void Vector::set_component_signs(double direction)
{
// Quadrant IV
if(direction > 270.0) {
Logger::write(Logger::string_stream << "set_component_signs - quadrant: IV");
make_positive(x_component_);
make_positive(y_component_);
}
// Quadrant III
else if(direction > 180.0) {
Logger::write(Logger::string_stream << "set_component_signs - quadrant: III");
make_negative(x_component_);
make_positive(y_component_);
}
// Quadrant II
else if(direction > 90.0) {
Logger::write(Logger::string_stream << "set_component_signs - quadrant: II");
make_negative(x_component_);
make_negative(y_component_);
}
// Quadrant I
else {
Logger::write(Logger::string_stream << "set_component_signs - quadrant: I");
make_positive(x_component_);
make_negative(y_component_);
}
}
void compute_wild_precision(t_mod *data, char *precizie)
{
if (ft_strchr(data->result, '-'))
{
make_positive(data);
precizie = ft_strjoin("-", precizie);
}
data->result = ft_strjoin(precizie, data->result);
if (data->specifier == 'p')
data->result = ft_strjoin("0x", data->result);
}
void compute_wild_width(t_mod *data, char *width)
{
if (ft_strchr(data->result, '+') && data->zero_mod == 1)
{
make_positive(data);
width = ft_strjoin("+", width);
}
if (data->wld_wsize < 0 || (data->specifier == 'p' && \
data->zero_mod == 1 && data->result[0] == '0'))
data->result = ft_strjoin(data->result, width);
else
data->result = ft_strjoin(width, data->result);
}
