/// <summary>
/// Removes the given camera from the rendering list.
/// </summary>
/// <param name="camera">Camera to remove from rendering list.</param>
public void DetachCamera(CameraNode camera)
{
_cameraList.Remove(camera);
}
/// <summary>
/// Renders this entity.
/// </summary>
/// <param name="position">Position where this entity's parent node was rendered.</param>
public override void Render(Transformation transformation, CameraNode camera, int layer)
{
if (_image == null) return;
//Statistics.StoreInt("Nodes Rendered", Statistics.ReadInt("Nodes Rendered") + 1);
Transformation relativeTransformation = CalculateRelativeTransformation(transformation);
relativeTransformation.Z = transformation.Z;
SetupRenderingState(relativeTransformation);
GraphicsManager.RenderImage(_image, relativeTransformation.X, relativeTransformation.Y, relativeTransformation.Z, _frame);
}
/// <summary>
/// Adds the given camera from the rendering list.
/// </summary>
/// <param name="camera">Camera to add to rendering list.</param>
public void AttachCamera(CameraNode camera)
{
if (_cameraList.Contains(camera)) return;
_cameraList.Add(camera);
}
/// <summary>
/// Sets the rendering state so that all children of this
/// camera are drawn correctly.
/// </summary>
/// <param name="position">Position where this entity's parent node was rendered.</param>
public override void Render(Transformation transformation, CameraNode camera, int layer)
{
Transformation relativeTransformation = CalculateRelativeTransformation(transformation);
SetupRenderingState(relativeTransformation);
// Are we currnetly rendering the layer this entity is on?
if (layer != _depthLayer)
{
if (_visible == true) RenderChildren(relativeTransformation, camera, layer);
return;
}
//Statistics.StoreInt("Nodes Rendered", Statistics.ReadInt("Nodes Rendered") + 1);
// Render all the particles attached to this emitter.
if (_visible == true || _forceVisibility == true)
{
GraphicsManager.PushRenderState();
foreach (ParticleNode particleNode in _particleList)
particleNode.Render(transformation, camera, layer);
GraphicsManager.PopRenderState();
}
// Render the bounding box and sizing points if we have been asked to do so.
if (_renderBoundingBox == true || _forceBoundingBoxVisibility == true) RenderBoundingBox(relativeTransformation, camera);
if (_renderSizingPoints == true) RenderSizingPoints(relativeTransformation, camera);
if (_renderEventLines == true) RenderEventLines(relativeTransformation, camera);
if (_forceGlobalDebugVisibility == true) RenderDebug(relativeTransformation, camera);
// Render all the children of this entity.
RenderChildren(relativeTransformation, camera, layer);
}
/// <summary>
/// Renders this tilemap segment at a relative position to its parent node.
/// </summary>
/// <param name="transformation">Transformation of parent node.</param>
public override void Render(Transformation transformation, CameraNode camera, int layer)
{
if (_tileData == null) return;
// Work out where and how we should be rendered.
Transformation relativeTransformation = CalculateRelativeTransformation(transformation);
SetupRenderingState(relativeTransformation);
// Are we currnetly rendering the layer this entity is on? Or are we not visible.
if (layer != _depthLayer || CanBeSeen(relativeTransformation) == false)
{
if (_visible == true) RenderChildren(relativeTransformation, camera, layer);
return;
}
//Statistics.StoreInt("Nodes Rendered", Statistics.ReadInt("Nodes Rendered") + 1);
// Work out if all the tiles are visible and what are not.
int segmentLeft = (int)(-((relativeTransformation.X / _tileWidth) / relativeTransformation.ScaleX) - 1);
int segmentTop = (int)(-((relativeTransformation.Y / _tileHeight) / relativeTransformation.ScaleY) - 1);
int segmentRight = (int)(segmentLeft + ((GraphicsManager.Resolution[0] / _tileWidth) / relativeTransformation.ScaleX) + 2);
int segmentBottom = (int)(segmentTop + ((GraphicsManager.Resolution[1] / _tileHeight) / relativeTransformation.ScaleY) + 2);
// Cap all the segments off so we don't try to draw outside
// the bounds of this array segment.
segmentLeft = Math.Min(_width - 1, Math.Max(0, segmentLeft));
segmentTop = Math.Min(_height - 1, Math.Max(0, segmentTop));
segmentRight = Math.Min(_width, Math.Max(0, segmentRight));
segmentBottom = Math.Min(_height, Math.Max(0, segmentBottom));
if (_visible == true || _forceVisibility == true)
{
// Render normally if a prerendered version is not available.
if (_preRenderedImage == null)
{
//System.Console.WriteLine("Rendered tilemap segment of " + (segmentRight - segmentLeft) + "x" + (segmentBottom - segmentTop) + " (real size: " + (_width + "," + _height) + " tiles:" + ((segmentRight - segmentLeft) * (segmentBottom - segmentTop)) + ")");
// Go through all the visible tiles and render them.
for (int tileX = segmentLeft; tileX < segmentRight; tileX++)
for (int tileY = segmentTop; tileY < segmentBottom; tileY++)
{
if (_tileData[tileX, tileY] == null || _tileData[tileX, tileY].IsVisible == false || _tileData[tileX, tileY].Tileset == null || _tileData[tileX, tileY].Frame < 0 || _tileData[tileX, tileY].Frame >= _tileData[tileX, tileY].Tileset.Image.FrameCount) continue;
_tileData[tileX, tileY].Render(relativeTransformation, camera, layer);
/*
float tileScaleX = relativeTransformation.ScaleX + Math.Abs(_tileData[tileX, tileY].Transformation.ScaleX) - 1.0f;
float tileScaleY = relativeTransformation.ScaleY + Math.Abs(_tileData[tileX, tileY].Transformation.ScaleY) - 1.0f;
if (tileScaleX < 0) tileScaleX = -tileScaleX;
if (tileScaleY < 0) tileScaleY = -tileScaleY;
float tx = relativeTransformation.X + ((tileX * _tileWidth) * tileScaleX);
float ty = relativeTransformation.Y + ((tileY * _tileHeight) * tileScaleY);
GraphicsManager.VertexColors.AllVertexs = _tileData[tileX, tileY].Color;
GraphicsManager.BlendMode = _tileData[tileX, tileY].BlendMode;
GraphicsManager.ScaleFactor = new float[] { tileScaleX, tileScaleY };
GraphicsManager.RenderImage(_tileData[tileX, tileY].Tileset.Image, tx, ty, relativeTransformation.Z, _tileData[tileX, tileY].Frame);
*/}
}
// w00ties a prerender exists, time for a nice big speedup!
else
GraphicsManager.RenderImage(_preRenderedImage, relativeTransformation.X, relativeTransformation.Y, relativeTransformation.Z, 0);
// If we have been asked to render a grid then do so.
if (_renderGrid == true)
{
float width = (_width * _tileWidth) * Math.Abs(relativeTransformation.ScaleX);
float height = (_height * _tileHeight) * Math.Abs(relativeTransformation.ScaleY);
GraphicsManager.VertexColors.AllVertexs = _gridColor;
for (int x = 0; x <= _width; x++)
{
float lX = (relativeTransformation.X + (x * (_tileWidth * Math.Abs(relativeTransformation.ScaleX))));
float lY = relativeTransformation.Y;
GraphicsManager.RenderLine(lX, lY, relativeTransformation.Z, lX, lY + height, relativeTransformation.Z);
}
for (int y = 0; y <= _height; y++)
{
float lX = relativeTransformation.X;
float lY = (relativeTransformation.Y + (y * (_tileHeight * Math.Abs(relativeTransformation.ScaleY))));
GraphicsManager.RenderLine(lX, lY, relativeTransformation.Z, lX + width, lY, relativeTransformation.Z);
}
}
}
// Render bits and pieces that are required.
if (_renderCollisionBox == true || _forceCollisionBoxVisibility == true || _forceGlobalCollisionBoxVisibility) RenderCollisionBox(relativeTransformation, camera);
if (_renderBoundingBox == true || _forceBoundingBoxVisibility == true || _forceGlobalBoundingBoxVisibility) RenderBoundingBox(relativeTransformation, camera);
if (_renderSizingPoints == true) RenderSizingPoints(relativeTransformation, camera);
if (_renderEventLines == true || _forceGlobalEventLineVisibility) RenderEventLines(relativeTransformation, camera);
if (_forceGlobalDebugVisibility == true) RenderDebug(relativeTransformation, camera);
// Render all the children of this entity.
if (_visible == true) RenderChildren(relativeTransformation, camera, layer);
}
/// <summary>
/// Called by the base engine class when its safe to begin initialization.
/// </summary>
protected override bool Begin()
{
// We alwasy want to run with the editor state!
ScriptExecutionProcess.DefaultToEditorState = true;
// Bind all function sets to the global virtual machine.
NativeFunctionSet.RegisterCommandSetsToVirtualMachine(VirtualMachine.GlobalInstance);
// Set the output file.
DebugLogger.OutputFile = _logPath + "\\Editor " + DateTime.Now.Day + "-" + DateTime.Now.Month + "-" + DateTime.Now.Year + " " + DateTime.Now.Hour + "-" + DateTime.Now.Minute + "-" + DateTime.Now.Second + ".log";
// Ahhhh, no game given!!
if (_gameName == "")
{
MessageBox.Show("No game was specified. Please pass a command line of -game:<ident> when running this application.", "Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
Application.Exit();
return true;
}
// Make sure this game has not already been compiled.
if (_gameConfigFile["resources:usepakfiles", "0"] == "1")
DebugLogger.WriteLog("Unable to edit game, game's media has already been compiled into pak files.", LogAlertLevel.FatalError);
_fpsLimit = int.Parse(_engineConfigFile["graphics:fpslimit", _fpsLimit.ToString()]);
// Disable all resource caching.
//ResourceManager.ResourceCacheEnabled = false;
// Create the editor's window.
_window = new EditorWindow();
_window.FormClosing += new FormClosingEventHandler(OnClosing);
_window.Show();
AudioManager.Driver.AttachToControl(_window);
InputManager.Driver.AttachToControl(_window);
// Load in the default tileset if it exists and add it to the tileset list.
if (ResourceManager.ResourceExists(_tilesetPath + "\\default.xml") == true)
{
DebugLogger.WriteLog("Found default tileset, loading...");
Tileset.AddToTilesetPool(new Tileset(_tilesetPath + "\\default.xml"));
}
// Load in the default font if it exists.
if (ResourceManager.ResourceExists(_fontPath + "\\default.xml") == true)
{
DebugLogger.WriteLog("Found default bitmap font, loading...");
GraphicsManager.DefaultBitmapFont = new BitmapFont(_fontPath + "\\default.xml");
}
// Load in the required language pack.
string languageFile = _languagePath + "\\" + _language + ".xml";
if (ResourceManager.ResourceExists(languageFile) == true)
{
DebugLogger.WriteLog("Loading language pack for language " + _language + ".");
LanguageManager.LoadLanguagePack(_languagePath + "\\" + _language + ".xml", _language);
}
else
DebugLogger.WriteLog("Unable to find language pack for language " + _language + ".", LogAlertLevel.FatalError);
// Setup a camera that we can view the scene from.
_camera = new CameraNode("Root Camera");
_map.SceneGraph.AttachCamera(_camera);
_camera.BackgroundImage = new Image(ReflectionMethods.GetEmbeddedResourceStream("grid.png"), 0);
_camera.ClearColor = unchecked((int)0xFFACACAC);
// Show the tip-of-the-day window.
if (_engineConfigFile["editor:showtipsonstartup", "1"] == "1")
(new TipOfTheDayWindow()).ShowDialog();
// Disable collision processing.
CollisionManager.Enabled = false;
return false;
}
/// <summary>
/// Sets the rendering state so that all children of this
/// camera are drawn correctly.
/// </summary>
/// <param name="position">Position where this entity's parent node was rendered.</param>
public override void Render(Transformation transformation, CameraNode camera, int layer)
{
//Statistics.StoreInt("Nodes Rendered", Statistics.ReadInt("Nodes Rendered") + 1);
Transformation relativeTransformation = CalculateRelativeTransformation(transformation);
SetupRenderingState(relativeTransformation);
GraphicsManager.ClearColor = _clearColor;
GraphicsManager.Viewport = _viewport;
GraphicsManager.ClearScene();
if (_backgroundImage != null)
{
GraphicsManager.ScaleFactor = new float[] { _zoom, _zoom, 1.0f };
GraphicsManager.TileImage(_backgroundImage, relativeTransformation.X, relativeTransformation.Y, relativeTransformation.Z);
// Clear up the depth buffer so this image is always at the back.
GraphicsManager.ClearDepthBuffer();
}
// Set the audio listener position at this cameras current position.
Audio.AudioManager.ListenerPosition = new Vector((-relativeTransformation.X) + (_viewport.Width / 2), -(relativeTransformation.Y) + (_viewport.Height / 2), 0.0f);
RenderChildren(relativeTransformation, camera, layer);
}
/// <summary>
/// Gets the transformation of this entity relative to all the nodes above it, including
/// the given camera.
/// </summary>
/// <param name="camera">Camera to get transformation relative to.</param>
public Transformation CalculateTransformation(CameraNode camera)
{
ArrayList parentNodes = new ArrayList();
SceneNode parent = this.Parent;
while (parent != null)
{
parentNodes.Add(parent);
parent = parent.Parent;
}
parentNodes.Reverse();
Transformation relativeTransformation = camera.CalculateRelativeTransformation(new Transformation(0.0f, 0.0f, 0.0f, 0.0f, 0.0f, 0.0f, 1.0f, 1.0f, 1.0f));
foreach (SceneNode node in parentNodes)
relativeTransformation = node.CalculateRelativeTransformation(relativeTransformation);
return CalculateRelativeTransformation(relativeTransformation);
}
public virtual bool RectangleCollisionBoxIntersect(Rectangle rectangle, CameraNode camera)
{
Transformation relativeTransformation = CalculateTransformation(camera);
Rectangle relativeRectangle = new Rectangle((int)relativeTransformation.X, (int)relativeTransformation.Y, (int)(_collisionRectangle.Width * Math.Abs(relativeTransformation.ScaleX)), (int)(_collisionRectangle.Height * Math.Abs(relativeTransformation.ScaleY)));
return rectangle.IntersectsWith(relativeRectangle);
}
/// <summary>
/// Renders the event lines of this entity.
/// </summary>
/// <param name="transformation">Transformation to render event lines at.</param>
protected virtual void RenderEventLines(Transformation transformation, CameraNode camera)
{
GraphicsManager.PushRenderState();
GraphicsManager.ClearRenderState();
GraphicsManager.DepthBufferEnabled = false;
GraphicsManager.VertexColors.AllVertexs = _eventLineColor;
foreach (SceneNode node in _eventNodes)
{
EntityNode entityNode = node as EntityNode;
if (entityNode == null) continue;
Transformation relativeTransformation = entityNode.CalculateTransformation(camera);
int x1 = (int)(transformation.X + ((_boundingRectangle.Width * transformation.ScaleX) / 2));
int y1 = (int)(transformation.Y + ((_boundingRectangle.Height * transformation.ScaleY) / 2));
int x2 = (int)(relativeTransformation.X + ((entityNode._boundingRectangle.Width * relativeTransformation.ScaleX) / 2));
int y2 = (int)(relativeTransformation.Y + ((entityNode._boundingRectangle.Height * relativeTransformation.ScaleY) / 2));
GraphicsManager.RenderLine(x1, y1, transformation.Z, x2, y2, relativeTransformation.Z);
}
GraphicsManager.PopRenderState();
}
/// <summary>
/// Renders the sizing points of this entity.
/// </summary>
/// <param name="transformation">Transformation to render sizing points at.</param>
protected void RenderSizingPoints(Transformation transformation, CameraNode camera)
{
GraphicsManager.PushRenderState();
GraphicsManager.ClearRenderState();
GraphicsManager.DepthBufferEnabled = false;
GraphicsManager.VertexColors.AllVertexs = _sizingPointsColor;
int halfSize = _sizingPointsSize / 2;
int x = (int)(transformation.X - halfSize);
int y = (int)(transformation.Y - halfSize);
int w = (int)(_boundingRectangle.Width * Math.Abs(transformation.ScaleX));
int h = (int)(_boundingRectangle.Height * Math.Abs(transformation.ScaleY));
GraphicsManager.RenderRectangle(x, y, transformation.Z, _sizingPointsSize, _sizingPointsSize, false);
GraphicsManager.RenderRectangle(x + w, y, transformation.Z, _sizingPointsSize, _sizingPointsSize, false);
GraphicsManager.RenderRectangle(x + (w / 2), y, transformation.Z, _sizingPointsSize, _sizingPointsSize, false);
GraphicsManager.RenderRectangle(x + w, y + h, transformation.Z, _sizingPointsSize, _sizingPointsSize, false);
GraphicsManager.RenderRectangle(x + w, y + (h / 2), transformation.Z, _sizingPointsSize, _sizingPointsSize, false);
GraphicsManager.RenderRectangle(x, y + h, transformation.Z, _sizingPointsSize, _sizingPointsSize, false);
GraphicsManager.RenderRectangle(x, y + (h / 2), transformation.Z, _sizingPointsSize, _sizingPointsSize, false);
GraphicsManager.RenderRectangle(x + (w / 2), y + h, transformation.Z, _sizingPointsSize, _sizingPointsSize, false);
GraphicsManager.PopRenderState();
}
/// <summary>
/// Renders the debug information of this entity.
/// </summary>
/// <param name="transformation">Transformation to render debug information at.</param>
protected void RenderDebug(Transformation transformation, CameraNode camera)
{
GraphicsManager.PushRenderState();
GraphicsManager.ClearRenderState();
GraphicsManager.DepthBufferEnabled = false;
GraphicsManager.ScaleFactor = new float[3] { 1.0f, 1.0f, 1.0f };
float[] resolutionScale = GraphicsManager.ResolutionScale;
GraphicsManager.ResolutionScale = new float[2] { 1.0f, 1.0f };
string debugText = "(" + transformation.X + "," + transformation.Y + "," + transformation.Z + ") (" + transformation.ScaleX + "," + transformation.ScaleY + "," + transformation.ScaleZ + ") (" + transformation.AngleX + "," + transformation.AngleY + "," + transformation.AngleZ + ")";
GraphicsManager.VertexColors.AllVertexs = unchecked((int)0xFF000000);
GraphicsManager.RenderRectangle((transformation.X * resolutionScale[0]), (transformation.Y * resolutionScale[1]) - 30, transformation.Z, GraphicsManager.BitmapFont.TextWidth(debugText, false), GraphicsManager.BitmapFont.TextHeight(debugText, false));
GraphicsManager.VertexColors.AllVertexs = _debugInfoColor;
GraphicsManager.RenderText(debugText, (transformation.X * resolutionScale[0]), (transformation.Y * resolutionScale[1]) - 30, transformation.Z);
debugText = "[Solid:\"" + _solid + "\" Visible:\""+_visible+"\" Frame:\""+_frame+"\" Event:\""+_event+"\" Name:\""+_name+"\"]";
GraphicsManager.VertexColors.AllVertexs = unchecked((int)0xFF000000);
GraphicsManager.RenderRectangle((transformation.X * resolutionScale[0]), (transformation.Y * resolutionScale[1]) - 15, transformation.Z, GraphicsManager.BitmapFont.TextWidth(debugText, false), GraphicsManager.BitmapFont.TextHeight(debugText, false));
GraphicsManager.VertexColors.AllVertexs = _debugInfoColor;
GraphicsManager.RenderText(debugText, (transformation.X * resolutionScale[0]), (transformation.Y * resolutionScale[1]) - 15, transformation.Z);
GraphicsManager.PopRenderState();
}
/// <summary>
/// Renders the collision box of this entity.
/// </summary>
/// <param name="transformation">Transformation to render collisionbox at.</param>
protected void RenderCollisionBox(Transformation transformation, CameraNode camera)
{
if (_solid == false)
return;
GraphicsManager.PushRenderState();
GraphicsManager.ClearRenderState();
GraphicsManager.DepthBufferEnabled = false;
GraphicsManager.VertexColors.AllVertexs = _collisionBoxColor;
GraphicsManager.RenderRectangle(transformation.X + (_collisionRectangle.X * transformation.ScaleX), transformation.Y + (_collisionRectangle.Y * transformation.ScaleY), transformation.Z, Math.Abs(_collisionRectangle.Width * transformation.ScaleX), _collisionRectangle.Height * Math.Abs(transformation.ScaleY), false);
GraphicsManager.PopRenderState();
}
/// <summary>
/// Renders the bounding box of this entity.
/// </summary>
/// <param name="transformation">Transformation to render bounding box at.</param>
protected void RenderBoundingBox(Transformation transformation, CameraNode camera)
{
GraphicsManager.PushRenderState();
GraphicsManager.ClearRenderState();
GraphicsManager.DepthBufferEnabled = false;
GraphicsManager.VertexColors.AllVertexs = _boundingBoxColor;
GraphicsManager.RenderRectangle(transformation.X, transformation.Y, transformation.Z, Math.Abs(_boundingRectangle.Width * transformation.ScaleX), _boundingRectangle.Height * Math.Abs(transformation.ScaleY), false);
GraphicsManager.PopRenderState();
}
/// <summary>
/// Called when this node needs to be rendered.
/// </summary>
public virtual void Render(Transformation transformation, CameraNode camera, int layer)
{
RenderChildren(transformation, camera, layer);
}
/// <summary>
/// Returns true if the given rectangle collides with any of the sizing points of this entity.
/// </summary>
/// <param name="rectangle">Entry to check insection against.</param>
/// <param name="camera">Camera to check inserection from.</param>
/// <returns>True if rectangle and a sizing point collide.</returns>
public bool RectangleSizingPointsIntersect(Rectangle rectangle, CameraNode camera)
{
Transformation transformation = CalculateTransformation(camera);
int x = (int)(transformation.X - (_sizingPointsSize / 2)), y = (int)(transformation.Y - (_sizingPointsSize / 2));
int w = (int)(_boundingRectangle.Width * camera.Zoom), h = (int)(_boundingRectangle.Height * camera.Zoom);
if (rectangle.IntersectsWith(new Rectangle(x, y, _sizingPointsSize, _sizingPointsSize)))
return true;
else if (rectangle.IntersectsWith(new Rectangle(x + w, y, _sizingPointsSize, _sizingPointsSize)))
return true;
else if (rectangle.IntersectsWith(new Rectangle(x, y + h, _sizingPointsSize, _sizingPointsSize)))
return true;
else if (rectangle.IntersectsWith(new Rectangle(x + w, y + h, _sizingPointsSize, _sizingPointsSize)))
return true;
else if (rectangle.IntersectsWith(new Rectangle(x + (w / 2), y, _sizingPointsSize, _sizingPointsSize)))
return true;
else if (rectangle.IntersectsWith(new Rectangle(x + (w / 2), y + h, _sizingPointsSize, _sizingPointsSize)))
return true;
else if (rectangle.IntersectsWith(new Rectangle(x, y + (h / 2), _sizingPointsSize, _sizingPointsSize)))
return true;
else if (rectangle.IntersectsWith(new Rectangle(x + w, y + (h / 2), _sizingPointsSize, _sizingPointsSize)))
return true;
else
return false;
}
/// <summary>
/// Renders all child nodes of this node.
/// </summary>
public void RenderChildren(Transformation transformation, CameraNode camera, int layer)
{
foreach (SceneNode child in _childList)
{
// Not on the same layer? Not got any children? Return.
if (layer != child.DepthLayer && (child.Children.Count == 0)) continue;
//HighPreformanceTimer timer = new HighPreformanceTimer();
GraphicsManager.PushRenderState();
child.Render(transformation, camera, layer);
GraphicsManager.PopRenderState();
//if (timer.DurationMillisecond > 2)
// System.Console.WriteLine(child.ToString() + " (" + ((child as EntityNode) != null ? (((EntityNode)child).Image != null ? ((EntityNode)child).Image.URL : "") + "," + ((EntityNode)child).RenderMode : "") + ") - Rendered in " + timer.DurationMillisecond);
}
}
/// <summary>
/// Renders this entity at a position releative to its parent.
/// </summary>
/// <param name="position">Position where this entity's parent node was rendered.</param>
public override void Render(Transformation transformation, CameraNode camera, int layer)
{
// Setup rendering mode.
//HighPreformanceTimer timer = new HighPreformanceTimer();
Transformation relativeTransformation = CalculateRelativeTransformation(transformation);
SetupRenderingState(relativeTransformation);
//if (timer.DurationMillisecond > 1.0f)
// System.Console.WriteLine((_image != null ? _image.URL : this.ToString()) + " worked out transformation in " + timer.DurationMillisecond);
//timer.Restart();
// Are we currnetly rendering the layer this entity is on?
if (layer != _depthLayer)
{
if (_visible == true) RenderChildren(relativeTransformation, camera, layer);
return;
}
if ((_visible == true || _forceVisibility == true) && (_renderMode == EntityRenderMode.TiledImage || CanBeSeen(relativeTransformation) == true))
{
//Statistics.StoreInt("Nodes Rendered", Statistics.ReadInt("Nodes Rendered") + 1);
Shader previousShader = null;
if (_shader != null)
{
previousShader = GraphicsManager.Shader;
GraphicsManager.Shader = _shader;
}
switch (_renderMode)
{
case EntityRenderMode.Image:
if (_image == null) break;
GraphicsManager.RenderImage(_image, relativeTransformation.X + (((_boundingRectangle.Width - _image.Width) * transformation.ScaleX) / 2), relativeTransformation.Y + (((_boundingRectangle.Height - _image.Height) * transformation.ScaleY) / 2), relativeTransformation.Z, _frame);
break;
case EntityRenderMode.ContainedImage:
{
if (_image == null) break;
Rectangle originalViewport = GraphicsManager.Viewport;
GraphicsManager.Viewport = new Rectangle((int)relativeTransformation.X,
(int)relativeTransformation.Y,
(int)(_boundingRectangle.Width * Math.Abs(relativeTransformation.ScaleX)),
(int)(_boundingRectangle.Height * Math.Abs(relativeTransformation.ScaleY)));
GraphicsManager.RenderImage(_image, relativeTransformation.X + (((_boundingRectangle.Width - _image.Width) * transformation.ScaleX) / 2), relativeTransformation.Y + (((_boundingRectangle.Height - _image.Height) * transformation.ScaleY) / 2), relativeTransformation.Z, _frame);
GraphicsManager.Viewport = originalViewport;
}
break;
case EntityRenderMode.TiledImage:
if (_image == null) break;
GraphicsManager.TileImage(_image, relativeTransformation.X, relativeTransformation.Y, relativeTransformation.Z, _frame);
break;
case EntityRenderMode.ContainedTiledImage:
{
if (_image == null) break;
Rectangle originalViewport = GraphicsManager.Viewport;
GraphicsManager.Viewport = new Rectangle((int)relativeTransformation.X,
(int)relativeTransformation.Y,
(int)(_boundingRectangle.Width * Math.Abs(relativeTransformation.ScaleX)),
(int)(_boundingRectangle.Height * Math.Abs(relativeTransformation.ScaleY)));
GraphicsManager.TileImage(_image, relativeTransformation.X, relativeTransformation.Y, relativeTransformation.Z, _frame);
GraphicsManager.Viewport = originalViewport;
}
break;
case EntityRenderMode.Oval:
GraphicsManager.RenderOval(relativeTransformation.X + (_boundingRectangle.X * transformation.ScaleX), relativeTransformation.Y + (_boundingRectangle.Y * transformation.ScaleY), relativeTransformation.Z, _boundingRectangle.Width, _boundingRectangle.Height);
break;
case EntityRenderMode.HollowOval:
GraphicsManager.RenderOval(relativeTransformation.X + (_boundingRectangle.X * transformation.ScaleX), relativeTransformation.Y + (_boundingRectangle.Y * transformation.ScaleY), relativeTransformation.Z, _boundingRectangle.Width, _boundingRectangle.Height, false);
break;
case EntityRenderMode.Pixel:
GraphicsManager.RenderPixel(relativeTransformation.X + ((_boundingRectangle.Width * transformation.ScaleX) / 2), relativeTransformation.Y + ((_boundingRectangle.Height * transformation.ScaleX) / 2), relativeTransformation.Z);
break;
case EntityRenderMode.Rectangle:
GraphicsManager.RenderRectangle(relativeTransformation.X + (_boundingRectangle.X * transformation.ScaleX), relativeTransformation.Y + (_boundingRectangle.Y * transformation.ScaleY), relativeTransformation.Z, _boundingRectangle.Width, _boundingRectangle.Height);
break;
case EntityRenderMode.HollowRectangle:
GraphicsManager.RenderRectangle(relativeTransformation.X + (_boundingRectangle.X * transformation.ScaleX), relativeTransformation.Y + (_boundingRectangle.Y * transformation.ScaleY), relativeTransformation.Z, _boundingRectangle.Width, _boundingRectangle.Height, false);
break;
case EntityRenderMode.Text:
GraphicsManager.RenderText(_text, relativeTransformation.X + (((_boundingRectangle.Width - GraphicsManager.TextWidth(_text, true)) * transformation.ScaleX) / 2), relativeTransformation.Y + (((_boundingRectangle.Height - GraphicsManager.TextHeight(_text, true)) * transformation.ScaleY) / 2), relativeTransformation.Z, true);
break;
case EntityRenderMode.Mesh:
if (_mesh == null) break;
GraphicsManager.RenderMesh(_mesh, relativeTransformation.X + (((_boundingRectangle.Width - _mesh.Width) * transformation.ScaleX) / 2), relativeTransformation.Y + (((_boundingRectangle.Height - _mesh.Height) * transformation.ScaleY) / 2), relativeTransformation.Z);
break;
}
if (_shader != null)
GraphicsManager.Shader = previousShader;
}
// Render bits and pieces that are required.
if (_renderCollisionBox == true || _forceCollisionBoxVisibility == true || _forceGlobalCollisionBoxVisibility) RenderCollisionBox(relativeTransformation, camera);
if (_renderBoundingBox == true || _forceBoundingBoxVisibility == true || _forceGlobalBoundingBoxVisibility) RenderBoundingBox(relativeTransformation, camera);
if (_renderSizingPoints == true) RenderSizingPoints(relativeTransformation, camera);
if (_renderEventLines == true || _forceGlobalEventLineVisibility) RenderEventLines(relativeTransformation, camera);
if (_forceGlobalDebugVisibility == true) RenderDebug(relativeTransformation, camera);
//if (timer.DurationMillisecond > 1.0f)
// System.Console.WriteLine((_image != null ? _image.URL : this.ToString()) + " rendered in " + timer.DurationMillisecond);
// Render all the children of this entity.
if (_visible == true) RenderChildren(relativeTransformation, camera, layer);
}
/// <summary>
/// Renders this entity at a position releative to its parent.
/// </summary>
/// <param name="position">Position where this entity's parent node was rendered.</param>
public override void Render(Transformation transformation, CameraNode camera, int layer)
{
if (layer == _depthLayer && _process != null && _process.Process != null && _renderFunction != null)
_process.Process[0].InvokeFunction(_renderFunction, true, true, true);
base.Render(transformation, camera, layer);
}
public void CreateCamera(ScriptThread thread)
{
EntityNode node = new CameraNode();
thread.SetReturnValue(new SceneNodeScriptObject(node));
}
