#include <csl.h>
#include <complex>

Data Structures
class	mty::FeynmanIntegral

Namespaces
	mty
	Namespace of MARTY.

Enumerations
enum	IntegralType { None, A, B, C, D, E }

enum	IntegralID_E { ee0 = 0, ee1 = 3, ee2 = 6, ee3 = 9, ee4 = 12, ee00 = 15, ee11 = 18, ee12 = 21, ee13 = 24, ee14 = 27, ee22 = 30, ee23 = 33, ee24 = 36, ee33 = 39, ee34 = 42, ee44 = 45, ee001 = 48, ee002 = 51, ee003 = 54, ee004 = 57, ee111 = 60, ee112 = 63, ee113 = 66, ee114 = 69, ee122 = 72, ee123 = 75, ee124 = 78, ee133 = 81, ee134 = 84, ee144 = 87, ee222 = 90, ee223 = 93, ee224 = 96, ee233 = 99, ee234 = 102, ee244 = 105, ee333 = 108, ee334 = 111, ee344 = 114, ee444 = 117, ee0000 = 120, ee0011 = 123, ee0012 = 126, ee0013 = 129, ee0014 = 132, ee0022 = 135, ee0023 = 138, ee0024 = 141, ee0033 = 144, ee0034 = 147, ee0044 = 150, ee1111 = 153, ee1112 = 156, ee1113 = 159, ee1114 = 162, ee1122 = 165, ee1123 = 168, ee1124 = 171, ee1133 = 174, ee1134 = 177, ee1144 = 180, ee1222 = 183, ee1223 = 186, ee1224 = 189, ee1233 = 192, ee1234 = 195, ee1244 = 198, ee1333 = 201, ee1334 = 204, ee1344 = 207, ee1444 = 210, ee2222 = 213, ee2223 = 216, ee2224 = 219, ee2233 = 222, ee2234 = 225, ee2244 = 228, ee2333 = 231, ee2334 = 234, ee2344 = 237, ee2444 = 240, ee3333 = 243, ee3334 = 246, ee3344 = 249, ee3444 = 252, ee4444 = 255, ee00001 = 258, ee00002 = 261, ee00003 = 264, ee00004 = 267, ee00111 = 270, ee00112 = 273, ee00113 = 276, ee00114 = 279, ee00122 = 282, ee00123 = 285, ee00124 = 288, ee00133 = 291, ee00134 = 294, ee00144 = 297, ee00222 = 300, ee00223 = 303, ee00224 = 306, ee00233 = 309, ee00234 = 312, ee00244 = 315, ee00333 = 318, ee00334 = 321, ee00344 = 324, ee00444 = 327, ee11111 = 330, ee11112 = 333, ee11113 = 336, ee11114 = 339, ee11122 = 342, ee11123 = 345, ee11124 = 348, ee11133 = 351, ee11134 = 354, ee11144 = 357, ee11222 = 360, ee11223 = 363, ee11224 = 366, ee11233 = 369, ee11234 = 372, ee11244 = 375, ee11333 = 378, ee11334 = 381, ee11344 = 384, ee11444 = 387, ee12222 = 390, ee12223 = 393, ee12224 = 396, ee12233 = 399, ee12234 = 402, ee12244 = 405, ee12333 = 408, ee12334 = 411, ee12344 = 414, ee12444 = 417, ee13333 = 420, ee13334 = 423, ee13344 = 426, ee13444 = 429, ee14444 = 432, ee22222 = 435, ee22223 = 438, ee22224 = 441, ee22233 = 444, ee22234 = 447, ee22244 = 450, ee22333 = 453, ee22334 = 456, ee22344 = 459, ee22444 = 462, ee23333 = 465, ee23334 = 468, ee23344 = 471, ee23444 = 474, ee24444 = 477, ee33333 = 480, ee33334 = 483, ee33344 = 486, ee33444 = 489, ee34444 = 492, ee44444 = 495, eeLAST = 498 }

enum	IntegralID_D { dd0 = 0, dd1 = 3, dd2 = 6, dd3 = 9, dd00 = 12, dd11 = 15, dd12 = 18, dd13 = 21, dd22 = 24, dd23 = 27, dd33 = 30, dd001 = 33, dd002 = 36, dd003 = 39, dd111 = 42, dd112 = 45, dd113 = 48, dd122 = 51, dd123 = 54, dd133 = 57, dd222 = 60, dd223 = 63, dd233 = 66, dd333 = 69, dd0000 = 72, dd0011 = 75, dd0012 = 78, dd0013 = 81, dd0022 = 84, dd0023 = 87, dd0033 = 90, dd1111 = 93, dd1112 = 96, dd1113 = 99, dd1122 = 102, dd1123 = 105, dd1133 = 108, dd1222 = 111, dd1223 = 114, dd1233 = 117, dd1333 = 120, dd2222 = 123, dd2223 = 126, dd2233 = 129, dd2333 = 132, dd3333 = 135, dd00001 = 138, dd00002 = 141, dd00003 = 144, dd00111 = 147, dd00112 = 150, dd00113 = 153, dd00122 = 156, dd00123 = 159, dd00133 = 162, dd00222 = 165, dd00223 = 168, dd00233 = 171, dd00333 = 174, dd11111 = 177, dd11112 = 180, dd11113 = 183, dd11122 = 186, dd11123 = 189, dd11133 = 192, dd11222 = 195, dd11223 = 198, dd11233 = 201, dd11333 = 204, dd12222 = 207, dd12223 = 210, dd12233 = 213, dd12333 = 216, dd13333 = 219, dd22222 = 222, dd22223 = 225, dd22233 = 228, dd22333 = 231, dd23333 = 234, dd33333 = 237, ddLAST = 240 }

enum	IntegralID_C { cc0 = 0, cc1 = 3, cc2 = 6, cc00 = 9, cc11 = 12, cc12 = 15, cc22 = 18, cc001 = 21, cc002 = 24, cc111 = 27, cc112 = 30, cc122 = 33, cc222 = 36, cc0000 = 39, cc0011 = 42, cc0012 = 45, cc0022 = 48, cc1111 = 51, cc1112 = 54, cc1122 = 57, cc1222 = 60, cc2222 = 63, ccLAST = 66 }

enum	IntegralID_B { bb0 = 0, bb1 = 3, bb00 = 6, bb11 = 9, bb001 = 12, bb111 = 15, bbLAST = 18 }

enum	IntegralID_A { aa0 = 0, aa00 = 3, aaLAST = 6 }

Functions
std::ostream &	mty::operator<< (std::ostream &out, IntegralType type)

void	mty::printLooptoolsId (IntegralType type, int id, std::ostream &out)

void	mty::printLooptoolsId_A (int id, std::ostream &out)

void	mty::printLooptoolsId_B (int id, std::ostream &out)

void	mty::printLooptoolsId_C (int id, std::ostream &out)

void	mty::printLooptoolsId_D (int id, std::ostream &out)

void	mty::printLooptoolsId_E (int id, std::ostream &out)

int	mty::loopToolsBegin (IntegralType type, size_t nIndices)

int	mty::loopToolsIdOf (IntegralType type, std::vector< size_t > const &indices)

int	mty::loopToolsIdOf_A (std::vector< size_t > const &indices)

int	mty::loopToolsIdOf_B (std::vector< size_t > const &indices)

int	mty::loopToolsIdOf_C (std::vector< size_t > const &indices)

int	mty::loopToolsIdOf_D (std::vector< size_t > const &indices)

size_t	mty::nPropagatorForIntegral (IntegralType type)

size_t	mty::nIndicesForIntegral (IntegralType type)

size_t	mty::nArgumentsForIntegral (IntegralType type)

csl::Expr	mty::getDivergentFactor (IntegralType type, int integral_id, std::vector< csl::Expr > const &arguments)

csl::Expr	mty::psquared (csl::Expr const &p)

csl::Expr	mty::psquared (csl::Expr const &p1, csl::Expr const &p2)

csl::Expr	mty::psum (csl::Expr const &p1, csl::Expr const &p2)

csl::Expr	mty::feynmanintegral_s (IntegralType t_type, int t_looptoolsId, std::vector< csl::Expr > const &t_argument)

csl::Expr	mty::feynmanintegral_s (IntegralType t_type, int t_looptoolsId, std::vector< csl::Expr > const &t_argument, std::vector< size_t > const &indices)

template<class IntegralID >
csl::Expr	mty::feynmanintegral_s (IntegralType t_type, IntegralID t_looptoolsId, std::vector< csl::Expr > const &t_argument)

Variables
constexpr int	mty::loopToolsStep = 3

Detailed Description

Author: Grégoire Uhlrich

Version: 1.3

Data Structures

Namespaces

Enumerations

Functions

Variables

Detailed Description