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OriginX, OriginY, and Origin store the sprite s origin coordinate, using a pair of floats and a Vector2 structure just as for the Position properties in the previous paragraph The default origin is the coordinate (0, 0) Angle stores the angle of rotation in radians, defaulting to 0 ScaleX and ScaleY are float values that allow for uniform or non-uniform scaling to be applied to the sprite In addition to this, the Scale property represents the same values as a Vector2 structure SourceRect is a Rectangle structure with which we can define a subregion of the sprite s texture that is to be rendered If the structure is empty (its values are all zero), this feature will be ignored, and the whole texture will be rendered Its default state is to be empty SpriteColor allows tinting and alpha levels to be applied to the sprite It defaults to Color.

A popular misconception is that clip planes are a cheap method to reduce the amount of stuff that Tip a card has to render. While this certainly is a side effect of clip distance selection (and most modern cards support infinite far clip planes anyway), the primary reason for a particular set of clip plane distances is to maintain optimal depth buffer resolution. The depth buffer resolution is a direct function of the ratio between the far and near clip distances, and selecting distances that result in too coarse a resolution will invariably result in depth fighting. This phenomenon occurs when the depth-sorting algorithm on the GPU cannot tell which objects are in front of other objects. You end up with bits of objects that are at relative equivalent depths in the scene, rendering through each other. This occurs because the depth resolution is low enough that objects at slightly different depths were assigned the same depth value. The only solution in this case is to increase the depth precision, typically by altering the near plane distances (which give much more bang for your precision buck compared to altering the far clip distances). Google depth fighting for more.

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White, with full intensity alpha LayerDepth stores a float value that will be used for setting the rendering order of the sprite if the appropriate mode is set when calling the SpriteBatchBegin method, as described in the previous chapter..

public override sealed bool Equals(object obj) { BaseEntity<T> compareTo = obj as BaseEntity<T>; return (compareTo != null) && (HasSameNonDefaultIdAs(compareTo) || // Since the IDs aren't the same, // either of them must be transient to // compare business value signatures (((IsTransient()) || compareTo.IsTransient()) && HasSameBusinessSignatureAs(compareTo))); } /// <summary> /// Must be provided to properly compare two objects /// </summary> public override int GetHashCode() { return this.ToString().GetHashCode(); } private bool HasSameBusinessSignatureAs(BaseEntity<T> compareTo) { return GetHashCode().Equals(compareTo.GetHashCode()); } /// <summary> /// Returns true if self and the provided persistent /// object have the same ID values and the IDs are /// not of the default ID value /// </summary> private bool HasSameNonDefaultIdAs(BaseEntity<T> compareTo) { return (ID != null && ! ID.Equals(default(T))) && (compareTo.ID != null && ! compareTo.ID.Equals(default(T))) && ID.Equals(compareTo.ID); } /// /// /// /// /// /// /// /// <summary> Overriden to return the class type of this object. </summary> <returns> the class name for this object </returns>

As you can see, the object allows virtually all the basic sprite state to be stored and maintained. Creating an instance of this class (or a class derived from it) allows a good deal of flexibility for displaying the sprite without needing any further variables to be defined. That greatly simplifies the repetitive code that we would otherwise need to write to store all this information. In addition to storing the sprite state, we also add a virtual function called Draw. Just like the Draw method in the XNA main Game class, we expect a GameTime object as a parameter, but we also require a SpriteBatch object to be passed in. Because this class is dedicated entirely to drawing sprites, it makes sense to expect a SpriteBatch, and we need access to one so that we can call its Draw method to display our sprite to the screen. The default behavior of the SpriteObject.Draw method is to draw the configured sprite to the screen. It can do this only if it has a valid SpriteTexture, so this is checked first. After that, one of two different calls is made to SpriteBatch.Draw, depending on whether a SourceRect has been specified. The code for the Draw function is shown in Listing 3 4. Listing 3 4. The SpriteObject class Draw function public virtual void Draw(GameTime gameTime, SpriteBatch spriteBatch) { // Do we have a texture If not then there is nothing to draw... if (SpriteTexture != null) {

Later in this chapter, you will see how to manipulate the Ogre Camera in more advanced ways, but for now, this is sufficient for the purposes of creating a viewport in our rendering window. Viewport *vp = window->addViewport(camera); vp->setBackgroundColour(ColourValue(0, 0, 0)); This code creates a new viewport in the render window we created when we called the initialise() method earlier on Root. It also sets the background color of the viewport to black.

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