mpblocks::cuda::polynomial Namespace Reference

Namespaces
	coefficient_key
	derivative_detail
	device_coefficient_key
	device_param_key
	intlist
	param_key
	polyval_detail
	product_detail
	scalarsum_detail
	sturm2_detail
	sturm3_detail
	sturm_detail

Classes
struct	Assign
struct	Assign< true, Scalar, Spec, Exp, idx >
struct	AssignmentHelper
struct	AssignmentHelper< Scalar, Exp1, Exp2, IntList< Head, Tail > >
struct	AssignmentHelper< Scalar, Exp1, Exp2, IntList< Tail, intlist::Terminal > >
struct	Coefficient
	class actually providing storage for a coefficient More...
struct	CoefficientKey
struct	CountZeros
struct	CountZeros< 1 >
struct	CountZeros< 2 >
struct	CountZeros< 3 >
struct	CountZeros< 4 >
struct	CountZeros< 5 >
struct	Derivative
	expression template for sum of two matrix expressions More...
struct	DerivativeSpec
struct	DerivativeSpec< IntList< Head, intlist::Terminal >, n >
struct	DerivativeSpec< IntList< Head, Tail >, n >
struct	DerivativeSurrogate
	intermediate object which allows LValue assignment operator to call differntiate expression template for sum of two matrix expressions More...
struct	Difference
	expression template for sum of two matrix expressions More...
struct	Divide
	specialization for the first step uses actual numerator, not remainder More...
struct	Divide< true, 0, Scalar, NumExp, NumSpec, DenExp, DenSpec >
	specialization for the first step uses actual numerator, not remainder More...
struct	Divide< true, i, Scalar, NumExp, NumSpec, DenExp, DenSpec >
struct	get_spec
struct	get_spec< Derivative< Scalar, Exp, Spec > >
struct	get_spec< Difference< Scalar, Exp1, Spec1, Exp2, Spec2 > >
struct	get_spec< Negative< Scalar, Exp, Spec > >
struct	get_spec< Normalized< Scalar, Exp, Spec > >
struct	get_spec< Polynomial< Scalar, Spec > >
struct	get_spec< Product< Scalar, Exp1, Spec1, Exp2, Spec2 > >
struct	get_spec< ScalarProduct< Scalar, Exp, Spec > >
struct	get_spec< ScalarSum< Scalar, Exp, Spec > >
struct	get_spec< Sum< Scalar, Exp1, Spec1, Exp2, Spec2 > >
struct	GetHelper
struct	GetHelper< true, idx, Scalar, Spec >
struct	IntList
	compile time integer list (because cuda doesn't understand variadic templates ) More...
class	LValue
	expression template for lvalues More...
struct	Negative
	expression template for sum of two matrix expressions More...
struct	Normalized
	expression template for sum of two matrix expressions More...
struct	ParamKey
struct	Polynomial
	A sparse, statically sized polynomial. More...
struct	PolyPrinter
struct	PolyPrinter< Scalar, Exp, intlist::Terminal >
struct	PolyPrinter< Scalar, Exp, IntList< 0, Tail > >
struct	PolyPrinter< Scalar, Exp, IntList< 1, Tail > >
struct	PolyPrinter< Scalar, Exp, IntList< Head, Tail > >
struct	Printer
struct	Printer< IntList< Head, Tail > >
struct	Printer< IntList< Tail, intlist::Terminal > >
struct	Product
	expression template for sum of two matrix expressions More...
struct	Quotient
	expression template for polynomial long division More...
struct	QuotientSpec
struct	QuotientSurrogate
	surrogate for initialzing with / operator More...
struct	RemainderSpec
struct	RValue
	expression template for rvalues More...
struct	ScalarProduct
	expression template for sum of two matrix expressions More...
struct	ScalarSum
	expression template for sum of two matrix expressions More...
struct	ScratchSpec
struct	Storage
	recursive inheritance tree which provides storage for each of the required coefficients More...
struct	Storage< Scalar, IntList< SpecHead, SpecTail > >
struct	Storage< Scalar, IntList< SpecTail, intlist::Terminal > >
class	StreamAssignment
	assignment More...
struct	SturmSequence
	stores a squence of polynomials which satisfy the properties of sturms theorem and provides methods for computing the number of sign changes More...
struct	SturmSequence2
	stores a squence of polynomials which satisfy the properties of sturms theorem and provides methods for computing the number of sign changes More...
struct	SturmTypes
struct	Sum
	expression template for sum of two matrix expressions More...

Functions
template<typename Scalar , class Spec , class Exp >
__host__ __device__ __forceinline__ void	assign (Polynomial< Scalar, Spec > &p, const Exp &exp)
template<typename Scalar , class Exp , class Spec >
__host__ __device__ __forceinline__ void	construct (SturmSequence2< Scalar, Spec > &sturm, const Exp &exp)
	construct a sturm sequence More...
template<int n, typename Scalar , class Exp , class Spec >
__host__ __device__ DerivativeSurrogate< n, Scalar, Exp, Spec >	d_ds (const RValue< Scalar, Exp, Spec > &exp)
	return a surrogate which notifies LValue to call differentiate More...
template<typename Scalar , class Exp , class Spec >
__host__ __device__ Derivative < Scalar, Exp, Spec >	d_dx (RValue< Scalar, Exp, Spec > const &P)
template<int n, typename Scalar , class Exp1 , class InSpec , class Exp2 >
__host__ __device__ void	differentiate (const RValue< Scalar, Exp1, InSpec > &in, LValue< Scalar, Exp2 > &out)
	evaluate a polynomial More...
template<typename Scalar , class NumExp , class NumSpec , class DenExp , class DenSpec >
__host__ __device__ __forceinline__ void	divide (const NumExp &n, const DenExp &d, Polynomial< Scalar, typename QuotientSpec< NumSpec, DenSpec >::result > &q, Polynomial< Scalar, typename RemainderSpec< NumSpec, DenSpec >::result > &r)
template<int idx, typename Scalar , class Exp1 >
__host__ __device__ Scalar	get (const Exp1 &)
template<int idx, typename Scalar , class Exp , class Spec >
__host__ __device__ Scalar	get (const Negative< Scalar, Exp, Spec > &exp)
template<int idx, typename Scalar , class Exp , class Spec >
__host__ __device__ Scalar	get (const Normalized< Scalar, Exp, Spec > &exp)
template<int idx, typename Scalar , class Exp , class Spec >
__host__ __device__ Scalar	get (const ScalarProduct< Scalar, Exp, Spec > &sum)
template<int idx, typename Scalar , class Exp1 , class Spec1 , class Exp2 , class Spec2 >
__host__ __device__ Scalar	get (const Difference< Scalar, Exp1, Spec1, Exp2, Spec2 > &sum)
template<int idx, typename Scalar , class Exp1 , class Spec1 , class Exp2 , class Spec2 >
__host__ __device__ Scalar	get (const Sum< Scalar, Exp1, Spec1, Exp2, Spec2 > &sum)
template<int i, typename Scalar , int max>
__host__ __device__ __forceinline__ Polynomial < Scalar, typename intlist::range< 0, max-i > ::result > &	get (SturmSequence< Scalar, max > &sturm)
	convienience accessor, returns the i'th polynomial in the sequence, where the 0'th polynomial is the original More...
template<int idx, typename Scalar , class Exp , class Spec >
__host__ __device__ Scalar	get (const ScalarSum< Scalar, Exp, Spec > &sum)
template<int idx, typename Scalar , class Exp , class Spec >
__host__ __device__ Scalar	get (const Derivative< Scalar, Exp, Spec > &exp)
template<int i, typename Scalar , class Spec >
__host__ __device__ __forceinline__ Polynomial < Scalar, typename sturm2_detail::SturmSpec< Spec, i >::result > &	get (SturmSequence2< Scalar, Spec > &sturm)
	return the i'th polynomial in the sturm sequence More...
template<int i, typename Scalar , class Spec >
__host__ __device__ __forceinline__ const Polynomial< Scalar, typename sturm2_detail::SturmSpec< Spec, i >::result > &	get (const SturmSequence2< Scalar, Spec > &sturm)
template<int i, typename Scalar , class Exp1 , class Spec1 , class Exp2 , class Spec2 >
__host__ __device__ Scalar	get (const Product< Scalar, Exp1, Spec1, Exp2, Spec2 > &exp)
template<int idx, typename Scalar , class Spec >
__host__ __device__ __forceinline__ Scalar	get (const Polynomial< Scalar, Spec > &poly)
template<typename Scalar , class Exp >
__host__ __device__ LValue < Scalar, Exp > &	lvalue (LValue< Scalar, Exp > &exp)
template<typename Scalar , class NumSpec , class DenSpec >
__host__ __device__ __forceinline__ void	mod (const Polynomial< Scalar, NumSpec > &n, const Polynomial< Scalar, DenSpec > &d, Polynomial< Scalar, typename RemainderSpec< NumSpec, DenSpec >::result > &r)
template<typename Scalar , class Exp , class Spec >
__host__ __device__ Normalized < Scalar, Exp, Spec >	normalized (const RValue< Scalar, Exp, Spec > &exp)
template<typename Scalar , int pow>
__host__ __device__ Polynomial < Scalar, IntList< pow, intlist::Terminal > >	operator* (Scalar v, CoefficientKey< pow > c)
template<typename Scalar , class Exp , class Spec >
__host__ __device__ __forceinline__ ScalarProduct < Scalar, Exp, Spec >	operator* (const Scalar &a, RValue< Scalar, Exp, Spec > const &B)
template<typename Scalar , class Exp , class Spec >
__host__ __device__ __forceinline__ ScalarProduct < Scalar, Exp, Spec >	operator* (RValue< Scalar, Exp, Spec > const &B, const Scalar &a)
template<typename Scalar , class Exp1 , class Spec1 , class Exp2 , class Spec2 >
__host__ __device__ Product < Scalar, Exp1, Spec1, Exp2, Spec2 >	operator* (RValue< Scalar, Exp1, Spec1 > const &A, RValue< Scalar, Exp2, Spec2 > const &B)
template<typename Scalar , class Exp1 , class Spec1 , class Exp2 , class Spec2 >
__host__ __device__ Sum < Scalar, Exp1, Spec1, Exp2, Spec2 >	operator+ (RValue< Scalar, Exp1, Spec1 > const &A, RValue< Scalar, Exp2, Spec2 > const &B)
template<typename Scalar , class Exp , class Spec >
__host__ __device__ __forceinline__ ScalarSum < Scalar, Exp, Spec >	operator+ (const Scalar &a, RValue< Scalar, Exp, Spec > const &B)
template<typename Scalar , class Exp , class Spec >
__host__ __device__ __forceinline__ ScalarSum < Scalar, Exp, Spec >	operator+ (RValue< Scalar, Exp, Spec > const &B, const Scalar &a)
template<typename Scalar , class Exp , class Spec >
__host__ __device__ Negative < Scalar, Exp, Spec >	operator- (RValue< Scalar, Exp, Spec > const &exp)
template<typename Scalar , class Exp1 , class Spec1 , class Exp2 , class Spec2 >
__host__ __device__ Difference < Scalar, Exp1, Spec1, Exp2, Spec2 >	operator- (RValue< Scalar, Exp1, Spec1 > const &A, RValue< Scalar, Exp2, Spec2 > const &B)
template<typename Scalar , class Exp1 , class Spec1 , class Exp2 , class Spec2 >
__host__ __device__ QuotientSurrogate< Scalar, Exp1, Spec1, Exp2, Spec2 >	operator/ (RValue< Scalar, Exp1, Spec1 > const &A, RValue< Scalar, Exp2, Spec2 > const &B)
template<class T >
std::ostream &	operator<< (std::ostream &out, const Printer< T > &)
template<typename Scalar , class Exp , typename Scalar2 >
__host__ __device__ StreamAssignment< Scalar, Exp, 1 >	operator<< (LValue< Scalar, Exp > &exp, const Scalar2 &val)
template<class Scalar , class Exp , class Spec >
std::ostream &	operator<< (std::ostream &out, const RValue< Scalar, Exp, Spec > &exp)
template<int pow>
__host__ __device__ CoefficientKey< pow >	operator^ (ParamKey, CoefficientKey< pow > c)
template<typename Scalar , class Exp , class Spec , typename Scalar2 >
__host__ __device__ Scalar	polyval (const RValue< Scalar, Exp, Spec > &exp, Scalar2 x)
	evaluate a polynomial More...
template<typename Scalar , class Exp , class Spec >
__host__ __device__ RValue < Scalar, Exp, Spec > &	rvalue (RValue< Scalar, Exp, Spec > &exp)
template<int idx, typename Scalar , class Exp1 >
__host__ __device__ Scalar &	set (Exp1 &)
template<int idx, typename Scalar , class Spec >
__host__ __device__ __forceinline__ Scalar &	set (Polynomial< Scalar, Spec > &poly)
template<int idx, typename Scalar , class Exp1 >
__host__ __device__ Scalar &	set_storage (Exp1 &)
template<int idx, typename Scalar , class Spec >
__host__ __device__ __forceinline__ Scalar &	set_storage (Polynomial< Scalar, Spec > &poly)
template<typename Scalar , class Spec >
__host__ __device__ int	signChanges (SturmSequence2< Scalar, Spec > &sturm, Scalar arg)
	construct a sturm sequence More...

Function Documentation

template<typename Scalar , class Spec , class Exp >

__host__ __device__ __forceinline__ void mpblocks::cuda::polynomial::assign	(	Polynomial< Scalar, Spec > &	p,
		const Exp &	exp
	)

Definition at line 55 of file assign.h.

template<typename Scalar , class Exp , class Spec >

__host__ __device__ __forceinline__ void mpblocks::cuda::polynomial::construct	(	SturmSequence2< Scalar, Spec > &	sturm,
		const Exp &	exp
	)

construct a sturm sequence

Definition at line 186 of file SturmSequence2.h.

template<int n, typename Scalar , class Exp , class Spec >

__host__ __device__ DerivativeSurrogate<n,Scalar,Exp,Spec> mpblocks::cuda::polynomial::d_ds

(

const RValue< Scalar, Exp, Spec > &

exp

)

return a surrogate which notifies LValue to call differentiate

Definition at line 196 of file differentiate.h.

template<typename Scalar , class Exp , class Spec >

__host__ __device__ Derivative<Scalar,Exp,Spec> mpblocks::cuda::polynomial::d_dx

(

RValue< Scalar, Exp, Spec > const &

P

)

Definition at line 104 of file Derivative.h.

template<int n, typename Scalar , class Exp1 , class InSpec , class Exp2 >

__host__ __device__ void mpblocks::cuda::polynomial::differentiate	(	const RValue< Scalar, Exp1, InSpec > &	in,
		LValue< Scalar, Exp2 > &	out
	)

evaluate a polynomial

Definition at line 165 of file differentiate.h.

template<typename Scalar , class NumExp , class NumSpec , class DenExp , class DenSpec >

__host__ __device__ __forceinline__ void mpblocks::cuda::polynomial::divide	(	const NumExp &	n,
		const DenExp &	d,
		Polynomial< Scalar, typename QuotientSpec< NumSpec, DenSpec >::result > &	q,
		Polynomial< Scalar, typename RemainderSpec< NumSpec, DenSpec >::result > &	r
	)

Definition at line 145 of file divide.h.

template<int idx, typename Scalar , class Exp1 >

__host__ __device__ Scalar mpblocks::cuda::polynomial::get

(

const Exp1 &

)

template<int idx, typename Scalar , class Exp , class Spec >

__host__ __device__ Scalar mpblocks::cuda::polynomial::get

(

const Negative< Scalar, Exp, Spec > &

exp

)

Definition at line 61 of file Negative.h.

template<int idx, typename Scalar , class Exp , class Spec >

__host__ __device__ Scalar mpblocks::cuda::polynomial::get

(

const Normalized< Scalar, Exp, Spec > &

exp

)

Definition at line 63 of file Normalized.h.

template<int idx, typename Scalar , class Exp , class Spec >

__host__ __device__ Scalar mpblocks::cuda::polynomial::get

(

const ScalarProduct< Scalar, Exp, Spec > &

sum

)

Definition at line 69 of file ScalarProduct.h.

template<int idx, typename Scalar , class Exp1 , class Spec1 , class Exp2 , class Spec2 >

__host__ __device__ Scalar mpblocks::cuda::polynomial::get

(

const Difference< Scalar, Exp1, Spec1, Exp2, Spec2 > &

sum

)

Definition at line 74 of file Difference.h.

template<int idx, typename Scalar , class Exp1 , class Spec1 , class Exp2 , class Spec2 >

__host__ __device__ Scalar mpblocks::cuda::polynomial::get

(

const Sum< Scalar, Exp1, Spec1, Exp2, Spec2 > &

sum

)

Definition at line 76 of file Sum.h.

template<int i, typename Scalar , int max>

__host__ __device__ __forceinline__ Polynomial< Scalar, typename intlist::range< 0, max-i >::result > & mpblocks::cuda::polynomial::get

(

SturmSequence< Scalar, max > &

sturm

)

convienience accessor, returns the i'th polynomial in the sequence, where the 0'th polynomial is the original

Definition at line 149 of file SturmSequence.h.

template<int idx, typename Scalar , class Exp , class Spec >

__host__ __device__ Scalar mpblocks::cuda::polynomial::get

(

const ScalarSum< Scalar, Exp, Spec > &

sum

)

Definition at line 94 of file ScalarSum.h.

template<int idx, typename Scalar , class Exp , class Spec >

__host__ __device__ Scalar mpblocks::cuda::polynomial::get

(

const Derivative< Scalar, Exp, Spec > &

exp

)

Definition at line 94 of file Derivative.h.

template<int i, typename Scalar , class Spec >

__host__ __device__ __forceinline__ Polynomial<Scalar, typename sturm2_detail::SturmSpec<Spec,i>::result>& mpblocks::cuda::polynomial::get

(

SturmSequence2< Scalar, Spec > &

sturm

)

return the i'th polynomial in the sturm sequence

Definition at line 110 of file SturmSequence2.h.

template<int i, typename Scalar , class Spec >

__host__ __device__ __forceinline__ const Polynomial<Scalar, typename sturm2_detail::SturmSpec<Spec,i>::result>& mpblocks::cuda::polynomial::get

(

const SturmSequence2< Scalar, Spec > &

sturm

)

Definition at line 118 of file SturmSequence2.h.

template<int i, typename Scalar , class Exp1 , class Spec1 , class Exp2 , class Spec2 >

__host__ __device__ Scalar mpblocks::cuda::polynomial::get

(

const Product< Scalar, Exp1, Spec1, Exp2, Spec2 > &

exp

)

Definition at line 294 of file Product.h.

template<int idx, typename Scalar , class Spec >

__host__ __device__ __forceinline__ Scalar mpblocks::cuda::polynomial::get

(

const Polynomial< Scalar, Spec > &

poly

)

Definition at line 370 of file Polynomial.h.

template<typename Scalar , class Exp >

__host__ __device__ LValue<Scalar,Exp>& mpblocks::cuda::polynomial::lvalue

(

LValue< Scalar, Exp > &

exp

)

Definition at line 123 of file LValue.h.

template<typename Scalar , class NumSpec , class DenSpec >

__host__ __device__ __forceinline__ void mpblocks::cuda::polynomial::mod	(	const Polynomial< Scalar, NumSpec > &	n,
		const Polynomial< Scalar, DenSpec > &	d,
		Polynomial< Scalar, typename RemainderSpec< NumSpec, DenSpec >::result > &	r
	)

Definition at line 175 of file divide.h.

template<typename Scalar , class Exp , class Spec >

__host__ __device__ Normalized<Scalar,Exp,Spec> mpblocks::cuda::polynomial::normalized

(

const RValue< Scalar, Exp, Spec > &

exp

)

Definition at line 72 of file Normalized.h.

template<typename Scalar , int pow>

__host__ __device__ Polynomial<Scalar, IntList<pow,intlist::Terminal> > mpblocks::cuda::polynomial::operator*	(	Scalar	v,
		CoefficientKey< pow >	c
	)

Definition at line 58 of file Construct.h.

template<typename Scalar , class Exp , class Spec >

__host__ __device__ __forceinline__ ScalarProduct<Scalar,Exp,Spec> mpblocks::cuda::polynomial::operator*	(	const Scalar &	a,
		RValue< Scalar, Exp, Spec > const &	B
	)

Definition at line 77 of file ScalarProduct.h.

template<typename Scalar , class Exp , class Spec >

__host__ __device__ __forceinline__ ScalarProduct<Scalar,Exp,Spec> mpblocks::cuda::polynomial::operator*	(	RValue< Scalar, Exp, Spec > const &	B,
		const Scalar &	a
	)

Definition at line 86 of file ScalarProduct.h.

template<typename Scalar , class Exp1 , class Spec1 , class Exp2 , class Spec2 >

__host__ __device__ Product<Scalar,Exp1,Spec1,Exp2,Spec2> mpblocks::cuda::polynomial::operator*	(	RValue< Scalar, Exp1, Spec1 > const &	A,
		RValue< Scalar, Exp2, Spec2 > const &	B
	)

Definition at line 306 of file Product.h.

template<typename Scalar , class Exp1 , class Spec1 , class Exp2 , class Spec2 >

__host__ __device__ Sum<Scalar,Exp1,Spec1,Exp2,Spec2> mpblocks::cuda::polynomial::operator+	(	RValue< Scalar, Exp1, Spec1 > const &	A,
		RValue< Scalar, Exp2, Spec2 > const &	B
	)

Definition at line 85 of file Sum.h.

template<typename Scalar , class Exp , class Spec >

__host__ __device__ __forceinline__ ScalarSum<Scalar,Exp,Spec> mpblocks::cuda::polynomial::operator+	(	const Scalar &	a,
		RValue< Scalar, Exp, Spec > const &	B
	)

Definition at line 102 of file ScalarSum.h.

template<typename Scalar , class Exp , class Spec >

__host__ __device__ __forceinline__ ScalarSum<Scalar,Exp,Spec> mpblocks::cuda::polynomial::operator+	(	RValue< Scalar, Exp, Spec > const &	B,
		const Scalar &	a
	)

Definition at line 111 of file ScalarSum.h.

template<typename Scalar , class Exp , class Spec >

__host__ __device__ Negative<Scalar,Exp,Spec> mpblocks::cuda::polynomial::operator-

(

RValue< Scalar, Exp, Spec > const &

exp

)

Definition at line 69 of file Negative.h.

template<typename Scalar , class Exp1 , class Spec1 , class Exp2 , class Spec2 >

__host__ __device__ Difference<Scalar,Exp1,Spec1,Exp2,Spec2> mpblocks::cuda::polynomial::operator-	(	RValue< Scalar, Exp1, Spec1 > const &	A,
		RValue< Scalar, Exp2, Spec2 > const &	B
	)

Definition at line 84 of file Difference.h.

template<typename Scalar , class Exp1 , class Spec1 , class Exp2 , class Spec2 >

__host__ __device__ QuotientSurrogate<Scalar,Exp1,Spec1,Exp2,Spec2> mpblocks::cuda::polynomial::operator/	(	RValue< Scalar, Exp1, Spec1 > const &	A,
		RValue< Scalar, Exp2, Spec2 > const &	B
	)

Definition at line 165 of file Quotient.h.

template<class T >

std::ostream& mpblocks::cuda::polynomial::operator<<	(	std::ostream &	out,
		const Printer< T > &
	)

Definition at line 43 of file Printer.h.

template<typename Scalar , class Exp , typename Scalar2 >

__host__ __device__ StreamAssignment<Scalar,Exp,1> mpblocks::cuda::polynomial::operator<<	(	LValue< Scalar, Exp > &	exp,
		const Scalar2 &	val
	)

Definition at line 76 of file StreamAssignment.h.

template<class Scalar , class Exp , class Spec >

std::ostream& mpblocks::cuda::polynomial::operator<<	(	std::ostream &	out,
		const RValue< Scalar, Exp, Spec > &	exp
	)

Definition at line 93 of file ostream.h.

template<int pow>

__host__ __device__ CoefficientKey<pow> mpblocks::cuda::polynomial::operator^	(	ParamKey	,
		CoefficientKey< pow >	c
	)

Definition at line 50 of file Construct.h.

template<typename Scalar , class Exp , class Spec , typename Scalar2 >

__host__ __device__ Scalar mpblocks::cuda::polynomial::polyval	(	const RValue< Scalar, Exp, Spec > &	exp,
		Scalar2	x
	)

evaluate a polynomial

Definition at line 62 of file polyval.h.

template<typename Scalar , class Exp , class Spec >

__host__ __device__ RValue<Scalar,Exp,Spec>& mpblocks::cuda::polynomial::rvalue

(

RValue< Scalar, Exp, Spec > &

exp

)

Definition at line 46 of file RValue.h.

template<int idx, typename Scalar , class Exp1 >

__host__ __device__ Scalar& mpblocks::cuda::polynomial::set

(

Exp1 &

)

template<int idx, typename Scalar , class Spec >

__host__ __device__ __forceinline__ Scalar& mpblocks::cuda::polynomial::set

(

Polynomial< Scalar, Spec > &

poly

)

Definition at line 378 of file Polynomial.h.

template<int idx, typename Scalar , class Exp1 >

__host__ __device__ Scalar& mpblocks::cuda::polynomial::set_storage

(

Exp1 &

)

template<int idx, typename Scalar , class Spec >

__host__ __device__ __forceinline__ Scalar& mpblocks::cuda::polynomial::set_storage

(

Polynomial< Scalar, Spec > &

poly

)

Definition at line 385 of file Polynomial.h.

template<typename Scalar , class Spec >

__host__ __device__ int mpblocks::cuda::polynomial::signChanges	(	SturmSequence2< Scalar, Spec > &	sturm,
		Scalar	arg
	)

construct a sturm sequence

Definition at line 210 of file SturmSequence2.h.