Module: MPC::Math

Defined in:
ext/mpc/ruby_mpc.c

Class Method Summary collapse

Class Method Details

.acos ⇒ Object

mpc_acos(ret, p1, rnd)



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# File 'ext/mpc/ruby_mpc.c', line 868

static VALUE r_mpc_math_acos (int argc, VALUE *argv, VALUE self)
{
  mpc_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 1, 3, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);
  r_mpc_set_c_function_state(mpc_acos(ptr_return, ptr_arg, rnd));
  return val_ret;
}

.acosh ⇒ Object

mpc_acosh(ret, p1, rnd)



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# File 'ext/mpc/ruby_mpc.c', line 916

static VALUE r_mpc_math_acosh (int argc, VALUE *argv, VALUE self)
{
  mpc_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 1, 3, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);
  r_mpc_set_c_function_state(mpc_acosh(ptr_return, ptr_arg, rnd));
  return val_ret;
}

.add(*args) ⇒ Object

Return self + p1.



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# File 'ext/mpc/ruby_mpc.c', line 497

static VALUE r_mpc_math_add(int argc, VALUE *argv, VALUE self)
{
  mp_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg1, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 2, 4, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg1, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);

  if(RTEST(rb_funcall(__mpc_class__, eqq, 1, argv[1]))){
    MPC *ptr_arg2;
    r_mpc_get_struct(ptr_arg2, argv[1]);
    mpc_add(ptr_return, ptr_arg1, ptr_arg2, rnd);
  }else if(RTEST(rb_funcall(__mpfr_class__, eqq, 1, argv[1]))){
    MPFR *ptr_arg2;
    r_mpfr_get_struct(ptr_arg2, argv[1]);
    r_mpc_set_c_function_state(mpc_add_fr(ptr_return, ptr_arg1, ptr_arg2, rnd));
  }else if(TYPE(argv[1]) == T_FIXNUM){
    mpc_add_si(ptr_return, ptr_arg1, FIX2LONG(argv[1]), rnd);
  }else{
    MPC *ptr_arg2;
    r_mpc_get_struct(ptr_arg2, rb_funcall(__mpc_class__, new, 1, argv[1]));
    mpc_add(ptr_return, ptr_arg1, ptr_arg2, rnd);
  }
  return val_ret;
}

.asin ⇒ Object

mpc_asin(ret, p1, rnd)



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# File 'ext/mpc/ruby_mpc.c', line 852

static VALUE r_mpc_math_asin (int argc, VALUE *argv, VALUE self)
{
  mpc_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 1, 3, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);
  r_mpc_set_c_function_state(mpc_asin(ptr_return, ptr_arg, rnd));
  return val_ret;
}

.asinh ⇒ Object

mpc_asinh(ret, p1, rnd)



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# File 'ext/mpc/ruby_mpc.c', line 900

static VALUE r_mpc_math_asinh (int argc, VALUE *argv, VALUE self)
{
  mpc_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 1, 3, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);
  r_mpc_set_c_function_state(mpc_asinh(ptr_return, ptr_arg, rnd));
  return val_ret;
}

.atan ⇒ Object

mpc_atan(ret, p1, rnd)



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# File 'ext/mpc/ruby_mpc.c', line 884

static VALUE r_mpc_math_atan (int argc, VALUE *argv, VALUE self)
{
  mpc_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 1, 3, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);
  r_mpc_set_c_function_state(mpc_atan(ptr_return, ptr_arg, rnd));
  return val_ret;
}

.atanh ⇒ Object

mpc_atanh(ret, p1, rnd)



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# File 'ext/mpc/ruby_mpc.c', line 932

static VALUE r_mpc_math_atanh (int argc, VALUE *argv, VALUE self)
{
  mpc_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 1, 3, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);
  r_mpc_set_c_function_state(mpc_atanh(ptr_return, ptr_arg, rnd));
  return val_ret;
}

.cos ⇒ Object

mpc_cos(ret, p1, rnd)



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# File 'ext/mpc/ruby_mpc.c', line 772

static VALUE r_mpc_math_cos (int argc, VALUE *argv, VALUE self)
{
  mpc_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 1, 3, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);
  r_mpc_set_c_function_state(mpc_cos(ptr_return, ptr_arg, rnd));
  return val_ret;
}

.cosh ⇒ Object

mpc_cosh(ret, p1, rnd)



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# File 'ext/mpc/ruby_mpc.c', line 820

static VALUE r_mpc_math_cosh (int argc, VALUE *argv, VALUE self)
{
  mpc_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 1, 3, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);
  r_mpc_set_c_function_state(mpc_cosh(ptr_return, ptr_arg, rnd));
  return val_ret;
}

.div(*args) ⇒ Object

Return self / p1.



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# File 'ext/mpc/ruby_mpc.c', line 595

static VALUE r_mpc_math_div(int argc, VALUE *argv, VALUE self)
{
  mp_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg1, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 2, 4, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg1, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);

  if(RTEST(rb_funcall(__mpc_class__, eqq, 1, argv[1]))){
    MPC *ptr_arg2;
    r_mpc_get_struct(ptr_arg2, argv[1]);
    mpc_div(ptr_return, ptr_arg1, ptr_arg2, rnd);
  }else if(RTEST(rb_funcall(__mpfr_class__, eqq, 1, argv[1]))){
    MPFR *ptr_arg2;
    r_mpfr_get_struct(ptr_arg2, argv[1]);
    r_mpc_set_c_function_state(mpc_div_fr(ptr_return, ptr_arg1, ptr_arg2, rnd));
  }else{
    MPC *ptr_arg2;
    r_mpc_get_struct(ptr_arg2, rb_funcall(__mpc_class__, new, 1, argv[1]));
    mpc_div(ptr_return, ptr_arg1, ptr_arg2, rnd);
  }
  return val_ret;
}

.div_2exp ⇒ Object

mpc_div_2exp(ret, p1, p2, rnd)



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# File 'ext/mpc/ruby_mpc.c', line 641

static VALUE r_mpc_math_div_2exp (int argc, VALUE *argv, VALUE self)
{
  mpc_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 2, 4, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);
  r_mpc_set_c_function_state(mpc_div_2exp(ptr_return, ptr_arg, NUM2LONG(argv[1]), rnd));
  return val_ret;
}

.exp ⇒ Object

mpc_exp(ret, p1, rnd)



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# File 'ext/mpc/ruby_mpc.c', line 724

static VALUE r_mpc_math_exp (int argc, VALUE *argv, VALUE self)
{
  mpc_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 1, 3, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);
  r_mpc_set_c_function_state(mpc_exp(ptr_return, ptr_arg, rnd));
  return val_ret;
}

.log ⇒ Object

mpc_log(ret, p1, rnd)



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# File 'ext/mpc/ruby_mpc.c', line 740

static VALUE r_mpc_math_log (int argc, VALUE *argv, VALUE self)
{
  mpc_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 1, 3, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);
  r_mpc_set_c_function_state(mpc_log(ptr_return, ptr_arg, rnd));
  return val_ret;
}

.mul(*args) ⇒ Object

Return self * p1.



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# File 'ext/mpc/ruby_mpc.c', line 564

static VALUE r_mpc_math_mul(int argc, VALUE *argv, VALUE self)
{
  mp_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg1, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 2, 4, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg1, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);

  if(RTEST(rb_funcall(__mpc_class__, eqq, 1, argv[1]))){
    MPC *ptr_arg2;
    r_mpc_get_struct(ptr_arg2, argv[1]);
    mpc_mul(ptr_return, ptr_arg1, ptr_arg2, rnd);
  }else if(RTEST(rb_funcall(__mpfr_class__, eqq, 1, argv[1]))){
    MPFR *ptr_arg2;
    r_mpfr_get_struct(ptr_arg2, argv[1]);
    r_mpc_set_c_function_state(mpc_mul_fr(ptr_return, ptr_arg1, ptr_arg2, rnd));
  }else if(TYPE(argv[1]) == T_FIXNUM){
    mpc_mul_si(ptr_return, ptr_arg1, FIX2LONG(argv[1]), rnd);
  }else{
    MPC *ptr_arg2;
    r_mpc_get_struct(ptr_arg2, rb_funcall(__mpc_class__, new, 1, argv[1]));
    mpc_mul(ptr_return, ptr_arg1, ptr_arg2, rnd);
  }
  return val_ret;
}

.mul_2exp ⇒ Object

mpc_mul_2exp(ret, p1, p2, rnd)



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# File 'ext/mpc/ruby_mpc.c', line 625

static VALUE r_mpc_math_mul_2exp (int argc, VALUE *argv, VALUE self)
{
  mpc_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 2, 4, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);
  r_mpc_set_c_function_state(mpc_mul_2exp(ptr_return, ptr_arg, NUM2LONG(argv[1]), rnd));
  return val_ret;
}

.pow(*args) ⇒ Object

mpc_pow(ret, p1, p2, rnd), mpc_pow_fr(ret, p1, p2, rnd) etc.



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# File 'ext/mpc/ruby_mpc.c', line 690

static VALUE r_mpc_math_pow(int argc, VALUE *argv, VALUE self)
{
  mp_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg1, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 2, 4, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg1, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);

  if(RTEST(rb_funcall(__mpc_class__, eqq, 1, argv[1]))){
    MPC *ptr_arg2;
    r_mpc_get_struct(ptr_arg2, argv[1]);
    mpc_pow(ptr_return, ptr_arg1, ptr_arg2, rnd);
  }else if(RTEST(rb_funcall(__mpfr_class__, eqq, 1, argv[1]))){
    MPFR *ptr_arg2;
    r_mpfr_get_struct(ptr_arg2, argv[1]);
    r_mpc_set_c_function_state(mpc_pow_fr(ptr_return, ptr_arg1, ptr_arg2, rnd));
  }else if(TYPE(argv[1]) == T_FLOAT){
    mpc_pow_d(ptr_return, ptr_arg1, NUM2DBL(argv[1]), rnd);
  }else if(TYPE(argv[1]) == T_FIXNUM){
    mpc_pow_si(ptr_return, ptr_arg1, FIX2LONG(argv[1]), rnd);
  }else{
    MPC *ptr_arg2;
    r_mpc_get_struct(ptr_arg2, rb_funcall(__mpc_class__, new, 1, argv[1]));
    mpc_pow(ptr_return, ptr_arg1, ptr_arg2, rnd);
  }
  return val_ret;
}

.sin ⇒ Object

mpc_sin(ret, p1, rnd)



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# File 'ext/mpc/ruby_mpc.c', line 756

static VALUE r_mpc_math_sin (int argc, VALUE *argv, VALUE self)
{
  mpc_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 1, 3, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);
  r_mpc_set_c_function_state(mpc_sin(ptr_return, ptr_arg, rnd));
  return val_ret;
}

.sinh ⇒ Object

mpc_sinh(ret, p1, rnd)



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# File 'ext/mpc/ruby_mpc.c', line 804

static VALUE r_mpc_math_sinh (int argc, VALUE *argv, VALUE self)
{
  mpc_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 1, 3, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);
  r_mpc_set_c_function_state(mpc_sinh(ptr_return, ptr_arg, rnd));
  return val_ret;
}

.sqr ⇒ Object

mpc_sqr(ret, p1, rnd)



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# File 'ext/mpc/ruby_mpc.c', line 658

static VALUE r_mpc_math_sqr (int argc, VALUE *argv, VALUE self)
{
  mpc_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 1, 3, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);
  r_mpc_set_c_function_state(mpc_sqr(ptr_return, ptr_arg, rnd));
  return val_ret;
}

.sqrt ⇒ Object

mpc_sqrt(ret, p1, rnd)



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# File 'ext/mpc/ruby_mpc.c', line 674

static VALUE r_mpc_math_sqrt (int argc, VALUE *argv, VALUE self)
{
  mpc_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 1, 3, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);
  r_mpc_set_c_function_state(mpc_sqrt(ptr_return, ptr_arg, rnd));
  return val_ret;
}

.sub(*args) ⇒ Object

Return self - p1.



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# File 'ext/mpc/ruby_mpc.c', line 528

static VALUE r_mpc_math_sub(int argc, VALUE *argv, VALUE self)
{
  mp_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg1, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 2, 4, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg1, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);

  if(RTEST(rb_funcall(__mpc_class__, eqq, 1, argv[1]))){
    MPC *ptr_arg2;
    r_mpc_get_struct(ptr_arg2, argv[1]);
    mpc_sub(ptr_return, ptr_arg1, ptr_arg2, rnd);
  }else if(RTEST(rb_funcall(__mpfr_class__, eqq, 1, argv[1]))){
    MPFR *ptr_arg2;
    r_mpfr_get_struct(ptr_arg2, argv[1]);
    r_mpc_set_c_function_state(mpc_sub_fr(ptr_return, ptr_arg1, ptr_arg2, rnd));
  }else if(TYPE(argv[1]) == T_FIXNUM){
    int other = FIX2LONG(argv[1]);
    if (other >= 0) {
      mpc_sub_ui(ptr_return, ptr_arg1, other, rnd);
    } else {
      mpc_add_ui(ptr_return, ptr_arg1, -other, rnd);
    }
  }else{
    MPC *ptr_arg2;
    r_mpc_get_struct(ptr_arg2, rb_funcall(__mpc_class__, new, 1, argv[1]));
    mpc_sub(ptr_return, ptr_arg1, ptr_arg2, rnd);
  }
  return val_ret;
}

.tan ⇒ Object

mpc_tan(ret, p1, rnd)



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# File 'ext/mpc/ruby_mpc.c', line 788

static VALUE r_mpc_math_tan (int argc, VALUE *argv, VALUE self)
{
  mpc_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 1, 3, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);
  r_mpc_set_c_function_state(mpc_tan(ptr_return, ptr_arg, rnd));
  return val_ret;
}

.tanh ⇒ Object

mpc_tanh(ret, p1, rnd)



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# File 'ext/mpc/ruby_mpc.c', line 836

static VALUE r_mpc_math_tanh (int argc, VALUE *argv, VALUE self)
{
  mpc_rnd_t rnd;
  mp_prec_t prec;
  MPC *ptr_arg, *ptr_return;
  VALUE val_ret;
  volatile VALUE tmp_argv0;
  r_mpc_get_rnd_prec_from_optional_arguments(&rnd, &prec, 1, 3, argc, argv);
  tmp_argv0 = r_mpc_new_c_obj(argv[0]);
  r_mpc_get_struct(ptr_arg, tmp_argv0);
  r_mpc_make_struct_init2(val_ret, ptr_return, prec);
  r_mpc_set_c_function_state(mpc_tanh(ptr_return, ptr_arg, rnd));
  return val_ret;
}