/// <summary>
/// Initializes the struct from the sliders' current values
/// </summary>
private void InitFromUI()
{
FieldInfo[] Fields = GetType().GetFields(BindingFlags.Instance | BindingFlags.NonPublic);
foreach (FieldInfo Field in Fields)
{
if (Field.FieldType == typeof(Nuaj.Cirrus.Utility.FloatTrackbarControl))
{
Nuaj.Cirrus.Utility.FloatTrackbarControl Slider = Field.GetValue(this) as Nuaj.Cirrus.Utility.FloatTrackbarControl;
Slider.SimulateValueChange(); // This should trigger a change which will in turn write the slider's value into the struct's field...
}
else if (Field.FieldType == typeof(Nuaj.Cirrus.Utility.IntegerTrackbarControl))
{
Nuaj.Cirrus.Utility.IntegerTrackbarControl Slider = Field.GetValue(this) as Nuaj.Cirrus.Utility.IntegerTrackbarControl;
Slider.SimulateValueChange(); // This should trigger a change which will in turn write the slider's value into the struct's field...
}
else if (Field.FieldType == typeof(CheckBox))
{
CheckBox checkBox = Field.GetValue(this) as CheckBox;
checkBox.Checked = !checkBox.Checked;
checkBox.Checked = !checkBox.Checked;
}
}
// Update colors
m_Instance.SkyColorR = panelSkyColor.BackColor.R / 255.0f;
m_Instance.SkyColorG = panelSkyColor.BackColor.G / 255.0f;
m_Instance.SkyColorB = panelSkyColor.BackColor.B / 255.0f;
m_Instance.PointLightColorR = panelLightColor.BackColor.R / 255.0f;
m_Instance.PointLightColorG = panelLightColor.BackColor.G / 255.0f;
m_Instance.PointLightColorB = panelLightColor.BackColor.B / 255.0f;
m_Instance.EmissiveColorR = panelEmissiveColor.BackColor.R / 255.0f;
m_Instance.EmissiveColorG = panelEmissiveColor.BackColor.G / 255.0f;
m_Instance.EmissiveColorB = panelEmissiveColor.BackColor.B / 255.0f;
}
private void integerTrackbarControlRaysCount_SliderDragStop(Nuaj.Cirrus.Utility.IntegerTrackbarControl _Sender, int _StartValue)
{
GenerateRays(_Sender.Value, m_SB_Rays);
}
private void integerTrackbarControlResultPlanesCount_ValueChanged(Nuaj.Cirrus.Utility.IntegerTrackbarControl _Sender, int _FormerValue)
{
BuildRoom();
}
private void integerTrackbarControlObstacles_ValueChanged(Nuaj.Cirrus.Utility.IntegerTrackbarControl _Sender, int _FormerValue)
{
BuildRoom();
}
private void integerTrackbarControlResultPlanesCount_SliderDragStop(Nuaj.Cirrus.Utility.IntegerTrackbarControl _Sender, int _StartValue)
{
// BuildRoom();
}
private void integerTrackbarControlObstacles_SliderDragStop(Nuaj.Cirrus.Utility.IntegerTrackbarControl _Sender, int _StartValue)
{
// BuildRoom();
}
private void integerTrackbarControlLayerDisplayEnd_ValueChanged(Nuaj.Cirrus.Utility.IntegerTrackbarControl _Sender, int _FormerValue)
{
Render();
}
private void integerTrackbarControlLightSamples_ValueChanged(Nuaj.Cirrus.Utility.IntegerTrackbarControl _Sender, int _FormerValue)
{
SetRegKey("LightSamplesCount", _Sender.Value.ToString());
}
private void integerTrackbarControlSetIsolation_ValueChanged(Nuaj.Cirrus.Utility.IntegerTrackbarControl _Sender, int _FormerValue)
{
outputPanel1.IsolatedSetIndex = _Sender.Value;
}
private void integerTrackbarControlProbeIndex_ValueChanged(Nuaj.Cirrus.Utility.IntegerTrackbarControl _Sender, int _FormerValue)
{
m_Instance.DebugProbeVoronoiCellIndex = _Sender.Value;
UpdateMMF();
}
private void integerTrackbarControlMaxProbeUpdatesPerFrame_ValueChanged(Nuaj.Cirrus.Utility.IntegerTrackbarControl _Sender, int _FormerValue)
{
m_Instance.MaxProbeUpdatesPerFrame = _Sender.Value;
UpdateMMF();
}
private void integerTrackbarControlDynamicObjectsCount_ValueChanged(Nuaj.Cirrus.Utility.IntegerTrackbarControl _Sender, int _FormerValue)
{
m_Instance.DynamicObjectsCount = _Sender.Value;
UpdateMMF();
}
private void integerTrackbarControlPhiD_ValueChanged(Nuaj.Cirrus.Utility.IntegerTrackbarControl _Sender, int _FormerValue)
{
Redraw();
}
private void integerTrackbarControl255_sRGB_ValueChanged(Nuaj.Cirrus.Utility.IntegerTrackbarControl _Sender, int _FormerValue)
{
m_lastChangeIsInteger = true;
}
private void integerTrackbarControlRaysCount_SliderDragStop(Nuaj.Cirrus.Utility.IntegerTrackbarControl _Sender, int _StartValue)
{
GenerateRays(_Sender.Value, floatTrackbarControlMaxConeAngle.Value * (float)(Math.PI / 180.0), m_SB_Rays);
}
