src/generic.cpp File Reference

#include <basix/compound.hpp>
#include <basix/evaluator.hpp>
#include <basix/vector.hpp>
#include <basix/tuple.hpp>
#include <basix/mmx_syntax.hpp>
#include <basix/memoize.hpp>
#include <basix/string.hpp>
#include <basix/table.hpp>
#include <basix/routine.hpp>

Go to the source code of this file.

Namespaces

• namespace mmx

Defines

• #define ACC_UNARY(code, x1)
• #define ACC_BINARY(code, x1, x2)
• #define ACC_TEST(code, x1, x2)
• #define ACC_BINARY_SCALAR(code, x1, x2)

Functions

• nat type_id (const generic &name)
• nat new_type_id ()
• nat new_type_id (const char *)
• 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_size (const generic &g)
• generic vector_access (const generic &g, nat i)
• void attach_generic_binary_assembler (const generic &, unary_generic)
• generic binary_type_generic (const generic &g)
• generic binary_disassemble_generic (const generic &g)
• generic binary_assemble_generic (const generic &tp, const generic &val)
• void attach_generic_binary_reader (const string &, unary_generic)
• void binary_write_generic (const port &out, const generic &g)
• generic binary_read_generic (const port &in)
• generic duplicate (const generic &x1)
• syntactic flatten (const generic &g)
• generic void_value ()
• void xgen_sub (vector< generic > &v, const generic &g)
• generic xgen (const generic &f, const generic &args)
• generic comma ()
• generic comma (const generic &x1, const generic &x2)
• 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 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)
• void set_default (generic &x)
• 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 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 convert (const generic &from, const generic &to)
• bool as_bool (const generic &g)
• void fill_out (vec_routine &v, nat &n, nat i, const routine &r)
• 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)
• generic pow (const generic &x1, const nat &x2)
• generic pow (const nat &x1, const generic &x2)
• generic trig (const generic &x1)
• bool operator== (const generic &x1, const generic &x2)
• bool operator== (const generic &x1, const int &x2)
• bool operator!= (const generic &x1, const generic &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_eq (const generic &x1, const int &x2)
• bool exact_neq (const generic &x1, const generic &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 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 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 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)
• 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 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 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 center (const generic &x1)
• generic radius (const generic &x1)
• generic sharpen (const generic &x1)
• generic blur (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)

Variables

• static table< generic, string > binary_readers

---

Define Documentation

#define ACC_BINARY	(	code,
		x1,
		x2		)

Value:

if (same_type (x1, x2)) {                               \
    routine* r= x1->acc_apply (code);                   \
    if (r != NULL && !is_nil (*r))                      \
      return (*r) (x1, x2);                             \
  }                                                     \
  else {                                                \
    routine* cv= x1->acc_construct (x2->acc_id ());     \
    if (cv != NULL && !is_nil (*cv)) {                  \
      routine* r= x1->acc_apply (code);                 \
      if (r != NULL && !is_nil (*r))                    \
        return (*r) (x1, (*cv) (x2));                   \
    }                                                   \
    cv= x2->acc_construct (x1->acc_id ());              \
    if (cv != NULL && !is_nil (*cv)) {                  \
      routine* r= x2->acc_apply (code);                 \
      if (r != NULL && !is_nil (*r))                    \
        return (*r) ((*cv) (x1), x2);                   \
    }                                                   \
  }

Definition at line 300 of file generic.cpp.

Referenced by mmx::atan2(), mmx::hypot(), mmx::operator*(), mmx::operator+(), mmx::operator-(), mmx::operator/(), and mmx::pow().

#define ACC_BINARY_SCALAR	(	code,
		x1,
		x2		)

Value:

routine* r= x1->acc_apply (code);                       \
  if (r != NULL && !is_nil (*r)) return (*r) (x1, x2);

Definition at line 342 of file generic.cpp.

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

#define ACC_TEST	(	code,
		x1,
		x2		)

Value:

if (same_type (x1, x2)) {                               \
    routine* r= x1->acc_apply (code);                   \
    if (r != NULL && !is_nil (*r))                      \
      return as_bool ((*r) (x1, x2));                   \
  }                                                     \
  else {                                                \
    routine* cv= x1->acc_construct (x2->acc_id ());     \
    if (cv != NULL && !is_nil (*cv)) {                  \
      routine* r= x1->acc_apply (code);                 \
      if (r != NULL && !is_nil (*r))                    \
        return as_bool ((*r) (x1, (*cv) (x2)));         \
    }                                                   \
    cv= x2->acc_construct (x1->acc_id ());              \
    if (cv != NULL && !is_nil (*cv)) {                  \
      routine* r= x2->acc_apply (code);                 \
      if (r != NULL && !is_nil (*r))                    \
        return as_bool ((*r) ((*cv) (x1), x2));         \
    }                                                   \
  }

Definition at line 321 of file generic.cpp.

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

#define ACC_UNARY	(	code,
		x1		)

Value:

routine* r= x1->acc_apply (code);                       \
  if (r != NULL && !is_nil (*r)) return (*r) (x1);

Definition at line 296 of file generic.cpp.

Referenced by mmx::acos(), mmx::acosh(), mmx::asin(), mmx::asinh(), mmx::atan(), mmx::atanh(), mmx::cos(), mmx::cosh(), mmx::derive(), mmx::exp(), mmx::integrate(), mmx::invert(), mmx::log(), mmx::operator-(), mmx::sin(), mmx::sinh(), mmx::sqrt(), mmx::square(), mmx::tan(), and mmx::tanh().