#pragma once #include "Helpers.h" namespace Core { #define NULL_PRIME_NAME "ERROR_NAME" #define NULL_PRIME_TYPE "ERROR_TYPE" #define NULL_PARENT_NAME "NO_PARENT" #define ROOT_PARENT_NAME "ROOT_PARENT" //using for disable subscribe class CoreExport SubscribeParams : virtual public Params { public: /*! name of parent essence */ string parent; /*! if true, child receives parent's position */ bool position; /*! if true, child receives parent's orientation */ bool orientation; NEW_PARAMS(SubscribeParams) { REG_PARAMETER(parent, NULL_PARENT_NAME) REG_PARAMETER(position, true) REG_PARAMETER(orientation, true) } }; class CoreExport PrimeParams : virtual public Params { public: /*! self name */ string name; /*! self pantronymic */ string pantronymic; /*! self type */ string type; /*! self position */ vector3 position; /*! self orientation */ quaternion orientation; /*! true, if essence is dynamic */ bool dynamic; /*! parent name, auto-subscribe at creation time, must be in location before */ SubscribeParams subscribe_params; NEW_PARAMS(PrimeParams) { REG_PARAMETER(name,NULL_PRIME_NAME) REG_PARAMETER(pantronymic, NULL_STRING) REG_PARAMETER(type,NULL_PRIME_TYPE) REG_PARAMETER(position,vector3(0,0,0)) REG_PARAMETER(orientation, quaternion(1,0,0,0)) REG_PARAMETER(dynamic, true) REG_PARAMETER(subscribe_params) } }; class CoreExport Prime : public ScriptRef { public: /*! level of name*/ enum PrimeNameLevel { PNL_FULL, //FIRSTNAME + PANTRONYMIC PNL_FIRSTNAME, PNL_PANTRONYMIC }; /*! constructor */ Prime(PrimeParams*); /*! destructor */ virtual ~Prime(); /*! returns FULL name */ const string& getName(); /*! returns name by level */ const string& getName(PrimeNameLevel level); /*! returns parent name */ const string& getParentName(); /*! returns type */ const string& getType(); /*! return current params */ PrimeParams* getParams(); /*! write full params string to log */ void logParams(); /*! simply update */ virtual void update(float); /*! returns true if dynamic */ bool isDynamic(); /*! subscribe to essence (subscribe params in string) */ void subscribe(const string& params); /*! subscribe to essence (subscribe params separated) */ void subscribe(Prime* pr, bool position = true, bool orientation = true); /*! unsubscribe and clear offset */ void unsubscribe(); /*! returns true if subscribed */ bool isSubscribed(); /*! unsubscribe from existing parent and re-subscribe to location by position */ void resubscribeToLocation(); /*! prime vector define */ typedef std::vector<Prime*> essence_vector; /*! return childs list */ essence_vector getChilds(); /*! sets position */ virtual void setPosition(const vector3&); /*! return current position */ virtual const vector3& getPosition(); /*! sets orientation */ virtual void setOrientation(const quaternion&); /*! return current orientation */ virtual const quaternion& getOrientation(); /*! sets offset position (using only if object is subscribed) */ void setOffsetPosition(const vector3&); /*! return offset position (using only if object is subscribed) */ const vector3& getOffsetPosition(); /*! sets offset orientation (using only if object is subscribed) */ void setOffsetOrientation(const quaternion&); /*! return offset orientation (using only if object is subscribed) */ const quaternion& getOffsetOrientation(); /*! sets global offset orientation (using only if object is subscribed) */ void setGlobalOffsetOrientation(const quaternion&); /*! return global offset orientation (using only if object is subscribed) */ const quaternion& getGlobalOffsetOrientation(); /*! register essence in script, for taking effect function must be overloaded in derived essence, this function calls automatically with essence registration */ static void registerInScript(); protected: /*! self name */ string mName; /*! all params - using for creating\saving\loading */ PrimeParams* mParams; /*! parent (if it is subscribed) */ Prime* mParent; /*! offset parent position */ vector3 offset_position; /*! offset parent orientation */ quaternion offset_orientation; /*! offset global orientation */ quaternion offset_global_orientation; /*! recalculate offset position\orientation (using only if object is subscribed) */ void recalculateOffset(vector3 self_pos, quaternion self_ori); private: /*! add child */ void addChild(Prime*); /*! remove child */ void removeChild(Prime*); /*! childs */ essence_vector mChilds; }; typedef Prime* (*createEssenceFunc)(const string&); template <typename E,typename P> Prime* createEssenceCreationFunc(const string& str) { return new E(new P(str)); }; };//namespace Core

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