private void CreateBokehOffsets(ApertureShape shape)
{
this.m_bokehOffsets.Clear();
if (shape != ApertureShape.Square)
{
if (shape != ApertureShape.Hexagon)
{
if (shape == ApertureShape.Octagon)
{
this.m_bokehOffsets.Add(new AmplifyBokehData(this.CalculateBokehSamples(8, this.m_offsetRotation)));
this.m_bokehOffsets.Add(new AmplifyBokehData(this.CalculateBokehSamples(8, this.m_offsetRotation + 65f)));
this.m_bokehOffsets.Add(new AmplifyBokehData(this.CalculateBokehSamples(8, this.m_offsetRotation + 90f)));
this.m_bokehOffsets.Add(new AmplifyBokehData(this.CalculateBokehSamples(8, this.m_offsetRotation + 115f)));
}
}
else
{
this.m_bokehOffsets.Add(new AmplifyBokehData(this.CalculateBokehSamples(8, this.m_offsetRotation)));
this.m_bokehOffsets.Add(new AmplifyBokehData(this.CalculateBokehSamples(8, this.m_offsetRotation - 75f)));
this.m_bokehOffsets.Add(new AmplifyBokehData(this.CalculateBokehSamples(8, this.m_offsetRotation + 75f)));
}
}
else
{
this.m_bokehOffsets.Add(new AmplifyBokehData(this.CalculateBokehSamples(8, this.m_offsetRotation)));
this.m_bokehOffsets.Add(new AmplifyBokehData(this.CalculateBokehSamples(8, this.m_offsetRotation + 90f)));
}
}
private void CreateBokehOffsets(ApertureShape shape)
{
this.m_bokehOffsets.Clear();
switch (shape)
{
case ApertureShape.Square:
this.m_bokehOffsets.Add(new AmplifyBokehData(this.CalculateBokehSamples(8, this.m_offsetRotation)));
this.m_bokehOffsets.Add(new AmplifyBokehData(this.CalculateBokehSamples(8, this.m_offsetRotation + 90f)));
return;
case ApertureShape.Hexagon:
this.m_bokehOffsets.Add(new AmplifyBokehData(this.CalculateBokehSamples(8, this.m_offsetRotation)));
this.m_bokehOffsets.Add(new AmplifyBokehData(this.CalculateBokehSamples(8, this.m_offsetRotation - 75f)));
this.m_bokehOffsets.Add(new AmplifyBokehData(this.CalculateBokehSamples(8, this.m_offsetRotation + 75f)));
return;
case ApertureShape.Octagon:
this.m_bokehOffsets.Add(new AmplifyBokehData(this.CalculateBokehSamples(8, this.m_offsetRotation)));
this.m_bokehOffsets.Add(new AmplifyBokehData(this.CalculateBokehSamples(8, this.m_offsetRotation + 65f)));
this.m_bokehOffsets.Add(new AmplifyBokehData(this.CalculateBokehSamples(8, this.m_offsetRotation + 90f)));
this.m_bokehOffsets.Add(new AmplifyBokehData(this.CalculateBokehSamples(8, this.m_offsetRotation + 115f)));
return;
default:
return;
}
}
void CreateBokehOffsets(ApertureShape shape)
{
m_bokehOffsets.Clear();
switch (shape)
{
case ApertureShape.Square:
{
m_bokehOffsets.Add(new AmplifyBokehData(CalculateBokehSamples(PerPassSampleCount, m_offsetRotation)));
m_bokehOffsets.Add(new AmplifyBokehData(CalculateBokehSamples(PerPassSampleCount, m_offsetRotation + 90)));
}
break;
case ApertureShape.Hexagon:
{
m_bokehOffsets.Add(new AmplifyBokehData(CalculateBokehSamples(PerPassSampleCount, m_offsetRotation)));
m_bokehOffsets.Add(new AmplifyBokehData(CalculateBokehSamples(PerPassSampleCount, m_offsetRotation - 75)));
m_bokehOffsets.Add(new AmplifyBokehData(CalculateBokehSamples(PerPassSampleCount, m_offsetRotation + 75)));
}
break;
case ApertureShape.Octagon:
{
m_bokehOffsets.Add(new AmplifyBokehData(CalculateBokehSamples(PerPassSampleCount, m_offsetRotation)));
m_bokehOffsets.Add(new AmplifyBokehData(CalculateBokehSamples(PerPassSampleCount, m_offsetRotation + 65)));
m_bokehOffsets.Add(new AmplifyBokehData(CalculateBokehSamples(PerPassSampleCount, m_offsetRotation + 90)));
m_bokehOffsets.Add(new AmplifyBokehData(CalculateBokehSamples(PerPassSampleCount, m_offsetRotation + 115)));
}
break;
}
}
