void wxHeaderCtrl::UpdateReorderingMarker(int xPhysical)
{
wxClientDC dc(this);
wxDCOverlay dcover(m_overlay, &dc);
dcover.Clear();
dc.SetPen(*wxBLUE);
dc.SetBrush(*wxTRANSPARENT_BRUSH);
// draw the phantom position of the column being dragged
int x = xPhysical - m_dragOffset;
int y = GetClientSize().y;
dc.DrawRectangle(x, 0,
GetColumn(m_colBeingReordered).GetWidth(), y);
// and also a hint indicating where it is going to be inserted if it's
// dropped now
unsigned int col = FindColumnAtPoint(xPhysical);
if ( col != COL_NONE )
{
static const int DROP_MARKER_WIDTH = 4;
dc.SetBrush(*wxBLUE);
dc.DrawRectangle(GetColEnd(col) - DROP_MARKER_WIDTH/2, 0,
DROP_MARKER_WIDTH, y);
}
}
bool CSelection::IsColumnSelected(int Column, int Channel) const
{
int SelColStart = GetColStart();
int SelColEnd = GetColEnd();
if (Channel > GetChanStart() && Channel < GetChanEnd())
return true;
// 0 = Note (0)
// 1, 2 = Instrument (1)
// 3 = Volume (2)
// 4, 5, 6 = Effect 1 (3)
// 7, 8, 9 = Effect 1 (4)
// 10, 11, 12 = Effect 1 (5)
// 13, 14, 15 = Effect 1 (6)
int SelStart = CPatternEditor::GetSelectColumn(SelColStart);
int SelEnd = CPatternEditor::GetSelectColumn(SelColEnd);
if (Channel == GetChanStart() && Channel == GetChanEnd()) {
if (Column >= SelStart && Column <= SelEnd)
return true;
}
else if (Channel == GetChanStart()) {
if (Column >= SelStart)
return true;
}
else if (Channel == GetChanEnd()) {
if (Column <= SelEnd)
return true;
}
return false;
}
bool CSelection::IsColumnSelected(column_t Column, int Channel) const
{
column_t SelStart = GetSelectColumn(GetColStart()); // // //
column_t SelEnd = GetSelectColumn(GetColEnd());
return (Channel > GetChanStart() || (Channel == GetChanStart() && Column >= SelStart)) // // //
&& (Channel < GetChanEnd() || (Channel == GetChanEnd() && Column <= SelEnd));
}
bool CSelection::IsWithin(const CCursorPos &pos) const
{
if (pos.m_iRow >= GetRowStart() && pos.m_iRow <= GetRowEnd()) {
if (pos.m_iChannel == GetChanStart() && pos.m_iChannel == GetChanEnd()) {
return (pos.m_iColumn >= GetColStart() && pos.m_iColumn <= GetColEnd());
}
else if (pos.m_iChannel == GetChanStart() && pos.m_iChannel != GetChanEnd()) {
return (pos.m_iColumn >= GetColStart());
}
else if (pos.m_iChannel == GetChanEnd() && pos.m_iChannel != GetChanStart()) {
return (pos.m_iColumn <= GetColEnd());
}
else if (pos.m_iChannel >= GetChanStart() && pos.m_iChannel < GetChanEnd()) {
return true;
}
}
return false;
}
wxSize wxHeaderCtrl::DoGetBestSize() const
{
wxWindow *win = GetParent();
int height = wxRendererNative::Get().GetHeaderButtonHeight( win );
// the vertical size is rather arbitrary but it looks better if we leave
// some space around the text
const wxSize size(IsEmpty() ? wxHeaderCtrlBase::DoGetBestSize().x
: GetColEnd(GetColumnCount() - 1),
height ); // (7*GetCharHeight())/4);
CacheBestSize(size);
return size;
}
void CSelection::Normalize(CCursorPos &Begin, CCursorPos &End) const // // //
{
CCursorPos Temp {GetRowStart(), GetChanStart(), GetColStart(), GetFrameStart()};
std::swap(End, CCursorPos {GetRowEnd(), GetChanEnd(), GetColEnd(), GetFrameEnd()});
std::swap(Begin, Temp);
}
