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/dports/science/dcl/dcl-5.4.8/src/math2/shtlib/
H A Dshlbwj.f6 SUBROUTINE SHLBWJ(MM,JM,M,J,ISW,SM,WMJ,SD,PMJ,YC,R) argument
10 REAL YC(0:JM) local
23 WS=WS*YC(JD)
24 WA=WA*YC(JD)
30 WS=WS/YC(JD)
31 WA=WA/YC(JD)
H A Dshlbwm.f6 SUBROUTINE SHLBWM(MM,JM,M,ISW,SM,WM,SD,PM,YC,R) argument
11 REAL YC(0:JM) local
30 WM( J)=WM( J)*YC(J)
31 WM(-J)=WM(-J)*YC(J)
35 WM( J)=WM( J)/YC(J)
36 WM(-J)=WM(-J)/YC(J)
/dports/graphics/xd3d/xd3d-8.3.1/src/d3d/
H A Drayons.f18 CALL RAY0(IND2,XXX,YYY,ZZZ,XC,YC,ZC,RR0)
22 YC = Y0
30 SY = -DNI*YC
33 D = D + (XXX(I)-XC)**2 + (YYY(I)-YC)**2 + (ZZZ(I)-ZC)**2
71 YC = YC - B(2)
78 SY = -DNI*YC
100 SUBROUTINE RAY0(IND,XXX,YYY,ZZZ,XC,YC,ZC,RR) argument
136 YC = .5*( B(2,1)*BB(1) + B(2,2)*BB(2) + B(2,3)*BB(3) )
140 YCC = YCC+YC
149 YC = YCC/REAL(NBRAY)
[all …]
H A Dtics.f171 YC = Y1
174 YC = Y2
177 ANG = DEGRE((XC-XX)*USNOR,(YC-YY)*USNOR)
179 YC = YC - YSHIFT
181 IF (ANG.LT.0.) YC = YC - 2.*YSHIFT
184 IF (ANG.LT.0.) YC = YC - 2.*YSHIFT
187 IF (ANG.LT.0.) YC = YC - 2.*YSHIFT
190 YC = YC - YSHIFT
196 CALL GSCHAR(XC,YC,NC,CC)
199 IF (ILOG.NE.0) CALL GSCHAR(XC-4.*XSHIFT,YC-YSHIFT,2,'10')
/dports/science/dcl/dcl-5.4.8/demo/grph1/sgpack/
H A Dsgpk06.f18 YC = 0.5
38 CALL SGTXU(XC, YC, 'SGTXU') ! <-- テキスト
51 CALL SGTXU(XC, YC, 'SGTXU') ! <-- テキスト
61 CALL SGTXU(XC, YC, 'SGTXU') ! <-- テキスト
71 CALL SGTXU(XC, YC, 'SGTXU') ! <-- テキスト
82 CALL SGTXU(XC, YC, 'SGTXU') ! <-- テキスト
/dports/math/octave-forge-matgeom/matgeom-1.2.3/inst/geom3d/
H A DdrawCircle3d.m32 % drawCircle3d([XC YC ZC R THETA PHI])
33 % drawCircle3d([XC YC ZC R], [THETA PHI])
43 % drawCircle3d([XC YC ZC R THETA PHI PSI])
44 % drawCircle3d([XC YC ZC R], [THETA PHI PSI])
45 % drawCircle3d([XC YC ZC R], THETA, PHI)
46 % drawCircle3d([XC YC ZC], R, THETA, PHI)
47 % drawCircle3d([XC YC ZC R], THETA, PHI, PSI)
48 % drawCircle3d([XC YC ZC], R, THETA, PHI, PSI)
49 % drawCircle3d(XC, YC, ZC, R, THETA, PHI)
50 % drawCircle3d(XC, YC, ZC, R, THETA, PHI, PSI)
[all …]
/dports/science/dcl/dcl-5.4.8/src/grph2/uepack/
H A Duetone.f9 REAL XC(4),YC(4),ZC(4),AX(10),AY(10),TLM(2) local
102 YC(1)=RUWGY(J)
103 YC(2)=YC(1)
104 YC(3)=RUWGY(J1)
105 YC(4)=YC(3)
109 CALL UEAREA(XC,YC,ZC,TLM,AX,AY,NP,NI,NG)
/dports/textproc/refdb/refdb-0.9.9-1/examples/
H A Dtestrefs.utf8.ris3 TI - Inhibition of superoxide anion generation by YC-1 in rat neutrophils through cyclic GMP-depen…
21 …uanylate cyclase causes relaxation of corpus cavernosum tissue: synergism of nitric oxide and YC-1.
22 …YC-1 in corpus cavernosum, rat sGC was activated by either sodium nitroprusside (SNP) or YC-1, and…
41 …ition of deactivation of NO sensitive guanylyl cyclase accounts for the sensitizing effect of YC-1.
72 TI - Nitric oxide independent activation of guanylate cyclase by YC-1 causes erectile responses in…
192 …bon monoxide relaxes the female pig urethra as effectively as nitric oxide in the presence of YC-1.
322 TI - YC-1-mediated vascular protection through inhibition of smooth muscle cell proliferation and …
323 …YC-1, a synthetic benzyl indazole derivative, is capable of stimulating endogenous vessel wall cyc…
439 TI - NO-independent regulatory site of direct sGC stimulators like YC-1 and BAY 41-2272.
549 TI - YC-1 activation of human soluble guanylyl cyclase has both heme-dependent and heme-independen…
[all …]
/dports/science/aircraft-datcom/aircraft-datcom-ed877bb/src/
H A Dcoord5.f36 IF(X(M).LT.ZM)YC=(1./6.)*XK*(X(M)**3-3.*ZM*X(M)**2+ZM**2*(3.
40 IF(X(M).EQ.ZP)YC=AI*.01
42 IF(X(M).GT.ZM)YC=(1./6.)*XK*ZM**3*(1.-X(M))
50 IF(X(M).LT.ZM)YC=(1./6.)*XK*((X(M)-ZM)**3-RK*X(M)*(1.-ZM)**3
54 IF(X(M).EQ.ZP)YC=AI*.01
56 IF(X(M).GT.ZM)YC=(1./6.)*XK*(RK*(X(M)-ZM)**3-RK*X(M)*(1.-ZM)**3
61 YUN(M)=YC+YT*COS(ALPHA)
63 YLN(M)=YC-YT*COS(ALPHA)
64 CAM(M)=YC
H A Dcoord4.f24 IF(X(M).EQ.ZP)YC=ZM
26 IF(X(M).LT.ZP)YC=(2.*ZP*X(M)-X(M)**2)*ZM/ZP**2
29 1 YC=(ZM/((1.-ZP)**2))*(1.-2.*ZP+2.*ZP*X(M)-X(M)**2)
32 YUN(M)=YC+YT*COS(ALPHA)
34 YLN(M)=YC-YT*COS(ALPHA)
35 CAM(M)=YC
/dports/math/scalapack/scalapack-2.1.0/PBLAS/SRC/PTOOLS/
H A DPB_Ctzhemv.c22 char * XC, int LDXC, char * XR, int LDXR, char * YC, in PB_Ctzhemv() argument
26 LDXC, XR, LDXR, YC, LDYC, YR, LDYR ) in PB_Ctzhemv()
37 char * A, * XC, * XR, * YC, * YR;
189 gemv( C2F_CHAR( NOTRAN ), &M, &n1, ALPHA, A, &LDA, XR, &LDXR, one, YC,
200 Mptr( YC, i1, 0, LDYC, size ), &ione );
206 Mptr( YC, i1, 0, LDYC, size ), &ione );
223 YC, &ione );
229 Mptr( YC, m1, 0, LDYC, size ), &ione );
235 &LDA, Mptr( XR, 0, j1, LDXR, size ), &LDXR, one, YC, &ione );
243 gemv( C2F_CHAR( NOTRAN ), &M, &N, ALPHA, A, &LDA, XR, &LDXR, one, YC,
H A DPB_Ctzsymv.c22 char * XC, int LDXC, char * XR, int LDXR, char * YC, in PB_Ctzsymv() argument
26 LDXC, XR, LDXR, YC, LDYC, YR, LDYR ) in PB_Ctzsymv()
37 char * A, * XC, * XR, * YC, * YR;
189 gemv( C2F_CHAR( NOTRAN ), &M, &n1, ALPHA, A, &LDA, XR, &LDXR, one, YC,
200 Mptr( YC, i1, 0, LDYC, size ), &ione );
206 Mptr( YC, i1, 0, LDYC, size ), &ione );
223 YC, &ione );
229 Mptr( YC, m1, 0, LDYC, size ), &ione );
235 &LDA, Mptr( XR, 0, j1, LDXR, size ), &LDXR, one, YC, &ione );
243 gemv( C2F_CHAR( NOTRAN ), &M, &N, ALPHA, A, &LDA, XR, &LDXR, one, YC,
H A DPB_Ctzahemv.c22 char * XC, int LDXC, char * XR, int LDXR, char * YC, in PB_Ctzahemv() argument
26 LDXC, XR, LDXR, YC, LDYC, YR, LDYR ) in PB_Ctzahemv()
37 char * A, * XC, * XR, * YC, * YR;
190 agemv( C2F_CHAR( NOTRAN ), &M, &n1, ALPHA, A, &LDA, XR, &LDXR, one, YC,
201 Mptr( YC, i1, 0, LDYC, usiz ), &ione );
207 &LDXR, one, Mptr( YC, i1, 0, LDYC, usiz ), &ione );
225 YC, &ione );
231 Mptr( YC, m1, 0, LDYC, usiz ), &ione );
237 &LDA, Mptr( XR, 0, j1, LDXR, size ), &LDXR, one, YC, &ione );
245 agemv( C2F_CHAR( NOTRAN ), &M, &N, ALPHA, A, &LDA, XR, &LDXR, one, YC,
H A DPB_Ctzasymv.c22 char * XC, int LDXC, char * XR, int LDXR, char * YC, in PB_Ctzasymv() argument
26 LDXC, XR, LDXR, YC, LDYC, YR, LDYR ) in PB_Ctzasymv()
37 char * A, * XC, * XR, * YC, * YR;
190 agemv( C2F_CHAR( NOTRAN ), &M, &n1, ALPHA, A, &LDA, XR, &LDXR, one, YC,
201 Mptr( YC, i1, 0, LDYC, usiz ), &ione );
207 Mptr( YC, i1, 0, LDYC, usiz ), &ione );
225 YC, &ione );
231 Mptr( YC, m1, 0, LDYC, usiz ), &ione );
237 &LDA, Mptr( XR, 0, j1, LDXR, size ), &LDXR, one, YC, &ione );
245 agemv( C2F_CHAR( NOTRAN ), &M, &N, ALPHA, A, &LDA, XR, &LDXR, one, YC,
H A DPB_Cpsyr2.c22 char * YC, int LDYC, char * YR, int LDYR, char * A, in PB_Cpsyr2() argument
26 YC, LDYC, YR, LDYR, A, IA, JA, DESCA, SYR2 ) in PB_Cpsyr2()
39 char * A, * XC, * XR, * YC, * YR;
298 XC+Xii*XCinc, LDXC, YC+Xii*YCinc, LDYC,
364 XC+Xii*XCinc, LDXC, YC+Xii*YCinc, LDYC,
389 XC+(ioffx+1)*XCinc, LDXC, YC+(ioffx+1)*YCinc, LDYC,
403 XC+(ioffx+1)*XCinc, LDXC, YC+(ioffx+1)*YCinc, LDYC,
419 XC+Xii*XCinc, LDXC, YC+Xii*YCinc, LDYC,
445 XC+Xii*XCinc, LDXC, YC+Xii*YCinc, LDYC,
470 XC+Xii*XCinc, LDXC, YC+Xii*YCinc, LDYC,
[all …]
H A DPB_Cpsym.c23 char * XR, int LDXR, char * YC, int LDYC, char * YR, in PB_Cpsym() argument
27 XC, LDXC, XR, LDXR, YC, LDYC, YR, LDYR, SYM ) in PB_Cpsym()
40 char * A, * XC, * XR, * YC, * YR;
312 YC+Xii*YCinc, LDYC, YR+Xjj*YRinc, LDYR );
380 YC+Xii*YCinc, LDYC, YR+(Xoffj+1)*YRinc, LDYR );
435 YC+Xii*YCinc, LDYC, YR+(Xoffj+1)*YRinc, LDYR );
462 YC+Xii*YCinc, LDYC, YR+Xjj*YRinc, LDYR );
487 YC+Xii*YCinc, LDYC, YR+(joffx+1)*YRinc, LDYR );
501 YC+Xii*YCinc, LDYC, YR+(joffx+1)*YRinc, LDYR );
517 YC+(Xoffi+1)*YCinc, LDYC, YR+Xjj*YRinc, LDYR );
[all …]
H A DPB_Ctzsyr2.c22 char * YC, int LDYC, char * XR, int LDXR, char * YR, in PB_Ctzsyr2() argument
25 void PB_Ctzsyr2( TYPE, UPLO, M, N, K, IOFFD, ALPHA, XC, LDXC, YC, LDYC, in PB_Ctzsyr2()
36 char * A, * XC, * XR, * YC, * YR;
188 geru( &M, &n1, ALPHA, YC, &ione, XR, &LDXR, A, &LDA );
203 geru( &m1, &n1, ALPHA, Mptr( YC, i1, 0, LDYC, size ), &ione,
219 geru( &m1, &n1, ALPHA, YC, &ione, XR, &LDXR, A, &LDA );
230 geru( &M, &n1, ALPHA, YC, &ione, Mptr( XR, 0, j1, LDXR, size ), &LDXR,
238 geru( &M, &N, ALPHA, YC, &ione, XR, &LDXR, A, &LDA );
/dports/science/gnudatalanguage/gdl-1.0.1/testsuite/
H A Dtest_cir_3pnt.pro14 print, "As is : XC =", x0, " YC =", y0, " R =", r
17 print, "Reverse : XC =", x0, " YC =", y0, " R =", r
20 print, "Shifted : XC =", x0, " YC =", y0, " R =", r
23 print, "Swap X,Y: XC =", x0, " YC =", y0, " R =", r
36 print, "As is : XC =", x0, " YC =", y0, " R =", r
39 print, "Swap X,Y: XC =", x0, " YC =", y0, " R =", r
/dports/dns/yadifa/yadifa-2.5.3-10333/etc/
H A DMakefile.am44 YC=yadifa macro
45 YCE=$(srcdir)/$(YC).bash_completion
80 $(YC): $(YCE)
81 cp $(YCE) $(YC)
89 all: $(YI) $(OC) $(MC) $(KC) $(YC) $(YD)
95 if [ -d "$(DESTDIR)$(BC)" -a -w "$(DESTDIR)$(BC)" ] ; then cp $(YC) $(YD) $(DESTDIR)$(BC) ; fi
98 rm -f $(YI) $(OC) $(MC) $(KC) $(YS) $(YC) $(YD) $(YKR)
/dports/science/erd/erd-3.0.6/src/
H A Derd__dsqmin_line_segments.f160 DOUBLE PRECISION XC,YC,ZC
215 YC = YW - YV
220 YC = YW - TC * YV
237 YC = YW + YU
242 YC = YW + SC * YU
308 YC = YW + SC * YU - TC * YV
313 ERD__DSQMIN_LINE_SEGMENTS = XC * XC + YC * YC + ZC * ZC
/dports/devel/z88dk/z88dk/libsrc/target/c128/c128/
H A Dcircleivdc.c13 extern void circlepointsvdc(int XC, int YC, int X, int Y);
17 void circleivdc(int XC, int YC, int R) in circleivdc() argument
26 circlepointsvdc(XC,YC,X,Y); in circleivdc()
37 circlepointsvdc(XC,YC,X,Y); in circleivdc()
/dports/science/cp2k/cp2k-2e995eec7fd208c8a72d9544807bd8b8ba8cd1cc/tests/Fist/sample_pot/
H A Dacn.pot18 CT YC 400.0 1.458
19 YC YN 600.0 1.150
37 CT YC YN 80.0 180.0
38 HC CT YC 35.0 110.0
52 YN YC CT HC 0.0 1 0.0
74 YC 0.0 0.0860 1.908
H A Dacn_respa.pot18 CT YC 400.0 1.458
19 YC YN 600.0 1.150
34 CT YC YN 80.0 180.0
35 HC CT YC 35.0 110.0
48 YN YC CT HC 0.0 1 0.0
70 YC 0.0 0.0000 1.908
/dports/science/cp2k-data/cp2k-7.1.0/tests/Fist/sample_pot/
H A Dacn.pot18 CT YC 400.0 1.458
19 YC YN 600.0 1.150
37 CT YC YN 80.0 180.0
38 HC CT YC 35.0 110.0
52 YN YC CT HC 0.0 1 0.0
74 YC 0.0 0.0860 1.908
H A Dacn_respa.pot18 CT YC 400.0 1.458
19 YC YN 600.0 1.150
34 CT YC YN 80.0 180.0
35 HC CT YC 35.0 110.0
48 YN YC CT HC 0.0 1 0.0
70 YC 0.0 0.0000 1.908

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