template<> void TUNDRACORE_API Attribute<uint>::Interpolate(IAttribute* start, IAttribute* end, float t, AttributeChange::Type change)
{
Attribute<uint>* startUint = dynamic_cast<Attribute<uint>*>(start);
Attribute<uint>* endUint = dynamic_cast<Attribute<uint>*>(end);
if (startUint && endUint)
Set((uint)RoundInt(Lerp((float)startUint->Get(), (float)endUint->Get(), t)), change);
}
void NumericControl::UpdateControls()
{
NumericEdit::UpdateControls();
int i0, i1;
slider.GetRange( i0, i1 );
slider.SetValue( i0 + RoundInt( (m_value - m_lowerBound)/(m_upperBound - m_lowerBound)*(i1 - i0) ) );
}
void DrizzleIntegrationInterface::UpdateIntegrationControls()
{
GUI->Scale_SpinBox.SetValue( RoundInt( m_instance.p_scale ) );
GUI->DropShrink_NumericControl.SetValue( m_instance.p_dropShrink );
GUI->EnableRejection_CheckBox.SetChecked( m_instance.p_enableRejection );
GUI->EnableImageWeighting_CheckBox.SetChecked( m_instance.p_enableImageWeighting );
GUI->EnableSurfaceSplines_CheckBox.SetChecked( m_instance.p_enableSurfaceSplines );
GUI->ClosePreviousImages_CheckBox.SetChecked( m_instance.p_closePreviousImages );
}
virtual void Run()
{
if ( m_T.m_transformChain.IsEmpty() )
for ( int i = m_start; i < m_end; ++i )
{
double f = double( i )/uint24_max;
m_T.Transform( f );
m_lut[i] = uint16( RoundInt( f*uint16_max ) );
}
else
for ( int i = m_start; i < m_end; ++i )
{
double f = double( i )/uint24_max;
m_T.Transform( f );
for ( HistogramTransformation::transformation_list::const_iterator j = m_T.m_transformChain.Begin();
j != m_T.m_transformChain.End(); ++j )
j->Transform( f );
m_lut[i] = uint16( RoundInt( f*uint16_max ) );
}
}
void HistogramTransformation::Make20BitLUT( uint16* lut ) const
{
if ( lut == 0 )
return;
for ( uint32 i = 0; i <= uint20_max; ++i )
{
double f = double( i )/uint20_max;
Transform( f );
for ( transformation_list::const_iterator j = m_transformChain.Begin(); j != m_transformChain.End(); ++j )
j->Transform( f );
*lut++ = uint16( RoundInt( f*uint16_max ) );
}
}
void HistogramTransformation::Make8BitLUT( uint8* lut ) const
{
if ( lut == 0 )
return;
UpdateFlags();
for ( int i = 0; i <= uint8_max; ++i )
{
double f = double( i )/uint8_max;
Transform( f );
for ( transformation_list::const_iterator j = m_transformChain.Begin(); j != m_transformChain.End(); ++j )
j->Transform( f );
*lut++ = uint8( RoundInt( f*uint8_max ) );
}
}
void HistogramTransformation::Apply( Histogram& dstH, const Histogram& srcH ) const
{
dstH.Allocate();
dstH.m_histogram = 0;
dstH.m_peakLevel = 0;
if ( srcH.IsEmpty() )
return;
for ( int i = 0; i < srcH.m_resolution; ++i )
{
double f = double( i )/(srcH.m_resolution - 1);
Transform( f );
for ( transformation_list::const_iterator j = m_transformChain.Begin(); j != m_transformChain.End(); ++j )
j->Transform( f );
dstH.m_histogram[RoundInt( f*(dstH.m_resolution - 1) )] += srcH.m_histogram[i];
}
dstH.UpdatePeakLevel();
}
void render(particle &ptc){
//if (!Frustum::aabbInFrustum(ptc.hb)) return
ptcsrendered++;
float size = (float)BLOCKTEXTURE_UNITSIZE / BLOCKTEXTURE_SIZE * ptc.psize;
float col = world::getbrightness(RoundInt(ptc.xpos), RoundInt(ptc.ypos), RoundInt(ptc.zpos)) / (float)world::BRIGHTNESSMAX;
float col1 = col * 0.5f;
float col2 = col * 0.7f;
float tcx = ptc.tcX;
float tcy = ptc.tcY;
float psize = ptc.psize;
double xpos = ptc.xpos - player::xpos;
double ypos = ptc.ypos - player::ypos - player::height - player::heightExt;
double zpos = ptc.zpos - player::zpos;
glColor3d(col1, col1, col1);
glTexCoord2d(tcx + size * 0.0, tcy + size * 0.0);
glVertex3d(xpos - psize, ypos - psize, zpos + psize);
glTexCoord2d(tcx + size * 1.0, tcy + size * 0.0);
glVertex3d(xpos + psize, ypos - psize, zpos + psize);
glTexCoord2d(tcx + size * 1.0, tcy + size * 1.0);
glVertex3d(xpos + psize, ypos + psize, zpos + psize);
glTexCoord2d(tcx + size * 0.0, tcy + size * 1.0);
glVertex3d(xpos - psize, ypos + psize, zpos + psize);
glColor3d(col1, col1, col1);
glTexCoord2d(tcx + size * 0.0, tcy + size * 0.0);
glVertex3d(xpos - psize, ypos + psize, zpos - psize);
glTexCoord2d(tcx + size * 1.0, tcy + size * 0.0);
glVertex3d(xpos + psize, ypos + psize, zpos - psize);
glTexCoord2d(tcx + size * 1.0, tcy + size * 1.0);
glVertex3d(xpos + psize, ypos - psize, zpos - psize);
glTexCoord2d(tcx + size * 0.0, tcy + size * 1.0);
glVertex3d(xpos - psize, ypos - psize, zpos - psize);
glColor3d(col, col, col);
glTexCoord2d(tcx + size * 0.0, tcy + size * 0.0);
glVertex3d(xpos + psize, ypos + psize, zpos - psize);
glTexCoord2d(tcx + size * 1.0, tcy + size * 0.0);
glVertex3d(xpos - psize, ypos + psize, zpos - psize);
glTexCoord2d(tcx + size * 1.0, tcy + size * 1.0);
glVertex3d(xpos - psize, ypos + psize, zpos + psize);
glTexCoord2d(tcx + size * 0.0, tcy + size * 1.0);
glVertex3d(xpos + psize, ypos + psize, zpos + psize);
glColor3d(col, col, col);
glTexCoord2d(tcx + size * 0.0, tcy + size * 0.0);
glVertex3d(xpos - psize, ypos - psize, zpos - psize);
glTexCoord2d(tcx + size * 1.0, tcy + size * 0.0);
glVertex3d(xpos + psize, ypos - psize, zpos - psize);
glTexCoord2d(tcx + size * 1.0, tcy + size * 1.0);
glVertex3d(xpos + psize, ypos - psize, zpos + psize);
glTexCoord2d(tcx + size * 0.0, tcy + size * 1.0);
glVertex3d(xpos - psize, ypos - psize, zpos + psize);
glColor3d(col2, col2, col2);
glTexCoord2d(tcx + size * 0.0, tcy + size * 0.0);
glVertex3d(xpos + psize, ypos + psize, zpos - psize);
glTexCoord2d(tcx + size * 1.0, tcy + size * 0.0);
glVertex3d(xpos + psize, ypos + psize, zpos + psize);
glTexCoord2d(tcx + size * 1.0, tcy + size * 1.0);
glVertex3d(xpos + psize, ypos - psize, zpos + psize);
glTexCoord2d(tcx + size * 0.0, tcy + size * 1.0);
glVertex3d(xpos + psize, ypos - psize, zpos - psize);
glColor3d(col2, col2, col2);
glTexCoord2d(tcx + size * 0.0, tcy + size * 0.0);
glVertex3d(xpos - psize, ypos - psize, zpos - psize);
glTexCoord2d(tcx + size * 1.0, tcy + size * 0.0);
glVertex3d(xpos - psize, ypos - psize, zpos + psize);
glTexCoord2d(tcx + size * 1.0, tcy + size * 1.0);
glVertex3d(xpos - psize, ypos + psize, zpos + psize);
glTexCoord2d(tcx + size * 0.0, tcy + size * 1.0);
glVertex3d(xpos - psize, ypos + psize, zpos - psize);
}
