#include "steam/fixture/segmentation.hpp"

Description

For the purpose of building and rendering, the fixture (for each timeline) is partitioned such that each segment is structurally constant. The Segmentation defines and maintains this partitioning.

Furthermore, it is the general entry point for accessing the correct part of the engine responsible for a given timeline time point.

See also: SegmentationTool actually calculating the Segmentation

Todo:

1/2012 Just a Placeholder. The real thing is not yet implemented.

4/2023 now about to bootstrap into the implementation structure step by step (WIP)

See also: https://lumiera.org/wiki/renderengine.html#Fixture

Definition at line 84 of file segmentation.hpp.

Public Member Functions
virtual	~Segmentation ()
	this is an interface

auto	eachSeg () const
	< More...

Segment const &	operator[] (TimeValue time) const

size_t	size () const

Segment const &	splitSplice (OptTime start, OptTime after, engine::ExitNodes &&modelLink=ExitNodes{})
	rework the existing Segmentation to include a new Segment as specified More...

Protected Member Functions
void	adaptSpecification (std::function< NodeGraphAttachment(NodeGraphAttachment const &)> rewrite)

Private Attributes
list< Segment >	segments_
	segments of the engine in ordered sequence. More...

Additional Inherited Members
Private Member Functions inherited from NonCopyable
	NonCopyable (NonCopyable const &)=delete

NonCopyable &	operator= (NonCopyable const &)=delete

Member Function Documentation

◆ eachSeg()

auto eachSeg ( ) const

inline

<

Returns: iterator to enumerate each segment in ascending time order

Definition at line 114 of file segmentation.hpp.

References Segmentation::splitSplice().

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◆ splitSplice()

Segment const & splitSplice	(	OptTime	start,
		OptTime	after,
		engine::ExitNodes &&	modelLink = `ExitNodes{}`
	)

rework the existing Segmentation to include a new Segment as specified

Parameters

start	(optional) definition of the new Segment's start point (inclusive)
after	(optional) definition of the end point (exclusive)
jobTicket	specification of provided render functionality for the new Segment

Remarks

missing definitions will be derived or interpolated according to context

if start point is omitted, the new Segment will start seamlessly after any preceding Segment's end, in case this preceding Segment ends earlier
otherwise the preceding Segment's start point will be used, thereby effectively replacing and expanding or trimming or inserting into the preceding Segment
similar for the end point: if the definition is omitted, the new Segment will cover the time range until the next Segmen's start
if upper/lower boundaries can not be established, the covered range will be expanded from Time::ANYTIME up to Time::NEVER, taking into account the current context
after start and end point have been established by the above rules, the actual splicing operation will be determined; either an existing Segment is replaced altogether, or it is trimmed to fit, or the new Segment is inserted, thereby creating a second (copied) part of the encompassing old Segment.
in case the JobTicket is omitted, the new Segment will be marked as passive and any job created from such a Segment will then be a »NOP-job«

See also: SplitSplice_test

Definition at line 77 of file segmentation.cpp.

Referenced by Segmentation::eachSeg().

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◆ adaptSpecification()

void adaptSpecification ( std::function< NodeGraphAttachment(NodeGraphAttachment const &)> rewrite )

inlineprotected

rewrite the NodeGraphAttachment in each Segment

Definition at line 128 of file segmentation.hpp.

Referenced by MockSegmentation::duplicateExitNodeSpec().

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Member Data Documentation

◆ segments_

list<Segment> segments_

private

segments of the engine in ordered sequence.

Definition at line 88 of file segmentation.hpp.

Inheritance diagram for Segmentation:

Collaboration diagram for Segmentation:

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

Description

Public Member Functions

Protected Member Functions