/*
	Copyright (C) 2005-2006 Feeling Software Inc.
	MIT License: http://www.opensource.org/licenses/mit-license.php
*/
/*
	Based on the FS Import classes:
	Copyright (C) 2005-2006 Feeling Software Inc
	Copyright (C) 2005-2006 Autodesk Media Entertainment
	MIT License: http://www.opensource.org/licenses/mit-license.php
*/

/**
	@file FCDocument.h
	This file declares the COLLADA document object model top class: FCDocument.
*/

#ifndef _FC_DOCUMENT_H_
#define _FC_DOCUMENT_H_

#include "FUtils/FUObject.h"

template <class T> class FCDLibrary;
template <class T> class FUUniqueStringMapT;

class FCDAnimation;
class FCDAnimationChannel;
class FCDAnimationClip;
class FCDAnimated;
class FCDAsset;
class FCDCamera;
class FCDController;
class FCDEffect;
class FCDGeometry;
class FCDImage;
class FCDLight;
class FCDMaterial;
class FCDMaterialLibrary;
class FCDObject;
class FCDPhysicsMaterial;
class FCDPhysicsModel;
class FCDPhysicsSceneNode;
class FCDTexture;
class FCDSceneNode;
class FUFileManager;

/**
	A layer declaration.
	Contains a name for the layer and the ids of all the entities within the layer.
*/
class FCOLLADA_EXPORT FCDLayer
{
public:
	string name; /**< The layer name. There is no guarantee of uniqueness. */
	StringList objects; /**< The list of COLLADA entity ids which are contained by this layer. */
};

typedef vector<FCDMaterial*> FCDMaterialList; /**< A dynamically-sized array of visual material entities. */
typedef vector<FCDAnimated*> FCDAnimatedList; /**< A dynamically-sized array of animated values. */
typedef vector<FCDAnimationChannel*> FCDAnimationChannelList;  /**< A dynamically-sized array of animation channels. */
typedef map<const float*, FCDAnimated*> FCDAnimatedValueMap;  /**< A map of animatable values to animated values. */
typedef vector<FCDLayer*> FCDLayerList; /**< A dynamically-sized array of layer declarations. */
typedef vector<FCDObject*> FCDObjectList; /**< A dynamically-sized array of material entities. */

typedef FCDLibrary<FCDAnimation> FCDAnimationLibrary; /**< A COLLADA library of animation entities. */
typedef FCDLibrary<FCDAnimationClip> FCDAnimationClipLibrary; /**< A COLLADA library of animation clip entities. */
typedef FCDLibrary<FCDCamera> FCDCameraLibrary; /**< A COLLADA library of camera entities. */
typedef FCDLibrary<FCDController> FCDControllerLibrary; /**< A COLLADA library of controller entities. */
typedef FCDLibrary<FCDGeometry> FCDGeometryLibrary; /**< A COLLADA library of geometric entities. */
typedef FCDLibrary<FCDImage> FCDImageLibrary; /**< A COLLADA library of images. */
typedef FCDLibrary<FCDLight> FCDLightLibrary; /**< A COLLADA library of light entities. */
typedef FCDLibrary<FCDSceneNode> FCDVisualSceneNodeLibrary; /**< A COLLADA library of visual scene nodes. */
typedef FCDLibrary<FCDPhysicsModel> FCDPhysicsModelLibrary; /**< A COLLADA library of physics model entities. */
typedef FCDLibrary<FCDPhysicsMaterial> FCDPhysicsMaterialLibrary; /**< A COLLADA library of physics material entities. */
typedef	FCDLibrary<FCDPhysicsSceneNode> FCDPhysicsSceneLibrary; /**< A COLLADA library of physics scene nodes. */
typedef FUUniqueStringMapT<FUSStringBuilder> FUSUniqueStringMap; /**< A set of unique strings. */

/** @defgroup FCDocument COLLADA Document Object Model. */

/** The top class for the COLLADA object model.

	This class holds all the COLLADA libraries, the scene graphs and the
	document's asset tag.

	It also holds some global information, such as the animation start and end
	time and the layers. This global information is only exported by ColladaMaya
	right now.

	@ingroup FCDocument COLLADA Document Object Model
*/
class FCOLLADA_EXPORT FCDocument : public FUObjectContainer
{
private:
	FUFileManager* fileManager;
	FCDSceneNode* visualSceneRoot;
	FCDPhysicsSceneNode* physicsSceneRoot;
	FUSUniqueStringMap* uniqueNameMap;

	// Document parameters
	FCDAsset* asset;
	float lengthUnitWanted, lengthUnitConversion;
	bool hasStartTime, hasEndTime;
	float startTime, endTime; // Maya-only
	FCDLayerList layers; // Maya-only

	// Parsed and merged libraries
	FCDAnimationLibrary* animationLibrary;
	FCDAnimationClipLibrary* animationClipLibrary;
	FCDCameraLibrary* cameraLibrary;
	FCDControllerLibrary* controllerLibrary;
	FCDGeometryLibrary* geometryLibrary;
	FCDImageLibrary* imageLibrary;
	FCDLightLibrary* lightLibrary;
	FCDMaterialLibrary* materialLibrary;
	FCDPhysicsModelLibrary* physicsModelLibrary;
	FCDPhysicsMaterialLibrary* physicsMaterialLibrary;
	FCDPhysicsSceneLibrary* physicsSceneLibrary;
	FCDVisualSceneNodeLibrary* visualSceneLibrary;

	// Animated values
	FCDAnimatedList animatedValues;
	FCDAnimatedValueMap animatedValueMap;

	StringList postCmds;

public:
	/** Construct a new COLLADA document. */
	FCDocument();

	/** COLLADA document destructor. This clears out all the memory related to the document. */
	virtual ~FCDocument();

	/** Retrieves the asset information for this COLLADA document. The asset information should always be present.
		@return A pointer to the asset information structure. This pointer should never be NULL. */
	FCDAsset* GetAsset() { return asset; }
	const FCDAsset* GetAsset() const { return asset; }	/**< See above. */

	/** [INTERNAL] Retrieves the local file manager for the COLLADA document. Used to resolve URIs and transform file
		paths into their relative or absolute equivalent. May be deprecated in future versions.
		@return The file manager for this COLLADA document. This pointer should never be NULL. */
	FUFileManager* GetFileManager() { return fileManager; }
	const FUFileManager* GetFileManager() const { return fileManager; }	/**< See above. */

	/** Retrieves the currently selected visual scene.
		@return The currently selected visual scene structure. */
	FCDSceneNode* GetVisualSceneRoot() { return visualSceneRoot; }
	const FCDSceneNode* GetVisualSceneRoot() const { return visualSceneRoot; } /**< See above. */

	/** Retrieves the currently selected physics scene.
		@return The currently selected physics scene structure. */
	FCDPhysicsSceneNode* GetPhysicsSceneRoot() { return physicsSceneRoot; }
	const FCDPhysicsSceneNode* GetPhysicsSceneRoot() const { return physicsSceneRoot; } /**< See above. */

	/** @deprecated Retrieves a list of all the visual materials contained by the document.
		@return The materials contained by this document. */
	const FCDMaterialList& GetMaterialList();

	/** [INTERNAL] Retrieves the map of unique ids for this document.
		@return The map of unique ids for this document. */
	FUSUniqueStringMap* GetUniqueNameMap() { return uniqueNameMap; }
	const FUSUniqueStringMap* GetUniqueNameMap() const { return uniqueNameMap; } /**< See above. */

	/** @deprecated Retrieves the vector pre-determined by the document as the up-axis.
		This information is now contained within the asset structure. Please use GetAsset()->GetUpAxis().
		@return A 3D vector for the up axis direction. */
	const FMVector3& GetUpAxis() const;

	/** @deprecated Retrieves the length of 1 distance unit for this document, in meters. The default is 1.0,
		which means that the 1 unit in the document is equal to 1 meter. This information is 
		now contained within the asset structure. Please use GetAsset()->GetLengthUnit().
		@return The length of 1 distance unit for this document. */
	float GetLengthUnit() const;

	/** [INTERNAL] Retrieves the conversion factor between the requested distance unit
		and the document's distance unit.
		@return The distance unit conversion factor. */
	float GetLengthUnitConversion() const { return lengthUnitConversion; }

	/** Sets the wanted distance unit factor, in meters, for this document.
		For example, Maya uses centimeters internally and sets the wanted distance unit factor to 0.01.
		@param wantedLengthUnit The wanted distance unit, in meters. */
	inline void SetLengthUnitWanted(float wantedLengthUnit) { lengthUnitWanted = wantedLengthUnit; }

	/** Returns whether a start time is being enforced for the document.
		@return Whether the document has a start time. */
	bool HasStartTime() const { return hasStartTime; }
	/** Retrieves the start time set for the document.
		@return The document start time. */
	float GetStartTime() const { return startTime; }
	/** Enforces a certain time as the start time for the document.
		@param time The document start time. */
	void SetStartTime(float time) { startTime = time; hasStartTime = true; }

	/** Returns whether a end time is being enforced for the document.
		@return Whether the document has a end time. */
	bool HasEndTime() const { return hasEndTime; }
	/** Retrieves the end time set for the document.
		@return The document end time. */
	float GetEndTime() const { return endTime; }
	/** Enforces a certain time as the end time for the document.
		@param time The document end time. */
	void SetEndTime(float time) { endTime = time; hasEndTime = true; }

	/** Retrieves the list of entity layers.
		@return The list of entity layers. */
	FCDLayerList& GetLayers() { return layers; }
	const FCDLayerList& GetLayers() const { return layers; } /**< See above. */

	/** Retrieves the number of entity layers contained within the document.
		@return The number of layers. */
	size_t GetLayerCount() const { return layers.size(); }

	/** Retrieves a specific entity layer contained within the document.
		@param index The index of the layer.
		@return The entity layer. This pointer will be NULL if the index
			is out-of-bounds. */
	FCDLayer* GetLayer(size_t index) { FUAssert(index < GetLayerCount(), return NULL); return layers.at(index); }
	const FCDLayer* GetLayer(size_t index) const { FUAssert(index < GetLayerCount(), return NULL); return layers.at(index); }

	/** Adds an entity layer to the document.
		@return The new layer. */
	FCDLayer* AddLayer();

	/** Releases an entity layer from the document
		@param layer The layer to release. */
	void ReleaseLayer(FCDLayer* layer);

	/** Retrieves the animation library. The animation library contains the animation curves
		within a tree structure. To create and find animation curves, do not use the animation
		library directly: use the FCDAnimated class, the FindAnimatedValue() function and the
		RegisterAnimatedValue() function.
		@return The animation library. */
	FCDAnimationLibrary* GetAnimationLibrary() { return animationLibrary; }
	const FCDAnimationLibrary* GetAnimationLibrary() const { return animationLibrary; } /**< See above. */

	/** Retrieves the animation clip library. The animation clip library contains a list of animation clips.
		Each animation clip instantiates nodes from the animation library. Sections of the animation curves
		belonging to the instantiated animation nodes are thereby packaged together as animation clips.
		@return The animation clip library. */
	FCDAnimationClipLibrary* GetAnimationClipLibrary() { return animationClipLibrary; }
	const FCDAnimationClipLibrary* GetAnimationClipLibrary() const { return animationClipLibrary; } /**< See above. */

	/** Retrieves the camera library. The camera library contains a list of cameras, which may be
		instantiated within the scene graph. COLLADA supports two camera types: perspective and orthographic.
		@return The camera library. */
	FCDCameraLibrary* GetCameraLibrary() { return cameraLibrary; }
	const FCDCameraLibrary* GetCameraLibrary() const { return cameraLibrary; } /**< See above. */

	/** Retrieves the controller library. The controller library contains a list of controllers, which may
		be instantiated within the scene graph. COLLADA supports two controller types: skin and morph.
		@return The controller library. */
	FCDControllerLibrary* GetControllerLibrary() { return controllerLibrary; }
	const FCDControllerLibrary* GetControllerLibrary() const { return controllerLibrary; } /**< See above. */

	/** Retrieves the geometry library. The geometry library contains a list of basic geometries, which may
		be instantiated within the scene graph and may be used by controllers.
		COLLADA supports two geometry types: mesh and spline.
		@return The geometry library. */
	FCDGeometryLibrary* GetGeometryLibrary() { return geometryLibrary; }
	const FCDGeometryLibrary* GetGeometryLibrary() const { return geometryLibrary; } /**< See above. */

	/** Retrieves the image library. The image library contains a list of images. Images are used
		by effects for textures.
		@return The image library. */
	FCDImageLibrary* GetImageLibrary() { return imageLibrary; }
	const FCDImageLibrary* GetImageLibrary() const { return imageLibrary; } /**< See above. */

	/** Retrieves the light library. The light library contains a list of light, which may be
		instantiated within the scene graph. COLLADA supports four light types: ambient, directional,
		point and spot lights.
		@return The light library. */
	FCDLightLibrary* GetLightLibrary() { return lightLibrary; }
	const FCDLightLibrary* GetLightLibrary() const { return lightLibrary; } /**< See above. */

	/** Retrieves the visual material library. The visual material library contains a list of visual materials,
		which are bound to mesh polygons within the scene graph. A visual material instantiates an effect and
		presets the effect parameters for a given visual result.
		@return The visual material library. */
	FCDMaterialLibrary* GetMaterialLibrary() { return materialLibrary; }
	const FCDMaterialLibrary* GetMaterialLibrary() const { return materialLibrary; } /**< See above. */

	/** Retrieves the effect library. The effect library contains a list of effects, which may be instantiated
		by materials. An effect defines an interface for a rendering shader. A ColladaFX effect may contain multiple
		passes and techniques for different platforms or level of details.
		@return The effect library. */
	FCDMaterialLibrary* GetEffectLibrary() { return materialLibrary; } 
	const FCDMaterialLibrary* GetEffectLibrary() const { return materialLibrary; } /**< See above. */

	/** Retrieves the visual scene library. The visual scene library contains an acyclic directed graph of
		visual scene nodes: a visual scene node contains one or more parent nodes and zero or more child nodes.
		A visual scene node also contains 3D transformations: translation, rotation, scale, skew, as well as
		the compound transformations: lookAt and matrix. A visual scene node also contains instances of
		geometries, controllers, cameras and/or lights. Only one visual scene should be used at one time
		by the global scene.
		@return The visual scene library. */
	FCDVisualSceneNodeLibrary* GetVisualSceneLibrary() { return visualSceneLibrary; }
	const FCDVisualSceneNodeLibrary* GetVisualSceneLibrary() const { return visualSceneLibrary; } /**< See above. */

	/** Retrieves the physics model library. The physics model library contains a list of physics models.
		@return The physics model library. */
	FCDPhysicsModelLibrary* GetPhysicsModelLibrary() { return physicsModelLibrary; }
	const FCDPhysicsModelLibrary* GetPhysicsModelLibrary() const { return physicsModelLibrary; } /**< See above. */

	/** Retrieves the physics material library. The physics material library contains a list of physics material.
		@return The physics material library. */
	FCDPhysicsMaterialLibrary* GetPhysicsMaterialLibrary() { return physicsMaterialLibrary; }
	const FCDPhysicsMaterialLibrary* GetPhysicsMaterialLibrary() const { return physicsMaterialLibrary; } /**< See above. */

	/** Retrieves the physics scene library. The physics scene library contains an acyclic directed graph of
		physics scene nodes.
		@return The physics scene library. */
	FCDPhysicsSceneLibrary* GetPhysicsSceneLibrary() { return physicsSceneLibrary;}
	const FCDPhysicsSceneLibrary* GetPhysicsSceneLibrary() const { return physicsSceneLibrary;} /**< See above. */

	/** Insert a new visual scene within the visual scene library.
		The new visual scene will be used as the root visual scene.
		@return The newly created visual scene. */
	FCDSceneNode* AddVisualScene();

	/** Insert a new physics scene within the physics material library.
		The new physics scene will be used as the root physics scene.
		@return The newly created physics scene. */
	FCDPhysicsSceneNode* AddPhysicsScene();
	
	/** [INTERNAL] Retrieves all the animation channels which include a given target pointer.
		@param pointer A valid COLLADA target pointer. Example: "node01/translate.X".
		@param channels A list to be filled with the animation channels which target the given pointer.
			This list is not emptied by the function. If no animation channels are found, this list will be empty. */
	void FindAnimationChannels(const string& pointer, FCDAnimationChannelList& channels);

	/** [INTERNAL] Retrieves the array indices of animation channels which target the given XML node.
		@param targetArray A XML node that contains an array of animatable values.
		@param animatedIndices A list to be filled with the array indices of the animation channels
			which target the given XML node. If no animation channel indices are found, this list will be empty. */
	void FindAnimationChannelsArrayIndices(xmlNode* targetArray, Int32List& animatedIndices);

	/** Retrieves the animation tree node that matches the given COLLADA id.
		@param daeId A valid COLLADA id.
		@return The animation tree node. This pointer will be NULL if
			no matching animation tree node was found. */
	FCDAnimation* FindAnimation(const string& daeId);

	/** Retrieves the animation clip that matches the given COLLADA id.
		@param daeId A valid COLLADA id.
		@return The animation clip. This pointer will be NULL if
			no matching animation clip was found. */
	FCDAnimationClip* FindAnimationClip(const string& daeId);

	/** Retrieves the camera that matches the given COLLADA id.
		@param daeId A valid COLLADA id.
		@return The camera. This pointer will be NULL if no matching camera was found. */
	FCDCamera* FindCamera(const string& daeId);

	/** Retrieves the controller that matches the given COLLADA id.
		@param daeId A valid COLLADA id.
		@return The controller. This pointer will be NULL if no matching controller was found. */
	FCDController* FindController(const string& daeId);

	/** Retrieves the effect that matches the given COLLADA id.
		@param daeId A valid COLLADA id.
		@return The effect. This pointer will be NULL if no matching effect was found. */
	FCDEffect* FindEffect(const string& daeId);

	/** Retrieves the geometry that matches the given COLLADA id.
		@param daeId A valid COLLADA id.
		@return The geometry. This pointer will be NULL if no matching geometry was found. */
	FCDGeometry* FindGeometry(const string& daeId);

	/** Retrieves the image that matches the given COLLADA id.
		@param daeId A valid COLLADA id.
		@return The image. This pointer will be NULL if no matching image was found. */
	FCDImage* FindImage(const string& daeId);

	/** Retrieves the light that matches the given COLLADA id.
		@param daeId A valid COLLADA id.
		@return The light. This pointer will be NULL if no matching light was found. */
	FCDLight* FindLight(const string& daeId);

	/** Retrieves the visual material that matches the given COLLADA id.
		@param daeId A valid COLLADA id.
		@return The visual material. This pointer will be NULL if no matching visual material was found. */
	FCDMaterial* FindMaterial(const string& daeId);

	/** @deprecated Retrieves the texture that matches the given COLLADA id.
		@param daeId A valid COLLADA id.
		@return The texture. This pointer will be NULL if no matching texture was found. */
	FCDTexture* FindTexture(const string& daeId);

	/** Retrieves the visual scene that matches the given COLLADA id.
		@param daeId A valid COLLADA id.
		@return The visual scene. This pointer will be NULL if no matching visual scene was found. */
	FCDSceneNode* FindVisualScene(const string& daeId);

	/** Retrieves the physics scene that matches the given COLLADA id.
		@param daeId A valid COLLADA id.
		@return The physics scene. This pointer will be NULL if no matching physics scene was found. */
	FCDPhysicsSceneNode* FindPhysicsScene(const string& daeId);

	/** Retrieves the physics material that matches the given COLLADA id.
		@param daeId A valid COLLADA id.
		@return The physics material. This pointer will be NULL if no matching physics material was found. */
	FCDPhysicsMaterial* FindPhysicsMaterial(const string& daeId);

	/** Retrieves the physics model that matches the given COLLADA id.
		@param daeId A valid COLLADA id.
		@return The physics model. This pointer will be NULL if no matching physics model was found. */
	FCDPhysicsModel* FindPhysicsModel(const string& daeId);

	/** Retrieves the visual scene node that matches the given COLLADA id. 
		This method searches through all the visual scenes within the visual scene library and
		their child visual scene nodes to find the correct visual scene node.
		@param daeId A valid COLLADA id.
		@return The visual scene node. This pointer will be NULL if no matching visual scene node was found. */
	FCDSceneNode* FindSceneNode(const string& daeId);

	/** [INTERNAL] Registers an animated value with the document. All animated values are
		listed within the document.
		@param animated The new animated value to list within the document. */
	void RegisterAnimatedValue(FCDAnimated* animated);

	/** [INTERNAL] Unregisters an animated value of the document. All animated values are
		listed within the document. This function must be called before deleting an animated value.
		@param animated The animated value to un-list from the document. */
	void UnregisterAnimatedValue(FCDAnimated* animated);

	/** [INTERNAL] Links the given animated value as a possible driver to other animated value(s). This step is 
		done during the import, after new animated values are imported. The whole list of animated values is checked
		for potential driven values.
		@param animated The animated value to verify.
		@return Whether a driver was found. */
	bool LinkDriver(FCDAnimated* animated);

	/** Retrieves an animated value given an animatable value.
		@param ptr A pointer to an animatable value contained within the document.
		@return The animated value. This pointer will NULL if no matching animated value was found. */
	FCDAnimated* FindAnimatedValue(float* ptr);
	const FCDAnimated* FindAnimatedValue(const float* ptr) const; /**< See above. */

	/** [INTERNAL] Retrieves an animated value given a COLLADA target pointer. Used during the resolving of drivers/driven
		animated values.
		@param fullyQualifiedTarget A valid COLLADA target pointer.
		@return A pointer to the animatable value. */
	const float* FindAnimatedTarget(const string& fullyQualifiedTarget);

	/** @deprecated Retrieves an animated value associated with a shader attribute, given the id of the material.
		Do not use this function. Instead, find the material/effect within its library,
		find the parameter and use the FindAnimatedValue function on its animatable value(s).
		@param shader A valid material id.
		@param attribute A valid attribute sub-id.
		@return The animated value. This pointer will be NULL if no matching animated value was found. */
	const FCDAnimated* FindNamedAnimated(const string& shader, const string& attribute) const;

	/** Retrieves whether a given animatable value is animated.
		@param ptr The animatable value.
		@return Whether the animatable value is animated. */
	bool IsValueAnimated(const float* ptr) const;

	/** Loads a COLLADA file into this document object. This function appends into the document object all
		the COLLADA assets found within the file identified by the given filename.
		@param filename An OS-dependant filename.
		@return The status of the import. If the status is not successful, it may be dangerous to
			extract information from the document. */
	FUStatus LoadFromFile(const fstring& filename);

	/** Loads a COLLADA string into this document object. This function appends into the document object all
		the COLLADA assets found within the given string. The string should be in XML format.
		@param basePath The base file path for this import. Used when transforming the relative filenames
			found within the COLLADA string into absolute and OS-dependent filenames.
		@param text The COLLADA string.
		@return The status of the import. If the status is not successful, it may be dangerous to
			extract information from the document. */
	FUStatus LoadFromText(const fstring& basePath, const fchar* text);

	/** [INTERNAL] Reads the full document information from the given XML node tree. This step is done after
		a successfull import, by LibXML2, of the COLLADA string/file into a full XML node tree.
		@param colladaNode The base XML node tree to parse.
		@return The status of the import. If the status is not successful, it may be dangerous to
			extract information from the document. */
	FUStatus LoadDocumentFromXML(xmlNode* colladaNode);

	/** Writes the document out to a file identified by its OS-dependent filename. This function is done
		in two steps. First, the document is fully translated into a XML node tree. Then, the XML node tree
		is written to a file by LibXML2.
		@param filename The OS-dependent filename.
		@return The status of the import. If the status is not successful, it may be dangerous to
			extract information from the document. */
	FUStatus WriteToFile(const fstring& filename) const;

	/** [INTERNAL] Writes out the document to a XML node tree. This is the first step of the document
		export. This function traverses the full COLLADA document, writing all the entities into
		the given XML node tree.
		@param colladaNode The base XML node tree to write to.
		@return The status of the import. If the status is not successful, it may be dangerous to
			extract information from the document. */
	FUStatus WriteDocumentToXML(xmlNode* colladaNode) const;

	/** [INTERNAL] Writes out the animation curves contained within an animated value to the given XML node tree.
		@param value An animatable value.
		@param valueNode The XML node associated with the animatable value. This XML node is used to generate a
			valid COLLADA target pointer.
		@param wantedSid The sub-id for the animatable value. If the animatable value is animated, this sub-id
			will be added as an attribute to the XML node. If another node, within the sid range already uses this sub-id,
			a unique sub-id will be generated using the wanted sub-id as a base.
		@param arrayElement The array index for this animatable value. Defaults to -1, which implies that the
			animatable value does not belong to an array. */
	void WriteAnimatedValueToXML(const float* value, xmlNode* valueNode, const char* wantedSid, int32 arrayElement = -1) const;

	/** @deprecated Retrieves a list of post-processing commands.
		@return The list of post-processing commands. */
	const StringList& GetPostProcessCmds() const { return postCmds; }
	
	/** @deprecated Retrieves the list of the animated values defined within the document.
		Do not use this function: use FindAnimatedValue() instead.
		@return The list of animated values defined within the document. */
	const FCDAnimatedList& getAnimatedValues() { return animatedValues; }
};

#endif //_FC_DOCUMENT_H_