input_test_val type_test(const octave_value& to_be_test, data_type reference_type )
{
input_test_val A = input_test_val();
A.value = true;
switch( reference_type )
{
case real_scalar:
A.value = !to_be_test.is_real_scalar();
if(A.value)
A.error_code="Argument isn't real scalar";
break;
case complex_scalar:
A.value = !(to_be_test.is_complex_scalar() );
if(A.value)
A.error_code="Argument isn't complex scalar";
break;
case complex_array:
A.value = !(to_be_test.is_complex_type() && (to_be_test.rows() > 1 || to_be_test.columns() > 1) );
if(A.value)
A.error_code="Argument isn't complex array";
break;
case real_array:
A.value = !(to_be_test.is_real_type() && (to_be_test.rows() > 1 || to_be_test.columns() > 1) );
if(A.value)
A.error_code="Argument isn't real array";
break;
}
return A;
}
float64_t COctaveInterface::get_real()
{
const octave_value f=get_arg_increment();
if (!f.is_real_scalar())
SG_ERROR("Expected Scalar Float as argument %d\n", m_rhs_counter);
return f.double_value();
}
bool COctaveInterface::get_bool()
{
const octave_value b=get_arg_increment();
if (b.is_bool_scalar())
return b.bool_value();
else if (b.is_real_scalar())
return (b.double_value()!=0);
else
SG_ERROR("Expected Scalar Boolean as argument %d\n", m_rhs_counter);
return false;
}
int32_t COctaveInterface::get_int()
{
const octave_value i=get_arg_increment();
if (!i.is_real_scalar())
SG_ERROR("Expected Scalar Integer as argument %d\n", m_rhs_counter);
double s=i.double_value();
if (s-CMath::floor(s)!=0)
SG_ERROR("Expected Integer as argument %d\n", m_rhs_counter);
return int32_t(s);
}
