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Searched refs:CEXP (Results 1 – 25 of 139) sorted by relevance

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/dports/science/dcl/dcl-5.4.8/src/grph2/uspack/
H A Duschvl.f8 CHARACTER CHX*(*), CFMT*16, CVAL*16, CEXP*8, CEXP2*8, CSGI*1 local
68 CEXP = CSGI(194)//'10'//CHAR(ISUP)//CEXP2(1:LENC(CEXP2))
71 CEXP = 'E'//CEXP2(1:LENC(CEXP2))
74 CEXP = ' '
79 IF(LCNTL .AND. CVAL(2:3).EQ.'1 ' .AND. CEXP.NE.' ') THEN
80 CHX = CVAL(1:1) // CEXP(2:8)
82 CHX = CVAL(1:LENC(CVAL)) // CEXP
/dports/math/cmlib/cmlib-3.0_8/src/fnlib/
H A Dcgamma.f18 COMPLEX Z, CLNGAM, CEXP
20 CGAMMA = CEXP (CLNGAM(Z))
H A Dcgamr.f17 COMPLEX Z, CLNGAM, CEXP
28 CGAMR = CEXP (-CGAMR)
H A Dcbeta.f21 COMPLEX A, B, CGAMMA, CLBETA, CEXP
33 CBETA = CEXP (CLBETA(A, B))
/dports/math/cmlib/cmlib-3.0_8/doc/fnlib/
H A Dcexprl10 C***PURPOSE Evaluates (CEXP(Z)-1)/Z so that EXP(Z) = 1 + Z*CEXPRL(Z)
13 C Evaluate (CEXP(Z)-1)/Z . For small CABS(Z), we use the Taylor
/dports/math/xlife++/xlifepp-sources-v2.0.1-2018-05-09/ext/Amos/
H A Dcasyi.f42 AK1 = AK1*CEXP(CZ)
97 IF (X+X.LT.ELIM) S2 = S2 + P1*CS2*CEXP(-Z-Z)
115 CK = CEXP(CZ)
H A Dcs1s2.f33 S1 = CEXP(C1)
H A Dcairy.f190 AI = AI*CEXP(ZTA)
197 AI = AI*CEXP(ZTA)
H A Dcbknu.f98 PT = CEXP(FMU)
128 Y(1) = S1*CEXP(Z)
159 F = CEXP(Z)
H A Dcmlri.f145 CK = CEXP(PT)*P1
/dports/math/octave/octave-6.4.0/liboctave/external/amos/
H A Dcasyi.f42 AK1 = AK1*CEXP(CZ)
97 IF (X+X.LT.ELIM) S2 = S2 + P1*CS2*CEXP(-Z-Z)
115 CK = CEXP(CZ)
H A Dcs1s2.f33 S1 = CEXP(C1)
H A Dcairy.f190 AI = AI*CEXP(ZTA)
197 AI = AI*CEXP(ZTA)
H A Dcbknu.f98 PT = CEXP(FMU)
128 Y(1) = S1*CEXP(Z)
159 F = CEXP(Z)
/dports/math/slatec/src/
H A Dcasyi.f52 AK1 = AK1*CEXP(CZ)
107 IF (X+X.LT.ELIM) S2 = S2 + P1*CS2*CEXP(-Z-Z)
125 CK = CEXP(CZ)
H A Dcs1s2.f44 S1 = CEXP(C1)
H A Dcairy.f196 AI = AI*CEXP(ZTA)
203 AI = AI*CEXP(ZTA)
H A Dcbknu.f109 PT = CEXP(FMU)
139 Y(1) = S1*CEXP(Z)
170 F = CEXP(Z)
/dports/math/nfft/nfft-3.5.2/examples/nfft/
H A Dndft_fast.c49 exp_omega_0 = CEXP(+K2PI * II * ths->x[j]); in ndft_horner_trafo()
55 (*f_j) *= CEXP(-KPI * II * (R)(ths->N[0]) * ths->x[j]); in ndft_horner_trafo()
80 (*A_local) = CEXP( in ndft_pre_full_init()
/dports/graphics/dataplot/dataplot-2c1b27601a3b7523449de612613eadeead9a8f70/lib/frmenus/help/
H A Dcompnumb.top48 CEXP (complex exponential) <xcl: HELP CEXP>
/dports/misc/libemos/libemos-4.5.9-Source/interpolation/
H A Drphi.F121 CC = CEXP(CMPLX(0.0,REAL(XLON*M)))
/dports/shells/bash/bash-5.1/
H A Dmksyntax.c57 { CEXP, "CEXP" },
233 addcstr (shell_exp_chars, CEXP); in load_lsyntax()
H A Dsyntax.h57 #define CEXP 0x0020 /* shell expansion character */ macro
/dports/graphics/dataplot/dataplot-2c1b27601a3b7523449de612613eadeead9a8f70/lib/frmenus/math/
H A Dclog.men29 @IF 5 2 LET _3 = CEXP( _1 , _2 ) _6
/dports/graphics/xd3d/xd3d-8.3.1/src/d3d/
H A Dlecture.f20 CHARACTER*20 CEXP local
653 CALL FONDEF(WORK,CEXP,IFON,ICODE)
779 CALL FONDEF(WORK,CEXP,IFON,ICODE)
872 WRITE(CEXP(1:6),'(2H +,I1,3H )') NBCOM
874 WRITE(CEXP(1:6),'(2H +,I2,2H )') NBCOM
876 WRITE(CEXP(1:6),'(2H +,I3,1H )') NBCOM
879 & 'tail'//CEXP(1:6)//NOM_FICH(1:LONG)//'> /tmp/bidonbidon'
881 & 'tail'//CEXP(1:6)//NOM_FICH(1:LONG)//'> /tmp/bidonbidon')

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