/dports/biology/p5-BioPerl/BioPerl-1.7.7/t/data/ |
H A D | tab1part.mif | 1 DIP:4305E DIP:3048N PIR:B64526 GI:2313123 DIP:3047N SWP:O24853 PIR:A64520 GI:2313078 2 DIP:4307E DIP:3050N PIR:H64618 GI:2313921 DIP:3047N SWP:O24853 PIR:A64520 GI:2313078 3 DIP:4308E DIP:3051N PIR:B64520 GI:2313079 DIP:3051N PIR:B64520 GI:2313079 4 DIP:4309E DIP:3052N SWP:P56036 PIR:H64669 GI:2314362 DIP:3051N PIR:B64520 GI:2313079 5 DIP:4310E DIP:3053N PIR:A64696 GI:2314583 DIP:3051N PIR:B64520 GI:2313079 6 DIP:4311E DIP:3054N PIR:C64701 GI:2314631 DIP:3051N PIR:B64520 GI:2313079 27 DIP:4332E DIP:3075N PIR:H64521 GI:2313097 DIP:3075N PIR:H64521 GI:2313097 28 DIP:4333E DIP:3076N PIR:F64524 GI:2313125 DIP:3075N PIR:H64521 GI:2313097 29 DIP:4334E DIP:3077N PIR:D64548 GI:2313317 DIP:3075N PIR:H64521 GI:2313097 30 DIP:4335E DIP:3078N PIR:G64574 GI:2313548 DIP:3075N PIR:H64521 GI:2313097 [all …]
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H A D | tab3part.mif | 1 DIP:4369E DIP:3111N PIR:C64526 GI:2313124 DIP:3109N PIR:B64525 GI:2313117 2 DIP:4370E DIP:3112N PIR:F64526 GI:2313132 DIP:3109N PIR:B64525 GI:2313117 3 DIP:4384E DIP:3112N PIR:F64526 GI:2313132 DIP:3111N PIR:C64526 GI:2313124 4 DIP:4371E DIP:3059N PIR:F64554 GI:2313368 DIP:3109N PIR:B64525 GI:2313117 5 DIP:4372E DIP:3113N PIR:E64567 GI:2313486 DIP:3109N PIR:B64525 GI:2313117 6 DIP:4373E DIP:3114N PIR:C64572 GI:2313522 DIP:3109N PIR:B64525 GI:2313117 10 DIP:4377E DIP:3118N PIR:H64693 GI:2314561 DIP:3109N PIR:B64525 GI:2313117 11 DIP:4378E DIP:3119N PIR:E64525 GI:2313120 DIP:3119N PIR:E64525 GI:2313120 12 DIP:4379E DIP:3053N PIR:A64696 GI:2314583 DIP:3119N PIR:E64525 GI:2313120 20 DIP:5000E DIP:3122N PIR:G64606 GI:2313818 DIP:1111N PIR:G5 GI:4 [all …]
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H A D | tab2part.mif | 1 DIP:5000E DIP:3122N PIR:G64606 GI:2313818 DIP:3054N PIR:G64525 GI:2313121 2 DIP:5001E DIP:3122N PIR:G64606 GI:2313818 DIP:3054N PIR:G64525 GI:2313121 3 DIP:5002E DIP:3122N PIR:G64606 GI:2313818 DIP:3054N PIR:G64525 GI:2313121
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/dports/math/linbox/linbox-1.6.3/tests/ |
H A D | test-smith-form.h | 42 BlasVector<PIR> & makeBumps(BlasVector<PIR> & b, int choice) { in makeBumps() 43 const PIR & R = b.field(); in makeBumps() 84 template <class PIR> 85 BlasVector<PIR> & prefixProduct (BlasVector<PIR> & d, const BlasVector<PIR> & b) { in prefixProduct() 86 const PIR& R = d.field(); in prefixProduct() 100 template <class PIR> 102 BlasVector<PIR> & d, in makeSNFExample() 143 template <class PIR> 144 bool checkSNFExample( const BlasVector<PIR>& d, const BlasVector<PIR>& x ){ in checkSNFExample() 172 template <class PIR> [all …]
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H A D | test-smith-form-valence.C | 38 typedef Givaro::ZRing<Integer> PIR; typedef 39 typedef SparseMatrix<PIR> Blackbox; 42 const SmithList<PIR>& correctSL) in testValenceSmith() 46 PIR ZZ; in testValenceSmith() 47 MatrixStream< PIR > ms( ZZ, input ); in testValenceSmith() 56 SmithList<PIR> valenceSL; in testValenceSmith() 63 BlasVector<PIR> sfa(ZZ,k); in testValenceSmith() 65 BlasVector<PIR> sdz(ZZ, SmithDiagonal); in testValenceSmith() 79 const SmithList<PIR> smsSL{ {1,8},{1440000,1},{0,2} }; in main() 82 const SmithList<PIR> fibSL{ {1,23},{10,1},{1560,1} }; in main() [all …]
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H A D | test-smith-form-binary.C | 73 typedef Givaro::ZRing<Integer> PIR; in main() typedef 74 PIR R; in main() 77 typedef RationalSolver<PIR, Field, PrimeIterator<IteratorCategories::HeuristicTag> > Solver; in main() 78 typedef LastInvariantFactor<PIR, Solver> LIF; in main() 79 typedef OneInvariantFactor<PIR, LIF, SCompose, RandomMatrix> OIF; in main() 80 typedef SmithFormBinary<PIR, OIF, MatrixRank<PIR, Field > > SF; in main() 87 DenseMatrix<PIR> A(R,m,n); in main() 88 BlasVector<PIR> d(R,k), x(R,k), bumps(R,k), lumps(R,19); in main()
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/dports/lang/parrot/parrot-8.1.0/docs/book/draft/ |
H A D | ch12_operator_reference.pod | 3 =head1 PIR Operator Reference 23 X<+ (plus sign);+ (addition);instruction (PIR)> 33 X<- (hyphen);- (subtraction);instruction (PIR)> 35 X<- (hyphen);- (negation);instruction (PIR)> 55 X</ (slash);/ (division);instruction (PIR)> 170 X<! (bang);! (not);instruction (PIR)> 254 X<call instruction (PIR)> 262 X<global instruction (PIR)> 271 X<goto command (PIR)> 279 X<if (conditional);instruction (PIR)> [all …]
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/dports/math/linbox/linbox-1.6.3/examples/ |
H A D | mats.C | 72 template <class PIR> 73 void Mat(DenseMatrix<PIR>& M, PIR& R, int & n, string src) ; 95 PIR R; in main() 159 template <class PIR> 160 void RandomRoughMat(DenseMatrix<PIR>& M, PIR& R, int n) { in RandomRoughMat() 187 template <class PIR> 188 void RandomFromDiagMat(DenseMatrix<PIR>& M, PIR& R, int n) { in RandomFromDiagMat() 205 void RandomFibMat(DenseMatrix<PIR>& M, PIR& R, int n) { in RandomFibMat() 240 void TrefMat(DenseMatrix<PIR>& M, PIR& R, int n) { in TrefMat() 306 void KratMat(DenseMatrix<PIR>& M, PIR& R, int q) in KratMat() [all …]
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H A D | smith.C | 79 template <class PIR> void Mat(DenseMatrix<PIR>& M, string src); 85 typedef PIR_ntl_ZZ_p PIR; in main() typedef 140 PIR R( (int32_t)m); in main() 142 DenseMatrix<PIR> M(R); in main() 155 typedef list< PIR::Element > List; in main() 178 PIR R( (int32_t)m); in main() 180 DenseMatrix<PIR> M(R); in main() 184 typedef list< PIR::Element > List; in main() 188 SmithFormLocal<PIR> SmithForm; in main() 202 PIR::Element x = p.back().first, y; in main() [all …]
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/dports/math/linbox/linbox-1.6.3/examples/blackbox/ |
H A D | smith.C | 56 template<class PIR> 57 void Mat(DenseMatrix<PIR>& M, PIR& R, int n, 100 PIR R(m); in main() 133 PIR R(m); in main() 228 template <class PIR> 230 void Mat(DenseMatrix<PIR>& M, PIR& R, int n, in Mat() 315 void RandomRoughMat(DenseMatrix<PIR>& M, PIR& R, int n) { in RandomRoughMat() 343 void RandomFromDiagMat(DenseMatrix<PIR>& M, PIR& R, int n) { in RandomFromDiagMat() 360 void RandomFibMat(DenseMatrix<PIR>& M, PIR& R, int n) { in RandomFibMat() 465 void TrefMat(DenseMatrix<PIR>& M, PIR& R, int n) { in TrefMat() [all …]
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/dports/biology/emboss/EMBOSS-6.6.0/emboss/data/ |
H A D | Efeatures.pir | 1 # PIR feature types 4 ### 13554 in PIR 62 11 ### 4281 in PIR 62 17 ### 17934 in PIR 62 23 ### 266 in PIR 62 29 ### 387 in PIR 62 34 ### 3713 in PIR 62 40 ### 62550 in PIR 62 46 ### 196 in PIR 62 52 ### 3810 in PIR 62 [all …]
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/dports/devel/p5-Path-Iterator-Rule/Path-Iterator-Rule-1.008/t/ |
H A D | logic.t | 12 use PIR; 27 my $rule = PIR->new; 56 my $rule = PIR->new->file; 67 my $rule = PIR->new; 83 my $rule = PIR->new; 102 my $rule = PIR->new; 121 my $rule = PIR->new; 139 my $rule = PIR->new; 141 PIR->new->not( 142 PIR->new->or( PIR->new->name("lldskfkad"), sub { return \1 if /eeee$/ }, ) [all …]
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/dports/misc/gpsim/gpsim-0.31.0/src/ |
H A D | pir.h | 127 PIR *m_pir; 135 class PIR1v1 : public PIR 210 class PIR1v2 : public PIR 286 class PIR1v3 : public PIR 923 PIR *pir1; 924 PIR *pir2; 1082 PIR *pir1; 1083 PIR *pir2; 1084 PIR *pir3; 1085 PIR *pir4; [all …]
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H A D | pir.cc | 29 PIR::PIR(Processor *pCpu, const char *pName, const char *pDesc,INTCON *_intcon, PIE *_pie, int _val… in PIR() function in PIR 36 void PIR::put(unsigned int new_value) in put() 51 void PIR::set_intcon(INTCON *_intcon) in set_intcon() 57 void PIR::set_pie(PIE *_pie) in set_pie() 62 void PIR::set_ipr(sfr_register *_ipr) in set_ipr() 67 void PIR::setInterrupt(unsigned int bitMask) in setInterrupt() 75 void PIR::setPeripheralInterrupt() in setPeripheralInterrupt() 86 int PIR::interrupt_status() in interrupt_status() 132 : PIR(pCpu,pName,pDesc,_intcon, _pie,0) in PIR1v1() 194 : PIR(pCpu,pName,pDesc,_intcon, _pie,0) in PIR1v2() [all …]
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/dports/lang/parrot/parrot-8.1.0/docs/imcc/ |
H A D | imcfaq.pod | 24 =head2 What is IMC, PIR and IMCC? 110 use PIR is the amount of abstraction it provides. PIR now completely hides 136 =head1 PIR PROGRAMMING 101 143 =begin PIR 150 =end PIR 181 =item Compile to bytecode from PIR. 198 =head2 What are PIR variables? 239 =begin PIR 248 =end PIR 255 =begin PIR [all …]
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/dports/lang/parrot/parrot-8.1.0/docs/user/pir/ |
H A D | intro.pod | 89 =begin PIR 95 =end PIR 217 =begin PIR 227 =end PIR 247 =end PIR 261 =end PIR 306 =end PIR 325 =end PIR 352 =end PIR 377 =end PIR [all …]
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/dports/lang/parrot/parrot-8.1.0/examples/tge/branch/ |
H A D | branch.g | 3 transform min (Leaf) :language('PIR') { 8 transform min (Branch) :language('PIR') { 28 transform gmin (ROOT) :language('PIR') { 35 transform gmin (Branch) :applyto('left') :language('PIR') { 41 transform gmin (Branch) :applyto('right') :language('PIR') { 49 transform result (Leaf) :language('PIR') { 58 transform result (Branch) :language('PIR') {
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/dports/lang/gcc12-devel/gcc-12-20211205/libphobos/libdruntime/core/ |
H A D | math.d | 246 enum real PIR = 0xc.90fdaa22168c235p-2; variable 249 static assert(approxEqual(toPrec!float(PIR), PIF)); 250 static assert(approxEqual(toPrec!double(PIR), PID)); 251 static assert(approxEqual(toPrec!real(PIR), PIR)); 259 assert(approxEqual(toPrec!float(PIR), PIF)); 260 assert(approxEqual(toPrec!double(PIR), PID)); 261 assert(approxEqual(toPrec!real(PIR), PIR));
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/dports/lang/gcc11/gcc-11.2.0/libphobos/libdruntime/core/ |
H A D | math.d | 246 enum real PIR = 0xc.90fdaa22168c235p-2; variable 249 static assert(approxEqual(toPrec!float(PIR), PIF)); 250 static assert(approxEqual(toPrec!double(PIR), PID)); 251 static assert(approxEqual(toPrec!real(PIR), PIR)); 259 assert(approxEqual(toPrec!float(PIR), PIF)); 260 assert(approxEqual(toPrec!double(PIR), PID)); 261 assert(approxEqual(toPrec!real(PIR), PIR));
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/dports/lang/gcc10/gcc-10.3.0/libphobos/libdruntime/core/ |
H A D | math.d | 231 enum real PIR = 0xc.90fdaa22168c235p-2; variable 234 static assert(approxEqual(toPrec!float(PIR), PIF)); 235 static assert(approxEqual(toPrec!double(PIR), PID)); 236 static assert(approxEqual(toPrec!real(PIR), PIR)); 244 assert(approxEqual(toPrec!float(PIR), PIF)); 245 assert(approxEqual(toPrec!double(PIR), PID)); 246 assert(approxEqual(toPrec!real(PIR), PIR));
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/dports/lang/gcc11-devel/gcc-11-20211009/libphobos/libdruntime/core/ |
H A D | math.d | 246 enum real PIR = 0xc.90fdaa22168c235p-2; variable 249 static assert(approxEqual(toPrec!float(PIR), PIF)); 250 static assert(approxEqual(toPrec!double(PIR), PID)); 251 static assert(approxEqual(toPrec!real(PIR), PIR)); 259 assert(approxEqual(toPrec!float(PIR), PIF)); 260 assert(approxEqual(toPrec!double(PIR), PID)); 261 assert(approxEqual(toPrec!real(PIR), PIR));
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/dports/devel/avr-gcc/gcc-10.2.0/libphobos/libdruntime/core/ |
H A D | math.d | 231 enum real PIR = 0xc.90fdaa22168c235p-2; variable 234 static assert(approxEqual(toPrec!float(PIR), PIF)); 235 static assert(approxEqual(toPrec!double(PIR), PID)); 236 static assert(approxEqual(toPrec!real(PIR), PIR)); 244 assert(approxEqual(toPrec!float(PIR), PIF)); 245 assert(approxEqual(toPrec!double(PIR), PID)); 246 assert(approxEqual(toPrec!real(PIR), PIR));
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/dports/lang/gcc10-devel/gcc-10-20211008/libphobos/libdruntime/core/ |
H A D | math.d | 231 enum real PIR = 0xc.90fdaa22168c235p-2; variable 234 static assert(approxEqual(toPrec!float(PIR), PIF)); 235 static assert(approxEqual(toPrec!double(PIR), PID)); 236 static assert(approxEqual(toPrec!real(PIR), PIR)); 244 assert(approxEqual(toPrec!float(PIR), PIF)); 245 assert(approxEqual(toPrec!double(PIR), PID)); 246 assert(approxEqual(toPrec!real(PIR), PIR));
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/dports/misc/cxx_atomics_pic/gcc-11.2.0/libphobos/libdruntime/core/ |
H A D | math.d | 246 enum real PIR = 0xc.90fdaa22168c235p-2; variable 249 static assert(approxEqual(toPrec!float(PIR), PIF)); 250 static assert(approxEqual(toPrec!double(PIR), PID)); 251 static assert(approxEqual(toPrec!real(PIR), PIR)); 259 assert(approxEqual(toPrec!float(PIR), PIF)); 260 assert(approxEqual(toPrec!double(PIR), PID)); 261 assert(approxEqual(toPrec!real(PIR), PIR));
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/dports/lang/parrot/parrot-8.1.0/docs/book/pir/ |
H A D | ch03_basic_syntax.pod | 7 X<PIR syntax> 8 PIR has a relatively simple syntax. Every line is a comment, a label, a 18 =begin PIR 20 # This is a regular comment. The PIR 23 =end PIR 26 PIR also treats inline documentation in Pod format as a comment. An 33 comment. The PIR interpreter ignores this. 176 PIR also has named variables; the C<.local> 245 C<while>, PIR gives you the building blocks to construct your own.N<PIR has 281 =begin PIR [all …]
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