,0.175,0.525,0.875,0.075,0.425 cset add grange,0.025,0.275,0.475,0.575,0.075,0.425 cset add grange,-0.175,-0.525,0.675,1.625,-0.375,0.875 cset add grange,0.775,1.125,0.575,0.825,-0.375,0.875 cset add grange,0.175,0.825,0.575,0.825,-0.375,-0.275 cset add grange,0.175,0.825,0.575,0.825,0.775,0.875 cdel,cset