//-----------------------------------------------------------------------------
void Platform::postQuitMessage(const U32 in_quitVal)
{
// if we have a window send a quit event, otherwise just force shutdown
#if 0
if (x86UNIXState->windowCreated())
{
CheckExitCode(in_quitVal);
SendQuitEvent();
}
else
#endif
{
forceShutdown(in_quitVal);
}
}
void TransitLines::TransitLinesFX1()
{
if ( file == 0 )
{
file = fopen("..\\..\\winape\\src\\transit\\TransitLinesFX1.bin", "wb" );
}
YLessPrecision = true;
drawRect(0, 0, SCR_WIDTH, SCR_HEIGHT, 0 );
const float step = 1.7f;
const float clipHeight = 0.0f;
float rad = DEG2RAD(_deg);
if (_deg >= (360.0f+70.0f+step)) // (180.0f+step))
{
SendQuitEvent();
}
_deg += step;
float sinX = rad;
float sinPosX1 ;
float sinPosY1;
float sinPosX2;
float sinPosY2 ;
if ( _deg<=(180.0f+step*25) )
{
sinPosX1 = (SCR_WIDTH/2)+cos(sinX*1.0f)*372;
sinPosY1 = ((SCR_HEIGHT/2))+sin(sinX+0.1805f)*170;
sinPosX2 = (SCR_WIDTH/2)-cos(sinX+0.5f)*202;
sinPosY2 = ((SCR_HEIGHT/2))-sin(sinX+0.1805f)*352;
}
else
{
sinPosX1 = (SCR_WIDTH/2)+cos(sinX*0.85f)*252;
sinPosY1 = 0;
sinPosX2 = (SCR_WIDTH/2)+cos(sinX+0.6f)*52;
sinPosY2 = 505;
}
_lines[2] = _lines[1];
_lines[1] = _lines[0];
_lines[0].X1 = sinPosX1;
_lines[0].Y1 = sinPosY1;
_lines[0].X2 = sinPosX2;
_lines[0].Y2 = sinPosY2;
if ( _frameCount >= 2 )
{
Triangle tri;
float z;
m_renderer.ClearFrame();
Point intersectPoint = m_renderer.IntersectLines( _lines[0], _lines[2] );
if ( (intersectPoint.Y>=clipHeight) && (intersectPoint.Y<(SCR_HEIGHT-clipHeight)) )
{
tri.X1 = _lines[2].X1;
tri.Y1 = _lines[2].Y1;
tri.X2 = _lines[0].X1;
tri.Y2 = _lines[0].Y1;
tri.X3 = intersectPoint.X;
tri.Y3 = intersectPoint.Y;
z = m_renderer.GetNormal( tri );
if ( z < 0.0f )
{
tri.index = 0;
}
else
{
tri.index = 1;
}
m_renderer.AddTriangle(tri);
tri.X1 = intersectPoint.X;
tri.Y1 = intersectPoint.Y;
tri.X2 = _lines[0].X2;
tri.Y2 = _lines[0].Y2;
tri.X3 = _lines[2].X2;
tri.Y3 = _lines[2].Y2;
z = m_renderer.GetNormal( tri );
if ( z < 0.0f )
{
tri.index = 0;
}
else
{
tri.index = 1;
}
m_renderer.AddTriangle(tri);
}
else
{
tri.X1 = _lines[0].X1;
tri.Y1 = _lines[0].Y1;
tri.X2 = _lines[0].X2;
tri.Y2 = _lines[0].Y2;
tri.X3 = _lines[2].X1;
tri.Y3 = _lines[2].Y1;
z = m_renderer.GetNormal( tri );
if ( z < 0.0f )
{
tri.index = 0;
}
else
{
tri.index = 1;
}
m_renderer.AddTriangle(tri);
tri.X1 = _lines[2].X1;
tri.Y1 = _lines[2].Y1;
tri.X2 = _lines[0].X2;
tri.Y2 = _lines[0].Y2;
tri.X3 = _lines[2].X2;
tri.Y3 = _lines[2].Y2;
z = m_renderer.GetNormal( tri );
if ( z < 0.0f )
{
tri.index = 0;
}
else
{
tri.index = 1;
}
//m_renderer.AddTriangle(tri);
}
m_renderer.RenderFrame(file);
}
_frameCount++;
}