/// <summary>
/// Remove any lighting settings.
/// </summary>
public void SetNoLighting()
{
this.vLighting = A.LightRigValues.ThreePoints;
this.bHasLighting = false;
this.decAngle = 0;
}
/// <summary>
/// Remove any lighting settings.
/// </summary>
public void SetNoLighting()
{
vLighting = A.LightRigValues.ThreePoints;
bHasLighting = false;
decAngle = 0;
}
private void InitialisePicture()
{
// should be true once we get *everyone* to stop using those confoundedly
// hard to understand EMUs and absolute positionings...
UseEasyPositioning = false;
TopPosition = 0;
LeftPosition = 0;
UseRelativePositioning = true;
AnchorRowIndex = 1;
AnchorColumnIndex = 1;
OffsetX = 0;
OffsetY = 0;
WidthInEMU = 0;
HeightInEMU = 0;
WidthInPixels = 0;
HeightInPixels = 0;
fHorizontalResolutionRatio = 1;
fVerticalResolutionRatio = 1;
this.bLockWithSheet = true;
this.bPrintWithSheet = true;
this.vCompressionState = A.BlipCompressionValues.Print;
this.decBrightness = 0;
this.decContrast = 0;
//this.decRotationAngle = 0;
this.vPictureShape = A.ShapeTypeValues.Rectangle;
this.FillType = SLPictureFillType.None;
this.FillClassInnerXml = string.Empty;
this.HasOutline = false;
this.PictureOutline = new A.Outline();
this.HasOutlineFill = false;
this.PictureOutlineFill = new A.SolidFill();
this.HasGlow = false;
this.GlowRadius = 0;
this.GlowColorInnerXml = string.Empty;
this.HasInnerShadow = false;
this.PictureInnerShadow = new A.InnerShadow();
this.HasOuterShadow = false;
this.PictureOuterShadow = new A.OuterShadow();
this.HasReflection = false;
this.ReflectionBlurRadius = 0;
this.ReflectionStartOpacity = 100000;
this.ReflectionStartPosition = 0;
this.ReflectionEndAlpha = 0;
this.ReflectionEndPosition = 100000;
this.ReflectionDistance = 0;
this.ReflectionDirection = 0;
this.ReflectionFadeDirection = 5400000;
this.ReflectionHorizontalRatio = 100000;
this.ReflectionVerticalRatio = 100000;
this.ReflectionHorizontalSkew = 0;
this.ReflectionVerticalSkew = 0;
this.ReflectionAlignment = A.RectangleAlignmentValues.Bottom;
this.ReflectionRotateWithShape = true;
this.HasSoftEdge = false;
this.SoftEdgeRadius = 0;
this.HasScene3D = false;
this.CameraLatitude = 0;
this.CameraLongitude = 0;
this.CameraRevolution = 0;
this.CameraPreset = A.PresetCameraValues.OrthographicFront;
this.CameraFieldOfView = 0;
this.CameraZoom = 0;
this.LightRigLatitude = 0;
this.LightRigLongitude = 0;
this.LightRigRevolution = 0;
this.LightRigType = A.LightRigValues.ThreePoints;
this.LightRigDirection = A.LightRigDirectionValues.Top;
//this.HasBackdrop = false;
//this.BackdropAnchorX = 0;
//this.BackdropAnchorY = 0;
//this.BackdropAnchorZ = 0;
//this.BackdropNormalDx = 0;
//this.BackdropNormalDy = 0;
//this.BackdropNormalDz = 0;
//this.BackdropUpVectorDx = 0;
//this.BackdropUpVectorDy = 0;
//this.BackdropUpVectorDz = 0;
this.HasBevelTop = false;
this.BevelTopPreset = A.BevelPresetValues.Circle;
this.BevelTopWidth = 76200;
this.BevelTopHeight = 76200;
this.HasBevelBottom = false;
this.BevelBottomPreset = A.BevelPresetValues.Circle;
this.BevelBottomWidth = 76200;
this.BevelBottomHeight = 76200;
this.HasExtrusion = false;
this.ExtrusionHeight = 0;
this.ExtrusionColorInnerXml = string.Empty;
this.HasContour = false;
this.ContourWidth = 0;
this.ContourColorInnerXml = string.Empty;
this.HasMaterialType = false;
this.MaterialType = A.PresetMaterialTypeValues.WarmMatte;
this.HasZDistance = false;
this.ZDistance = 0;
this.HasUri = false;
this.HyperlinkUri = string.Empty;
this.HyperlinkUriKind = UriKind.Absolute;
this.IsHyperlinkExternal = true;
this.DataIsInFile = true;
this.PictureFileName = string.Empty;
this.PictureByteData = new byte[1];
this.PictureImagePartType = ImagePartType.Bmp;
}
/// <summary>
/// Remove any lighting settings.
/// </summary>
public void SetNoLighting()
{
this.vLighting = A.LightRigValues.ThreePoints;
this.bHasLighting = false;
this.decAngle = 0;
}
/// <summary>
/// Set the camera and light properties.
/// </summary>
/// <param name="CameraPreset">A preset set of properties for the camera, which can be overridden. Default value is OrthographicFront.</param>
/// <param name="FieldOfView">Field of view, ranging from 0 degrees to 180 degrees. Accurate to 1/60000 of a degree.</param>
/// <param name="Zoom">Zoom percentage, ranging from 0% to 2147483.647%. Accurate to 1/1000 of a percent.</param>
/// <param name="CameraLatitude">Camera latitude angle, ranging from 0 degrees to 359.9 degrees. Accurate to 1/60000 of a degree.</param>
/// <param name="CameraLongitude">Camera longitude angle, ranging from 0 degrees to 359.9 degrees. Accurate to 1/60000 of a degree.</param>
/// <param name="CameraRevolution">Camera revolution angle, ranging from 0 degrees to 359.9 degrees. Accurate to 1/60000 of a degree.</param>
/// <param name="LightRigType">The type of light used. Default value is ThreePoints.</param>
/// <param name="LightRigDirection">The direction of the light. Default value is Top.</param>
/// <param name="LightRigLatitude">Light rig latitude angle, ranging from 0 degrees to 359.9 degrees. Accurate to 1/60000 of a degree.</param>
/// <param name="LightRigLongitude">Light rig longitude angle, ranging from 0 degrees to 359.9 degrees. Accurate to 1/60000 of a degree.</param>
/// <param name="LightRigRevolution">Light rig revolution angle, ranging from 0 degrees to 359.9 degrees. Accurate to 1/60000 of a degree.</param>
/// <remarks>Imagine the screen to be the X-Y plane, the positive X-axis pointing to the right, and the positive Y-axis pointing up.
/// The positive Z-axis points perpendicularly from the screen towards you.
/// The latitude value increases as you turn around the X-axis, using the right-hand rule.
/// The longitude value increases as you turn around the Y-axis, using the <em>left-hand rule</em> (meaning it decreases according to right-hand rule).
/// The revolution value increases as you turn around the Z-axis, using the right-hand rule.
/// And if you're mapping values directly from Microsoft Excel, don't treat the X, Y and Z values as values related to the axes.
/// The latitude maps to the Y value, longitude maps to the X value, and revolution maps to the Z value.</remarks>
public void Set3DScene(A.PresetCameraValues CameraPreset, decimal FieldOfView, decimal Zoom, decimal CameraLatitude, decimal CameraLongitude, decimal CameraRevolution, A.LightRigValues LightRigType, A.LightRigDirectionValues LightRigDirection, decimal LightRigLatitude, decimal LightRigLongitude, decimal LightRigRevolution)
{
this.HasScene3D = true;
this.CameraPreset = CameraPreset;
if (FieldOfView < 0m) FieldOfView = 0m;
if (FieldOfView > 180m) FieldOfView = 180m;
this.CameraFieldOfView = Convert.ToInt32(FieldOfView * (decimal)SLConstants.DegreeToAngleRepresentation);
this.CameraLatitude = SLDrawingTool.CalculatePositiveFixedAngle(CameraLatitude);
this.CameraLongitude = SLDrawingTool.CalculatePositiveFixedAngle(CameraLongitude);
this.CameraRevolution = SLDrawingTool.CalculatePositiveFixedAngle(CameraRevolution);
// Zoom is held in an Int32, so the max is 2147483.647 (after the division by 1000).
// But seriously, 2147483.647% zoom ?!?!
if (Zoom < 0m) Zoom = 0m;
if (Zoom > 2147483.647m) Zoom = 2147483.647m;
this.CameraZoom = Convert.ToInt32(Zoom * 1000m);
this.LightRigType = LightRigType;
this.LightRigDirection = LightRigDirection;
this.LightRigLatitude = SLDrawingTool.CalculatePositiveFixedAngle(LightRigLatitude);
this.LightRigLongitude = SLDrawingTool.CalculatePositiveFixedAngle(LightRigLongitude);
this.LightRigRevolution = SLDrawingTool.CalculatePositiveFixedAngle(LightRigRevolution);
}