[aaf-commits] AAF/Utilities/AAFAnalyzer/Doc/UpdateSept2007/dot AAFContainWithRefEdges.dot, NONE, 1.1 AAFContainment.dot, NONE, 1.1 AAFContainment_OperationGroup.dot, NONE, 1.1 DerivationChainAsImplemented.dot, NONE, 1.1 DerivationChainStateLegend.doc, NONE, 1.1 ReferenceTraversal.dot, NONE, 1.1

[James P. T. <jpt...@us...>]

Update of /cvsroot/aaf/AAF/Utilities/AAFAnalyzer/Doc/UpdateSept2007/dot
In directory sc8-pr-cvs11.sourceforge.net:/tmp/cvs-serv12146/UpdateSept2007/dot

Added Files:
	AAFContainWithRefEdges.dot AAFContainment.dot 
	AAFContainment_OperationGroup.dot 
	DerivationChainAsImplemented.dot 
	DerivationChainStateLegend.doc ReferenceTraversal.dot 
Log Message:
Add new documentation files.

--- NEW FILE: ReferenceTraversal.dot ---
digraph G {

# Basic containment graph

Header -> ContentStorage
ContentStorage -> TopLevelComposition
ContentStorage -> SubComposition
ContentStorage -> Master
ContentStorage -> FileSource
ContentStorage -> TapeSource

# Cluster the mobs so that they appear in a single horizontal line and
# add (invisible) edges to cause them to be ordered left to right as
# desired.
subgraph cluster_mobs {
  color=white

  {rank=same
  TopLevelComposition
  SubComposition
  Master
  FileSource
  TapeSource}

  TopLevelComposition->SubComposition->Master->FileSource->TapeSource [color=white]
}

# Label nodes to normalize naming.
Slot_1 [label=Slot]
Slot_2 [label=Slot]
Slot_4 [label=Slot]
Slot_5 [label=Slot]
Slot_6 [label=Slot]
Slot_7 [label=Slot]
Slot_8 [label=Slot]
Slot_9 [label=Slot]

SourceClip_1 [label=SourceClip]
SourceClip_2 [label=SourceClip]
SourceClip_3 [label=SourceClip]
SourceClip_4 [label=SourceClip]
SourceClip_5 [label=SourceClip]
SourceClip_6 [label=SourceClip]
SourceClip_7 [label=SourceClip]
SourceClip_8 [label=SourceClip]
SourceClip_9 [label=SourceClip]
SourceClip_10 [label=SourceClip]

SubOperationGroup [label=OperationGroup]
SubSequence [label=Sequence]

TopLevelComposition -> Slot_1 [style="setlinewidth(4)"]
SubComposition -> Slot_2
Master -> Slot_4
Master -> Slot_5
FileSource -> Slot_6
FileSource -> Slot_7
TapeSource -> Slot_8
TapeSource -> Slot_9

Slot_1 -> Sequence [style="setlinewidth(4)"]
Sequence -> OperationGroup [style="setlinewidth(4)"]
OperationGroup -> SourceClip_2 [style="setlinewidth(4)"]
OperationGroup -> SourceClip_1 [style="setlinewidth(4)"]

Slot_2 -> SubSequence
SubSequence -> SubOperationGroup [style="setlinewidth(4)"]
SubSequence -> SourceClip_4 [style="setlinewidth(4)"]
SubOperationGroup -> SourceClip_3 [style="setlinewidth(4)"]

Slot_4 -> SourceClip_5
Slot_5 -> SourceClip_6
Slot_6 -> SourceClip_7
Slot_7 -> SourceClip_8
Slot_8 -> SourceClip_9
Slot_9 -> SourceClip_10

# All the reference edges below are "setlinewidth(4)"
edge [style="setlinewidth(4)"]

edge [color=red]
SourceClip_2 -> SubComposition
SubComposition -> Slot_2
Slot_2 -> SubSequence;


edge [color=green]
SourceClip_3 -> Master
Master -> Slot_4
Slot_4 -> SourceClip_5;


edge [color=blue]
SourceClip_5 -> FileSource
FileSource -> Slot_6
Slot_6 -> SourceClip_7;


edge [color=purple]
SourceClip_7 -> TapeSource
TapeSource -> Slot_8
Slot_8 -> SourceClip_9;

# Make the traversed nodes filled
TopLevelComposition [style="filled" fillcolor=azure2]
Slot_1
Sequence
OperationGroup
SourceClip_1 [style="filled" fillcolor=azure2]
SourceClip_2 [style="filled" fillcolor=azure2]
SubComposition [style="filled" fillcolor=azure2]
Slot_2
SubSequence
SubOperationGroup
SourceClip_3 [style="filled" fillcolor=azure2]
SourceClip_4 [style="filled" fillcolor=azure2]
Master [style="filled" fillcolor=azure2]
Slot_4
SourceClip_5 [style="filled" fillcolor=azure2]
FileSource [style="filled" fillcolor=azure2]
Slot_6
SourceClip_7 [style="filled" fillcolor=azure2]
TapeSource [style="filled" fillcolor=azure2]
Slot_8
SourceClip_9 [style="filled" fillcolor=azure2]


}
--- NEW FILE: AAFContainWithRefEdges.dot ---
digraph G {

# Basic containment graph

Header -> ContentStorage
ContentStorage -> TopLevelComposition
ContentStorage -> SubComposition
ContentStorage -> Master
ContentStorage -> FileSource
ContentStorage -> TapeSource

# Cluster the mobs so that they appear in a single horizontal line and
# add (invisible) edges to cause them to be ordered left to right as
# desired.
subgraph cluster_mobs {
  color=white

  {rank=same
  TopLevelComposition
  SubComposition
  Master
  FileSource
  TapeSource}

  TopLevelComposition->SubComposition->Master->FileSource->TapeSource [color=white]
}

# Label nodes to normalize naming.
Slot_1 [label=Slot]
Slot_2 [label=Slot]
Slot_4 [label=Slot]
Slot_5 [label=Slot]
Slot_6 [label=Slot]
Slot_7 [label=Slot]
Slot_8 [label=Slot]
Slot_9 [label=Slot]

SourceClip_1 [label=SourceClip]
SourceClip_2 [label=SourceClip]
SourceClip_3 [label=SourceClip]
SourceClip_5 [label=SourceClip]
SourceClip_6 [label=SourceClip]
SourceClip_7 [label=SourceClip]
SourceClip_8 [label=SourceClip]
SourceClip_9 [label=SourceClip]
SourceClip_10 [label=SourceClip]

SubOperationGroup [label=OperationGroup]
SubSequence [label=Sequence]

TopLevelComposition -> Slot_1
SubComposition -> Slot_2
Master -> Slot_4
Master -> Slot_5
FileSource -> Slot_6
FileSource -> Slot_7
TapeSource -> Slot_8
TapeSource -> Slot_9

Slot_1 -> Sequence
Sequence -> OperationGroup
OperationGroup -> SourceClip_2
OperationGroup -> SourceClip_1

Slot_2 -> SubSequence
SubSequence -> SubOperationGroup
SubOperationGroup -> SourceClip_3

Slot_4 -> SourceClip_5
Slot_5 -> SourceClip_6
Slot_6 -> SourceClip_7
Slot_7 -> SourceClip_8
Slot_8 -> SourceClip_9
Slot_9 -> SourceClip_10

edge [color=red]
SourceClip_2 -> SubComposition
SubComposition -> Slot_2
Slot_2 -> SubSequence;


edge [color=green]
SourceClip_3 -> Master
Master -> Slot_4
Slot_4 -> SourceClip_5;


edge [color=blue]
SourceClip_5 -> FileSource
FileSource -> Slot_6
Slot_6 -> SourceClip_7;


edge [color=purple]
SourceClip_7 -> TapeSource
TapeSource -> Slot_8
Slot_8 -> SourceClip_9;

}
--- NEW FILE: DerivationChainStateLegend.doc ---
(This appears to be a binary file; contents omitted.)

--- NEW FILE: DerivationChainAsImplemented.dot ---
digraph G {

concentrate=true

start -> TopLevelComp

TopLevelComp -> LowLevelComp
TopLevelComp -> SubClipComp
TopLevelComp -> AdjustedClipComp
TopLevelComp -> TemplateClip
TopLevelComp -> Clip

LowLevelComp -> LowLevelComp
LowLevelComp -> SubClipComp
LowLevelComp -> AdjustedClipComp
LowLevelComp -> TemplateClip
LowLevelComp -> Clip

SubClipComp -> AdjustedClipComp
SubClipComp -> TemplateClip
SubClipComp -> Clip

AdjustedClipComp -> TemplateClip
AdjustedClipComp -> Clip

TemplateClip -> eoc0
eoc0 -> end0

Clip -> FileSource
Clip -> ImportSource
Clip -> TapeSource
Clip -> FilmSource
Clip -> oof1
oof1 -> end1

FileSource -> FileSource
FileSource -> RecordingSource
FileSource -> ImportSource
FileSource -> TapeSource
FileSource -> FilmSource
FileSource -> eoc5
FileSource -> oof5
eoc5 -> end5
oof5 -> end5

RecordingSource -> eoc2
eoc2 -> end2

ImportSource -> TapeSource
ImportSource -> FilmSource
ImportSource -> oof3
ImportSource -> eoc3
oof3 -> end3
eoc3 -> end3

TapeSource -> FilmSource
TapeSource -> oof4
TapeSource -> eoc4
oof4 -> end4
eoc4 -> end4

FilmSource -> eoc6
eoc6 -> end6

start [shape=circle label="" fillcolor=black style=filled height=.2 fixedsize=true]
end0 [shape=doublecircle label="" fillcolor=black style=filled height=.2 fixedsize=true]
end1 [shape=doublecircle label="" fillcolor=black style=filled height=.2 fixedsize=true]
end2 [shape=doublecircle label="" fillcolor=black style=filled height=.2 fixedsize=true]
end3 [shape=doublecircle label="" fillcolor=black style=filled height=.2 fixedsize=true]
end4 [shape=doublecircle label="" fillcolor=black style=filled height=.2 fixedsize=true]
end5 [shape=doublecircle label="" fillcolor=black style=filled height=.2 fixedsize=true]
end6 [shape=doublecircle label="" fillcolor=black style=filled height=.2 fixedsize=true]

eoc0 [shape=circle fontsize=12 label="EOC" height=.5 fixedsize=true]
eoc2 [shape=circle fontsize=12 label="EOC" height=.5 fixedsize=true]
eoc3 [shape=circle fontsize=12 label="EOC" height=.5 fixedsize=true]
eoc4 [shape=circle fontsize=12 label="EOC" height=.5 fixedsize=true]
eoc5 [shape=circle fontsize=12 label="EOC" height=.5 fixedsize=true]
eoc6 [shape=circle fontsize=12 label="EOC" height=.5 fixedsize=true]

oof1 [shape=circle fontsize=12 label="OOF" height=.5 fixedsize=true]
oof3 [shape=circle fontsize=12 label="OOF" height=.5 fixedsize=true]
oof4 [shape=circle fontsize=12 label="OOF" height=.5 fixedsize=true]
oof5 [shape=circle fontsize=12 label="OOF" height=.5 fixedsize=true]

}
--- NEW FILE: AAFContainment_OperationGroup.dot ---
digraph G {

# Basic containment graph

Header -> ContentStorage
ContentStorage -> TopLevelComposition
ContentStorage -> SubComposition
ContentStorage -> Master
ContentStorage -> FileSource
ContentStorage -> TapeSource

# Cluster the mobs so that they appear in a single horizontal line and
# add (invisible) edges to cause them to be ordered left to right as
# desired.
subgraph cluster_mobs {
  color=white

  {rank=same
  TopLevelComposition
  SubComposition
  Master
  FileSource
  TapeSource}

  TopLevelComposition->SubComposition->Master->FileSource->TapeSource [color=white]
}

# Label nodes to normalize naming.
Slot_1 [label=Slot]
Slot_2 [label=Slot]
Slot_4 [label=Slot]
Slot_5 [label=Slot]
Slot_6 [label=Slot]
Slot_7 [label=Slot]
Slot_8 [label=Slot]
Slot_9 [label=Slot]

SourceClip_1 [label=SourceClip]
SourceClip_2 [label=SourceClip]
SourceClip_3 [label=SourceClip]
SourceClip_5 [label=SourceClip]
SourceClip_6 [label=SourceClip]
SourceClip_7 [label=SourceClip]
SourceClip_8 [label=SourceClip]
SourceClip_9 [label=SourceClip]
SourceClip_10 [label=SourceClip]

SubOperationGroup [label=OperationGroup]
SubSequence [label=Sequence]

TopLevelComposition -> Slot_1
SubComposition -> Slot_2
Master -> Slot_4
Master -> Slot_5
FileSource -> Slot_6
FileSource -> Slot_7
TapeSource -> Slot_8
TapeSource -> Slot_9

Slot_1 -> Sequence
Sequence -> OperationGroup
OperationGroup -> SourceClip_2
OperationGroup -> SourceClip_1

Slot_2 -> SubSequence
SubSequence -> SubOperationGroup
SubOperationGroup -> SourceClip_3

Slot_4 -> SourceClip_5
Slot_5 -> SourceClip_6
Slot_6 -> SourceClip_7
Slot_7 -> SourceClip_8
Slot_8 -> SourceClip_9
Slot_9 -> SourceClip_10

OperationGroup [style="filled" fillcolor=azure2]
SubOperationGroup [style="filled" fillcolor=azure2]

}
--- NEW FILE: AAFContainment.dot ---
digraph G {

# Basic containment graph

Header -> ContentStorage
ContentStorage -> TopLevelComposition
ContentStorage -> SubComposition
ContentStorage -> Master
ContentStorage -> FileSource
ContentStorage -> TapeSource

# Cluster the mobs so that they appear in a single horizontal line and
# add (invisible) edges to cause them to be ordered left to right as
# desired.
subgraph cluster_mobs {
  color=white

  {rank=same
  TopLevelComposition
  SubComposition
  Master
  FileSource
  TapeSource}

  TopLevelComposition->SubComposition->Master->FileSource->TapeSource [color=white]
}

# Label nodes to normalize naming.
Slot_1 [label=Slot]
Slot_2 [label=Slot]
Slot_4 [label=Slot]
Slot_5 [label=Slot]
Slot_6 [label=Slot]
Slot_7 [label=Slot]
Slot_8 [label=Slot]
Slot_9 [label=Slot]

SourceClip_1 [label=SourceClip]
SourceClip_3 [label=SourceClip]
SourceClip_2 [label=SourceClip]
SourceClip_5 [label=SourceClip]
SourceClip_6 [label=SourceClip]
SourceClip_7 [label=SourceClip]
SourceClip_8 [label=SourceClip]
SourceClip_9 [label=SourceClip]
SourceClip_10 [label=SourceClip]

SubOperationGroup [label=OperationGroup]
SubSequence [label=Sequence]

TopLevelComposition -> Slot_1
SubComposition -> Slot_2
Master -> Slot_4
Master -> Slot_5
FileSource -> Slot_6
FileSource -> Slot_7
TapeSource -> Slot_8
TapeSource -> Slot_9

Slot_1 -> Sequence
Sequence -> OperationGroup
OperationGroup -> SourceClip_2
OperationGroup -> SourceClip_1

Slot_2 -> SubSequence
SubSequence -> SubOperationGroup
SubOperationGroup -> SourceClip_3

Slot_4 -> SourceClip_5
Slot_5 -> SourceClip_6
Slot_6 -> SourceClip_7
Slot_7 -> SourceClip_8
Slot_8 -> SourceClip_9
Slot_9 -> SourceClip_10

}