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/dports/science/madness/madness-ebb3fd7/src/examples/
H A Dtdse1d.cc264 psi = expV(world, tstep*lambda, -xi*tstep*tstep*tstep)*psi0; psi.truncate(); in sympgrad4()
267 current_time += 0.5*tstep; in sympgrad4()
269 psi = expV(world, tstep*(1.0-2.0*lambda), -chi*tstep*tstep*tstep)*psi; psi.truncate(); in sympgrad4()
271 current_time += 0.5*tstep; in sympgrad4()
274 psi = expV(world, tstep*lambda, -xi*tstep*tstep*tstep)*psi; psi.truncate(); in sympgrad4()
301 current_time += rho*tstep; in sympgrad6()
302 psi = expV(world, tstep*nu, -mu*tstep*tstep*tstep)*psi; psi.truncate(); in sympgrad6()
308 psi = expV(world, tstep*(1.0-2.0*(lambda+nu)), -chi*tstep*tstep*tstep)*psi; psi.truncate(); in sympgrad6()
314 psi = expV(world, tstep*nu, -mu*tstep*tstep*tstep)*psi; psi.truncate(); in sympgrad6()
484 double tstep = 0.0; in main() local
[all …]
/dports/math/deal.ii/dealii-803d21ff957e349b3799cd3ef2c840bc78734305/examples/step-25/doc/
H A Danimate.sh22 tstep=0
35 while [ $tstep -lt $numtsteps ]
37 if [ $tstep -lt 10 ]; then
38 ztstep="0000"$tstep
39 elif [ $tstep -lt 100 ]; then
40 ztstep="000"$tstep
41 elif [ $tstep -lt 1000 ]; then
42 ztstep="00"$tstep
44 ztstep="0"$tstep
46 ztstep=$tstep
[all …]
/dports/graphics/plotutils/plotutils-2.6/ode/
H A Dama.c21 #define NEARSTOP (tstep > 0 ? \
22 t+0.9375*tstep > tstop && t+0.0625*tstep < tstop : \
23 t+0.9375*tstep < tstop && t+0.0625*tstep > tstop)
59 if (tstep * (t+tstep-tstop) > 0) in ama()
60 tstep = tstop - t; in ama()
95 symtab->sy_value = t + tstep; in ama()
134 tstep *= HALF; in ama()
143 tstep *= 2.0; in ama()
158 if (tstep*(t+tstep-tstop) > 0) in ama()
196 tstep *= HALF; in ama()
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H A Dstperr.c54 if (t + tstep == t) in hierror()
103 if (tstep > 0) in intpr()
104 if (!PASTSTOP(tstep)) in intpr()
106 if (tstep < 0) in intpr()
107 if (!BEFORESTOP(tstep)) in intpr()
109 if (tstep > 0) in intpr()
110 while (PASTSTOP(tstep)) in intpr()
111 tstep = HALF * tstep; in intpr()
112 if (tstep < 0) in intpr()
113 while (BEFORESTOP(tstep)) in intpr()
[all …]
H A Drka.c41 if (tstep * (t+tstep-tstop) > 0) in rka()
42 tstep = tstop - t; in rka()
45 fsp->sy_k[0] = tstep * fsp->sy_prime; in rka()
49 symtab->sy_value = t + C2t * tstep; in rka()
53 fsp->sy_k[1] = tstep * fsp->sy_prime; in rka()
62 fsp->sy_k[2] = tstep * fsp->sy_prime; in rka()
72 fsp->sy_k[3] = tstep * fsp->sy_prime; in rka()
79 symtab->sy_value = t + tstep; in rka()
94 fsp->sy_k[5] = tstep * fsp->sy_prime; in rka()
118 tstep *= HALF; in rka()
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H A Dmisc.c151 if (tstart>tstop && tstep>0) in defalt()
152 tstep = -tstep; in defalt()
154 tstep = -tstep; in defalt()
187 #define LASTVAL (tstep>0 ? t>=tstop-0.0625*tstep : t<=tstop-0.0625*tstep)
428 if (tstep > hmax) in startstep()
429 tstep = hmax; in startstep()
430 if (tstep < hmin) in startstep()
431 tstep = hmin; in startstep()
432 while (tstep >= HMAX) in startstep()
433 tstep *= HALF; in startstep()
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/dports/games/quakeforge/quakeforge-0.7.2/libs/video/renderer/sw32/
H A Dd_scan.c446 t += tstep; in sw32_D_DrawSpans()
449 t += tstep; in sw32_D_DrawSpans()
452 t += tstep; in sw32_D_DrawSpans()
455 t += tstep; in sw32_D_DrawSpans()
458 t += tstep; in sw32_D_DrawSpans()
461 t += tstep; in sw32_D_DrawSpans()
587 t += tstep; in sw32_D_DrawSpans()
590 t += tstep; in sw32_D_DrawSpans()
593 t += tstep; in sw32_D_DrawSpans()
596 t += tstep; in sw32_D_DrawSpans()
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H A Dd_sky.c81 tstep = 0; // ditto in sw32_D_DrawSkyScans()
109 tstep = (tnext - t) >> SKY_SPAN_SHIFT; in sw32_D_DrawSkyScans()
120 tstep = (tnext - t) / spancountminus1; in sw32_D_DrawSkyScans()
128 t += tstep; in sw32_D_DrawSkyScans()
148 tstep = 0; // ditto in sw32_D_DrawSkyScans()
176 tstep = (tnext - t) >> SKY_SPAN_SHIFT; in sw32_D_DrawSkyScans()
187 tstep = (tnext - t) / spancountminus1; in sw32_D_DrawSkyScans()
195 t += tstep; in sw32_D_DrawSkyScans()
215 tstep = 0; // ditto in sw32_D_DrawSkyScans()
243 tstep = (tnext - t) >> SKY_SPAN_SHIFT; in sw32_D_DrawSkyScans()
[all …]
/dports/science/frontistr/FrontISTR-c66bdc397de319ca59a0565b3f3b1a3b33f0c50c/fistr1/src/analysis/heat/
H A Dheat_io.f9010 subroutine heat_input_restart(fstrHEAT, hecMESH, istep, tstep, tt) argument
18 integer(kind=kint) :: i, istep, tstep local
30 tstep = restart_step(1) + 1
47 integer(kind=kint) :: i, in, inod, tstep, nmax, nmin local
56 write(ILOG,'(a,i6)') ' ISTEP =', tstep
96 integer(kind=kint) :: i, tstep local
107 call hecmw_result_init(hecMESH, tstep, header, comment)
126 integer(kind=kint) :: i, tstep local
149 call hecmw_visualize( hecMESH, fstrRESULT, tstep )
165 integer(kind=kint) :: istep, tstep local
[all …]
/dports/math/sisl/SISL-SISL-4.6.0-44-g9114631/src/
H A Ds1311.c105 double tstep; /* Preliminary value for step length */ local
123 tstep = MIN(fabs(talfa*arad),fabs(arad/(double)2.0));
128 tstep = (double)100.0*aepsge;
134 tstep = amax;
137 if ( amax > DZERO && amax < tstep )
138 tstep = MAX(amax,aepsge);
140 tstep = MAX(tstep,aepsge);
158 return(tstep);
/dports/science/cdo/cdo-2.0.0/libcdi/src/
H A Dtsteps.c8 void tstepsInitEntry(tsteps_t *tstep) in tstepsInitEntry() argument
10 tstep->curRecID = CDI_UNDEFID; in tstepsInitEntry()
11 tstep->position = 0; in tstepsInitEntry()
12 tstep->records = NULL; in tstepsInitEntry()
13 tstep->recordSize = 0; in tstepsInitEntry()
14 tstep->nallrecs = 0; in tstepsInitEntry()
15 tstep->recIDs = NULL; in tstepsInitEntry()
16 tstep->nrecs = 0; in tstepsInitEntry()
17 tstep->next = 0; in tstepsInitEntry()
19 ptaxisInit(&(tstep->taxis)); in tstepsInitEntry()
/dports/science/cantera/cantera-2.5.1-611-gc4d6ecc15/ext/sundials/examples/arkode/C_serial/
H A Dplot_heat1D_adapt.py44 for tstep in range(nt):
45 mx = data[tstep].max()
48 mn = data[tstep].min()
62 for tstep in range(nt):
65 pname = 'heat1d.' + repr(tstep).zfill(3) + '.png'
66 tstr = repr(tstep)
67 nxstr = repr(len(data[tstep]))
71 plt.plot(mesh[tstep],data[tstep],'-o')
/dports/math/sundials/sundials-5.7.0/examples/arkode/C_serial/
H A Dplot_heat1D_adapt.py44 for tstep in range(nt):
45 mx = data[tstep].max()
48 mn = data[tstep].min()
62 for tstep in range(nt):
65 pname = 'heat1d.' + repr(tstep).zfill(3) + '.png'
66 tstr = repr(tstep)
67 nxstr = repr(len(data[tstep]))
71 plt.plot(mesh[tstep],data[tstep],'-o')
/dports/science/nwchem/nwchem-7b21660b82ebd85ef659f6fba7e1e73433b0bd0a/src/smd/graveyard/smd-serial/
H A Dinte_leapf.f5 SUBROUTINE inte_leapf(tstep,ekin) argument
15 real*8 ekin,tmpvx,tmpvy,tmpvz,tstep local
27 vvv(i,1)=vvv(i,1)+fff(i,1)*tstep/typmass(iatm)
28 vvv(i,2)=vvv(i,2)+fff(i,2)*tstep/typmass(iatm)
29 vvv(i,3)=vvv(i,3)+fff(i,3)*tstep/typmass(iatm)
37 ccc(i,1)=ccc(i,1)+tstep*vvv(i,1)
38 ccc(i,2)=ccc(i,2)+tstep*vvv(i,2)
39 ccc(i,3)=ccc(i,3)+tstep*vvv(i,3)
H A Dsmd_leapf.F2 subroutine smd_leapf(natms,tstep,ekin,mass,fff,vvv,ccc) argument
7 double precision tstep local
25 vvv(i,1)=vvv(i,1)+fff(i,1)*tstep/mass(i)
26 vvv(i,2)=vvv(i,2)+fff(i,2)*tstep/mass(i)
27 vvv(i,3)=vvv(i,3)+fff(i,3)*tstep/mass(i)
35 ccc(i,1)=ccc(i,1)+tstep*vvv(i,1)
36 ccc(i,2)=ccc(i,2)+tstep*vvv(i,2)
37 ccc(i,3)=ccc(i,3)+tstep*vvv(i,3)
/dports/science/nwchem/nwchem-7b21660b82ebd85ef659f6fba7e1e73433b0bd0a/src/smd/graveyard/smd-original/
H A Dinte_leapf.f1 SUBROUTINE inte_leapf(tstep,ekin) argument
11 real*8 ekin,tmpvx,tmpvy,tmpvz,tstep local
23 vvv(i,1)=vvv(i,1)+fff(i,1)*tstep/typmass(iatm)
24 vvv(i,2)=vvv(i,2)+fff(i,2)*tstep/typmass(iatm)
25 vvv(i,3)=vvv(i,3)+fff(i,3)*tstep/typmass(iatm)
33 ccc(i,1)=ccc(i,1)+tstep*vvv(i,1)
34 ccc(i,2)=ccc(i,2)+tstep*vvv(i,2)
35 ccc(i,3)=ccc(i,3)+tstep*vvv(i,3)
/dports/science/nwchem/nwchem-7b21660b82ebd85ef659f6fba7e1e73433b0bd0a/src/smd/graveyard/smd-9-10-08/
H A Dinte_leapf.f5 SUBROUTINE inte_leapf(tstep,ekin) argument
15 real*8 ekin,tmpvx,tmpvy,tmpvz,tstep local
27 vvv(i,1)=vvv(i,1)+fff(i,1)*tstep/typmass(iatm)
28 vvv(i,2)=vvv(i,2)+fff(i,2)*tstep/typmass(iatm)
29 vvv(i,3)=vvv(i,3)+fff(i,3)*tstep/typmass(iatm)
37 ccc(i,1)=ccc(i,1)+tstep*vvv(i,1)
38 ccc(i,2)=ccc(i,2)+tstep*vvv(i,2)
39 ccc(i,3)=ccc(i,3)+tstep*vvv(i,3)
H A Dsmd_leapf.F2 subroutine smd_leapf(natms,tstep,ekin,mass,fff,vvv,ccc) argument
7 double precision tstep local
25 vvv(i,1)=vvv(i,1)+fff(i,1)*tstep/mass(i)
26 vvv(i,2)=vvv(i,2)+fff(i,2)*tstep/mass(i)
27 vvv(i,3)=vvv(i,3)+fff(i,3)*tstep/mass(i)
35 ccc(i,1)=ccc(i,1)+tstep*vvv(i,1)
36 ccc(i,2)=ccc(i,2)+tstep*vvv(i,2)
37 ccc(i,3)=ccc(i,3)+tstep*vvv(i,3)
/dports/science/nwchem/nwchem-7b21660b82ebd85ef659f6fba7e1e73433b0bd0a/src/smd/graveyard/smd-subgroups/
H A Dinte_leapf.f5 SUBROUTINE inte_leapf(tstep,ekin) argument
15 real*8 ekin,tmpvx,tmpvy,tmpvz,tstep local
27 vvv(i,1)=vvv(i,1)+fff(i,1)*tstep/typmass(iatm)
28 vvv(i,2)=vvv(i,2)+fff(i,2)*tstep/typmass(iatm)
29 vvv(i,3)=vvv(i,3)+fff(i,3)*tstep/typmass(iatm)
37 ccc(i,1)=ccc(i,1)+tstep*vvv(i,1)
38 ccc(i,2)=ccc(i,2)+tstep*vvv(i,2)
39 ccc(i,3)=ccc(i,3)+tstep*vvv(i,3)
H A Dsmd_leapf.F2 subroutine smd_leapf(natms,tstep,ekin,mass,fff,vvv,ccc) argument
7 double precision tstep local
25 vvv(i,1)=vvv(i,1)+fff(i,1)*tstep/mass(i)
26 vvv(i,2)=vvv(i,2)+fff(i,2)*tstep/mass(i)
27 vvv(i,3)=vvv(i,3)+fff(i,3)*tstep/mass(i)
35 ccc(i,1)=ccc(i,1)+tstep*vvv(i,1)
36 ccc(i,2)=ccc(i,2)+tstep*vvv(i,2)
37 ccc(i,3)=ccc(i,3)+tstep*vvv(i,3)
/dports/science/nwchem-data/nwchem-7.0.2-release/src/smd/graveyard/smd-subgroups/
H A Dinte_leapf.f5 SUBROUTINE inte_leapf(tstep,ekin) argument
15 real*8 ekin,tmpvx,tmpvy,tmpvz,tstep local
27 vvv(i,1)=vvv(i,1)+fff(i,1)*tstep/typmass(iatm)
28 vvv(i,2)=vvv(i,2)+fff(i,2)*tstep/typmass(iatm)
29 vvv(i,3)=vvv(i,3)+fff(i,3)*tstep/typmass(iatm)
37 ccc(i,1)=ccc(i,1)+tstep*vvv(i,1)
38 ccc(i,2)=ccc(i,2)+tstep*vvv(i,2)
39 ccc(i,3)=ccc(i,3)+tstep*vvv(i,3)
/dports/science/nwchem-data/nwchem-7.0.2-release/src/smd/graveyard/smd-serial/
H A Dinte_leapf.f5 SUBROUTINE inte_leapf(tstep,ekin) argument
15 real*8 ekin,tmpvx,tmpvy,tmpvz,tstep local
27 vvv(i,1)=vvv(i,1)+fff(i,1)*tstep/typmass(iatm)
28 vvv(i,2)=vvv(i,2)+fff(i,2)*tstep/typmass(iatm)
29 vvv(i,3)=vvv(i,3)+fff(i,3)*tstep/typmass(iatm)
37 ccc(i,1)=ccc(i,1)+tstep*vvv(i,1)
38 ccc(i,2)=ccc(i,2)+tstep*vvv(i,2)
39 ccc(i,3)=ccc(i,3)+tstep*vvv(i,3)
/dports/science/nwchem-data/nwchem-7.0.2-release/src/smd/graveyard/smd-9-10-08/
H A Dinte_leapf.f5 SUBROUTINE inte_leapf(tstep,ekin) argument
15 real*8 ekin,tmpvx,tmpvy,tmpvz,tstep local
27 vvv(i,1)=vvv(i,1)+fff(i,1)*tstep/typmass(iatm)
28 vvv(i,2)=vvv(i,2)+fff(i,2)*tstep/typmass(iatm)
29 vvv(i,3)=vvv(i,3)+fff(i,3)*tstep/typmass(iatm)
37 ccc(i,1)=ccc(i,1)+tstep*vvv(i,1)
38 ccc(i,2)=ccc(i,2)+tstep*vvv(i,2)
39 ccc(i,3)=ccc(i,3)+tstep*vvv(i,3)
/dports/science/nwchem-data/nwchem-7.0.2-release/src/smd/graveyard/smd-original/
H A Dinte_leapf.f1 SUBROUTINE inte_leapf(tstep,ekin) argument
11 real*8 ekin,tmpvx,tmpvy,tmpvz,tstep local
23 vvv(i,1)=vvv(i,1)+fff(i,1)*tstep/typmass(iatm)
24 vvv(i,2)=vvv(i,2)+fff(i,2)*tstep/typmass(iatm)
25 vvv(i,3)=vvv(i,3)+fff(i,3)*tstep/typmass(iatm)
33 ccc(i,1)=ccc(i,1)+tstep*vvv(i,1)
34 ccc(i,2)=ccc(i,2)+tstep*vvv(i,2)
35 ccc(i,3)=ccc(i,3)+tstep*vvv(i,3)
/dports/science/nwchem/nwchem-7b21660b82ebd85ef659f6fba7e1e73433b0bd0a/src/smd/smdlib/
H A Dsmd_leapf.F2 subroutine smd_leapf(natms,tstep,ekin,mass,fff,vvv,ccc) argument
7 double precision tstep local
25 vvv(1,i)=vvv(1,i)+fff(1,i)*tstep/mass(i)
26 vvv(2,i)=vvv(2,i)+fff(2,i)*tstep/mass(i)
27 vvv(3,i)=vvv(3,i)+fff(3,i)*tstep/mass(i)
35 ccc(1,i)=ccc(1,i)+tstep*vvv(1,i)
36 ccc(2,i)=ccc(2,i)+tstep*vvv(2,i)
37 ccc(3,i)=ccc(3,i)+tstep*vvv(3,i)

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