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# File 'ext/number/number.c', line 126
VALUE rb_f_Number (int argc, VALUE* argv, VALUE obj)
{
Complex* tmp1;
Complex* tmp2;
Complex* tmp3;
Interval* i1;
Interval* i2;
VALUE tmp_A;
VALUE tmp_B;
VALUE tmp_C;
VALUE arg1;
VALUE arg2;
VALUE arg3;
VALUE arg4;
VALUE arg5;
VALUE result = rb_obj_alloc(rb_cNumber);
switch (rb_scan_args(argc, argv, "14", &arg1, &arg2, &arg3, &arg4, &arg5))
{
case 1:
tmp_A = rb_convert_type(arg1, T_DATA, "Number", "to_number");
tmp1 = DATA_PTR(tmp_A);
DATA_PTR(result) = complex_dup(tmp1);
break;
case 2:
tmp_A = rb_convert_type(arg1, T_DATA, "Number", "to_number");
tmp_B = rb_convert_type(arg2, T_DATA, "Number", "to_number");
tmp1 = DATA_PTR(tmp_A);
tmp2 = DATA_PTR(tmp_B);
Interval* re1 = tmp1->re;
Interval* re2 = tmp2->re;
i1 = interval_dup(re1);
i2 = interval_dup(re2);
DATA_PTR(result) = complex_new(i1, i2);
break;
default:
tmp_A = rb_convert_type(arg1, T_DATA, "Number", "to_number");
tmp_B = rb_convert_type(arg2, T_DATA, "Number", "to_number");
tmp_C = rb_convert_type(arg3, T_DATA, "Number", "to_number");
tmp1 = DATA_PTR(tmp_A);
tmp2 = DATA_PTR(tmp_B);
tmp3 = DATA_PTR(tmp_C);
Real* n1 = tmp1->re->n;
Real* n2 = tmp2->re->n;
Real* n3 = tmp3->re->n;
Real* r1 = real_dup(n1);
Real* r2 = real_dup(n2);
Real* r3 = real_dup(n3);
int L = (argc == 3) ? true : RTEST(arg4);
int R = (argc == 5) ? RTEST(arg5) : L;
i1 = interval_new(r1, L, r2, R, r3);
i2 = interval_zero();
DATA_PTR(result) = complex_new(i1, i2);
break;
}
return result;
}
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