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csVirtualClock Class Reference This is an implementation of a virtual clock. More... #include <virtclk.h> Inheritance diagram for csVirtualClock: List of all members. Public Methods   csVirtualClock () virtual  ~csVirtualClock () virtual void  Advance ()   Advance the engine's virtual-time clock. virtual void  Suspend ()   Suspend the engine's virtual-time clock.<. More... virtual void  Resume ()   Resume the engine's virtual-time clock.<. More... virtual csTicks  GetElapsedTicks () const   Query the time elapsed between the two most recent invocations of Advance(). virtual csTicks  GetCurrentTicks () const   Returns the absolute time of the last call to Advance(). Public Attributes   SCF_DECLARE_IBASE Detailed Description This is an implementation of a virtual clock. Using this clock you can easily keep track of elapsed and current time in a virtual setting. Member Function Documentation void csVirtualClock::Resume ( ) [inline, virtual]   Resume the engine's virtual-time clock.<. p> Call this function when the client application begins invoking Advance() again after extended down-time. This function is the complement of SuspendVirtualTimeClock(). Reimplemented from iVirtualClock. void csVirtualClock::Suspend ( ) [inline, virtual]   Suspend the engine's virtual-time clock.<. p> Call this function when the client application will fail to call Advance() for an extended period of time. Suspending the virtual-time clock prevents a temporal anomaly from occurring the next time GetElapsedTicks() is called after the application resumes invoking Advance(). Reimplemented from iVirtualClock. The documentation for this class was generated from the following file: csutil/virtclk.h Generated for Crystal Space by doxygen 1.2.5 written by Dimitri van Heesch, ©1997-2000