void MusRC::DrawBracket ( MusDC *dc, MusSystem *system, int x, int y1, int y2, int cod, int staffSize)
// int x, y1, y2; x, 1e et 2e y de barre vert
// int cod; si ON, on fait 2e barre vert. mince en position x
{
int xg, xd, yg, yd, ecart, centre;
//HPEN hPen;
//discontinu = 0;
if (cod == 2)
{
DrawBrace ( dc, system, x, y1, y2, staffSize);
return;
}
//else if (hdc)
{
dc->SetPen( m_currentColour , 1, wxSOLID );
dc->SetBrush( m_currentColour , wxTRANSPARENT );
ecart = m_doc->m_barlineSpacing;
centre = x - ecart;
xg = centre - ecart*2;
xd = centre + ecart*2;
yg = y1 + m_doc->m_interl[ staffSize ] * 2;
yd = y1;
SwapY( &yg, &yd );
dc->DrawEllipticArc( ToRendererX(xg), ToRendererY(yg), ToRendererX(xd-xg), ToRendererX(yg-yd), 88, 0 );
yg = y2;
yd = y2 - m_doc->m_interl[ staffSize ] * 2;
SwapY( &yg, &yd );
dc->DrawEllipticArc( ToRendererX(xg), ToRendererY(yg), ToRendererX(xd-xg), ToRendererX(yg-yd), 360, 272 );
dc->ResetPen();
dc->ResetBrush();
xg = x - (m_doc->m_beamWhiteWidth[0] + 1);
// determine le blanc entre barres grosse et mince
v_bline2( dc, y1, y2, xg, m_doc->m_beamWidth[0]);
}
//if (cod)
//v_bline(dc, y1, y2, x, m_doc->m_parameters.m_barlineWidth);
return;
}
void View::DrawFullRectangle( DeviceContext *dc, int x1, int y1, int x2, int y2 ) /* dessine rectangle plein */
{
assert( dc );
SwapY( &y1, &y2 );
dc->SetPen( m_currentColour, 0, AxSOLID );
dc->SetBrush( m_currentColour, AxSOLID );
dc->DrawRectangle( ToDeviceContextX( x1 ), ToDeviceContextY(y1), ToDeviceContextX(x2 - x1) , ToDeviceContextX( y1 - y2 ));
dc->ResetPen();
dc->ResetBrush();
return;
}
/* Draw rectangle partly filled in, as specified by <fillSection>: 1=top, 2=bottom, 3=left side,
4=right side; 0=don't fill in any part. ??SO FAR, <fillSection> IS IGNORED.
*/
void View::DrawPartFullRectangle( DeviceContext *dc, int x1, int y1, int x2, int y2, int fillSection )
{
assert( dc ); // DC cannot be NULL
SwapY( &y1, &y2 );
//dc->SetPen( m_currentColour, 0, AxSOLID );
//dc->SetBrush( AxWHITE, AxTRANSPARENT );
dc->SetPen( AxBLUE, 0, AxSOLID );
dc->SetBrush( AxRED, AxTRANSPARENT );
dc->DrawRectangle( ToDeviceContextX( x1 ), ToDeviceContextY(y1), ToDeviceContextX(x2 - x1) , ToDeviceContextX( y1 - y2 ));
dc->ResetPen();
dc->ResetBrush();
return;
}
void MusRC::DrawBrace ( MusDC *dc, MusSystem *system, int x, int y1, int y2, int staffSize)
{
int new_coords[2][6];
wxASSERT_MSG( dc , "DC cannot be NULL");
SwapY( &y1, &y2 );
int ymed, xdec, fact, nbrInt;
// static POINT *bcoord;
// MusPoint *ptcoord;
dc->SetPen( m_currentColour , 1, wxSOLID );
dc->SetBrush( m_currentColour , wxSOLID );
x -= m_doc->m_beamWhiteWidth[ staffSize ]; // distance entre barre et debut accolade
nbrInt = BEZIER_NB_POINTS;
ymed = (y1 + y2) / 2;
fact = m_doc->m_beamWidth[ staffSize ]-1 + m_doc->m_env.m_barlineWidth;
xdec = ToRendererX(fact);
point_[0].x = ToRendererX(x);
point_[0].y = ToRendererY(y1);
point_[1].x = ToRendererX(x - m_doc->m_step2);
point_[1].y = point_[0].y - ToRendererX( m_doc->m_interl[ staffSize ]*3);
point_[3].x = ToRendererX(x - m_doc->m_step1*2);
point_[3].y = ToRendererY(ymed);
point_[2].x = ToRendererX(x + m_doc->m_step1);
point_[2].y = point_[3].y + ToRendererX( m_doc->m_interl[ staffSize ]);
new_coords[0][0] = point_[1].x;
new_coords[0][1] = point_[1].y;
new_coords[0][2] = point_[2].x;
new_coords[0][3] = point_[2].y;
new_coords[0][4] = point_[3].x;
new_coords[0][5] = point_[3].y;
pntswap (&point_[0], &point_[3]);
pntswap (&point_[1], &point_[2]);
point_[1].x += xdec;
point_[2].x += xdec;
point_[1].y = point_[0].y + ToRendererX( m_doc->m_interl[ staffSize ]*2);
new_coords[1][0] = point_[1].x;
new_coords[1][1] = point_[1].y;
new_coords[1][2] = point_[2].x;
new_coords[1][3] = point_[2].y;
new_coords[1][4] = point_[3].x;
new_coords[1][5] = point_[3].y;
dc->DrawComplexBezierPath(ToRendererX(x), ToRendererY(y1), new_coords[0], new_coords[1]);
// on produit l'image reflet vers le bas: 0 est identique
point_[1].y = point_[0].y - ToRendererX( m_doc->m_interl[ staffSize ]*2);
point_[3].y = ToRendererY(y2);
point_[2].y = point_[3].y + ToRendererX( m_doc->m_interl[ staffSize ]*3);
new_coords[0][0] = point_[1].x;
new_coords[0][1] = point_[1].y;
new_coords[0][2] = point_[2].x;
new_coords[0][3] = point_[2].y;
new_coords[0][4] = point_[3].x;
new_coords[0][5] = point_[3].y;
pntswap (&point_[0], &point_[3]);
pntswap (&point_[1], &point_[2]);
point_[1].x -= xdec;
point_[2].x -= xdec;
point_[2].y = point_[3].y - ToRendererX( m_doc->m_interl[ staffSize ]);
new_coords[1][0] = point_[1].x;
new_coords[1][1] = point_[1].y;
new_coords[1][2] = point_[2].x;
new_coords[1][3] = point_[2].y;
new_coords[1][4] = point_[3].x;
new_coords[1][5] = point_[3].y;
dc->DrawComplexBezierPath(point_[3].x, point_[3].y, new_coords[0], new_coords[1]);
//dc->SetPen( m_currentColour , 1, wxSOLID );
//dc->SetBrush( m_currentColour , wxSOLID );
//dc->DrawPolygon (nbrInt*2, bcoord, 0, 0, wxWINDING_RULE ); //(sizeof (bcoord)*2) / sizeof (POINT)); nbrInt*2+ 1;
dc->ResetPen();
dc->ResetBrush();
return;
}
