/Users/mourrain/Devel/mmx/basix/include/basix/generic.hpp File Reference

#include <typeinfo>
#include <basix/defaults.hpp>

Go to the source code of this file.

Classes

• class generic_rep
• class generic
• struct type_information< T >
• struct type_information< generic >
• struct symbolic_type_information< T >
• struct species_type_information< T >
• struct accelerator< C >
• class generic_concrete_rep< C >
• struct as_helper< generic, C >
• struct as_helper< C, generic >
• struct as_helper< generic, generic >

Namespaces

• namespace mmx

Defines

• #define TMPL   template<typename C>
• #define Acc   accelerator<C>
• #define ACC_NEGATE   0
• #define ACC_SQUARE   1
• #define ACC_INVERT   2
• #define ACC_ADD   3
• #define ACC_SUB   4
• #define ACC_MUL   5
• #define ACC_DIV   6
• #define ACC_SQRT   8
• #define ACC_EXP   9
• #define ACC_LOG   10
• #define ACC_COS   11
• #define ACC_SIN   12
• #define ACC_TAN   13
• #define ACC_ACOS   14
• #define ACC_ASIN   15
• #define ACC_ATAN   16
• #define ACC_COSH   17
• #define ACC_SINH   18
• #define ACC_TANH   19
• #define ACC_ACOSH   20
• #define ACC_ASINH   21
• #define ACC_ATANH   22
• #define ACC_HYPOT   23
• #define ACC_ATAN2   24
• #define ACC_POW   25
• #define ACC_LESS   26
• #define ACC_LESSEQ   27
• #define ACC_GTR   28
• #define ACC_GTREQ   29
• #define ACC_DERIVE   30
• #define ACC_DERIVE_WRT   31
• #define ACC_INTEGRATE   32
• #define ACC_INTEGRATE_WRT   33
• #define SYMBOLIC_UNSPECIFIED   0
• #define SYMBOLIC_INTEGER   1
• #define SYMBOLIC_RATIONAL   2
• #define SYMBOLIC_FLOATING   3
• #define SYMBOLIC_BALL   4
• #define SYMBOLIC_REAL   5
• #define SYMBOLIC_LITERAL   6
• #define SYMBOLIC_COMPOUND   7
• #define SYMBOLIC_SUM   8
• #define SYMBOLIC_PRODUCT   9
• #define SYMBOLIC_DERIVATIVE   10
• #define SYMBOLIC_FUNCTION   11
• #define SPECIES_DEFAULT   0
• #define SPECIES_VECTOR   1
• #define SPECIES_LIST   2
• #define SPECIES_TABLE   3

Typedefs

• typedef routine * vec_routine

Functions

• template<typename T , typename F > T as (const F &x)
• generic gen_vec ()
• generic gen_vec (const generic &g1)
• generic gen_vec (const generic &g1, const generic &g2)
• generic gen_vec (const generic &g1, const generic &g2, const generic &g3)
• generic vector_access (const generic &g, nat i)
• template<typename C > generic binary_disassemble (const C &x)
• template<typename C > void binary_write (const port &out, const C &x)
• template<typename C > port operator<< (const port &out, const C &x)
• void write (const port &p, const char *s, nat n)
• void write (const port &p, const string &s)
• INDIRECT_IMPL (generic, generic_rep) inline generic generic_rep
• nat type (const generic &g)
• nat symbolic_type (const generic &g)
• nat species_type (const generic &g)
• nat N (const generic &g)
• nat gen_hash (const generic &g)
• nat exact_hash (const generic &g)
• nat hash (const generic &g)
• bool gen_eq (const generic &g1, const generic &g2)
• bool gen_neq (const generic &g1, const generic &g2)
• nat new_type_id ()
• nat new_type_id (const char *)
• template<typename T > nat global_type_id ()
• nat binary_id (nat id1, nat id2)
• template<typename C > bool is (const generic &x)
• bool same_type (const generic &x1, const generic &x2)
• vector< generic > all_type_names ()
• void define_type_sub (const generic &name, nat id)
• nat type_id (const generic &name)
• generic type_name (nat id)
• generic type_name (const generic &g)
• template<typename C > nat type_id ()
• template<typename C > generic type_name ()
• bool is_vector (const generic &x)
• bool is_list (const generic &x)
• bool is_table (const generic &x)
• generic lit (const char *s)
• generic lit (const string &s)
• generic gen (const generic &x1, const vector< generic > &v)
• generic gen ()
• generic gen (const generic &x1)
• generic gen (const generic &x1, const string &x2)
• generic gen (const generic &x1, const generic &x2)
• generic gen (const generic &x1, const generic &x2, const generic &x3)
• generic gen (const generic &x1, const generic &x2, const generic &x3, const generic &x4)
• generic gen (const generic &x1, const generic &x2, const generic &x3, const generic &x4, const generic &x5)
• generic gen (const generic &x1, const generic &x2, const generic &x3, const generic &x4, const generic &x5, const generic &x6)
• generic void_value ()
• generic comma ()
• generic comma (const generic &x1, const generic &x2)
• generic xgen (const generic &f, const generic &args)
• generic xaccess (const generic &f, const generic &args)
• generic xtuple (const generic &args)
• generic xsqtuple (const generic &args)
• generic xrow (const generic &args)
• generic access (const generic &f, const generic &x)
• generic access (const generic &f, const generic &x, const generic &y)
• generic access (const generic &f, const vector< generic > &x)
• generic as_object (const generic &v, nat tp_id)
• generic as_object (const generic &v, const generic &tp)
• generic as_generic (const generic &obj, nat tp_id)
• generic as_generic (const generic &obj, const generic &tp)
• generic range (const generic &g, nat start, nat end)
• generic append (const generic &g1, const generic &g2)
• generic cons (const generic &g1, const generic &g2)
• generic cons (const generic &g1, const generic &g2, const generic &g3)
• generic car (const generic &g)
• generic cdr (const generic &g)
• bool is_func (const generic &g, const char *f)
• bool is_func (const generic &g, const char *f, nat n)
• bool is_func (const generic &g, const generic &f)
• bool is_func (const generic &g, const generic &f, nat n)
• nat size (const generic &g)
• int big_small_compare (const generic &g1, const generic &g2)
• int small_big_compare (const generic &g1, const generic &g2)
• generic convert (const generic &from, const generic &to)
• void set_smallest (generic &x)
• void set_largest (generic &x)
• void set_accuracy (generic &x)
• void set_pi (generic &x)
• void set_log2 (generic &x)
• void set_euler (generic &x)
• void set_catalan (generic &x)
• void set_imaginary (generic &x)
• void set_nan (generic &x)
• void set_fuzz (generic &x)
• void set_infinity (generic &x)
• void set_maximal (generic &x)
• void set_minimal (generic &x)
• generic operator- (const generic &x1)
• generic square (const generic &x1)
• generic invert (const generic &x1)
• generic operator+ (const generic &x1, const generic &x2)
• generic operator- (const generic &x1, const generic &x2)
• generic operator* (const generic &x1, const generic &x2)
• generic operator/ (const generic &x1, const generic &x2)
• generic operator+ (const generic &x1, const int &x2)
• generic operator- (const generic &x1, const int &x2)
• generic operator* (const generic &x1, const int &x2)
• generic operator/ (const generic &x1, const int &x2)
• generic operator+ (const int &x1, const generic &x2)
• generic operator- (const int &x1, const generic &x2)
• generic operator* (const int &x1, const generic &x2)
• generic operator/ (const int &x1, const generic &x2)
• generic sqrt (const generic &x1)
• generic exp (const generic &x1)
• generic log (const generic &x1)
• generic cos (const generic &x1)
• generic sin (const generic &x1)
• generic tan (const generic &x1)
• generic acos (const generic &x1)
• generic asin (const generic &x1)
• generic atan (const generic &x1)
• generic cosh (const generic &x1)
• generic sinh (const generic &x1)
• generic tanh (const generic &x1)
• generic acosh (const generic &x1)
• generic asinh (const generic &x1)
• generic atanh (const generic &x1)
• generic hypot (const generic &x1, const generic &x2)
• generic atan2 (const generic &x1, const generic &x2)
• generic pow (const generic &x1, const generic &x2)
• generic pow (const generic &x1, const int &x2)
• generic pow (const int &x1, const generic &x2)
• bool operator== (const generic &x1, const generic &x2)
• bool operator!= (const generic &x1, const generic &x2)
• bool operator== (const generic &x1, const int &x2)
• bool operator!= (const generic &x1, const int &x2)
• bool operator== (const int &x1, const generic &x2)
• bool operator!= (const int &x1, const generic &x2)
• bool exact_eq (const generic &x1, const generic &x2)
• bool exact_neq (const generic &x1, const generic &x2)
• bool exact_eq (const generic &x1, const int &x2)
• bool exact_neq (const generic &x1, const int &x2)
• bool exact_eq (const int &x1, const generic &x2)
• bool exact_neq (const int &x1, const generic &x2)
• bool is_exact_zero (const generic &g1)
• bool operator< (const generic &x1, const generic &x2)
• bool operator<= (const generic &x1, const generic &x2)
• bool operator> (const generic &x1, const generic &x2)
• bool operator>= (const generic &x1, const generic &x2)
• bool operator< (const generic &x1, const int &x2)
• bool operator<= (const generic &x1, const int &x2)
• bool operator> (const generic &x1, const int &x2)
• bool operator>= (const generic &x1, const int &x2)
• bool operator< (const int &x1, const generic &x2)
• bool operator<= (const int &x1, const generic &x2)
• bool operator> (const int &x1, const generic &x2)
• bool operator>= (const int &x1, const generic &x2)
• generic derive (const generic &x1)
• generic integrate (const generic &x1)
• generic derive (const generic &x1, const generic &x2)
• generic integrate (const generic &x1, const generic &x2)
• generic construct (const int &i)
• generic construct (const nat &i)
• generic construct (const double &x)
• generic construct (const float &x)
• generic construct (const generic &x)
• generic eval (const generic &x)
• generic apply (const generic &f, const generic &x)
• generic apply (const generic &f, const generic &x, const generic &y)
• generic apply (const generic &f, const generic &x, const generic &y, const generic &z)
• generic apply (const generic &f, const vector< generic > &x)
• generic quo (const generic &x1, const generic &x2)
• generic rem (const generic &x1, const generic &x2)
• generic numerator (const generic &x)
• generic denominator (const generic &x)
• generic gcd (const generic &x1, const generic &x2)
• generic lcm (const generic &x1, const generic &x2)
• xgcd_matrix< generic > xgcd (const generic &x1, const generic &x2)
• generic pow (const generic &x1, const nat &x2)
• generic pow (const nat &x1, const generic &x2)
• generic trig (const generic &x1)
• generic min (const generic &x1, const generic &x2)
• generic max (const generic &x1, const generic &x2)
• generic abs (const generic &x1)
• generic arg (const generic &x1)
• generic Re (const generic &x1)
• generic Im (const generic &x1)
• generic conj (const generic &x1)
• generic gaussian (const generic &x1, const generic &x2)
• generic polar (const generic &x1, const generic &x2)
• generic floor (const generic &x)
• generic trunc (const generic &x)
• generic ceil (const generic &x)
• generic round (const generic &x)
• generic prime (const generic &x1)
• generic substitute (const generic &x1, const generic &x2)
• generic compose (const generic &x1, const generic &x2)
• generic dilate (const generic &x1, const generic &x2)
• generic solve (const generic &x1, const generic &x2)
• generic sqrt_init (const generic &x, const generic &c)
• generic log_init (const generic &x, const generic &c)
• generic acos_init (const generic &x, const generic &c)
• generic asin_init (const generic &x, const generic &c)
• generic atan_init (const generic &x, const generic &c)
• generic integrate_init (const generic &x, const generic &c)
• generic solve_lde_init (const generic &x, const generic &c)
• generic change_precision (const generic &x, xnat p)
• xnat precision (const generic &x)
• generic next_above (const generic &x)
• generic next_below (const generic &x)
• generic rounding_error (const generic &x)
• generic additive_error (const generic &x)
• generic multiplicative_error (const generic &x)
• generic elementary_error (const generic &x)
• xint exponent (const generic &x)
• double magnitude (const generic &x)
• generic incexp2 (const generic &x1, const xint &x2)
• generic decexp2 (const generic &x1, const xint &x2)
• generic operator<< (const generic &x1, const generic &x2)
• generic operator>> (const generic &x1, const generic &x2)
• generic lshiftz (const generic &x1, const generic &x2)
• generic rshiftz (const generic &x1, const generic &x2)
• generic operator| (const generic &x1, const generic &x2)
• generic operator& (const generic &x1, const generic &x2)
• generic lres (const generic &x1, const generic &x2)
• generic rres (const generic &x1, const generic &x2)
• generic uniform (const generic &x1, const generic &x2)
• generic specialize (const generic &x1, const generic &x2)
• generic center (const generic &x1)
• generic radius (const generic &x1)
• generic sharpen (const generic &x1)
• generic blur (const generic &x1, const generic &x2)
• void fill_out (vec_routine &v, nat &n, nat i, const routine &r)
• template<typename C > generic as_generic (const C &c)
• template<typename C > void set_as (generic &r, const C &x)
• template<typename C > void set_as (C &r, const generic &x)
• void set_as (generic &r, const generic &x)

Variables

• port mmout = formatting_port (output_file_port (stdout, false, "mmout"))
• port mmerr = formatting_port (output_file_port (stderr, false, "mmerr"))
• bool booting_done
• generic GEN_CONVERT

---

Detailed Description

Definition in file generic.hpp.

---

Define Documentation

#define Acc   accelerator<C>

Definition at line 22 of file generic.hpp.

#define ACC_ACOS   14

Definition at line 67 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::acos().

#define ACC_ACOSH   20

Definition at line 73 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::acosh().

#define ACC_ADD   3

Definition at line 57 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::operator+().

#define ACC_ASIN   15

Definition at line 68 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::asin().

#define ACC_ASINH   21

Definition at line 74 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::asinh().

#define ACC_ATAN   16

Definition at line 69 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::atan().

#define ACC_ATAN2   24

Definition at line 77 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::atan2().

#define ACC_ATANH   22

Definition at line 75 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::atanh().

#define ACC_COS   11

Definition at line 64 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::cos().

#define ACC_COSH   17

Definition at line 70 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::cosh().

#define ACC_DERIVE   30

Definition at line 83 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::derive().

#define ACC_DERIVE_WRT   31

Definition at line 84 of file generic.hpp.

Referenced by mmx::derive(), and mmx::integrate().

#define ACC_DIV   6

Definition at line 60 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::operator/().

#define ACC_EXP   9

Definition at line 62 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::exp().

#define ACC_GTR   28

Definition at line 81 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::operator>().

#define ACC_GTREQ   29

Definition at line 82 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::operator>=().

#define ACC_HYPOT   23

Definition at line 76 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::hypot().

#define ACC_INTEGRATE   32

Definition at line 85 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::integrate().

#define ACC_INTEGRATE_WRT   33

Definition at line 86 of file generic.hpp.

#define ACC_INVERT   2

Definition at line 56 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::invert().

#define ACC_LESS   26

Definition at line 79 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::operator<().

#define ACC_LESSEQ   27

Definition at line 80 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::operator<=().

#define ACC_LOG   10

Definition at line 63 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::log().

#define ACC_MUL   5

Definition at line 59 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::operator*().

#define ACC_NEGATE   0

Definition at line 54 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::operator-().

#define ACC_POW   25

Definition at line 78 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::pow().

#define ACC_SIN   12

Definition at line 65 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::sin().

#define ACC_SINH   18

Definition at line 71 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::sinh().

#define ACC_SQRT   8

Definition at line 61 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::sqrt().

#define ACC_SQUARE   1

Definition at line 55 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::square().

#define ACC_SUB   4

Definition at line 58 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::operator-().

#define ACC_TAN   13

Definition at line 66 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::tan().

#define ACC_TANH   19

Definition at line 72 of file generic.hpp.

Referenced by mmx::accelerate(), and mmx::tanh().

#define SPECIES_DEFAULT   0

Definition at line 212 of file generic.hpp.

Referenced by generic_object_rep::get_species_type().

#define SPECIES_LIST   2

Definition at line 214 of file generic.hpp.

Referenced by mmx::is_list().

#define SPECIES_TABLE   3

Definition at line 215 of file generic.hpp.

Referenced by mmx::is_table().

#define SPECIES_VECTOR   1

Definition at line 213 of file generic.hpp.

Referenced by mmx::is_vector().

#define SYMBOLIC_BALL   4

Definition at line 200 of file generic.hpp.

#define SYMBOLIC_COMPOUND   7

Definition at line 203 of file generic.hpp.

#define SYMBOLIC_DERIVATIVE   10

Definition at line 206 of file generic.hpp.

#define SYMBOLIC_FLOATING   3

Definition at line 199 of file generic.hpp.

#define SYMBOLIC_FUNCTION   11

Definition at line 207 of file generic.hpp.

#define SYMBOLIC_INTEGER   1

Definition at line 197 of file generic.hpp.

#define SYMBOLIC_LITERAL   6

Definition at line 202 of file generic.hpp.

Referenced by mmx::INDIRECT_IMPL_2().

#define SYMBOLIC_PRODUCT   9

Definition at line 205 of file generic.hpp.

#define SYMBOLIC_RATIONAL   2

Definition at line 198 of file generic.hpp.

#define SYMBOLIC_REAL   5

Definition at line 201 of file generic.hpp.

#define SYMBOLIC_SUM   8

Definition at line 204 of file generic.hpp.

#define SYMBOLIC_UNSPECIFIED   0

Definition at line 196 of file generic.hpp.

Referenced by generic_object_rep::get_symbolic_type().

#define TMPL   template<typename C>

Definition at line 21 of file generic.hpp.