/dports/math/arb/arb-2.21.1/acb_poly/ |
H A D | zeta_em_bound.c | 124 arb_t K, C, AN, S2M; in _acb_poly_zeta_em_bound() local 134 arb_init(S2M); in _acb_poly_zeta_em_bound() 138 arb_add_ui(S2M, sigma, 2*M - 1, wp); in _acb_poly_zeta_em_bound() 140 if (!arb_is_positive(AN) || !arb_is_positive(S2M) || N < 1 || M < 1) in _acb_poly_zeta_em_bound() 143 arb_clear(S2M); in _acb_poly_zeta_em_bound() 153 arb_add_ui(S2M, S2M, 1, wp); in _acb_poly_zeta_em_bound() 164 bound_I(R, AN, S2M, C, len, wp); in _acb_poly_zeta_em_bound() 188 arb_clear(S2M); in _acb_poly_zeta_em_bound()
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/dports/biology/bamutil/bamUtil-1.0.15/test/expected/ |
H A D | testDedup1.sam | 26 3 1121 1 1 0 3S2M = 10 0 ACGTN ;!>>> 27 4 97 1 1 0 3S2M = 10 0 ACGTN ;>>>> 35 7 97 1 1002 0 3S2M = 10001 0 ACGTN ;>>>> 36 8 1121 1 1004 0 3S2M = 10002 0 ACGTN ;>>>> 57 31 163 MT 1 29 6S2M = 178 284 CCGACATC @B:CAAAA RG:Z:rg1
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H A D | testDedup2Exclude.sam | 26 3 97 1 1 0 3S2M = 10 0 ACGTN ;!>>> 27 4 1121 1 1 0 3S2M = 10 0 ACGTN ;>>>> 35 7 97 1 1002 0 3S2M = 10001 0 ACGTN ;>>>> 36 8 97 1 1004 0 3S2M = 10002 0 ACGTN ;>>>> 57 31 163 MT 1 29 6S2M = 178 284 CCGACATC @B:CAAAA RG:Z:rg1
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H A D | testDedup2ForceRecabD.sam | 26 3 1121 1 1 0 3S2M = 10 0 ACGTN ;!>>> 27 4 97 1 1 0 3S2M = 10 0 ACGTN ;>>>> 35 7 97 1 1002 0 3S2M = 10001 0 ACGTN ;>>>> 36 8 1121 1 1004 0 3S2M = 10002 0 ACGTN ;>>>> 57 31 163 MT 1 29 6S2M = 178 284 CCGACATC @B:!AAAA RG:Z:rg1
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H A D | testDedup2ForceRecabDA.sam | 26 3 1121 1 1 0 3S2M = 10 0 ACGTN ;!>>> 27 4 97 1 1 0 3S2M = 10 0 ACGTN ;>>>> 35 7 97 1 1002 0 3S2M = 10001 0 ACGTN ;>>>> 36 8 1121 1 1004 0 3S2M = 10002 0 ACGTN ;>>>> 57 31 163 MT 1 29 6S2M = 178 284 CCGACATC @B:!AAAA RG:Z:rg1
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H A D | testDedupRecabBin.sam | 26 3 1121 1 1 0 3S2M = 10 0 ACGTN <!<<< 27 4 97 1 1 0 3S2M = 10 0 ACGTN <<<<< 35 7 97 1 1002 0 3S2M = 10001 0 ACGTN <<<<< 36 8 1121 1 1004 0 3S2M = 10002 0 ACGTN <<<<< 57 31 163 MT 1 29 6S2M = 178 284 CCGACATC AA<!AAAA RG:Z:rg1
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H A D | testDedup.sam | 26 3 1121 1 1 0 3S2M = 10 0 ACGTN ;!>>> 27 4 97 1 1 0 3S2M = 10 0 ACGTN ;>>>> 35 7 97 1 1002 0 3S2M = 10001 0 ACGTN ;>>>> 36 8 1121 1 1004 0 3S2M = 10002 0 ACGTN ;>>>> 57 31 163 MT 1 29 6S2M = 178 284 CCGACATC @B:CAAAA RG:Z:rg1
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H A D | testDedup1Recab.sam | 26 3 1121 1 1 0 3S2M = 10 0 ACGTN ;!>>> 27 4 97 1 1 0 3S2M = 10 0 ACGTN ;>>>> 35 7 97 1 1002 0 3S2M = 10001 0 ACGTN ;>>>> 36 8 1121 1 1004 0 3S2M = 10002 0 ACGTN ;>>>> 57 31 163 MT 1 29 6S2M = 178 284 CCGACATC @B:!AAAA RG:Z:rg1
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H A D | testDedup2F.sam | 26 3 1121 1 1 0 3S2M = 10 0 ACGTN ;!>>> 27 4 97 1 1 0 3S2M = 10 0 ACGTN ;>>>> 35 7 97 1 1002 0 3S2M = 10001 0 ACGTN ;>>>> 36 8 1121 1 1004 0 3S2M = 10002 0 ACGTN ;>>>> 57 31 163 MT 1 29 6S2M = 178 284 CCGACATC @B:CAAAA RG:Z:rg1
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H A D | testDedup2RecabF.sam | 26 3 1121 1 1 0 3S2M = 10 0 ACGTN ;!>>> 27 4 97 1 1 0 3S2M = 10 0 ACGTN ;>>>> 35 7 97 1 1002 0 3S2M = 10001 0 ACGTN ;>>>> 36 8 1121 1 1004 0 3S2M = 10002 0 ACGTN ;>>>> 57 31 163 MT 1 29 6S2M = 178 284 CCGACATC @B:!AAAA RG:Z:rg1
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H A D | testDedupRecab.sam | 26 3 1121 1 1 0 3S2M = 10 0 ACGTN ;!>>> 27 4 97 1 1 0 3S2M = 10 0 ACGTN ;>>>> 35 7 97 1 1002 0 3S2M = 10001 0 ACGTN ;>>>> 36 8 1121 1 1004 0 3S2M = 10002 0 ACGTN ;>>>> 57 31 163 MT 1 29 6S2M = 178 284 CCGACATC @B:!AAAA RG:Z:rg1
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/dports/biology/bamutil/bamUtil-1.0.15/test/testFiles/ |
H A D | testDedup.sam | 26 3 97 1 1 0 3S2M 1 10 0 ACGTN ;!>>> 27 4 97 1 1 0 3S2M 1 10 0 ACGTN ;>>>> 35 7 97 1 1002 0 3S2M 1 10001 0 ACGTN ;>>>> 36 8 97 1 1004 0 3S2M = 10002 0 ACGTN ;>>>> 57 31 163 MT 1 29 6S2M = 178 284 CCGACATC @B:CAAAA RG:Z:rg1
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H A D | testDedup1.sam | 26 3 97 1 1 0 3S2M 1 10 0 ACGTN ;!>>> 27 4 97 1 1 0 3S2M 1 10 0 ACGTN ;>>>> 35 7 97 1 1002 0 3S2M 1 10001 0 ACGTN ;>>>> 36 8 97 1 1004 0 3S2M = 10002 0 ACGTN ;>>>> 57 31 163 MT 1 29 6S2M = 178 284 CCGACATC @B:CAAAA RG:Z:rg1
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H A D | testDedup2.sam | 26 3 97 1 1 0 3S2M = 10 0 ACGTN ;!>>> 27 4 1121 1 1 0 3S2M = 10 0 ACGTN ;>>>> 35 7 97 1 1002 0 3S2M = 10001 0 ACGTN ;>>>> 36 8 97 1 1004 0 3S2M = 10002 0 ACGTN ;>>>> 57 31 163 MT 1 29 6S2M = 178 284 CCGACATC @B:CAAAA RG:Z:rg1
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/dports/biology/molden/molden5.8/plush/ |
H A D | S2M | 1 mol="S2M" Charge="0"
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/dports/net/wireshark/wireshark-3.6.1/wiretap/ |
H A D | k12text.l | 214 %START MAGIC NEXT_FRAME HOURS MINUTES M2S SECONDS S2M MS M2N NS ENCAP STARTBYTES BYTE 224 <SECONDS>{twodigits} { SET_SECONDS(yytext); BEGIN(S2M); } 225 <S2M>{comma} { BEGIN(MS); }
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/dports/net/tshark-lite/wireshark-3.6.1/wiretap/ |
H A D | k12text.l | 214 %START MAGIC NEXT_FRAME HOURS MINUTES M2S SECONDS S2M MS M2N NS ENCAP STARTBYTES BYTE 224 <SECONDS>{twodigits} { SET_SECONDS(yytext); BEGIN(S2M); } 225 <S2M>{comma} { BEGIN(MS); }
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/dports/net/tshark/wireshark-3.6.1/wiretap/ |
H A D | k12text.l | 214 %START MAGIC NEXT_FRAME HOURS MINUTES M2S SECONDS S2M MS M2N NS ENCAP STARTBYTES BYTE 224 <SECONDS>{twodigits} { SET_SECONDS(yytext); BEGIN(S2M); } 225 <S2M>{comma} { BEGIN(MS); }
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/dports/net/wireshark-lite/wireshark-3.6.1/wiretap/ |
H A D | k12text.l | 214 %START MAGIC NEXT_FRAME HOURS MINUTES M2S SECONDS S2M MS M2N NS ENCAP STARTBYTES BYTE 224 <SECONDS>{twodigits} { SET_SECONDS(yytext); BEGIN(S2M); } 225 <S2M>{comma} { BEGIN(MS); }
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/dports/multimedia/v4l_compat/linux-5.13-rc2/drivers/isdn/mISDN/ |
H A D | Kconfig | 38 - BRI (S0) and PRI (S2M) interface
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/dports/multimedia/libv4l/linux-5.13-rc2/drivers/isdn/mISDN/ |
H A D | Kconfig | 38 - BRI (S0) and PRI (S2M) interface
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/dports/multimedia/v4l-utils/linux-5.13-rc2/drivers/isdn/mISDN/ |
H A D | Kconfig | 38 - BRI (S0) and PRI (S2M) interface
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/dports/editors/cooledit/cooledit-3.17.28/widget/ |
H A D | conv.c | 98 #define S2M(x,y) (((unsigned long) source[(x) * bytes_per_pixel + (y) * source_bytes_per_line]… macro 146 #define S2MR(x,y) ((S2M(x,y) >> red_shift) & red_mask) 147 #define S2MG(x,y) ((S2M(x,y) >> green_shift) & green_mask) 148 #define S2MB(x,y) ((S2M(x,y) >> blue_shift) & blue_mask)
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/dports/emulators/quasi88/quasi88-0.6.4/mpw/ |
H A D | CAUTION.sit.hqx | 11 r(()rMG6a'C%b$S2M-F6SZ1EPj8564cKU'NpHFS#M'q&S`0"5%F5"*Me['NFHFKc
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/dports/science/dalton/dalton-66052b3af5ea7225e31178bf9a8b031913c72190/DALTON/rsp/ |
H A D | complexpp.F | 1001 SUBROUTINE ABS_GETS2(S2M,KZVAR) argument 1005 DIMENSION S2M(KZVAR) 1023 S2M(NKD+I)=1.0d0 1031 S2M(NKD+I)=2.0d0 1039 S2M(NKD+I)=1.0d0
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