{

public:

inline CReplayScreenshot( int nWidth = 0, int nHeight = 0, const char *pBaseFilename = NULL )

: m_nWidth( nWidth ), m_nHeight( nHeight )

{

if ( pBaseFilename )

{

V_strncpy( m_szBaseFilename, pBaseFilename, sizeof( m_szBaseFilename ) );

}

}

virtual bool Read( KeyValues *pIn );

virtual void Write( KeyValues *pOut );

virtual const char *GetSubKeyTitle() const;

virtual const char *GetPath() const;

int m_nWidth; // Screenshot width (does not include power-of-2 padding)

int m_nHeight; // Screenshot height (does not include power-of-2 padding)

char m_szBaseFilename[ MAX_OSPATH ];

{

float m_flDelay; // Delay from now (in seconds) when we will take the screenshot

int m_nEntity; // Should be 0 if no camera adjustment is needed, otherwise should be the index of the entity index from which m_posCamera will be based

Vector m_posCamera; // Local position, relative to entity's index (if m_nEntity > 0) for camera position

QAngle m_angCamera; // World angles of camera - used if m_bUseCameraAngles is true

bool m_bUseCameraAngles; // Should we use m_angCamera - m_nEntity can't be 0

bool m_bIgnoreMinTimeBetweenScreenshots; // Force screenshot, regardless of replay_mintimebetweenscreenshots?

bool m_bPrimary; // Only set to true for the primary screenshot, which is taken when the user saves their replay

{

const char *m_pFilename;

int m_nWidth;

int m_nHeight;

Vector *m_pOrigin; // Perspective origin from which to render. Can be NULL

QAngle *m_pAngles; // Perspective angles from which to render. Can be NULL