int calculate_column_width(const Eigen::VectorXd& x,
const std::string& name,
const int sig_figs,
std::ios_base::fmtflags& format) {
int padding = 2;
// Fixed Precision
size_t fixed_threshold = 8;
size_t max_fixed_width = 0;
for (int i = 0; i < x.size(); ++i) {
size_t width = compute_width(x[i], sig_figs);
max_fixed_width = width > max_fixed_width ? width : max_fixed_width;
}
if (max_fixed_width + padding < fixed_threshold) {
format = std::ios_base::fixed;
max_fixed_width = name.length() > max_fixed_width ? name.length() : max_fixed_width;
return max_fixed_width + padding;
}
// Scientific Notation
size_t scientific_width = sig_figs + 1 + 4; // Decimal place + exponent
if (x.minCoeff() < 0) ++scientific_width;
scientific_width = name.length() > scientific_width ? name.length() : scientific_width;
format = std::ios_base::scientific;
return scientific_width + padding;
}
void edit_based_on_flags(t_mod *data)
{
if (data->precision == 1 && data->procent == 0)
{
if (data->specifier != 's' && data->specifier != 'c')
{
stock_precision(data);
compute_precision(data);
}
else
edit_strings_precision(data);
}
if (data->hash_mod == 1)
case_hash(data);
if (data->width == 1)
stock_width(data);
if (data->zero_mod == 1)
case_zero(data);
if (data->plus_mod == 1)
case_plus(data);
if (data->dot_mod == 1)
case_dot(data);
compute_width(data);
if (data->space_mod == 1 && data->plus_mod == 0)
case_space(data);
edit_wide_flags(data);
edit_wildcard(data);
}
static void
ChangeManaged (RestraintWidget w)
{
Widget child = NULL;
int i;
/* Find the child, if any. */
for (i = 0; i < w->composite.num_children; i++)
if (XtIsManaged (w->composite.children[i]))
{
child = w->composite.children[i];
/* There can only be one! */
break;
}
ON_DEBUG(printf ("Restraint::ChangeManaged: my size = %d x %d\n",
w->core.width, w->core.height));
ON_DEBUG(printf (" Num children = %d, child = 0x%p\n",
w->composite.num_children, child));
/* If this is our first child, compute initial sizing. */
/* Tried using !XtIsRealized (w) to do this stuff when were
are being realized, but this doesn't handle the case of this
widget being realized before it has a child. This code will
handle both cases correctly. */
ON_DEBUG(printf (" Checking for width calc\n child = 0x%p, first = %d\n",
child, w->restraint.had_child));
if (child != NULL && w->restraint.had_child == False)
{
compute_width (w, child);
/* Q: Should this be reset when last child is deleted, so next new
child causes another width computation? 14:54 02/03/93 DJB */
w->restraint.had_child = True;
}
/* Force child to take on my width. */
if (child != NULL)
{
compute_height (w, child);
ON_DEBUG(printf ("Restraint::ChangeManaged: sizing child to %d x %d\n",
w->core.width, w->core.height));
XtResizeWidget (child, w->core.width, w->core.height, 0);
}
ON_DEBUG(printf ("----\n"));
/* Do Motif bookkeeping. */
_XmNavigChangeManaged ((Widget) w);
}
//=======================================================================================
// GmoShapeBarline implementation
//=======================================================================================
GmoShapeBarline::GmoShapeBarline(ImoObj* pCreatorImo, ShapeId idx, int nBarlineType,
LUnits xPos, LUnits yTop,
LUnits yBottom, LUnits uThinLineWidth,
LUnits uThickLineWidth, LUnits uSpacing,
LUnits uRadius, Color color, LUnits uMinWidth)
: GmoSimpleShape(pCreatorImo, GmoObj::k_shape_barline, idx, color)
, m_nBarlineType(nBarlineType)
, m_uxLeft(xPos)
, m_uThinLineWidth(uThinLineWidth)
, m_uThickLineWidth(uThickLineWidth)
, m_uSpacing(uSpacing)
, m_uRadius(uRadius)
{
m_origin.x = xPos;
m_origin.y = yTop;
m_size.height = yBottom - yTop;
m_size.width = uMinWidth;
compute_width();
}
