Namespaces
	tmpl

Classes
struct	Abs

struct	AbsExpression

struct	AbsFunctExpression

struct	AbsStruct

struct	AuxProduct

struct	AuxProduct< Prod, false >

struct	AuxProductRatio

struct	AuxProductRatio2

struct	AuxProductRatio2< Prod, false >

struct	AuxProductRatio< Prod, false >

struct	AuxSum

struct	AuxSum< Prod, false >

struct	AuxSumRatio

struct	BreitWigner

struct	Composition

struct	CompositionStruct

struct	ConstPrimitive

struct	ConstPrimitive< X, F, true >

struct	Convolution

class	ConvolutionStruct

struct	Cos

struct	CosStruct

struct	DecomposePower

struct	DecomposePower< A, Numerical< 1 > >

struct	DecomposeProduct

struct	DecomposeProduct< A, A >

struct	DecomposeProduct< ProductStruct< A, B >, A >

struct	DecomposeProduct< ProductStruct< A, B >, B >

struct	DefIntegral

struct	DefIntegral< F, MIN, MAX, Integrator, no_var >

struct	DefIntegral< F, MIN, MAX, no_var, no_var >

struct	DefIntegral< F, MIN, MAX, no_var, X >

struct	Derivative

struct	Difference

struct	Difference< FractionStruct< a, b >, FractionStruct< c, d > >

struct	Difference< Numerical< a >, FractionStruct< b, c > >

struct	Difference< Numerical< n >, Numerical< m > >

struct	Exp

struct	Exponential

struct	Expression

struct	ExpressionT

struct	ExpStruct

struct	FactorizeSum

struct	Fraction

struct	Fraction< n, m, false, false >

struct	Fraction< n, m, false, true >

struct	Fraction< n, m, true, false >

struct	FractionStruct

struct	FunctExpression

struct	FunctExpressionT

struct	Function

struct	Function< X1, null_var, null_var >

struct	Function< X1, X2, null_var >

struct	GammaPropagator

struct	GammaZInterference

struct	Gaussian

class	GaussIntegrator

class	GaussLegendreIntegrator

class	HistoPdf

struct	Identity

struct	Integral

struct	IntegralStruct

struct	IntegralStruct< F >

struct	Log

struct	LogStruct

struct	Master

struct	Minus

struct	Minus< Numerical< n > >

struct	MinusStruct

struct	NthDerivative

struct	NthDerivative< 0, X, F >

struct	NthDerivative< 1, X, F >

struct	Number

struct	Numerical

struct	NumericalIntegral

struct	NumericalIntegral< Integrator, F, no_var >

struct	NumPower

struct	NumPower< 1, m, posM >

struct	NumPower< n, 0, true >

struct	NumPower< n, 1, true >

struct	NumPower< n, m, false >

class	Parameter

struct	Parametric

struct	Parametric< FractionStruct< n, m > >

struct	Parametric< Numerical< n > >

struct	ParametricDiv1

struct	ParametricDivN

struct	ParametricSimplifiedSum

struct	ParametricSimplifiedSum< 1, 1, A, false >

struct	ParametricSimplifiedSum< 1, 1, A, true >

struct	ParametricSimplifiedSum< n, m, A, false >

struct	PartIntegral

struct	PartIntegral2

class	Polynomial

class	Polynomial< 0 >

class	Polynomial< 1 >

class	Polynomial< 2 >

struct	PositiveFraction

struct	PositiveFraction< n, m, gcd, num, 1 >

struct	Power

struct	Power< Numerical< n >, Numerical< m > >

struct	PowerStruct

struct	Primitive

struct	Primitive< F >

struct	Primitive< Parameter >

struct	Product

struct	Product< FractionStruct< a, b >, FractionStruct< c, d > >

struct	Product< FractionStruct< b, c >, Numerical< a > >

struct	Product< Numerical< a >, FractionStruct< b, c > >

struct	Product< Numerical< n >, Numerical< m > >

struct	Product< PROD_S(F, G), H >

struct	ProductPrimitive

struct	ProductStruct

struct	Ratio

struct	Ratio< FractionStruct< a, b >, FractionStruct< c, d > >

struct	Ratio< FractionStruct< b, c >, Numerical< a > >

struct	Ratio< Numerical< a >, FractionStruct< b, c > >

struct	Ratio< Numerical< n >, Numerical< 1 > >

struct	Ratio< Numerical< n >, Numerical< m > >

struct	RatioP1

struct	RatioP2

struct	RatioPrimitive

struct	RatioStruct

class	RootHistoPdf

struct	RootIntegrator

struct	Sgn

struct	SgnStruct

struct	SimpifyS2C2Sum

struct	SimplifyNegativeRatio

struct	SimplifyNegativeRatio< n, A, false >

struct	SimplifyPowerProduct

struct	SimplifyPowerProduct< A, B, C, false >

struct	SimplifyPowerRatio

struct	SimplifyPowerRatio< A, B, C, false >

struct	SimplifyRatioSum

struct	SimplifySCRatio

struct	SimplifySignedPower

struct	SimplifySTnProduct

struct	SimplifySTProduct

struct	SimplifySTRatio

struct	SimplSumOrd

struct	Sin

struct	SinStruct

struct	Slave

struct	Sqrt

struct	SqrtStruct

struct	Square

struct	Sum

struct	Sum< A, A >

struct	Sum< A, PROD_S(NUM(n), A) >

struct	Sum< FractionStruct< a, b >, FractionStruct< c, d > >

struct	Sum< FractionStruct< b, c >, Numerical< a > >

struct	Sum< MINUS_S(A), MINUS_S(A) >

struct	Sum< MINUS_S(PROD_S(A, B)), MINUS_S(PROD_S(A, B)) >

struct	Sum< NUM(n), NUM(n) >

struct	Sum< Numerical< a >, FractionStruct< b, c > >

struct	Sum< Numerical< n >, Numerical< m > >

struct	Sum< PROD_S(A, B), PROD_S(A, B) >

struct	Sum< PROD_S(NUM(n), A), A >

struct	Sum< PROD_S(NUM(n), A), PROD_S(NUM(m), A) >

struct	Sum< PROD_S(NUM(n), A), PROD_S(NUM(n), A) >

struct	Sum< SUM_S(A, B), C >

struct	Sum< SUM_S(A, B), PROD_S(C, D) >

struct	SumStruct

struct	Tan

struct	TanStruct

class	TrapezoidIntegrator

struct	UndefinedIntegral

class	ZLineShape

Typedefs
typedef A	arg

typedef Polynomial< 0 >	Constant

typedef DecomposeProduct< arg, typename Div::arg >	D

typedef Divides< arg, void >	D0

typedef Divides< A, C >	D1

typedef Divides< B, C >	D2

typedef DecomposePower< A, NUM(n)>	Dec

typedef ::boost::mpl::if_< D1, D1, typename::boost::mpl::if_ < D2, D2, D0 >::type >::type	Div

typedef arg	type

Functions
template<typename T >
Abs< T >::type	abs (const T &t)

	COMBINE (SIN_S(A), COS_S(A), type(_1._))

	COMBINE (A, NUM(n), num< 1 >()/pow(_1, num<-n >()))

	COMBINE (A, NUM(0), num< 1 >())

	COMBINE (SIN_S(A), TAN_S(A), type(_1._))

	COMBINE (COS_S(A), TAN_S(A), sin(_1._))

	COMBINE (POWER_S(COS_S(A), B), POWER_S(TAN_S(A), B), pow(sin(_1._1._), _1._2))

	COMBINE (SUM(A, B), SUM(B, A), num< 1 >())

	COMBINE (PROD(NUM(n), SIN2(A)), PROD(NUM(m), COS2(A)),(num< n-p >()_1._2+num< m-p >()_2._2)+num< p >())

static type	combine (const A &_1, const B &_2)

	COMBINE (SUM_S(A, B), C,(_1._1/_2)+(_1._2/_2))

template<typename A , typename B >
funct::Composition< A, B >::type	compose (const A &a, const B &b)

template<typename A , typename B , typename Integrator >
funct::Convolution< A, B, Integrator >::type	conv (const A &a, const B &b, double min, double max, const Integrator &i)

template<typename T >
Cos< T >::type	cos (const T &t)

	COS_RULE (TYPT1, MINUS_S(A), COS(A), cos(_._))

	COS_S (A)>

typedef	DERIV (X, A) A1

	DERIV_RULE (TYPX, X, NUM(1), num< 1 >())

	DERIV_RULE (TYPXT1, EXP_S(A), PROD(EXP(A), DERIV(X, A)), _ *derivative< X >(_._))

	DERIV_RULE (TYPXT1, LOG_S(A), PROD(RATIO(NUM(1), A), DERIV(X, A)),(num< 1 >()/_._)*derivative< X >(_._))

	DERIV_RULE (TYPXT1, ABS_S(A), PROD(SGN(A), DERIV(X, A)), sgn(_._)*derivative< X >(_._))

	DERIV_RULE (TYPXT1, SIN_S(A), PROD(COS(A), DERIV(X, A)), cos(_._)*derivative< X >(_._))

	DERIV_RULE (TYPXT1, COS_S(A), MINUS(PROD(SIN(A), DERIV(X, A))),-(sin(_._)*derivative< X >(_._)))

	DERIV_RULE (TYPXT1, TAN_S(A), PROD(RATIO(NUM(1), SQUARE(COS(A))), DERIV(X, A)),(num< 1 >()/sqr(cos(_._)))*derivative< X >(_._))

	DERIV_RULE (TYPXT2, SUM_S(A, B), SUM(DERIV(X, A), DERIV(X, B)), derivative< X >(_._1)+derivative< X >(_._2))

	DERIV_RULE (TYPXT1, MINUS_S(A), MINUS(DERIV(X, A)),-derivative< X >(_._))

	DERIV_RULE (TYPXT2, PROD_S(A, B), SUM(PROD(DERIV(X, A), B), PROD(A, DERIV(X, B))), derivative< X >(_._1)_._2+_._1 derivative< X >(_._2))

	DERIV_RULE (TYPXT2, RATIO_S(A, B), RATIO(DIFF(PROD(DERIV(X, A), B), PROD(A, DERIV(X, B))), SQUARE(B)),(derivative< X >(_._1)_._2-_._1 derivative< X >(_._2))/sqr(_._2))

	DERIV_RULE (TYPXN1T1, POWER_S(A, NUM(n)), PROD(PROD(NUM(n), POWER(A, NUM(n-1))), DERIV(X, A)), _._2 pow(_._1, num< n-1 >())derivative< X >(_._1))

	DERIV_RULE (TYPXN2T1, POWER_S(A, FRACT_S(n, m)), PROD(PROD(FRACT(n, m), POWER(A, FRACT(n-m, n))), DERIV(X, A)), _._2 pow(_._1, fract< n-m, m >())derivative< X >(_._1))

	DERIV_RULE (TYPXT1, SQRT_S(A), PROD(PROD(FRACT(1, 2), RATIO(NUM(1), SQRT(A))), DERIV(X, A)),(fract< 1, 2 >()(num< 1 >()/sqrt(_._)))derivative< X >(_._))

A	derivative (const A &_)

typedef	DIFF (PROD(A, B1), PRIMIT(X, PROD(A1, B1))) type

typedef	DIFF (PROD(A, B1), AB1) type

	DIFF_RULE (TYPT2, A, MINUS_S(B), SUM(A, B), _1+_2._)

template<typename T >
Exp< T >::type	exp (const T &t)

	EXP_RULE (TYPT1, LOG_S(A), A, _._)

template<int n, int m>
const Fraction< n, m >::type &	fract ()

	GET (arg, _)

	GET (arg, pow(Dec::getBase(_), num< p >()))

	GET (arg, Div::get(_._))

	GET (arg, Div::get(D::get(_)))

static type	get (const PROD_S(A, B)&_)

static type	get (const PROD_S(B, A)&_)

	GET (PROD_S(A, B), _._1 *primitive< X >(_._2))

	GET (PROD_S(A, B), _._2 *primitive< X >(_._1))

	GET (PROD_S(A, B), _ *X())

static type	get (const RATIO_S(A, B)&_)

static type	get (const RATIO_S(B, A)&_)

	GET (RATIO_S(A, B), _._1 *primitive< X >(num< 1 >/_._2))

	GET (RATIO_S(A, B), primitive< X >(_._1)/_._2)

	GET (RATIO_S(A, B), _ *X())

template<typename X , typename F >
Integral< F, X >::type	integral (const F &f)

template<typename X , typename F , typename Integrator >
Integral< F, X >::type	integral (const F &f, const Integrator &integrator)

template<typename X , typename F >
double	integral (const F &f, double min, double max)

template<typename X , typename F , typename Integrator >
double	integral (const F &f, double min, double max, const Integrator &integrator)

template<typename F , typename Integrator >
Integral< F >::type	integral_f (const F &f, const Integrator &integrator)

template<typename F >
Integral< F >::type	integral_f (const F &f)

template<typename F >
double	integral_f (const F &f, double min, double max)

template<typename F , typename Integrator >
double	integral_f (const F &f, double min, double max, const Integrator &integrator)

template<typename T >
Log< T >::type	log (const T &t)

	LOG_RULE (TYPT1, EXP_S(A), A, _._)

	LOG_RULE (TYPT2, POWER_S(A, B), PROD(B, LOG(A)), _._2 *log(_._1))

	LOG_RULE (TYPT2, PROD_S(A, B), SUM(LOG(A), LOG(B)), log(_._1)+log(_._2))

	LOG_RULE (TYPT2, RATIO_S(A, B), DIFF(LOG(A), LOG(B)), log(_._1)-log(_._2))

template<typename F >
Master< F >	master (const F &f)

	MINUS_RULE (TYPT1, MINUS_S(A), A, _._)

	MINUS_RULE (TYPT2, SUM_S(A, B), SUM(MINUS(A), MINUS(B)),(-_._1)+(-_._2))

	MINUS_S (B)>

	MINUS_S (C)>

typedef	MINUS_S (A) arg

	MINUS_S (PROD_S(B, C))>

	MINUS_S (PROD_S(C, D))>

	NON_PARAMETRIC_BINARY (SumStruct)

	NON_PARAMETRIC_BINARY (ProductStruct)

	NON_PARAMETRIC_BINARY (RatioStruct)

	NON_PARAMETRIC_BINARY (PowerStruct)

	NON_PARAMETRIC_UNARY (AbsStruct)

	NON_PARAMETRIC_UNARY (SgnStruct)

	NON_PARAMETRIC_UNARY (ExpStruct)

	NON_PARAMETRIC_UNARY (LogStruct)

	NON_PARAMETRIC_UNARY (SinStruct)

	NON_PARAMETRIC_UNARY (CosStruct)

	NON_PARAMETRIC_UNARY (TanStruct)

	NON_PARAMETRIC_UNARY (MinusStruct)

template<unsigned n, typename X , typename F >
NthDerivative< n, X, F >::type	nth_derivative (const F &f)

template<int n>
const Numerical< n > &	num ()

	NUM (n))

	NUM (m)>

	NUM (2))

A	NUM (1) >

template<typename A , typename B >
Product< A, B >::type	operator* (const A &a, const B &b)

template<typename A , typename B >
Sum< A, B >::type	operator+ (const A &a, const B &b)

template<typename A , typename B >
Difference< A, B >::type	operator- (const A &a, const B &b)

template<typename A >
Minus< A >::type	operator- (const A &a)

template<typename A , typename B >
Ratio< A, B >::type	operator/ (const A &a, const B &b)

template<int n>
std::ostream &	operator<< (std::ostream &cout, const Numerical< n > &)

template<int n, int m>
std::ostream &	operator<< (std::ostream &cout, const funct::FractionStruct< n, m > &)

template<int n, int m>
std::ostream &	operator<< (std::ostream &cout, const funct::MinusStruct< funct::FractionStruct< n, m > > &)

std::ostream &	operator<< (std::ostream &cout, const funct::Parameter &p)

std::ostream &	operator<< (std::ostream &cout, const Expression &e)

template<typename X1 , typename X2 , typename X3 >
std::ostream &	operator<< (std::ostream &cout, const Function< X1, X2, X3 > &f)

template<typename A , typename B >
std::ostream &	operator<< (std::ostream &cout, const funct::SumStruct< A, funct::MinusStruct< B > > &f)

template<typename A , typename B >
std::ostream &	operator<< (std::ostream &cout, const funct::SumStruct< funct::MinusStruct< A >, funct::MinusStruct< B > > &f)

template<typename A , typename B >
std::ostream &	operator<< (std::ostream &cout, const funct::SumStruct< funct::MinusStruct< A >, B > &f)

template<typename A , int n>
std::ostream &	operator<< (std::ostream &cout, const funct::SumStruct< A, funct::Numerical< n > > &f)

template<typename A , int n>
std::ostream &	operator<< (std::ostream &cout, const funct::SumStruct< funct::MinusStruct< A >, funct::Numerical< n > > &f)

template<typename A , typename B >
Power< A, B >::type	operator^ (const A &a, const B &b)

	PARENTHESES (ProductStruct, SumStruct," ")

	PARENTHESES (ProductStruct, RatioStruct," ")

	PARENTHESES (RatioStruct, SumStruct,"/")

	PARENTHESES (RatioStruct, ProductStruct,"/")

	PARENTHESES (RatioStruct, RatioStruct,"/")

	PARENTHESES (PowerStruct, SumStruct,"^")

	PARENTHESES (PowerStruct, ProductStruct,"^")

	PARENTHESES (PowerStruct, RatioStruct,"^")

	PARENTHESES_1 (MinusStruct, SumStruct,"-")

	PARENTHESES_FRACT (RatioStruct,"/")

	PARENTHESES_FRACT (PowerStruct,"^")

template<typename A , typename B >
Power< A, B >::type	pow (const A &a, const B &b)

typedef	POWER (A, NUM(n)) arg

typedef	POWER (A, NUM(p)) type

	POWER_RULE (TYPT1, A, NUM(1), A, _1)

	POWER_RULE (TYPT1, A, NUM(-1), RATIO(NUM(1), A), num< 1 >()/_1)

	POWER_RULE (TYPT1, A, FRACT_S(1, 2), SQRT(A), sqrt(_1))

	POWER_RULE (TYPT1, A, NUM(0), NUM(1), num< 1 >())

	POWER_RULE (TYPT2, PROD_S(A, B), NUM(0), NUM(1), num< 1 >())

	POWER_RULE (TYPT3, POWER_S(A, B), C, POWER(A, SUM(B, C)), pow(_1._1, _1._2+_2))

	POWER_RULE (TYPN1T2, POWER_S(A, B), NUM(n), POWER(A, SUM(B, NUM(n))), pow(_1._1, _1._2+_2))

	POWER_S (A, NUM(n))>

	POWER_S (A, NUM(m))>

	POWER_S (TAN_S(A), B)>

	POWER_S (TAN_S(A), NUM(n))>

	POWER_S (COS_S(A), NUM(2))>

	POWER_S (A, C) >

	POWER_S (SIN_S(A), NUM(2))>

	POWER_S (A, B) >

typedef	PRIMIT (X, PROD(A1, B1)) AB1

	PRIMIT_RULE (TYPXT2, POWER_S(A, B), UndefinedIntegral, type())

	PRIMIT_RULE (TYPX, X, RATIO(POWER(X, NUM(2)), NUM(2)), pow(_, num< 2 >())/num< 2 >())

	PRIMIT_RULE (TYPXN1, POWER_S(X, NUM(n)), RATIO(POWER(X, NUM(n+1)), NUM(n+1)), pow(_._1, num< n+1 >())/num< n+1 >())

	PRIMIT_RULE (TYPXN1, RATIO_S(NUM(1), POWER_S(X, NUM(n))), RATIO(NUM(-1), PROD(NUM(n-1), POWER(X, NUM(n-1)))), num<-1 >()/(num< n-1 >()*pow(_._2._1, num< n-1 >())))

	PRIMIT_RULE (TYPXN1, POWER_S(RATIO_S(NUM(1), X), NUM(n)), RATIO(NUM(-1), PROD(NUM(n-1), POWER(X, NUM(n-1)))), num<-1 >()/(num< n-1 >()*pow(_._1._2, num< n-1 >())))

	PRIMIT_RULE (TYPXN2, POWER_S(X, FRACT_S(n, m)), PROD(FRACT(m, n+m), POWER(X, FRACT(n+m, m))),(fract< m, n+m >()*pow(_._1, fract< n+m, m >())))

	PRIMIT_RULE (TYPX, SQRT_S(X), PRIMIT(X, POWER_S(X, FRACT_S(1, 2))),(fract< 2, 3 >()*pow(_._, fract< 3, 2 >())))

	PRIMIT_RULE (TYPX, EXP_S(X), EXP(X), _)

	PRIMIT_RULE (TYPX, LOG_S(X), PROD(X, DIFF(LOG(X), NUM(1))), _._ *(_-num< 1 >()))

	PRIMIT_RULE (TYPX, SGN_S(X), ABS(X), abs(_._))

	PRIMIT_RULE (TYPX, SIN_S(X), MINUS(COS(X)),-cos(_._))

	PRIMIT_RULE (TYPX, COS_S(X), SIN(X), sin(_._))

	PRIMIT_RULE (TYPX, TAN_S(X), MINUS(LOG(ABS(COS(X)))),-log(abs(cos(_._))))

	PRIMIT_RULE (TYPX, RATIO_S(NUM(1), X), LOG(ABS(X)), log(abs(_._2)))

	PRIMIT_RULE (TYPX, POWER_S(X, NUM(-1)), LOG(ABS(X)), log(abs(_._1)))

	PRIMIT_RULE (TYPX, RATIO_S(NUM(1), POWER_S(COS_S(X), NUM(2))), TAN(X), tan(_._2._1._))

	PRIMIT_RULE (TYPX, RATIO_S(NUM(1), POWER_S(SIN_S(X), NUM(2))), RATIO(NUM(-1), TAN(X)), num<-1 >()/tan(_._2._1._))

	PRIMIT_RULE (TYPXT2, SUM_S(A, B), SUM(PRIMIT(X, A), PRIMIT(X, B)), primitive< X >(_._1)+primitive< X >(_._2))

	PRIMIT_RULE (TYPXT1, MINUS_S(A), MINUS(PRIMIT(X, A)),-primitive< X >(_._))

template<typename X , typename F >
Primitive< F, X >::type	primitive (const F &f)

template<typename F >
Primitive< F >::type	primitive (const F &f)

	PRINT_BINARY_OPERATOR (SumStruct," + ")

	PRINT_BINARY_OPERATOR (ProductStruct," ")

	PRINT_BINARY_OPERATOR (RatioStruct,"/")

	PRINT_BINARY_OPERATOR (PowerStruct,"^")

	PRINT_FUNCTION (SqrtStruct,"sqrt")

	PRINT_FUNCTION (ExpStruct,"exp")

	PRINT_FUNCTION (LogStruct,"log")

	PRINT_FUNCTION (SinStruct,"sin")

	PRINT_FUNCTION (CosStruct,"cos")

	PRINT_FUNCTION (TanStruct,"tan")

	PRINT_FUNCTION (SgnStruct,"sgn")

	PRINT_FUNCTION (AbsStruct,"abs")

	PRINT_UNARY_OPERATOR (MinusStruct,"-")

typedef	PROD (F, SUM(RATIO(A, F), RATIO(B, F))) type

	PROD_RULE (TYPT3, A, PROD_S(B, C), PROD(PROD(A, B), C),(_1 _2._1)_2._2)

	PROD_RULE (TYPT1, NUM(0), A, NUM(0), num< 0 >())

	PROD_RULE (TYPN1, NUM(0), NUM(n), NUM(0), num< 0 >())

	PROD_RULE (TYPT2, EXP_S(A), EXP_S(B), EXP(SUM(A, B)), exp(_1._+_2._))

	PROD_RULE (TYPT2, NUM(0), PROD_S(A, B), NUM(0), num< 0 >())

	PROD_RULE (TYPT1, NUM(1), A, A, _2)

	PROD_RULE (TYPT1, SIN_S(A), A, PROD(A, SIN(A)), _2 *_1)

	PROD_RULE (TYPT1, COS_S(A), A, PROD(A, COS(A)), _2 *_1)

	PROD_RULE (TYPN1, NUM(1), NUM(n), NUM(n), _2)

	PROD_RULE (TYPT1, EXP_S(A), A, PROD(A, EXP(A)), _2 *_1)

	PROD_RULE (TYPT1, TAN_S(A), A, PROD(A, TAN(A)), _2 *_1)

	PROD_RULE (TYPN2, NUM(1), FRACT_S(n, m), FRACT_S(n, m), _2)

	PROD_RULE (TYPT1, LOG_S(A), A, PROD(A, LOG(A)), _2 *_1)

	PROD_RULE (TYP0, NUM(1), NUM(1), NUM(1), num< 1 >())

	PROD_RULE (TYPT1, NUM(-1), A, MINUS_S(A),-_2)

	PROD_RULE (TYPN1, NUM(-1), NUM(n), NUM(-n), num<-n >())

	PROD_RULE (TYPT2, NUM(1), PROD_S(A, B), PROD_S(A, B), _2)

	PROD_RULE (TYPT2, A, MINUS_S(B), MINUS(PROD(A, B)),-(_1 *_2._))

	PROD_RULE (TYPN1T1, NUM(n), MINUS_S(A), MINUS(PROD(NUM(n), A)),-(_1 *_2._))

	PROD_RULE (TYPT3, PROD_S(A, B), MINUS_S(C), MINUS(PROD(PROD(A, B), C)),-(_1 *_2._))

	PROD_RULE (TYPT1, NUM(1), MINUS_S(A), MINUS(A), _2)

	PROD_RULE (TYPT2, MINUS_S(A), MINUS_S(B), PROD(A, B), _1._ *_2._)

	PROD_RULE (TYPT2, MINUS_S(A), B, MINUS(PROD(A, B)),-(_1._ *_2))

	PROD_RULE (TYPT3, A, RATIO_S(B, C), RATIO(PROD(A, B), C),(_1 *_2._1)/_2._2)

	PROD_RULE (TYPN1T2, NUM(n), RATIO_S(A, B), RATIO(PROD(NUM(n), A), B),(_1 *_2._1)/_2._2)

	PROD_RULE (TYPT2, NUM(1), RATIO_S(A, B), RATIO(A, B), _2)

	PROD_RULE (TYPT2, NUM(0), RATIO_S(A, B), NUM(0), num< 0 >())

	PROD_RULE (TYPN1T1, A, NUM(n), PROD(NUM(n), A), _2 *_1)

	PROD_RULE (TYPN1T2, PROD_S(A, B), NUM(n), PROD(PROD(NUM(n), A), B),(_2 _1._1)_1._2)

	PROD_RULE (TYPT4, PROD_S(A, B), PROD_S(C, D), PROD(PROD(PROD(A, B), C), D),(_1 _2._1)_2._2)

	PROD_RULE (TYPN3T1, FRACT_S(n, m), RATIO_S(A, NUM(k)), PROD(FRACT(n, m+k), A),(fract< n, m+k >()*_2._1))

	PROD_RULE (TYPN1T2, RATIO_S(A, B), NUM(n), RATIO(PROD(NUM(n), A), B),(_2 *_1._1)/_1._2)

	PROD_RULE (TYPT3, RATIO_S(A, B), C, RATIO(PROD(A, C), B),(_1._1 *_2)/_1._2)

	PROD_RULE (TYP0, NUM(0), NUM(1), NUM(0), num< 0 >())

	PROD_RULE (TYPT4, RATIO_S(A, B), RATIO_S(C, D), RATIO(PROD(A, C), PROD(B, D)),(_1._1 _2._1)/(_1._2 _2._2))

	PROD_RULE (TYPN1, NUM(n), NUM(n), NUM(n n), num< n n >())

	PROD_RULE (TYPT4, RATIO_S(A, B), PROD_S(C, D), RATIO(PROD(PROD(A, C), D), B),((_1._1 _2._1)_2._2)/_1._2)

	PROD_S (A, B)>

	PROD_S (B, C)>

	PROD_S (NUM(m), POWER_S(COS_S(A), NUM(2)))>

	PROD_S (NUM(n), POWER_S(SIN_S(A), NUM(2)))>

	PROD_S (NUM(n), A)>

	PROD_S (C, D)>

	RATIO_RULE (TYPT1, NUM(0), A, NUM(0), num< 0 >())

	RATIO_RULE (TYPT1, A, NUM(1), A, _1)

	RATIO_RULE (TYPT2, PROD_S(A, B), NUM(1), PROD(A, B), _1)

	RATIO_RULE (TYPT2, MINUS_S(A), B, MINUS(RATIO(A, B)),-(_1._/_2))

	RATIO_RULE (TYPN1T1, MINUS_S(A), NUM(n), MINUS(RATIO(A, NUM(n))),-(_1._/_2))

	RATIO_RULE (TYPT3, RATIO_S(A, B), C, RATIO(A, PROD(B, C)), _1._1/(_1._2 *_2))

	RATIO_RULE (TYPN1T2, RATIO_S(A, B), NUM(n), RATIO(A, PROD(NUM(n), B)), _1._1/(_2 *_1._2))

	RATIO_RULE (TYPT4, RATIO_S(A, B), PROD_S(C, D), RATIO(A, PROD(PROD(B, C), D)), _1._1/(_1._2 *_2))

	RATIO_RULE (TYPT4, PROD_S(A, B), RATIO_S(C, D), RATIO(PROD(PROD(A, B), D), C),(_1 *_2._2)/_2._1)

	RATIO_RULE (TYPN2T2, PROD_S(NUM(n), A), PROD_S(NUM(m), B), PROD_S(FRACT(n, m), RATIO(A, B)),(PROD_S(FRACT(n, m), RATIO(A, B))((fract< n, m >()),(_1._2/_2._2))))

	RATIO_RULE (TYPT3, A, RATIO_S(B, C), RATIO(PROD(A, C), B),(_1 *_2._2)/_2._1)

	RATIO_RULE (TYPT4, SUM_S(A, B), RATIO_S(C, D), RATIO(PROD(SUM(A, B), D), C),(_1 *_2._2)/_2._1)

	RATIO_RULE (TYPT4, RATIO_S(A, B), RATIO_S(C, D), RATIO(PROD(A, D), PROD(B, C)),(_1._1 _2._2)/(_1._2 _2._1))

	RATIO_RULE (TYPN1, NUM(n), NUM(n), NUM(1), num< 1 >())

template<typename T >
Sgn< T >::type	sgn (const T &t)

template<typename T >
Sin< T >::type	sin (const T &t)

	SIN_RULE (TYPT1, MINUS_S(A), MINUS(SIN(A)),-sin(_._))

	SIN_S (A)>

template<typename F >
Slave< F >	slave (const Master< F > &m)

template<typename F >
Square< F >::type	sqr (const F &f)

template<typename T >
Sqrt< T >::type	sqrt (const T &t)

typedef	SUM (SUM(PROD(NUM(n-p), SIN2(A)), PROD(NUM(m-p), COS2(A))), NUM(p)) type

	SUM_RULE (TYPT3, A, SUM_S(B, C), SUM(SUM(A, B), C),(_1+_2._1)+_2._2)

	SUM_RULE (TYPT4, SUM_S(A, B), SUM_S(C, D), SUM(SUM(SUM(A, B), C), D),(_1+_2._1)+_2._2)

	SUM_RULE (TYPN1T1, NUM(n), A, SUM(A, NUM(n)), _2+_1)

	SUM_RULE (TYPN1T2, NUM(n), SUM_S(A, B), SUM(SUM_S(A, B), NUM(n)), _2+_1)

	SUM_RULE (TYPT1, A, NUM(0), A, _1)

	SUM_RULE (TYP0, NUM(0), NUM(0), NUM(0), num< 0 >())

	SUM_RULE (TYPT2, PROD_S(A, B), NUM(0), PROD_S(A, B), _1)

	SUM_RULE (TYPT2, NUM(0), PROD_S(A, B), PROD_S(A, B), _2)

	SUM_RULE (TYPT2, NUM(0), MINUS_S(PROD_S(A, B)), MINUS_S(PROD_S(A, B)), _2)

	SUM_RULE (TYPT2, SUM_S(A, B), NUM(0), SUM_S(A, B), _1)

	SUM_RULE (TYPT2, NUM(0), SUM_S(A, B), SUM_S(A, B), _2)

	SUM_S (B, A)>

template<typename T >
Tan< T >::type	tan (const T &t)

	TAN_RULE (TYPT1, MINUS_S(A), MINUS(TAN(A)),-tan(_._))

	TAN_S (A)>

	TEMPL (T1) struct Divides0

	TEMPL (XT1) DERIV(X

	TEMPL (T2) struct Divides

	TEMPL (N1T1) struct Divides< POWER_S(A

	TEMPL (N2T1) struct ParametricDivN<n

	TEMPL (N2) struct Divides< NUM(n)

	TEMPL (N1) struct Divides< NUM(n)

	TEMPL (T3) struct Divides< PROD_S(A

	TEMPL (T4) struct Divides< PROD_S(A

	TEMPL (XT2) struct PartIntegral<X

	TEMPL (N1T2) struct Sum< PROD_S(A

template<typename F >
double	trapezoid_integral (const F &f, double min, double max, unsigned int samples)

Variables
void	__pad0__

A	__pad1__

A	__pad2__

C	__pad3__

C	__pad4__

	A { }

	B { }

	C

	false

	m

const double	oneOverSqrtTwoPi = 1/sqrt(2*M_PI)

static const int	p

	true

const double	twoOverPi = 2./M_PI

static const bool	value = Div::value

Typedef Documentation

typedef A funct::arg

Definition at line 36 of file Factorize.h.

typedef Polynomial<0> funct::Constant

Definition at line 6 of file Constant.h.

funct::D

Definition at line 150 of file Factorize.h.

typedef Divides<arg, void> funct::D0

Definition at line 143 of file Factorize.h.

typedef Divides<A, C> funct::D1

Definition at line 144 of file Factorize.h.

typedef Divides<B, C> funct::D2

Definition at line 145 of file Factorize.h.

typedef DecomposePower<A, NUM(n)> funct::Dec

Definition at line 60 of file Factorize.h.

typedef ::boost::mpl::if_<D1, D1, typename ::boost::mpl::if_ <D2, D2, D0>::type>::type funct::Div

Definition at line 147 of file Factorize.h.

typedef Div::type funct::type

Definition at line 37 of file Factorize.h.

Function Documentation

template<typename T >

Abs<T>::type funct::abs ( const T & t )

inline

Definition at line 22 of file Abs.h.

References funct::Abs< T >::compose().

                                               { 
     return Abs<T>::compose(t); 
   }

funct::COMBINE	(	SIN_S(A)	,
		COS_S(A)	,
		type(_1._)
	)

funct::COMBINE	(	A	,
		NUM(n)	,
		num< 1 >	)/pow(_1, num<-n >()
	)

Referenced by SIN_S(), and TEMPL().

funct::COMBINE	(	A	,
		NUM(0)	,
		num< 1 >	()
	)

funct::COMBINE	(	SIN_S(A)	,
		TAN_S(A)	,
		type(_1._)
	)

funct::COMBINE	(	COS_S(A)	,
		TAN_S(A)	,
		sin(_1._)
	)

funct::COMBINE	(	POWER_S(COS_S(A), B)	,
		POWER_S(TAN_S(A), B)	,
		pow(sin(_1._1._), _1._2)
	)

funct::COMBINE	(	SUM(A, B)	,
		SUM(B, A)	,
		num< 1 >	()
	)

funct::COMBINE	(	PROD(NUM(n), SIN2(A))	,
		PROD(NUM(m), COS2(A))	,
		(num< n-p >()_1._2+num< m-p >()_2._2)+num< p >()
	)

static type funct::combine	(	const A &	_1,
		const B &	_2
	)

inlinestatic

Definition at line 186 of file Factorize.h.

References f, and reco::get().

Referenced by CandCombinerBase< OutputCollection, CandPtr >::combine(), funct::SimplSumOrd< A, B, PROD_S(C, D) >::combine(), funct::Product< PROD_S(F, G), H >::combine(), POWER_S(), PROD_S(), TEMPL(), and trajectoryToResiduals().

                                                          { 
       const F& f = Divides<A, B>::get(_1);       
       return f * ((_1 / f) + (_2 / f));
     }

funct::COMBINE	(	SUM_S(A, B)	,
		C	,
		(_1._1/_2)+(_1._2/_2)
	)

template<typename A , typename B >

funct::Composition<A, B>::type funct::compose	(	const A &	a,
		const B &	b
	)

inline

Definition at line 32 of file Composition.h.

References funct::Composition< A, B >::compose().

                                                                              {
     return funct::Composition<A, B>::compose(a, b);
   }

template<typename A , typename B , typename Integrator >

funct::Convolution<A, B, Integrator>::type funct::conv	(	const A &	a,
		const B &	b,
		double	min,
		double	max,
		const Integrator &	i
	)

inline

Definition at line 48 of file Convolution.h.

References funct::Convolution< A, B, Integrator >::compose().

                                                                                                                                    {
     return funct::Convolution<A, B, Integrator>::compose(a, b, min, max, i);
   }

template<typename T >

Cos<T>::type funct::cos ( const T & t )

inline

Definition at line 22 of file Cos.h.

References funct::Cos< T >::compose().

Referenced by GflashTrajectory::_cacheSinesAndCosines(), GflashTrajectory::_refreshCache(), fireworks::addCircle(), fireworks::addDashedArrow(), fireworks::addDashedLine(), PreshowerHitMaker::addHit(), HcalHitMaker::addHit(), EcalHitMaker::addHit(), EcalHitMaker::addHitDepth(), FastL1GlobalAlgo::addJet(), metsig::significanceAlgo::addObjects(), Hector::addPartToHepMC(), MuonCSCChamberResidual::addResidual(), FWMuonDetailView::addSceneInfo(), FWElectronDetailView::addSceneInfo(), fireworks::addStraightLineSegment(), SiStripGainCosmicCalculator::algoAnalyze(), myFastSimVal::analyze(), MultiTrackValidatorGenPs::analyze(), MultiTrackValidator::analyze(), TrackerSeedValidator::analyze(), ElectronTagProbeAnalyzer::analyze(), WValidation::analyze(), TrackBuildingAnalyzer::analyze(), DrellYanValidation::analyze(), RecoMuonValidator::analyze(), ValidationMisalignedTracker::analyze(), MBUEandQCDValidation::analyze(), EwkDQM::analyze(), edm::FlatEGunASCIIWriter::analyze(), L1GctValidation::analyze(), DTEfficiencyTask::analyze(), DTResolutionAnalysisTask::analyze(), TrackParameterAnalyzer::analyze(), myJetAna::analyze(), HLTAlCaMonPi0::analyze(), DTSegment4DQuality::analyze(), DQMSourcePi0::analyze(), DisplayGeom::analyze(), TestOutliers::analyze(), HLTAlCa::analyze(), ResolutionAnalyzer::analyze(), EcalCosmicsHists::analyze(), MuonTrackValidator::analyze(), TrackerDpgAnalysis::analyze(), Rivet::CMS_EWK_10_012::analyze(), ThirdHitPredictionFromCircle::angle(), CSCAlignmentCorrections::applyAlignment(), EMEnrichingFilterAlgo::applyBFieldCurv(), doubleEMEnrichingFilterAlgo::applyBFieldCurv(), Thrust::axis(), GCC11_FINAL< T, TOPO >::BeamSpotTransientTrackingRecHit(), BremsstrahlungSimulator::brem(), MuonBremsstrahlungSimulator::brem(), PixelTrackBuilder::build(), FWPFEcalRecHitRPProxyBuilder::build(), FWMET3DProxyBuilder::build(), FWTauProxyBuilderBase::buildBaseTau(), CaloRecoTauAlgorithm::buildCaloTau(), MagGeoBuilderFromDDD::volumeHandle::buildPhiZSurf(), FWPFClusterRPZUtils::buildRhoPhiClusterLineSet(), FWPFClusterRPZUtils::buildRhoZClusterLineSet(), FWMETProxyBuilder::buildViewType(), FWJetProxyBuilder::buildViewType(), ClusterShapeAlgo::calc_AbsZernikeMoment(), EcalClusterToolsT< noZS >::calc_AbsZernikeMoment(), pat::PATPackedCandidateProducer::calcDxy(), HLTEcalResonanceFilter::calcPaircluster(), calcPzeta(), ClusterShapeAlgo::Calculate_lat(), TBPositionCalc::CalculateCMSPos(), OptOOpticalSquare::calculateFaces(), LASAlignmentTubeAlgorithm::CalculateParameters(), LASEndcapAlgorithm::CalculateParameters(), CSCPairResidualsConstraint::calculatePhi(), ThirdHitPrediction::calculateRangesBarrel(), ThirdHitPrediction::calculateRangesForward(), reco::GhostTrackPrediction::cartesianError(), TwoBodyDecayModel::cartesianSecondaryMomenta(), OuterDetCompatibility::center(), ALIUtils::checkMatrixEquations(), OpticalObject::checkMatrixEquations(), DreamSD::cherenkovDeposit_(), SETFilter::chi2AtSpecificStep(), TangentApproachInRPhi::circleParameters(), PFPhotonAlgo::ClustersPhiRMS(), DTRecHitSegmentResidual::compute(), MultipleScatteringSimulator::compute(), PairProductionSimulator::compute(), DTCalibValidation::compute(), ForwardDiskSectorBuilderFromWedges::computeBounds(), ForwardDiskSectorBuilderFromDet::computeBounds(), ParticleKinematicLinearizedTrackState::computeChargedJacobians(), tauImpactParameter::TrackHelixVertexFitter::computedxydz(), tauImpactParameter::TrackHelixVertexFitter::computeLorentzVectorPar(), ParticleKinematicLinearizedTrackState::computeNeutralJacobians(), DDPixFwdBlades::computeNippleParameters(), HFCherenkov::computeNPE(), HFCherenkov::computeNPEinPMT(), HFCherenkov::computeNPhTrapped(), tauImpactParameter::ParticleBuilder::convertCMSSWTrackParToSFTrackPar(), TwoBodyDecayModel::convertCurvilinearToCartesian(), HFRecoEcalCandidateAlgo::correctEPosition(), MuonMETAlgo::correctMETforMuon(), TCMETAlgo::correctMETforTrack(), VVIObjDetails::cosint(), sistripvvi::VVIObjDetails::cosint(), ZIterativeAlgorithmWithFit::cosTheta12(), ZeeKinematicTools::cosThetaElectrons_SC(), ZeeKinematicTools::cosThetaElectrons_TK(), covarianceUpdate(), OutInConversionSeedFinder::createSeedFTS(), fireworks::createSegment(), TGeoMgrFromDdd::createShape(), CSCLayerGeometry::CSCLayerGeometry(), CSCSlantedWireGeometry::CSCSlantedWireGeometry(), TtFullLepKinSolver::cubic(), TwoBodyDecayModel::curvilinearToCartesianJacobian(), DDcreateRotationMatrix(), DDrot(), DDrotReflect(), EMEnrichingFilterAlgo::deltaRxyAtEE(), doubleEMEnrichingFilterAlgo::deltaRxyAtEE(), DetectorVector(), SiStripFineDelayHit::detId(), IdealCastorTrapezoid::dhz(), reco::GhostTrackPrediction::direction(), CMSCGEN::dNdEmudEnu(), MuonAlignmentInputXML::do_rotatebeamline(), MuonAlignmentInputXML::do_rotateglobalaxis(), MuonAlignmentInputXML::do_setposition(), Decay3Body::doDecay(), SurveyPxbDicer::doDice(), SurveyPxbImageLocalFit::doFit(), DDEcalPreshowerAlgo::doLadders(), CSCPairResidualsConstraint::dphidzFromTrack(), TwoBodyDecayDerivatives::dqsdm(), TwoBodyDecayDerivatives::dqsdphi(), TwoBodyDecayDerivatives::dqsdpx(), TwoBodyDecayDerivatives::dqsdpy(), TwoBodyDecayDerivatives::dqsdpz(), TwoBodyDecayDerivatives::dqsdtheta(), geometryDiffVisualization::draw_disk(), geometryDiffVisualization::draw_wheel(), TEveEllipsoidProjectedGL::drawArch(), SiPixelTrackerMap::drawModule(), TrackerMap::drawModule(), TEveEllipsoidProjectedGL::DrawRhoZ(), DTRecSegment4D::DTRecSegment4D(), RunManager::DumpMagneticField(), RunManagerMT::DumpMagneticField(), Pi0FixedMassWindowCalibration::duringLoop(), pat::PackedGenParticle::dxy(), pat::PackedCandidate::dxy(), pat::PackedGenParticle::dz(), pat::PackedCandidate::dz(), EcalTBMCInfoProducer::EcalTBMCInfoProducer(), EcalTrapezoidParameters::EcalTrapezoidParameters(), HWWFunctions::electron_d0PV_smurfV3(), HWWFunctions::electron_d0PV_wwV1(), electron_d0PV_wwV1_local(), HWWFunctions::electronCorrection_pos(), LASGeometryUpdater::EndcapUpdate(), ErsatzMEt::ersatzFabrik(), tauImpactParameter::MultiProngTauSolver::estimateNu(), IdealHelixParameters::evalCircleCenter(), CMSCGENnorm::events_n100cos(), DDLinear::execute(), DDAngular::execute(), DDTIDModulePosAlgo::execute(), DDBHMAngular::execute(), DDHCalAngular::execute(), DDHCalTBCableAlgo::execute(), DDHCalTestBeamAlgo::execute(), DDTIBLayerAlgo_MTCC::execute(), DDPixBarLayerAlgo::execute(), DDGEMAngular::execute(), DDTECCoolAlgo::execute(), DDTECOptoHybAlgo::execute(), DDTIBLayerAlgo::execute(), DDTIDModuleAlgo::execute(), DDTrackerLinear::execute(), DDHCalTBZposAlgo::execute(), DDPixBarLayerUpgradeAlgoCoverage::execute(), DDPixBarStackLinearGap::execute(), DDPixBarTPGStackLayerAlgo::execute(), DDPixBarLayerUpgradeAlgo::execute(), DDPixBarStackLayerAlgo::execute(), DDPixBarStackLinear::execute(), DDPixBarStackTrigLayerAlgo::execute(), DDPixFwdDiskAlgo::execute(), DDHCalFibreBundle::execute(), DDTECModuleAlgo::execute(), DDTECPhiAltAlgo::execute(), DDTIDRingAlgo::execute(), DDTrackerAngular::execute(), DDTrackerAngularV1::execute(), DDTrackerPhiAlgo::execute(), DDTrackerPhiAltAlgo::execute(), DDEcalBarrelNewAlgo::execute(), DDEcalBarrelAlgo::execute(), ClusterShapeAlgo::fast_AbsZernikeMoment(), EcalClusterToolsT< noZS >::fast_AbsZernikeMoment(), VVIObj::fcn(), sistripvvi::VVIObj::fcn(), fcn(), MuonPFAnalyzer::fDeltaPhi(), DAClusterizerInZ::fill(), LA_Filler_Fitter::fill(), HiEvtPlaneFlatten::Fill(), h2DSegm::Fill(), DAClusterizerInZ_vect::fill(), RecoMuonValidator::MuonME::fill(), MTVHistoProducerAlgoForTracker::fill_ResoAndPull_recoTrack_histos(), GenSpecificAlgo::fillCommonMETData(), MuScleFit::fillComparisonHistograms(), MuonSimHitsValidAnalyzer::fillDT(), HcalFlexiHardcodeGeometryLoader::fillHBHO(), HcalFlexiHardcodeGeometryLoader::fillHE(), HcalFlexiHardcodeGeometryLoader::fillHF(), TrackerValidationVariables::fillHitQuantities(), FastL1GlobalAlgo::FillMET(), MuonSimHitsValidAnalyzer::fillRPC(), PrimaryVertexAnalyzer4PU::fillTrackHistos(), DTSurvey::FillWheelInfo(), myFilter::filter(), TwoTrackMinimumDistanceHelixHelix::finalPoints(), TwoTrackMinimumDistanceHelixLine::finalPoints(), SETFilter::find3MoreStartingPoints(), spr::findDetIdCalo(), spr::findDetIdECAL(), spr::findDetIdHCAL(), SETFilter::findMinChi2(), DTHitQualityUtils::findMuSimSegmentDirAndPos(), EgammaObjects::findRecoMass(), SiStripElectronSeedGenerator::findSeedsFromCluster(), TrackerSystematicMisalignments::findSystematicMis(), tauImpactParameter::TauA1NuConstrainedFitter::fit(), DTSegmentUpdator::fit(), BSFitter::Fit_d0phi(), OutInConversionSeedFinder::fixPointRadius(), SpecialCylindricalMFGrid::fromGridFrame(), fromPtEtaPhiToPxPyPz(), MuScleFitUtils::fromPtEtaPhiToPxPyPz(), DDAngular::fUnitVector(), FWExpressionValidator::FWExpressionValidator(), FWLegoCandidate::FWLegoCandidate(), FWLegoEvePFCandidate::FWLegoEvePFCandidate(), funct::GaussLegendreIntegrator::GaussLegendreIntegrator(), gen::Pythia6JetGun::generateEvent(), gen::Py8EGun::generatePartonsAndHadronize(), gen::Py8JetGun::generatePartonsAndHadronize(), gen::Py8PtGun::generatePartonsAndHadronize(), gen::HydjetHadronizer::generatePartonsAndHadronize(), LaserBeamsBarrel::GeneratePrimaries(), LaserBeamsTEC1::GeneratePrimaries(), LaserBeamsTEC2::GeneratePrimaries(), FTSFromVertexToPointFactory::get(), LASEndcapAlgorithm::GetAlignmentParameterCorrection(), TCTauAlgorithm::getCellMomentum(), ConvertedPhotonProducer::getCircleCenter(), CaloGeometryHelper::getClosestCell(), ConversionFinder::getConversionInfo(), TrackFitter::getCotThetaAndUpdateZip(), IsolatedPixelTrackCandidateProducer::getDistInCM(), PythiaFilterIsolatedTrack::getDistInCM(), getDistInCM(), EopTreeWriter::getDistInCM(), ValidationHcalIsoTrackAlCaReco::getDistInCM(), spr::getDistInCMatEcal(), spr::getDistInCMatHcal(), HiEvtPlaneFlatten::GetFlatPsi(), NtupleManager::GetGlobalAngles(), HWWFunctions::getGoodMVAs(), HFShowerLibrary::getHits(), reco::TauMassTagInfo::getInvariantMass(), BetafuncEvtVtxGenerator::GetInvLorentzBoost(), MixBoostEvtVtxGenerator::GetInvLorentzBoost(), BetaBoostEvtVtxGenerator::GetInvLorentzBoost(), CxCalculator::getJurassicArea(), TxCalculator::getJurassicArea(), pftools::CaloEllipse::getMajorMinorAxes(), SiStripFineDelayTOF::getPhi(), TangentCircle::getPosition(), pat::helper::ResolutionHelper::getResolE(), pat::helper::ResolutionHelper::getResolEt(), pat::helper::ResolutionHelper::getResolPt(), pat::helper::ResolutionHelper::getResolPx(), pat::helper::ResolutionHelper::getResolPy(), pat::helper::ResolutionHelper::getResolPz(), ALIUtils::getRotationAnglesFromMatrix(), PrimaryVertexAnalyzer4PU::getSimTrkParameters(), LASAlignmentTubeAlgorithm::GetTEC2TECAlignmentParameterCorrection(), LASAlignmentTubeAlgorithm::GetTIBTOBAlignmentParameterCorrection(), CachedTrajectory::getWideTrajectory(), HFGflash::gfParameterization(), HWWFunctions::gsftrks_d0_pv(), HWWFunctions::gsftrks_dz_pv(), BaseParticlePropagator::helixCentreY(), HFCherenkov::HFCherenkov(), HFShowerParam::HFShowerParam(), CosmicTrackingRegion::hits_(), EGammaMvaEleEstimator::IDIsoCombinedMvaValue(), DTTMax::InfoLayer::InfoLayer(), IdealObliquePrism::initCorners(), PreshowerStrip::initCorners(), IdealCastorTrapezoid::initCorners(), Thrust::initialAxis(), AlignableBeamSpot::initialize(), TCMETAlgo::initialize_MET_with_PFClusters(), GflashTrajectory::initializeTrajectory(), PolyFit2DParametrizedMagneticField::inTeslaUnchecked(), BetaFuncPrimaryVertexGenerator::inverseLorentzBoost(), DTSegmentExtendedCand::isCompatible(), FastL1GlobalAlgo::isEMCand(), cms::MuonTCMETValueMapProducer::isGoodCaloMuon(), EGammaMvaEleEstimator::isoMvaValue(), JacobianCurvilinearToCartesian::JacobianCurvilinearToCartesian(), JetMatchingAlpgen::jetAlgorithmInput(), SimG4HcalValidation::jetAnalysis(), KinematicPerigeeConversions::kinematicParametersFromExPerigee(), EcalClusterToolsT< noZS >::lat(), GCC11_FINAL< T, TOPO >::length(), HcalNumberingFromDDD::loadGeometry(), IdealObliquePrism::localCorners(), IdealCastorTrapezoid::localCorners(), DTBtiCard::localDirection(), DTTracoCard::localDirection(), CSCRadialStripTopology::localError(), CSCLayerGeometry::localError(), CSCRadialStripTopology::localPitch(), Conv4HitsReco2::LocalTransformation(), GflashEMShowerProfile::locateHitPosition(), GflashHadronShowerProfile::locateHitPosition(), FWRPZViewGeometry::makeCaloOutlineRhoPhi(), CaloTowerHardcodeGeometryLoader::makeCell(), CastorHardcodeGeometryLoader::makeCell(), ZdcHardcodeGeometryLoader::makeCell(), HcalHardcodeGeometryLoader::makeCell(), HcalDDDGeometryLoader::makeCell(), PiZeroAnalyzer::makePizero(), DDLRotationAndReflection::makeX(), DDLRotationAndReflection::makeY(), DDLRotationAndReflection::makeZ(), ErrorsPropagationAnalyzer::massResolution(), MuScleFitUtils::massResolution(), GSRecHitMatcher::match(), BremRecoveryClusterAlgo::match(), HiBremRecoveryClusterAlgo::match(), OuterDetCompatibility::maximalLocalDisplacement(), GlobalTrackerMuonAlignment::misalignMuon(), GlobalTrackerMuonAlignment::misalignMuonL(), CylindricalState::momentum(), MultiTrajectoryStateMode::momentumFromModePPhiEta(), KinematicPerigeeConversions::momentumFromPerigee(), FinalTreeBuilder::momentumPart(), HWWFunctions::mud0PV(), HWWFunctions::mud0PV_smurfV3(), HWWFunctions::mud0PV_wwV1(), muonisolation::CaloExtractor::MuonAtCaloPosition(), MuonDT13ChamberResidual::MuonDT13ChamberResidual(), MuonTrackDT13ChamberResidual::MuonTrackDT13ChamberResidual(), MuonMVAEstimator::mvaValueIso(), BeamProfileVtxGenerator::newVertex(), CosmicMuonGenerator::nextEvent(), CosmicMuonGenerator::nextMultiEvent(), OffsetRadialStripTopology::OffsetRadialStripTopology(), ESRecHitSimAlgo::oldreconstruct(), TwoTrackMinimumDistanceHelixHelix::oneIteration(), TwoTrackMinimumDistanceHelixLine::oneIteration(), DTSegmentCand::operator DTChamberRecSegment2D *(), CosDphiCalculator::operator()(), funct::CosStruct< T >::operator()(), PixelTrackFilterByKinematics::operator()(), reco::parser::cos_f::operator()(), BeamSpotAlignmentDerivatives::operator()(), fftjetcms::PtEtaP4Builder::operator()(), TtHadLRSignalSelObservables::operator()(), fftjetcms::EnergyEtaP4Builder::operator()(), TtSemiLRSignalSelObservables::operator()(), reco::isodeposit::Direction::operator+(), SimG4HcalHitCluster::operator+=(), reco::GhostTrackPrediction::origin(), pat::PackedCandidate::packVtx(), TrackAssociatorByChi2::parametersAtClosestApproach(), BSpdfsFcn::PDFGauss_d(), BSpdfsFcn::PDFGauss_d_resolution(), PFPhotonClusters::PFCrystalCoor(), ThirdHitPredictionFromCircle::phi(), PhysicsVector(), PhysicsVectorRaw(), TopologyWorker::planes_sphe(), TopologyWorker::planes_sphe_wei(), TopologyWorker::planes_thrust(), HFFibreFiducial::PMTNumber(), reco::GhostTrackPrediction::positionError(), printRot(), l1t::Stage2Layer2EtSumAlgorithmFirmwareImp1::processEvent(), l1t::Stage2Layer2JetSumAlgorithmFirmwareImp1::processEvent(), HcalBeamMonitor::processEvent(), edm::FlatRandomEThetaGunProducer::produce(), edm::FlatRandomPtThetaGunProducer::produce(), edm::FileRandomKEThetaGunProducer::produce(), ShallowTrackClustersProducer::produce(), DistortedMETProducer::produce(), edm::FlatRandomOneOverPtGunProducer::produce(), edm::FlatRandomPtGunProducer::produce(), edm::FlatRandomEGunProducer::produce(), edm::ExpoRandomPtGunProducer::produce(), edm::MultiParticleInConeGunProducer::produce(), FSRWeightProducer::produce(), HFRecoEcalCandidateAlgo::produce(), L1ExtraMEtMixerPlugin::produce(), PileUpProducer::produce(), pf2pat::PFMETAlgo::produce(), HLTMhtProducer::produce(), HLTMETCleanerUsingJetID::produce(), HLTHtMhtProducer::produce(), HLTTrackMETProducer::produce(), cms::MuonTCMETValueMapProducer::produce(), L2MuonSeedGenerator::produce(), SeedToTrackProducer::produce(), pat::PATMHTProducer::produce(), MuonIdProducer::produce(), EvtPlaneProducer::produce(), AlCaHOCalibProducer::produce(), TestHits::projectHit(), TestSmoothHits::projectHit(), TestTrackHits::projectHit(), SiStripRecHitsValid::projectHit(), GlobalRecHitsAnalyzer::projectHit(), GlobalRecHitsProducer::projectHit(), SiStripTrackingRecHitsValid::projectHit(), Strip1DMeasurementTransformator::projectionMatrix(), SiStripElectronAlgo::projectPhiBand(), BaseParticlePropagator::propagate(), BaseParticlePropagator::propagateToBeamCylinder(), BaseParticlePropagator::propagateToNominalVertex(), TrackKinematicStatePropagator::propagateToTheTransversePCANeutral(), tauImpactParameter::TrackTools::propagateToXPosition(), tauImpactParameter::TrackTools::propagateToYPosition(), tauImpactParameter::TrackTools::propagateToZPosition(), trigger::TriggerObject::px(), ThirdHitPredictionFromCircle::HelixRZ::rAtZ(), Conv4HitsReco2::Reconstruct(), ESRecHitAnalyticAlgo::reconstruct(), ESRecHitFitAlgo::reconstruct(), TrackClassifier::reconstructionInformation(), L1MuonRegionProducer::regions(), HITRegionalPixelSeedGenerator::regions(), ElectronEnergyRegressionEvaluate::regressionUncertaintyNoTrkVar(), ElectronEnergyRegressionEvaluate::regressionUncertaintyNoTrkVarV1(), ElectronEnergyRegressionEvaluate::regressionUncertaintyWithSubClusters(), ElectronEnergyRegressionEvaluate::regressionUncertaintyWithTrkVar(), ElectronEnergyRegressionEvaluate::regressionUncertaintyWithTrkVarV1(), ElectronEnergyRegressionEvaluate::regressionUncertaintyWithTrkVarV2(), ElectronEnergyRegressionEvaluate::regressionValueNoTrkVar(), ElectronEnergyRegressionEvaluate::regressionValueNoTrkVarV1(), ElectronEnergyRegressionEvaluate::regressionValueWithSubClusters(), ElectronEnergyRegressionEvaluate::regressionValueWithTrkVar(), ElectronEnergyRegressionEvaluate::regressionValueWithTrkVarV1(), ElectronEnergyRegressionEvaluate::regressionValueWithTrkVarV2(), FWConversionProxyBuilder::requestCommon(), VZeroFinder::rotate(), LocalError::rotate(), Alignable::rotateAroundGlobalX(), Alignable::rotateAroundGlobalY(), Alignable::rotateAroundGlobalZ(), Alignable::rotateAroundLocalX(), Alignable::rotateAroundLocalY(), Alignable::rotateAroundLocalZ(), gen::HijingHadronizer::rotateEvtPlane(), gen::PyquenHadronizer::rotateEvtPlane(), gen::AMPTHadronizer::rotateEvtPlane(), gen::HydjetHadronizer::rotateEvtPlane(), metsig::significanceAlgo::rotateMatrix(), tauImpactParameter::MultiProngTauSolver::rotateToTauFrame(), BeamSpotAlignmentParameters::rotation(), geometryDiff::rotFromEuler(), geometryDiff::rotFromPhi(), hitfit::rottheta(), KFBasedPixelFitter::run(), PixelFitterByHelixProjections::run(), UrbanMscModel93::SampleCosineTheta(), UrbanMscModel93::SampleScattering(), BSFitter::scanPDF(), GroupedTrajCandLess::score(), DTCombinatorialPatternReco4D::segmentSpecialZed(), DTResidualCalibration::segmentToWireDistance(), HDRShower::setHit(), LaserBeamsTEC2::setOptPhotonPolar(), LaserBeamsBarrel::setOptPhotonPolar(), LaserBeamsTEC1::setOptPhotonPolar(), HcalForwardAnalysis::setPhotons(), metsig::significanceAlgo::setSignifMatrix(), tauImpactParameter::MultiProngTauSolver::setTauDirectionatThetaGJMax(), CSCStripHitSim::simulate(), VVIObjDetails::sincosint(), sistripvvi::VVIObjDetails::sincosint(), VVIObjDetails::sinint(), sistripvvi::VVIObjDetails::sinint(), smearFunctionType1::smear(), smearFunctionType2::smear(), smearFunctionType3::smear(), smearFunctionType4::smear(), smearFunctionType5::smear(), tauImpactParameter::TauA1NuConstrainedFitter::SolveAmbiguityAnalyticallywithRot(), pat::LeptonJetIsolationAngle::spaceAngle(), l1t::Stage1Layer2EtSumAlgorithmImpPP::Stage1Layer2EtSumAlgorithmImpPP(), metsig::significanceAlgo::subtractObjects(), TangentCircle::TangentCircle(), CosmicMuonGenerator::terminate(), HcalNumberingFromDDD::tileHB(), HcalTestAnalysis::timeOfFlight(), HcalTB04Analysis::timeOfFlight(), spr::timeOfFlight(), SiStripFineDelayTOF::timeOfFlightBeamB(), TkRotation< align::Scalar >::TkRotation(), SpecialCylindricalMFGrid::toGridFrame(), align::toMatrix(), SeedForPhotonConversionFromQuadruplets::trajectorySeed(), OpticalObject::transformCylindrical2Cartesian(), DTTrigGeomUtils::trigPos(), HWWFunctions::trks_d0_pv(), HWWFunctions::trks_dz_pv(), DDG4SolidConverter::trunctubs(), InvariantMassFromVertex::uncertainty(), pat::PackedCandidate::unpackVtx(), GflashG4Watcher::update(), CastorShowerLibraryMaker::update(), CaloSpecificAlgo::update_sumEtInpHF_MExInpHF_MEyInpHF_sumEtInmHF_MExInmHF_MEyInmHF(), TwoTrackMinimumDistanceHelixLine::updateCoeffs(), DTSegmentUpdator::updateHits(), CylinderFromSectorMFGrid::valueInTesla(), EcalTrapezoidParameters::vertexList(), DDI::Sphere::volume(), DDI::Polyhedra::volume(), VVIObj::VVIObj(), sistripvvi::VVIObj::VVIObj(), DDEcalBarrelAlgo::web(), DDEcalBarrelNewAlgo::web(), GlobalTrackerMuonAlignment::writeGlPosRcd(), HWWFunctions::ww_eld0PV(), HWWFunctions::ww_mud0ValuePV(), Geom::Polar2Cartesian< T >::x(), Geom::Cylindrical2Cartesian< T >::x(), Geom::Spherical2Cartesian< T >::x(), PhotonFix::xZ(), SiStripFineDelayTOF::y(), and Geom::Spherical2Cartesian< T >::z().

22 { return Cos<T>::compose(t); }

edmStreamStallGrapher.t

tuple t

Definition: edmStreamStallGrapher.py:108

funct::compose

funct::Composition< A, B >::type compose(const A &a, const B &b)

Definition: Composition.h:32

funct::COS_RULE	(	TYPT1	,
		MINUS_S(A)	,
		COS(A)	,
		cos(_._)
	)

funct::COS_S ( A )

Definition at line 47 of file SimplifyTrigonometric.h.

Referenced by SIN_S().

47 :

48 public SimplifySCRatio<A> { };

typedef funct::DERIV	(	X	,
		A
	)

funct::DERIV_RULE	(	TYPX	,
		X	,
		NUM(1)	,
		num< 1 >	()
	)

funct::DERIV_RULE	(	TYPXT1	,
		EXP_S(A)	,
		PROD(EXP(A), DERIV(X, A))	,
		_ *derivative< X >	_._
	)

funct::DERIV_RULE	(	TYPXT1	,
		LOG_S(A)	,
		PROD(RATIO(NUM(1), A), DERIV(X, A))	,
		(num< 1 >()/_._)*derivative< X >(_._)
	)

funct::DERIV_RULE	(	TYPXT1	,
		ABS_S(A)	,
		PROD(SGN(A), DERIV(X, A))	,
		sgn(_._)*derivative< X >(_._)
	)

funct::DERIV_RULE	(	TYPXT1	,
		SIN_S(A)	,
		PROD(COS(A), DERIV(X, A))	,
		cos(_._)*derivative< X >(_._)
	)

funct::DERIV_RULE	(	TYPXT1	,
		COS_S(A)	,
		MINUS(PROD(SIN(A), DERIV(X, A)))	,
		-	sin(_._)*derivative< X >(_._)
	)

funct::DERIV_RULE	(	TYPXT1	,
		TAN_S(A)	,
		PROD(RATIO(NUM(1), SQUARE(COS(A))), DERIV(X, A))	,
		(num< 1 >()/sqr(cos(_._)))*derivative< X >(_._)
	)

funct::DERIV_RULE	(	TYPXT2	,
		SUM_S(A, B)	,
		SUM(DERIV(X, A), DERIV(X, B))	,
		derivative< X >	_._1)+derivative< X >(_._2
	)

funct::DERIV_RULE	(	TYPXT1	,
		MINUS_S(A)	,
		MINUS(DERIV(X, A))	,
		-derivative< X >	_._
	)

funct::DERIV_RULE	(	TYPXT2	,
		PROD_S(A, B)	,
		SUM(PROD(DERIV(X, A), B), PROD(A, DERIV(X, B)))	,
		derivative< X >	_._1)_._2+_._1 derivative< X >(_._2
	)

funct::DERIV_RULE	(	TYPXT2	,
		RATIO_S(A, B)	,
		RATIO(DIFF(PROD(DERIV(X, A), B), PROD(A, DERIV(X, B))), SQUARE(B))	,
		(derivative< X >(_._1)_._2-_._1 derivative< X >(_._2))/sqr(_._2)
	)

funct::DERIV_RULE	(	TYPXN1T1	,
		POWER_S(A, NUM(n))	,
		PROD(PROD(NUM(n), POWER(A, NUM(n-1))), DERIV(X, A))	,
		_._2 *	pow_._1, num< n-1 >())*derivative< X >(_._1
	)

funct::DERIV_RULE	(	TYPXN2T1	,
		POWER_S(A, FRACT_S(n, m))	,
		PROD(PROD(FRACT(n, m), POWER(A, FRACT(n-m, n))), DERIV(X, A))	,
		_._2 *	pow_._1, fract< n-m, m >())*derivative< X >(_._1
	)

funct::DERIV_RULE	(	TYPXT1	,
		SQRT_S(A)	,
		PROD(PROD(FRACT(1, 2), RATIO(NUM(1), SQRT(A))), DERIV(X, A))	,
		(fract< 1, 2 >()(num< 1 >()/sqrt(_._)))derivative< X >(_._)
	)

A funct::derivative ( const A & _ )

Definition at line 18 of file Derivative.h.

References reco::get().

Referenced by MillePedeAlignmentAlgorithm::addLasBeam(), FedTimingAlgorithm::analyse(), ApvTimingAlgorithm::analyse(), and FrameToFrameDerivative::getDerivative().

                                                 { 
     return Derivative<X, A>::get(_); 
   }

typedef funct::DIFF	(	PROD(A, B1)	,
		PRIMIT(X, PROD(A1, B1))
	)

typedef funct::DIFF	(	PROD(A, B1)	,
		AB1
	)

funct::DIFF_RULE	(	TYPT2	,
		A	,
		MINUS_S(B)	,
		SUM(A, B)	,
		_1+_2.	_
	)

template<typename T >

Exp<T>::type funct::exp ( const T & t )

inline

Definition at line 22 of file Exp.h.

References funct::Exp< T >::compose().

Referenced by funct::Gaussian::operator()().

22 { return Exp<T>::compose(t); }

edmStreamStallGrapher.t

tuple t

Definition: edmStreamStallGrapher.py:108

funct::compose

funct::Composition< A, B >::type compose(const A &a, const B &b)

Definition: Composition.h:32

funct::EXP_RULE	(	TYPT1	,
		LOG_S(A)	,
		A	,
		_.	_
	)

template<int n, int m>

const Fraction<n, m>::type& funct::fract ( )

Definition at line 38 of file Fraction.h.

References trackerHits::c.

Referenced by funct::Difference< Numerical< a >, FractionStruct< b, c > >::combine(), funct::Difference< FractionStruct< a, b >, FractionStruct< c, d > >::combine(), LogErrorEventFilter::endJob(), KDTreeLinkerPSEcal::insertFieldClusterElt(), KDTreeLinkerTrackHcal::insertFieldClusterElt(), and KDTreeLinkerTrackEcal::insertFieldClusterElt().

                                              { 
     static typename Fraction<n, m>::type c; 
     return c; 
   }

funct::GET	(	arg	,
		_
	)

Referenced by NUM(), PROD_S(), and TEMPL().

funct::GET	(	arg	,
		pow(Dec::getBase(_), num< p >())
	)

funct::GET	(	arg	,
		Div::	get_._
	)

funct::GET	(	arg	,
		Div::	getD::get(_)
	)

static type funct::get ( const PROD_S(A, B)& _ )

inlinestatic

Definition at line 173 of file Primitive.h.

References a, and b.

                                                   { 
       const A& a = _._1;
       B1 b = primitive<X>(_._2);
       return a * b - primitive<X>(derivative<X>(a) * b); 
     }

static type funct::get ( const PROD_S(B, A)& _ )

inlinestatic

Definition at line 185 of file Primitive.h.

References a, and b.

                                                   { 
       const A& a = _._2;
       B1 b = primitive<X>(_._1);
       return a * b - primitive<X>(derivative<X>(a) * b); 
     }

funct::GET	(	PROD_S(A, B)	,
		_._1 *primitive< X >	_._2
	)

funct::GET	(	PROD_S(A, B)	,
		_._2 *primitive< X >	_._1
	)

funct::GET	(	PROD_S(A, B)	,
		_ *	X()
	)

static type funct::get ( const RATIO_S(A, B)& _ )

inlinestatic

Definition at line 238 of file Primitive.h.

References a, and b.

                                                    { 
       const A& a = _._1;
       B1 b = primitive<X>(num<1>() / _._2);
       return a * b - primitive<X>(derivative<X>(a) * b); 
     }

static type funct::get ( const RATIO_S(B, A)& _ )

inlinestatic

Definition at line 250 of file Primitive.h.

References a, and b.

                                                    { 
       const A& a = _._1;
       B1 b = primitive<X>(num<1>() / _._2);
       return a * b - primitive<X>(derivative<X>(a) * b); 
     }

funct::GET	(	RATIO_S(A, B)	,
		_._1 *primitive< X >	num< 1 >/_._2
	)

funct::GET	(	RATIO_S(A, B)	,
		primitive< X >(_._1)/_.	_2
	)

funct::GET	(	RATIO_S(A, B)	,
		_ *	X()
	)

template<typename X , typename F >

Integral<F, X>::type funct::integral ( const F & f )

Definition at line 69 of file Integral.h.

Referenced by HcalPulseContainmentAlgo::calcpair(), RecoFCcorFactorAlgo< S >::calcpair(), L1TauAnalyzer::convertToIntegratedEff(), PrimaryVertexAnalyzer4PU::Cumulate(), and GetMPV().

                                                    {
     return typename Integral<F, X>::type(f);
   }

template<typename X , typename F , typename Integrator >

Integral<F, X>::type funct::integral	(	const F &	f,
		const Integrator &	integrator
	)

Definition at line 74 of file Integral.h.

                                                                                   {
     return typename Integral<F, X>::type(f, integrator);
   }

template<typename X , typename F >

double funct::integral	(	const F &	f,
		double	min,
		double	max
	)

Definition at line 84 of file Integral.h.

References f.

                                                       {
     return integral<X>(f)(min, max);
   }

template<typename X , typename F , typename Integrator >

double funct::integral	(	const F &	f,
		double	min,
		double	max,
		const Integrator &	integrator
	)

Definition at line 89 of file Integral.h.

References f.

                                                                                      {
     return integral<X>(f, integrator)(min, max);
   }

template<typename F , typename Integrator >

Integral<F>::type funct::integral_f	(	const F &	f,
		const Integrator &	integrator
	)

Definition at line 79 of file Integral.h.

Referenced by integral_f(), funct::DefIntegral< F, MIN, MAX, Integrator, no_var >::operator()(), and funct::DefIntegral< F, MIN, MAX, no_var, no_var >::operator()().

                                                                                  {
     return typename Integral<F>::type(f, integrator);
   }

template<typename F >

Integral<F>::type funct::integral_f ( const F & f )

Definition at line 94 of file Integral.h.

                                                   {
     return typename Integral<F>::type(f);
   }

template<typename F >

double funct::integral_f	(	const F &	f,
		double	min,
		double	max
	)

Definition at line 99 of file Integral.h.

References integral_f(), max(), and bookConverter::min.

                                                         {
     return integral_f(f)(min, max);
   }

template<typename F , typename Integrator >

double funct::integral_f	(	const F &	f,
		double	min,
		double	max,
		const Integrator &	integrator
	)

Definition at line 104 of file Integral.h.

References integral_f(), max(), and bookConverter::min.

                                                                                        {
     return integral_f(f, integrator)(min, max);
   }

template<typename T >

Log<T>::type funct::log ( const T & t )

inline

Definition at line 22 of file Log.h.

References funct::Log< T >::compose().

22 { return Log<T>::compose(t); }

edmStreamStallGrapher.t

tuple t

Definition: edmStreamStallGrapher.py:108

funct::compose

funct::Composition< A, B >::type compose(const A &a, const B &b)

Definition: Composition.h:32

funct::LOG_RULE	(	TYPT1	,
		EXP_S(A)	,
		A	,
		_.	_
	)

funct::LOG_RULE	(	TYPT2	,
		POWER_S(A, B)	,
		PROD(B, LOG(A))	,
		_._2 *	log_._1
	)

funct::LOG_RULE	(	TYPT2	,
		PROD_S(A, B)	,
		SUM(LOG(A), LOG(B))	,
		log(_._1)+log(_._2)
	)

funct::LOG_RULE	(	TYPT2	,
		RATIO_S(A, B)	,
		DIFF(LOG(A), LOG(B))	,
		log(_._1)-log(_._2)
	)

template<typename F >

Master<F> funct::master ( const F & f )

Definition at line 68 of file FunctClone.h.

References f.

68 { return Master<F>(f); }

f

double f[11][100]

Definition: MuScleFitUtils.cc:78

funct::MINUS_RULE	(	TYPT1	,
		MINUS_S(A)	,
		A	,
		_.	_
	)

funct::MINUS_RULE	(	TYPT2	,
		SUM_S(A, B)	,
		SUM(MINUS(A), MINUS(B))	,
		(-_._1)+(-_._2)
	)

funct::MINUS_S ( B )

Definition at line 99 of file Factorize.h.

Referenced by PROD_S().

99 :

100 public Divides<A, B> { };

funct::MINUS_S ( C )

Definition at line 102 of file Factorize.h.

102 :

103 public Divides<PROD_S(A, B), C> { };

funct::MINUS_S ( A )

Definition at line 155 of file SimplifyProduct.h.

155 :

156 public SimplifyPowerProduct< MINUS_S( A ), NUM( 1 ), NUM( 1 ) > { };

funct::MINUS_S ( PROD_S(B, C) )

Definition at line 201 of file Factorize.h.

201 :

202 public FactorizeSum<A, MINUS_S(PROD_S(B, C))> { };

funct::MINUS_S ( PROD_S(C, D) )

Definition at line 208 of file Factorize.h.

                            : 
     public FactorizeSum<MINUS_S(PROD_S(A, B)), 
     MINUS_S(PROD_S(C, D))> { };

funct::NON_PARAMETRIC_BINARY ( SumStruct )

funct::NON_PARAMETRIC_BINARY ( ProductStruct )

funct::NON_PARAMETRIC_BINARY ( RatioStruct )

funct::NON_PARAMETRIC_BINARY ( PowerStruct )

funct::NON_PARAMETRIC_UNARY ( AbsStruct )

funct::NON_PARAMETRIC_UNARY ( SgnStruct )

funct::NON_PARAMETRIC_UNARY ( ExpStruct )

funct::NON_PARAMETRIC_UNARY ( LogStruct )

funct::NON_PARAMETRIC_UNARY ( SinStruct )

funct::NON_PARAMETRIC_UNARY ( CosStruct )

funct::NON_PARAMETRIC_UNARY ( TanStruct )

funct::NON_PARAMETRIC_UNARY ( MinusStruct )

template<unsigned n, typename X , typename F >

NthDerivative<n, X, F>::type funct::nth_derivative ( const F & f )

Definition at line 26 of file NthDerivative.h.

References funct::NthDerivative< n, X, F >::get().

26 { return NthDerivative< n, X, F >::get(f); }

f

double f[11][100]

Definition: MuScleFitUtils.cc:78

reco::get

T get(const Candidate &c)

Definition: component.h:55

template<int n>

const Numerical<n>& funct::num ( )

Definition at line 16 of file Numerical.h.

References trackerHits::c.

17 { static Numerical<n> c; return c; }

trackerHits.c

tuple c

Definition: trackerHits.py:26

funct::NUM ( n )

Definition at line 92 of file Factorize.h.

References GET().

Referenced by NUM(), PROD_S(), and TEMPL().

                                            { 
     static const bool value = true;
     typedef NUM(n) arg;
     typedef arg type;
     GET(arg, _);
   };

funct::NUM ( m )

Definition at line 84 of file Factorize.h.

References GET(), NUM(), relativeConstraints::value, and value.

                                            { 
     enum { gcd = boost::math::static_gcd<tmpl::abs<n>::value, tmpl::abs<m>::value>::value };
     static const bool value = (gcd != 1);
     typedef NUM(n) arg;
     typedef NUM(gcd) type;
     GET(arg, num<gcd>());
   };

funct::NUM ( 2 )

A funct::NUM ( 1 )

Definition at line 144 of file SimplifyProduct.h.

144 { };

template<typename A , typename B >

Product<A, B>::type funct::operator*	(	const A &	a,
		const B &	b
	)

inline

Definition at line 34 of file Product.h.

References funct::Product< A, B >::combine().

                                                                       {
     return Product<A, B>::combine(a, b);
   }

template<typename A , typename B >

Sum<A, B>::type funct::operator+	(	const A &	a,
		const B &	b
	)

inline

Definition at line 33 of file Sum.h.

References funct::Sum< A, B >::combine().

                                                                   {
     return Sum<A, B>::combine(a, b);
   }

template<typename A , typename B >

Difference<A, B>::type funct::operator-	(	const A &	a,
		const B &	b
	)

inline

Definition at line 15 of file Difference.h.

References funct::Difference< A, B >::combine().

                                                                          {
     return Difference<A, B>::combine(a, b);
   }

template<typename A >

Minus<A>::type funct::operator- ( const A & a )

inline

Definition at line 34 of file Minus.h.

References funct::Minus< A >::operate().

                                                      {
     return Minus<A>::operate(a);
   }

template<typename A , typename B >

Ratio<A, B>::type funct::operator/	(	const A &	a,
		const B &	b
	)

inline

Definition at line 34 of file Ratio.h.

References funct::Ratio< A, B >::combine().

                                                                     {
     return Ratio<A, B>::combine(a, b);
   }

template<int n>

std::ostream& funct::operator<<	(	std::ostream &	cout,
		const Numerical< n > &
	)

Definition at line 13 of file FunctionsIO.h.

References gather_cfg::cout, and n.

                                                               {
   return cout << n;
 }

template<int n, int m>

std::ostream& funct::operator<<	(	std::ostream &	cout,
		const funct::FractionStruct< n, m > &
	)

Definition at line 18 of file FunctionsIO.h.

References gather_cfg::cout, m, and n.

                                                                             { 
   return cout << n << "/" << m; 
 }

template<int n, int m>

std::ostream& funct::operator<<	(	std::ostream &	cout,
		const funct::MinusStruct< funct::FractionStruct< n, m > > &
	)

Definition at line 23 of file FunctionsIO.h.

References m, and n.

                                                                   {
   return cout << "-" << n << "/" << m; 
 }

std::ostream& funct::operator<<	(	std::ostream &	cout,
		const funct::Parameter &	p
	)

inline

Definition at line 27 of file Parameter.h.

References funct::Parameter::name(), and funct::Parameter::value().

                                                                             {
     return cout << p.name() <<" = " << p.value();
   }

std::ostream& funct::operator<<	(	std::ostream &	cout,
		const Expression &	e
	)

inline

Definition at line 39 of file Expression.h.

References gather_cfg::cout, and funct::Expression::print().

                                                                       { 
    e.print(cout); return cout; 
  }

template<typename X1 , typename X2 , typename X3 >

std::ostream& funct::operator<<	(	std::ostream &	cout,
		const Function< X1, X2, X3 > &	f
	)

Definition at line 49 of file Function.h.

References gather_cfg::cout, and f.

                                                                           { 
     return f.print(cout); 
   }

template<typename A , typename B >

std::ostream& funct::operator<<	(	std::ostream &	cout,
		const funct::SumStruct< A, funct::MinusStruct< B > > &	f
	)

Definition at line 71 of file FunctionsIO.h.

References f.

                                                                 { 
   return cout << f._1 << " - " << f._2._; 
 }

template<typename A , typename B >

std::ostream& funct::operator<<	(	std::ostream &	cout,
		const funct::SumStruct< funct::MinusStruct< A >, funct::MinusStruct< B > > &	f
	)

Definition at line 77 of file FunctionsIO.h.

References f.

                                                                                   { 
   return cout << "- " << f._1._ << " - " << f._2._; 
 }

template<typename A , typename B >

std::ostream& funct::operator<<	(	std::ostream &	cout,
		const funct::SumStruct< funct::MinusStruct< A >, B > &	f
	)

Definition at line 83 of file FunctionsIO.h.

References f.

                                                                { 
   return cout << "- " << f._1._ << " + " << f._2; 
 }

template<typename A , int n>

std::ostream& funct::operator<<	(	std::ostream &	cout,
		const funct::SumStruct< A, funct::Numerical< n > > &	f
	)

Definition at line 89 of file FunctionsIO.h.

References abs(), f, and n.

                                                               { 
   return cout << f._1 << (n >= 0 ? " + " : " - ") << ::abs(n); 
 }

template<typename A , int n>

std::ostream& funct::operator<<	(	std::ostream &	cout,
		const funct::SumStruct< funct::MinusStruct< A >, funct::Numerical< n > > &	f
	)

Definition at line 95 of file FunctionsIO.h.

References abs(), f, and n.

                                                                                  { 
   return cout << "- " << f._1._ << (n >= 0 ? " + " : " - ") << ::abs(n); 
 }

template<typename A , typename B >

Power<A, B>::type funct::operator^	(	const A &	a,
		const B &	b
	)

inline

Definition at line 35 of file Power.h.

References funct::Power< A, B >::combine().

                                                                     {
     return Power<A, B>::combine(a, b);
   }

funct::PARENTHESES	(	ProductStruct	,
		SumStruct	,
		" "
	)

funct::PARENTHESES	(	ProductStruct	,
		RatioStruct	,
		" "
	)

funct::PARENTHESES	(	RatioStruct	,
		SumStruct	,
		"/"
	)

funct::PARENTHESES	(	RatioStruct	,
		ProductStruct	,
		"/"
	)

funct::PARENTHESES	(	RatioStruct	,
		RatioStruct	,
		"/"
	)

funct::PARENTHESES	(	PowerStruct	,
		SumStruct	,
		"^"
	)

funct::PARENTHESES	(	PowerStruct	,
		ProductStruct	,
		"^"
	)

funct::PARENTHESES	(	PowerStruct	,
		RatioStruct	,
		"^"
	)

funct::PARENTHESES_1	(	MinusStruct	,
		SumStruct	,
		"-"
	)

funct::PARENTHESES_FRACT	(	RatioStruct	,
		"/"
	)

funct::PARENTHESES_FRACT	(	PowerStruct	,
		"^"
	)

template<typename A , typename B >

Power<A, B>::type funct::pow	(	const A &	a,
		const B &	b
	)

inline

Definition at line 40 of file Power.h.

References funct::Power< A, B >::combine().

                                                               {
     return Power<A, B>::combine(a, b);
   }

typedef funct::POWER	(	A	,
		NUM(n)
	)

typedef funct::POWER	(	A	,
		NUM(p)
	)

funct::POWER_RULE	(	TYPT1	,
		A	,
		NUM(1)	,
		A	,
		_1
	)

funct::POWER_RULE	(	TYPT1	,
		A	,
		NUM(-1)	,
		RATIO(NUM(1), A)	,
		num< 1 >()/	_1
	)

funct::POWER_RULE	(	TYPT1	,
		A	,
		FRACT_S(1, 2)	,
		SQRT(A)	,
		sqrt(_1)
	)

funct::POWER_RULE	(	TYPT1	,
		A	,
		NUM(0)	,
		NUM(1)	,
		num< 1 >	()
	)

funct::POWER_RULE	(	TYPT2	,
		PROD_S(A, B)	,
		NUM(0)	,
		NUM(1)	,
		num< 1 >	()
	)

funct::POWER_RULE	(	TYPT3	,
		POWER_S(A, B)	,
		C	,
		POWER(A, SUM(B, C))	,
		pow(_1._1, _1._2+_2)
	)

funct::POWER_RULE	(	TYPN1T2	,
		POWER_S(A, B)	,
		NUM(n)	,
		POWER(A, SUM(B, NUM(n)))	,
		pow(_1._1, _1._2+_2)
	)

funct::POWER_S	(	A	,
		NUM(n)
	)

Definition at line 48 of file Factorize.h.

48 :

49 public ParametricDiv1<POWER_S(A, NUM(n))> { };

funct::POWER_S	(	A	,
		NUM(m)
	)

Definition at line 65 of file Factorize.h.

65 :

66 public ParametricDivN<n, m, A> { };

funct::POWER_S	(	TAN_S(A)	,
		B
	)

Definition at line 101 of file SimplifyTrigonometric.h.

101 :

102 public SimplifySTnProduct<A, B> { };

funct::POWER_S	(	TAN_S(A)	,
		NUM(n)
	)

Definition at line 105 of file SimplifyTrigonometric.h.

105 :

106 public SimplifySTnProduct<A, NUM(n)> { };

funct::POWER_S	(	COS_S(A)	,
		NUM(2)
	)

Definition at line 129 of file SimplifyTrigonometric.h.

129 :

130 public SimpifyS2C2Sum<1, 1, A> { };

funct::POWER_S	(	A	,
		C
	)

Definition at line 131 of file SimplifyProduct.h.

131 :

132 public SimplifyPowerProduct< A, B, C > { };

funct::POWER_S	(	SIN_S(A)	,
		NUM(2)
	)

Definition at line 133 of file SimplifyTrigonometric.h.

References combine(), COS2, SIN2, and SUM().

                                {
     typedef SUM(SIN2(A), COS2(A)) type;
       inline static type combine(const COS2(A) & _1, const SIN2(A) & _2)
       { return Sum<SIN2(A), COS2(A)>::combine(_2, _1); }
   };

funct::POWER_S	(	A	,
		B
	)

Definition at line 134 of file SimplifyProduct.h.

134 :

135 public SimplifyPowerProduct< A, B, B > { };

typedef funct::PRIMIT	(	X	,
		PROD(A1, B1)
	)

funct::PRIMIT_RULE	(	TYPXT2	,
		POWER_S(A, B)	,
		UndefinedIntegral	,
		type()
	)

funct::PRIMIT_RULE	(	TYPX	,
		X	,
		RATIO(POWER(X, NUM(2)), NUM(2))	,
		pow(_, num< 2 >())/num< 2 >()
	)

funct::PRIMIT_RULE	(	TYPXN1	,
		POWER_S(X, NUM(n))	,
		RATIO(POWER(X, NUM(n+1)), NUM(n+1))	,
		pow(_._1, num< n+1 >())/num< n+1 >()
	)

funct::PRIMIT_RULE	(	TYPXN1	,
		RATIO_S(NUM(1), POWER_S(X, NUM(n)))	,
		RATIO(NUM(-1), PROD(NUM(n-1), POWER(X, NUM(n-1))))	,
		num<-1 >	)/(num< n-1 >()*pow(_._2._1, num< n-1 >())
	)

funct::PRIMIT_RULE	(	TYPXN1	,
		POWER_S(RATIO_S(NUM(1), X), NUM(n))	,
		RATIO(NUM(-1), PROD(NUM(n-1), POWER(X, NUM(n-1))))	,
		num<-1 >	)/(num< n-1 >()*pow(_._1._2, num< n-1 >())
	)

funct::PRIMIT_RULE	(	TYPXN2	,
		POWER_S(X, FRACT_S(n, m))	,
		PROD(FRACT(m, n+m), POWER(X, FRACT(n+m, m)))	,
		(fract< m, n+m >()*pow(_._1, fract< n+m, m >()))
	)

funct::PRIMIT_RULE	(	TYPX	,
		SQRT_S(X)	,
		PRIMIT(X, POWER_S(X, FRACT_S(1, 2)))	,
		(fract< 2, 3 >()*pow(_._, fract< 3, 2 >()))
	)

funct::PRIMIT_RULE	(	TYPX	,
		EXP_S(X)	,
		EXP(X)	,
		_
	)

funct::PRIMIT_RULE	(	TYPX	,
		LOG_S(X)	,
		PROD(X, DIFF(LOG(X), NUM(1)))	,
		_._ *	_-num< 1 >()
	)

funct::PRIMIT_RULE	(	TYPX	,
		SGN_S(X)	,
		ABS(X)	,
		abs(_._)
	)

funct::PRIMIT_RULE	(	TYPX	,
		SIN_S(X)	,
		MINUS(COS(X))	,
		-	cos_._
	)

funct::PRIMIT_RULE	(	TYPX	,
		COS_S(X)	,
		SIN(X)	,
		sin(_._)
	)

funct::PRIMIT_RULE	(	TYPX	,
		TAN_S(X)	,
		MINUS(LOG(ABS(COS(X))))	,
		-	logabs(cos(_._))
	)

funct::PRIMIT_RULE	(	TYPX	,
		RATIO_S(NUM(1), X)	,
		LOG(ABS(X))	,
		log(abs(_._2))
	)

funct::PRIMIT_RULE	(	TYPX	,
		POWER_S(X, NUM(-1))	,
		LOG(ABS(X))	,
		log(abs(_._1))
	)

funct::PRIMIT_RULE	(	TYPX	,
		RATIO_S(NUM(1), POWER_S(COS_S(X), NUM(2)))	,
		TAN(X)	,
		tan(_._2._1._)
	)

funct::PRIMIT_RULE	(	TYPX	,
		RATIO_S(NUM(1), POWER_S(SIN_S(X), NUM(2)))	,
		RATIO(NUM(-1), TAN(X))	,
		num<-1 >	)/tan(_._2._1._
	)

funct::PRIMIT_RULE	(	TYPXT2	,
		SUM_S(A, B)	,
		SUM(PRIMIT(X, A), PRIMIT(X, B))	,
		primitive< X >	_._1)+primitive< X >(_._2
	)

funct::PRIMIT_RULE	(	TYPXT1	,
		MINUS_S(A)	,
		MINUS(PRIMIT(X, A))	,
		-primitive< X >	_._
	)

template<typename X , typename F >

Primitive<F, X>::type funct::primitive ( const F & f )

Definition at line 41 of file Primitive.h.

References funct::ConstPrimitive< X, F >::get().

                                                      { 
     return Primitive<F, X>::get(f); 
   }

template<typename F >

Primitive<F>::type funct::primitive ( const F & f )

Definition at line 46 of file Primitive.h.

References funct::ConstPrimitive< X, F >::get().

                                                   { 
     return Primitive<F>::get(f); 
   }

funct::PRINT_BINARY_OPERATOR	(	SumStruct	,
		" + "
	)

funct::PRINT_BINARY_OPERATOR	(	ProductStruct	,
		" "
	)

funct::PRINT_BINARY_OPERATOR	(	RatioStruct	,
		"/"
	)

funct::PRINT_BINARY_OPERATOR	(	PowerStruct	,
		"^"
	)

funct::PRINT_FUNCTION	(	SqrtStruct	,
		"sqrt"
	)

funct::PRINT_FUNCTION	(	ExpStruct	,
		"exp"
	)

funct::PRINT_FUNCTION	(	LogStruct	,
		"log"
	)

funct::PRINT_FUNCTION	(	SinStruct	,
		"sin"
	)

funct::PRINT_FUNCTION	(	CosStruct	,
		"cos"
	)

funct::PRINT_FUNCTION	(	TanStruct	,
		"tan"
	)

funct::PRINT_FUNCTION	(	SgnStruct	,
		"sgn"
	)

funct::PRINT_FUNCTION	(	AbsStruct	,
		"abs"
	)

funct::PRINT_UNARY_OPERATOR	(	MinusStruct	,
		"-"
	)

typedef funct::PROD	(	F	,
		SUM(RATIO(A, F), RATIO(B, F))
	)

Referenced by PROD_S(), and SIN_S().

funct::PROD_RULE	(	TYPT3	,
		A	,
		PROD_S(B, C)	,
		PROD(PROD(A, B), C)	,
		(_1 _2._1)_2.	_2
	)

funct::PROD_RULE	(	TYPT1	,
		NUM(0)	,
		A	,
		NUM(0)	,
		num< 0 >	()
	)

funct::PROD_RULE	(	TYPN1	,
		NUM(0)	,
		NUM(n)	,
		NUM(0)	,
		num< 0 >	()
	)

funct::PROD_RULE	(	TYPT2	,
		EXP_S(A)	,
		EXP_S(B)	,
		EXP(SUM(A, B))	,
		exp(_1._+_2._)
	)

funct::PROD_RULE	(	TYPT2	,
		NUM(0)	,
		PROD_S(A, B)	,
		NUM(0)	,
		num< 0 >	()
	)

funct::PROD_RULE	(	TYPT1	,
		NUM(1)	,
		A	,
		A	,
		_2
	)

funct::PROD_RULE	(	TYPT1	,
		SIN_S(A)	,
		A	,
		PROD(A, SIN(A))	,
		_2 *	_1
	)

funct::PROD_RULE	(	TYPT1	,
		COS_S(A)	,
		A	,
		PROD(A, COS(A))	,
		_2 *	_1
	)

funct::PROD_RULE	(	TYPN1	,
		NUM(1)	,
		NUM(n)	,
		NUM(n)	,
		_2
	)

funct::PROD_RULE	(	TYPT1	,
		EXP_S(A)	,
		A	,
		PROD(A, EXP(A))	,
		_2 *	_1
	)

funct::PROD_RULE	(	TYPT1	,
		TAN_S(A)	,
		A	,
		PROD(A, TAN(A))	,
		_2 *	_1
	)

funct::PROD_RULE	(	TYPN2	,
		NUM(1)	,
		FRACT_S(n, m)	,
		FRACT_S(n, m)	,
		_2
	)

funct::PROD_RULE	(	TYPT1	,
		LOG_S(A)	,
		A	,
		PROD(A, LOG(A))	,
		_2 *	_1
	)

funct::PROD_RULE	(	TYP0	,
		NUM(1)	,
		NUM(1)	,
		NUM(1)	,
		num< 1 >	()
	)

funct::PROD_RULE	(	TYPT1	,
		NUM(-1)	,
		A	,
		MINUS_S(A)	,
		-	_2
	)

funct::PROD_RULE	(	TYPN1	,
		NUM(-1)	,
		NUM(n)	,
		NUM(-n)	,
		num<-n >	()
	)

funct::PROD_RULE	(	TYPT2	,
		NUM(1)	,
		PROD_S(A, B)	,
		PROD_S(A, B)	,
		_2
	)

funct::PROD_RULE	(	TYPT2	,
		A	,
		MINUS_S(B)	,
		MINUS(PROD(A, B))	,
		-	_1 *_2._
	)

funct::PROD_RULE	(	TYPN1T1	,
		NUM(n)	,
		MINUS_S(A)	,
		MINUS(PROD(NUM(n), A))	,
		-	_1 *_2._
	)

funct::PROD_RULE	(	TYPT3	,
		PROD_S(A, B)	,
		MINUS_S(C)	,
		MINUS(PROD(PROD(A, B), C))	,
		-	_1 *_2._
	)

funct::PROD_RULE	(	TYPT1	,
		NUM(1)	,
		MINUS_S(A)	,
		MINUS(A)	,
		_2
	)

funct::PROD_RULE	(	TYPT2	,
		MINUS_S(A)	,
		MINUS_S(B)	,
		PROD(A, B)	,
		_1._ *_2.	_
	)

funct::PROD_RULE	(	TYPT2	,
		MINUS_S(A)	,
		B	,
		MINUS(PROD(A, B))	,
		-	_1._ *_2
	)

funct::PROD_RULE	(	TYPT3	,
		A	,
		RATIO_S(B, C)	,
		RATIO(PROD(A, B), C)	,
		(_1 *_2._1)/_2.	_2
	)

funct::PROD_RULE	(	TYPN1T2	,
		NUM(n)	,
		RATIO_S(A, B)	,
		RATIO(PROD(NUM(n), A), B)	,
		(_1 *_2._1)/_2.	_2
	)

funct::PROD_RULE	(	TYPT2	,
		NUM(1)	,
		RATIO_S(A, B)	,
		RATIO(A, B)	,
		_2
	)

funct::PROD_RULE	(	TYPT2	,
		NUM(0)	,
		RATIO_S(A, B)	,
		NUM(0)	,
		num< 0 >	()
	)

funct::PROD_RULE	(	TYPN1T1	,
		A	,
		NUM(n)	,
		PROD(NUM(n), A)	,
		_2 *	_1
	)

funct::PROD_RULE	(	TYPN1T2	,
		PROD_S(A, B)	,
		NUM(n)	,
		PROD(PROD(NUM(n), A), B)	,
		(_2 _1._1)_1.	_2
	)

funct::PROD_RULE	(	TYPT4	,
		PROD_S(A, B)	,
		PROD_S(C, D)	,
		PROD(PROD(PROD(A, B), C), D)	,
		(_1 _2._1)_2.	_2
	)

funct::PROD_RULE	(	TYPN3T1	,
		FRACT_S(n, m)	,
		RATIO_S(A, NUM(k))	,
		PROD(FRACT(n, m+k), A)	,
		(fract< n, m+k >()*_2._1)
	)

funct::PROD_RULE	(	TYPN1T2	,
		RATIO_S(A, B)	,
		NUM(n)	,
		RATIO(PROD(NUM(n), A), B)	,
		(_2 *_1._1)/_1.	_2
	)

funct::PROD_RULE	(	TYPT3	,
		RATIO_S(A, B)	,
		C	,
		RATIO(PROD(A, C), B)	,
		(_1._1 *_2)/_1.	_2
	)

funct::PROD_RULE	(	TYP0	,
		NUM(0)	,
		NUM(1)	,
		NUM(0)	,
		num< 0 >	()
	)

funct::PROD_RULE	(	TYPT4	,
		RATIO_S(A, B)	,
		RATIO_S(C, D)	,
		RATIO(PROD(A, C), PROD(B, D))	,
		(_1._1 _2._1)/(_1._2 _2._2)
	)

funct::PROD_RULE	(	TYPN1	,
		NUM(n)	,
		NUM(n)	,
		NUM(n *n)	,
		num< n *n >	()
	)

funct::PROD_RULE	(	TYPT4	,
		RATIO_S(A, B)	,
		PROD_S(C, D)	,
		RATIO(PROD(PROD(A, C), D), B)	,
		((_1._1 _2._1)_2._2)/_1.	_2
	)

funct::PROD_S	(	A	,
		B
	)

Definition at line 44 of file Factorize.h.

Referenced by PROD_S().

44 :

45 public ParametricDiv1<PROD_S(A, B)> { };

funct::PROD_S	(	B	,
		C
	)

Definition at line 121 of file Factorize.h.

References GET(), reco::get(), MINUS_S(), and relativeConstraints::value.

                                                      {
     typedef Divides<A, PROD_S(B, C)> Div;
     static const bool value = Div::value;
     typedef MINUS_S(A) arg;
     typedef typename Div::type type;
     GET(arg, Div::get(_._));
   };

funct::PROD_S	(	NUM(m)	,
		POWER_S(COS_S(A), NUM(2))
	)

Definition at line 140 of file SimplifyTrigonometric.h.

140 :

141 public SimpifyS2C2Sum<n, m, A> { };

funct::PROD_S	(	NUM(n)	,
		POWER_S(SIN_S(A), NUM(2))
	)

Definition at line 144 of file SimplifyTrigonometric.h.

References combine(), COS2, NUM(), PROD(), SIN2, and SUM().

                                                {
     typedef SUM(PROD(NUM(n), SIN2(A)), PROD(NUM(m), COS2(A))) type;
       inline static type combine(const PROD(NUM(m), COS2(A))& _1, 
                   const PROD(NUM(n), SIN2(A))& _2)
     { return Sum<PROD(NUM(n), SIN2(A)), PROD(NUM(m), COS2(A))>::combine(_2, _1); }
   };

funct::PROD_S	(	NUM(n)	,
		A
	)

Definition at line 149 of file SimplifyRatio.h.

149 :

150 public SimplifyPowerRatio<PROD_S(NUM(n), A), NUM(1), NUM(1)> { };

funct::PROD_S	(	C	,
		D
	)

Definition at line 154 of file Factorize.h.

References GET(), reco::get(), PROD_S(), and relativeConstraints::value.

                                                        {
     typedef PROD_S(A, B) arg;
     typedef Divides<arg, void> D0;
     typedef Divides<arg, C> D1;
     typedef Divides<arg, D> D2;
     typedef typename ::boost::mpl::if_<D1, D1,
       typename ::boost::mpl::if_ <D2, D2, D0>::type>::type Div;
     static const bool value = Div::value;
     typedef typename Div::type type;
     GET(arg, Div::get(_));
   };

funct::RATIO_RULE	(	TYPT1	,
		NUM(0)	,
		A	,
		NUM(0)	,
		num< 0 >	()
	)

funct::RATIO_RULE	(	TYPT1	,
		A	,
		NUM(1)	,
		A	,
		_1
	)

funct::RATIO_RULE	(	TYPT2	,
		PROD_S(A, B)	,
		NUM(1)	,
		PROD(A, B)	,
		_1
	)

funct::RATIO_RULE	(	TYPT2	,
		MINUS_S(A)	,
		B	,
		MINUS(RATIO(A, B))	,
		-	_1._/_2
	)

funct::RATIO_RULE	(	TYPN1T1	,
		MINUS_S(A)	,
		NUM(n)	,
		MINUS(RATIO(A, NUM(n)))	,
		-	_1._/_2
	)

funct::RATIO_RULE	(	TYPT3	,
		RATIO_S(A, B)	,
		C	,
		RATIO(A, PROD(B, C))	,
		_1._1/	_1._2 *_2
	)

funct::RATIO_RULE	(	TYPN1T2	,
		RATIO_S(A, B)	,
		NUM(n)	,
		RATIO(A, PROD(NUM(n), B))	,
		_1._1/	_2 *_1._2
	)

funct::RATIO_RULE	(	TYPT4	,
		RATIO_S(A, B)	,
		PROD_S(C, D)	,
		RATIO(A, PROD(PROD(B, C), D))	,
		_1._1/	_1._2 *_2
	)

funct::RATIO_RULE	(	TYPT4	,
		PROD_S(A, B)	,
		RATIO_S(C, D)	,
		RATIO(PROD(PROD(A, B), D), C)	,
		(_1 *_2._2)/_2.	_1
	)

funct::RATIO_RULE	(	TYPN2T2	,
		PROD_S(NUM(n), A)	,
		PROD_S(NUM(m), B)	,
		PROD_S(FRACT(n, m), RATIO(A, B))	,
		(PROD_S(FRACT(n, m), RATIO(A, B))((fract< n, m >()),(_1._2/_2._2)))
	)

funct::RATIO_RULE	(	TYPT3	,
		A	,
		RATIO_S(B, C)	,
		RATIO(PROD(A, C), B)	,
		(_1 *_2._2)/_2.	_1
	)

funct::RATIO_RULE	(	TYPT4	,
		SUM_S(A, B)	,
		RATIO_S(C, D)	,
		RATIO(PROD(SUM(A, B), D), C)	,
		(_1 *_2._2)/_2.	_1
	)

funct::RATIO_RULE	(	TYPT4	,
		RATIO_S(A, B)	,
		RATIO_S(C, D)	,
		RATIO(PROD(A, D), PROD(B, C))	,
		(_1._1 _2._2)/(_1._2 _2._1)
	)

funct::RATIO_RULE	(	TYPN1	,
		NUM(n)	,
		NUM(n)	,
		NUM(1)	,
		num< 1 >	()
	)

template<typename T >

Sgn<T>::type funct::sgn ( const T & t )

inline

Definition at line 21 of file Sgn.h.

References funct::Sgn< T >::compose().

                                               { 
     return Sgn<T>::compose(t); 
   }

template<typename T >

Sin<T>::type funct::sin ( const T & t )

inline

Definition at line 22 of file Sin.h.

References funct::Sin< T >::compose().

22 { return Sin<T>::compose(t); }

edmStreamStallGrapher.t

tuple t

Definition: edmStreamStallGrapher.py:108

funct::compose

funct::Composition< A, B >::type compose(const A &a, const B &b)

Definition: Composition.h:32

funct::SIN_RULE	(	TYPT1	,
		MINUS_S(A)	,
		MINUS(SIN(A))	,
		-	sin_._
	)

funct::SIN_S ( A )

Definition at line 81 of file SimplifyTrigonometric.h.

References COMBINE(), COS, COS_S(), PROD(), and SIN.

                                                {
     typedef PROD(SIN(A), COS(A)) type;
     COMBINE(COS_S(A), SIN_S(A), _2 * _1);
   };

template<typename F >

Slave<F> funct::slave ( const Master< F > & m )

Definition at line 71 of file FunctClone.h.

References m.

71 { return Slave<F>(m); }

m

int m

Definition: DTDataIntegrityTask.cc:30

template<typename F >

Square<F>::type funct::sqr ( const F & f )

Definition at line 13 of file Square.h.

References pow().

                                          { 
     return pow(f, num<2>()); 
   }

template<typename T >

Sqrt<T>::type funct::sqrt ( const T & t )

inline

Definition at line 22 of file Sqrt.h.

References funct::Sqrt< T >::compose().

                                                 { 
     return Sqrt<T>::compose(t); 
   }

typedef funct::SUM	(	SUM(PROD(NUM(n-p), SIN2(A)), PROD(NUM(m-p), COS2(A)))	,
		NUM(p)
	)

Referenced by POWER_S(), and PROD_S().

funct::SUM_RULE	(	TYPT3	,
		A	,
		SUM_S(B, C)	,
		SUM(SUM(A, B), C)	,
		(_1+_2._1)+_2.	_2
	)

funct::SUM_RULE	(	TYPT4	,
		SUM_S(A, B)	,
		SUM_S(C, D)	,
		SUM(SUM(SUM(A, B), C), D)	,
		(_1+_2._1)+_2.	_2
	)

funct::SUM_RULE	(	TYPN1T1	,
		NUM(n)	,
		A	,
		SUM(A, NUM(n))	,
		_2+	_1
	)

funct::SUM_RULE	(	TYPN1T2	,
		NUM(n)	,
		SUM_S(A, B)	,
		SUM(SUM_S(A, B), NUM(n))	,
		_2+	_1
	)

funct::SUM_RULE	(	TYPT1	,
		A	,
		NUM(0)	,
		A	,
		_1
	)

funct::SUM_RULE	(	TYP0	,
		NUM(0)	,
		NUM(0)	,
		NUM(0)	,
		num< 0 >	()
	)

funct::SUM_RULE	(	TYPT2	,
		PROD_S(A, B)	,
		NUM(0)	,
		PROD_S(A, B)	,
		_1
	)

funct::SUM_RULE	(	TYPT2	,
		NUM(0)	,
		PROD_S(A, B)	,
		PROD_S(A, B)	,
		_2
	)

funct::SUM_RULE	(	TYPT2	,
		NUM(0)	,
		MINUS_S(PROD_S(A, B))	,
		MINUS_S(PROD_S(A, B))	,
		_2
	)

funct::SUM_RULE	(	TYPT2	,
		SUM_S(A, B)	,
		NUM(0)	,
		SUM_S(A, B)	,
		_1
	)

funct::SUM_RULE	(	TYPT2	,
		NUM(0)	,
		SUM_S(A, B)	,
		SUM_S(A, B)	,
		_2
	)

funct::SUM_S	(	B	,
		A
	)

Definition at line 102 of file SimplifyRatio.h.

Referenced by TEMPL().

102 :

103 public SimplifyRatioSum<A, B> { };

template<typename T >

Tan<T>::type funct::tan ( const T & t )

inline

Definition at line 22 of file Tan.h.

References funct::Tan< T >::compose().

Referenced by fireworks::addRhoZEnergyProjection(), FWMuonDetailView::addSceneInfo(), FWElectronDetailView::addSceneInfo(), DQMHOAlCaRecoStream::analyze(), MCPhotonAnalyzer::analyze(), TrackerHitAnalyzer::analyze(), ZMuMuEfficiency::analyze(), ValidationMisalignedTracker::analyze(), EcalPreshowerSimHitsValidation::analyze(), SiPixelTrackResidualSource::analyze(), EcalSimHitsValidation::analyze(), EcalRecHitsValidation::analyze(), EcalDigisValidation::analyze(), analyzer::SiPixelLorentzAngle::analyze(), TrackerDpgAnalysis::analyze(), TrackerOfflineValidation::analyze(), LASGeometryUpdater::ApplyBeamKinkCorrections(), FWCSCStripDigiProxyBuilder::build(), ConvertedPhotonProducer::buildCollections(), FWPFClusterRPZUtils::buildRhoZClusterLineSet(), FWJetProxyBuilder::buildViewType(), EnergyResolutionVsLumi::calcmuTot(), calculateEta(), MuonNavigationSchool::calculateEta(), DirectTrackerNavigation::calculateEta(), reco::modules::TrackerTrackHitFilter::checkHitAngle(), reco::modules::TrackerTrackHitFilter::checkPXLCorrClustCharge(), TCMETAlgo::closeToElectron(), MuRingForwardDoubleLayer::compatible(), ParticleKinematicLinearizedTrackState::computeChargedJacobians(), tauImpactParameter::TrackHelixVertexFitter::computedxydz(), tauImpactParameter::TrackHelixVertexFitter::computeLorentzVectorPar(), ParticleKinematicLinearizedTrackState::computeNeutralJacobians(), DDHCalEndcapAlgo::constructGeneralVolume(), DDHCalBarrelAlgo::constructInsideLayers(), DDHCalEndcapAlgo::constructInsideModule(), DDHCalEndcapAlgo::constructInsideModule0(), DDHCalBarrelAlgo::constructInsideSector(), DDHCalEndcapAlgo::constructInsideSector(), TwoBodyDecayModel::convertCurvilinearToCartesian(), MuonSeedCreator::createSeed(), fireworks::createSegment(), EMEnrichingFilterAlgo::deltaRxyAtEE(), doubleEMEnrichingFilterAlgo::deltaRxyAtEE(), PF_PU_AssoMapAlgos::dR(), DTBtiChip::DTBtiChip(), DTTrigGeom::dumpLUT(), Pi0FixedMassWindowCalibration::duringLoop(), EcalHitMaker::ecalCellLine(), ECALPositionCalculator::ecalEta(), HICaloUtil::EcalEta(), ContainmentCorrectionAnalyzer::ecalEta(), EgammaSuperClusters::ecalEta(), EgammaObjects::ecalEta(), EcalTrapezoidParameters::EcalTrapezoidParameters(), CSCStripTopology::equationOfStrip(), CSCWireGeometry::equationOfWire(), kinem::eta(), Geom::OnePiRange< T >::eta(), RawParticle::eta(), PhotonsWithConversionsAnalyzer::etaTransformation(), SimpleConvertedPhotonAnalyzer::etaTransformation(), MCElectronAnalyzer::etaTransformation(), MCPhotonAnalyzer::etaTransformation(), MCPizeroAnalyzer::etaTransformation(), SimplePhotonAnalyzer::etaTransformation(), TkConvValidator::etaTransformation(), PhotonValidator::etaTransformation(), ConversionProducer::etaTransformation(), DDPixBarStackLayerAlgo::execute(), DDPixBarTPGStackLayerAlgo::execute(), DDHCalTBCableAlgo::execute(), DDHCalTBZposAlgo::execute(), DDTECModuleAlgo::execute(), HcalTestAnalysis::fill(), DAClusterizerInZ::fill(), SimG4HcalValidation::fill(), LA_Filler_Fitter::fill(), DAClusterizerInZ_vect::fill(), MTVHistoProducerAlgoForTracker::fill_ResoAndPull_recoTrack_histos(), HcalTB06Analysis::fillBuffer(), HcalTB04Analysis::fillBuffer(), TrackerHitProducer::fillG4MC(), PrimaryVertexAnalyzer4PU::fillTrackHistos(), EnergyScaleAnalyzer::fillTree(), TCMETAlgo::findDuplicateTracks(), OutInConversionSeedFinder::fixPointRadius(), FWExpressionValidator::FWExpressionValidator(), ConversionFinder::getConversionInfo(), DetIdAssociator::getDetIdsCloseToAPoint(), IsolatedPixelTrackCandidateProducer::getDistInCM(), getDistInCM(), EopTreeWriter::getDistInCM(), ValidationHcalIsoTrackAlCaReco::getDistInCM(), ZdcSD::getEnergyDeposit(), CastorSD::getEnergyDeposit(), HcalNumberingFromDDD::getEta(), TopologyWorker::getetaphi(), PythiaFilterIsolatedTrack::GetEtaPhiAtEcal(), IsolatedPixelTrackCandidateProducer::GetEtaPhiAtEcal(), EcalTrivialConditionRetriever::getIntercalibConstantsFromConfiguration(), BetafuncEvtVtxGenerator::GetInvLorentzBoost(), MixBoostEvtVtxGenerator::GetInvLorentzBoost(), BetaBoostEvtVtxGenerator::GetInvLorentzBoost(), ConversionSeedFilter::getKine(), CastorShowerLibraryMaker::GetKinematics(), SiStripFineDelayTOF::getPhi(), CastorShowerLibrary::getShowerHits(), PrimaryVertexAnalyzer4PU::getSimTrkParameters(), PrimaryVertexAnalyzer4PU::getTc(), HcalTB02HcalNumberingScheme::getUnitID(), EcalEleCalibLooper::giveLimit(), HWWFunctions::gsftrks_dz_pv(), DDHCalBarrelAlgo::initialize(), DDHCalEndcapAlgo::initialize(), CosmicMuonGenerator::initialize(), CSCLayerGeometry::intersectionOfStripAndWire(), KinematicPerigeeConversions::kinematicParametersFromExPerigee(), HcalNumberingFromDDD::loadGeometry(), IdealZDCTrapezoid::localCorners(), CSCRadialStripTopology::localError(), CSCRadialStripTopology::localPosition(), OffsetRadialStripTopology::localPosition(), fireworks::localSiStrip(), FWRPZViewGeometry::makeCaloOutlineRhoZ(), HcalHardcodeGeometryLoader::makeCell(), HcalDDDGeometryLoader::makeCell(), fireworks::makeEveJetCone(), KinematicPerigeeConversions::momentumFromPerigee(), FinalTreeBuilder::momentumPart(), muonisolation::CaloExtractor::MuonAtCaloPosition(), CosmicMuonGenerator::nextMultiEvent(), funct::TanStruct< T >::operator double(), funct::TanStruct< T >::operator()(), reco::parser::tan_f::operator()(), SimG4HcalHitCluster::operator+=(), reco::Conversion::pairCotThetaSeparation(), DDHCalEndcapAlgo::parameterLayer(), DDHCalEndcapAlgo::parameterLayer0(), ConversionProducer::preselectTrackPair(), PrimaryVertexAnalyzer4PU::printEventSummary(), PrimaryVertexAnalyzer4PU::printPVTrks(), PrimaryVertexAnalyzer4PU::printRecTrks(), ShallowTrackClustersProducer::produce(), ConversionSeedFilterCharge::produce(), EcalTrivialConditionRetriever::produceEcalLaserAPDPNRatios(), TrackKinematicStatePropagator::propagateToTheTransversePCANeutral(), tauImpactParameter::TrackTools::propagateToXPosition(), tauImpactParameter::TrackTools::propagateToYPosition(), tauImpactParameter::TrackTools::propagateToZPosition(), SiStripTrackingRecHitsValid::rechitanalysis(), SiStripTrackingRecHitsValid::rechitanalysis_matched(), MultiHitGeneratorFromChi2::refit2Hits(), FWConversionProxyBuilder::requestCommon(), KFBasedPixelFitter::run(), RecoTracktoTP::s_eta(), TPtoRecoTrack::s_eta(), DTHitQualityUtils::sigmaAngle(), smearFunctionBase::smearEta(), CSCLayerGeometry::stripWireIntersection(), PrimaryVertexAnalyzer4PU::supf(), IdealZDCTrapezoid::ta(), kinem::tanl_from_theta(), hitfit::theta_to_eta(), HcalNumberingFromDDD::tileHE(), SiStripFineDelayTOF::timeOfFlightCosmicB(), MuonNavigableLayer::trackingRange(), DTTrigGeomUtils::trigPos(), DTTrigGeomUtils::trigToSeg(), HWWFunctions::trks_dz_pv(), InvariantMassFromVertex::uncertainty(), HcalNumberingFromDDD::unitID(), EcalSimHitsValidProducer::update(), TrackingVerboseAction::update(), HcalTestAnalysis::update(), HcalTB02Analysis::update(), DoCastorAnalysis::update(), CastorTestAnalysis::update(), FP420Test::update(), BscTest::update(), ValidateGeometry::validateCSCLayerGeometry(), ValidateGeometry::validateStripTopology(), EcalTrapezoidParameters::vertexList(), CSCWireGeometry::wireEnds(), CSCRadialStripTopology::xOfStrip(), CSCWireGeometry::yLimitsOfWirePlane(), and SiStripFineDelayTOF::z().

                                               { 
     return Tan<T>::compose(t); 
   }

funct::TAN_RULE	(	TYPT1	,
		MINUS_S(A)	,
		MINUS(TAN(A))	,
		-	tan_._
	)

funct::TAN_S ( A )

Definition at line 62 of file SimplifyTrigonometric.h.

62 :

63 public SimplifySTRatio<A> { };

funct::TEMPL ( T1 )

Definition at line 18 of file Factorize.h.

References A, GET(), NUM(), and value.

                             {
     static const bool value = false;
     typedef A arg;
     typedef NUM(1) type;
     GET(arg, num<1>());
   };

funct::TEMPL ( XT1 )

Definition at line 22 of file Derivative.h.

22 :

23 public ::boost::is_same<DERIV(X, A), NUM(0)> { };

funct::TEMPL ( T2 )

Definition at line 25 of file Factorize.h.

25 :

26 public Divides0<A> { };

funct::TEMPL ( N1T1 )

funct::TEMPL ( N2T1 )

funct::TEMPL ( N2 )

funct::TEMPL ( N1 )

funct::TEMPL ( T3 )

Definition at line 313 of file SimplifyRatio.h.

References A, printConversionInfo::aux, B, newFWLiteAna::base, C, COMBINE(), combine(), RATIO, RATIO_S, SUM_S(), relativeConstraints::value, and value.

                               {
     struct ratio1 { 
       typedef RATIO_S(A, C) base;
       typedef RATIO(A, C) type;
       enum { value = ::boost::type_traits::ice_not<
          ::boost::is_same<type, base>::value>::value };
     };
     struct ratio2 { 
       typedef RATIO_S(B, C) base;
       typedef RATIO(B, C) type;
       enum { value = ::boost::type_traits::ice_not<
          ::boost::is_same<type, base>::value>::value };
     };
     typedef AuxSumRatio<A, B, C, 
             ::boost::type_traits::ice_or<ratio1::value, ratio2::value>::value> aux;
     typedef typename aux::type type;
     COMBINE(SUM_S(A, B), C, aux::combine(_1, _2));
   };

funct::TEMPL ( T4 )

funct::TEMPL ( XT2 )

funct::TEMPL ( N1T2 )

template<typename F >

double funct::trapezoid_integral	(	const F &	f,
		double	min,
		double	max,
		unsigned int	samples
	)

Definition at line 20 of file NumericalIntegration.h.

References delta, f, i, ConfigFiles::l, and bookConverter::min.

Referenced by funct::TrapezoidIntegrator::operator()().

                                                                                       { 
       const double l = max - min, delta = l / samples;
       double sum = 0;
       for(unsigned int i = 0; i < samples; ++i) {
     sum += f(min + (i + 0.5) * delta);
       }
       return sum * delta;
     }