public override string GetName(Setting.Element element) { if (element == Setting.Element.IntegrationTime) { return("Integration Time"); } return(base.GetName(element)); }
public override string GetName(Setting.Element element) { switch (element) { case Setting.Element.IntegrationTime: return("Integrate until Angle"); default: return(base.GetName(element)); } }
public override bool IsUsed(Setting.Element element) { switch (element) { case Setting.Element.SliceHeight: case Setting.Element.Tracking: case Setting.Element.Colormap: return(false); default: return(true); } }
public override string GetName(Setting.Element element) { switch (element) { case Setting.Element.LineX: return("Neighbor ID"); case Setting.Element.AlphaStable: return("Gauss Variance"); default: return(base.GetName(element)); } }
public override bool IsUsed(Setting.Element element) { switch (element) { case Setting.Element.Colormap: case Setting.Element.WindowWidth: //return _currentSetting.Shader == FieldPlane.RenderEffect.COLORMAP || _currentSetting.Shader == FieldPlane.RenderEffect.DEFAULT; case Setting.Element.SliceTimeMain: case Setting.Element.Shader: case Setting.Element.StepSize: return(true); default: return(false); } }
public override string GetName(Setting.Element element) { switch (element) { case Setting.Element.AlphaStable: return("Height Scale"); case Setting.Element.Flat: return("Integrate both Directions?"); case Setting.Element.LineX: return("Number of Samples per Line"); default: return(base.GetName(element)); } }
public override bool IsUsed(Setting.Element element) { switch (element) { case Setting.Element.Colormap: case Setting.Element.WindowWidth: return(true); case Setting.Element.LineX: case Setting.Element.MemberMain: case Setting.Element.MemberReference: case Setting.Element.AlphaStable: return(false); default: return(true); } }
public override bool IsUsed(Setting.Element element) { switch (element) { case Setting.Element.Colormap: case Setting.Element.WindowWidth: //return _currentSetting.Shader == FieldPlane.RenderEffect.COLORMAP || _currentSetting.Shader == FieldPlane.RenderEffect.DEFAULT; case Setting.Element.SliceTimeMain: case Setting.Element.Shader: case Setting.Element.StepSize: case Setting.Element.IntegrationTime: case Setting.Element.AlphaStable: return(true); case Setting.Element.WindowStart: return(_currentSetting.Shader == FieldPlane.RenderEffect.LIC || _currentSetting.Shader == FieldPlane.RenderEffect.LIC_LENGTH || _currentSetting.Shader == FieldPlane.RenderEffect.OVERLAY); default: return(false); } }
public override bool IsUsed(Setting.Element element) { switch (element) { case Setting.Element.Colormap: case Setting.Element.WindowWidth: case Setting.Element.WindowStart: //return _currentSetting.Shader == FieldPlane.RenderEffect.COLORMAP || _currentSetting.Shader == FieldPlane.RenderEffect.DEFAULT; case Setting.Element.SliceTimeMain: case Setting.Element.Shader: case Setting.Element.StepSize: case Setting.Element.IntegrationTime: case Setting.Element.AlphaStable: case Setting.Element.DiffusionMeasure: return(true); case Setting.Element.LineX: return(true); // _currentSetting.DiffusionMeasure == RedSea.DiffusionMeasure.Neighbor || _currentSetting.DiffusionMeasure == RedSea.DiffusionMeasure.Direction; default: return(false); } }
public override bool IsUsed(Setting.Element element) { switch (element) { case Setting.Element.LineSetting: case Setting.Element.SliceTimeMain: case Setting.Element.AlphaStable: case Setting.Element.StepSize: case Setting.Element.IntegrationType: case Setting.Element.LineX: case Setting.Element.Colormap: case Setting.Element.Shader: case Setting.Element.WindowWidth: case Setting.Element.WindowStart: case Setting.Element.Measure: case Setting.Element.IntegrationTime: case Setting.Element.Flat: return(true); default: return(false); } }
public override bool IsUsed(Setting.Element element) { return(true); }