VideoStream ActionScript object. More...

#include <Video.h>

Inheritance diagram for gnash::Video:

Public Member Functions
	Video (as_object object, const SWF::DefineVideoStreamTag def, DisplayObject *parent)
	~Video ()
virtual bool	pointInShape (boost::int32_t x, boost::int32_t y) const
	Return true if the given point falls in this DisplayObject's shape.
virtual SWFRect	getBounds () const
virtual void	construct (as_object *init=0)
	Register this video instance as a live DisplayObject.
virtual void	display (Renderer &renderer, const Transform &xform)
	Render the DisplayObject.
void	add_invalidated_bounds (InvalidatedRanges &ranges, bool force)
	Add the DisplayObject's invalidated bounds to the given ranges list.
void	setStream (NetStream_as *ns)
	Set the input stream for this video.
void	clear ()
int	height () const
	Get the height of the video.
int	width () const
	Get the width of the video.
bool	smoothing () const
	Whether this Video object should request smoothing when scaled.
void	setSmoothing (bool b)
	Set whether smoothing is required.
Protected Member Functions
virtual void	markOwnResources () const
	Mark video-specific reachable resources.

Detailed Description

VideoStream ActionScript object.

A VideoStream provides audio/video frames either embedded into the SWF itself or loaded from the network using an associated NetStream object.

Constructor & Destructor Documentation

gnash::Video::Video	(	as_object *	object,
		const SWF::DefineVideoStreamTag *	def,
		DisplayObject *	parent
	)

References _, assert, gnash::media::MediaHandler::createVideoDecoder(), gnash::key::e, gnash::getRunResources(), LOG_ONCE, and gnash::RunResources::mediaHandler().

gnash::Video::~Video ( )

Member Function Documentation

void gnash::Video::add_invalidated_bounds	(	InvalidatedRanges &	ranges,
		bool	force
	)		`[virtual]`

Add the DisplayObject's invalidated bounds *to* the given ranges list.

NOTE that this method should include the bounds that it covered the last time clear_invalidated() was called, as those need to be rerendered as well (to clear the region previously occupied by this DisplayObject).

That's why it returns the *union* of old_invalidated_ranges and the current bounds. The function is also used internally by set_invalidated() to update m_old_invalidated_ranges itself (you may notice some kind of circular reference), but that's no problem since old_invalidated_ranges is NULL during that call.

It is used to determine what area needs to be re-rendered. The coordinates are world coordinates (in TWIPS). Only instances with _invalidated flag set are checked unless force is set.

Reimplemented from gnash::DisplayObject.

References gnash::geometry::SnappingRanges2d< T >::add(), assert, gnash::SWFRect::expand_to_transformed_rect(), gnash::SWFRect::getRange(), gnash::getWorldMatrix(), gnash::DisplayObject::invalidated(), and gnash::DisplayObject::m_old_invalidated_ranges.

void gnash::Video::clear ( )

References gnash::PlayHead::PLAY_PAUSED, gnash::NetStream_as::playbackState(), and gnash::DisplayObject::set_invalidated().

void gnash::Video::construct ( as_object * init = 0 ) [virtual]

Register this video instance as a live DisplayObject.

Reimplemented from gnash::DisplayObject.

References gnash::DisplayObject::saveOriginalTarget().

void gnash::Video::display	(	Renderer &	renderer,
		const Transform &	xform
	)		`[virtual]`

Render the DisplayObject.

All DisplayObjects must have a display() function.

Implements gnash::DisplayObject.

References assert, gnash::DisplayObject::clear_invalidated(), gnash::Renderer::drawVideoFrame(), and gnash::DisplayObject::transform().

SWFRect gnash::Video::getBounds ( ) const [virtual]

Implements gnash::DisplayObject.

int gnash::Video::height ( ) const

Get the height of the video.

The method depends on whether it is an embedded or a live stream. This returns 0 until the height is known, which for FLV streams is only after decoding. The value may possibly vary during playback.

References gnash::NetStream_as::videoHeight().

void gnash::Video::markOwnResources ( ) const [protected, virtual]

Mark video-specific reachable resources.

video-specific reachable resources are:

Associated NetStream if any (_ns)

Reimplemented from gnash::DisplayObject.

References gnash::ActiveRelay::setReachable().

virtual bool gnash::Video::pointInShape	(	boost::int32_t	x,
		boost::int32_t	y
	)		const `[inline, virtual]`

Return true if the given point falls in this DisplayObject's shape.

Parameters:

x	Point x coordinate in world space
y	Point y coordinate in world space

Returns:: Whether (x, y) is within the DisplayObject's bounds.

Implements gnash::DisplayObject.

References gnash::DisplayObject::pointInBounds().

void gnash::Video::setSmoothing ( bool b ) [inline]

Set whether smoothing is required.

References gnash::key::b.

void gnash::Video::setStream ( NetStream_as * ns )

Set the input stream for this video.

References gnash::NetStream_as::setInvalidatedVideo().

bool gnash::Video::smoothing ( ) const [inline]

Whether this Video object should request smoothing when scaled.

int gnash::Video::width ( ) const

Get the width of the video.

The method depends on whether it is an embedded or a live stream. This returns 0 until the height is known, which for FLV streams is only after decoding. The value may possibly vary during playback.

References gnash::NetStream_as::videoWidth().

The documentation for this class was generated from the following files:

Public Member Functions

Protected Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation