다음에 대한 모든 멤버의 목록입니다 : c2_exp_p< float_type > (모든 상속된 멤버들도 포함합니다.)

adaptively_sample(float_type amin, float_type amax, float_type abs_tol=1e-12, float_type rel_tol=1e-12, int derivs=2, std::vector< float_type > xvals=0, std::vector< float_type > yvals=0) const	c2_function< float_type >
bad_x_point	c2_function< float_type >	mutableprotected
c2_exp_p()	c2_exp_p< float_type >	inline
c2_function(const c2_function< float_type > &src)	c2_function< float_type >	inlineprotected
c2_function()	c2_function< float_type >	inlineprotected
check_monotonicity(const std::vector< float_type > &data, const char message[]) const	c2_function< float_type >
claim_ownership() const	c2_function< float_type >	inline
count_owners() const	c2_function< float_type >	inline
cvs_file_vers() const	c2_function< float_type >
cvs_header_vers() const	c2_function< float_type >	inline
evaluations	c2_function< float_type >	mutableprotected
fill_fblock(c2_fblock< float_type > &fb) const	c2_function< float_type >	inline
find_root(float_type lower_bracket, float_type upper_bracket, float_type start, float_type value, int error=0, float_type final_yprime=0, float_type *final_yprime2=0) const	c2_function< float_type >
fXMax	c2_function< float_type >	protected
fXMin	c2_function< float_type >	protected
get_evaluations() const	c2_function< float_type >	inline
get_sampling_grid(float_type amin, float_type amax, std::vector< float_type > &grid) const	c2_function< float_type >	virtual
get_sampling_grid_pointer() const	c2_function< float_type >	inline
get_trouble_point() const	c2_function< float_type >	inline
increment_evaluations() const	c2_function< float_type >	inline
integral(float_type amin, float_type amax, std::vector< float_type > *partials=0, float_type abs_tol=1e-12, float_type rel_tol=1e-12, int derivs=2, bool adapt=true, bool extrapolate=true) const	c2_function< float_type >
no_overwrite_grid	c2_function< float_type >	protected
normalized_function(float_type amin, float_type amax, float_type norm=1.0) const	c2_function< float_type >
operator()(float_type x) const	c2_function< float_type >	inline
operator()(float_type x, float_type yprime, float_type yprime2) const	c2_function< float_type >	inline
operator()(const c2_function< float_type > &inner) const	c2_function< float_type >	inline
operator*(const c2_function< float_type > &rhs) const	c2_function< float_type >	inline
operator+(const c2_function< float_type > &rhs) const	c2_function< float_type >	inline
operator-(const c2_function< float_type > &rhs) const	c2_function< float_type >	inline
operator/(const c2_function< float_type > &rhs) const	c2_function< float_type >	inline
partial_integrals(std::vector< float_type > xgrid, std::vector< float_type > *partials=0, float_type abs_tol=1e-12, float_type rel_tol=1e-12, int derivs=2, bool adapt=true, bool extrapolate=true) const	c2_function< float_type >
preen_sampling_grid(std::vector< float_type > *result) const	c2_function< float_type >
refine_sampling_grid(std::vector< float_type > &grid, size_t refinement) const	c2_function< float_type >
release_ownership() const	c2_function< float_type >	inline
release_ownership_for_return() const	c2_function< float_type >	inline
reset_evaluations() const	c2_function< float_type >	inline
sampling_grid	c2_function< float_type >	protected
set_domain(float_type amin, float_type amax)	c2_function< float_type >	inline
set_sampling_grid(const std::vector< float_type > &grid)	c2_function< float_type >	virtual
set_sampling_grid_pointer(std::vector< float_type > &grid)	c2_function< float_type >	inlineprotectedvirtual
square_normalized_function(float_type amin, float_type amax, float_type norm=1.0) const	c2_function< float_type >
square_normalized_function(float_type amin, float_type amax, const c2_function< float_type > &weight, float_type norm=1.0) const	c2_function< float_type >
value_with_derivatives(float_type x, float_type yprime, float_type yprime2) const	c2_exp_p< float_type >	inlinevirtual
xmax() const	c2_function< float_type >	inline
xmin() const	c2_function< float_type >	inline
~c2_function()	c2_function< float_type >	inlinevirtual