Référence · Visuel et spatial

Diagrammes et graphes

201 fonctions dans 71 classes, groupées par ce qu'elles font, chacune avec l'explication que la bibliothèque donne d'elle-même.

Le récit de ce domaine, pour un lecteur général : ce qu'un artisan en fait, un exemple exécuté et ses couloirs notés, est sur sa page de la Plateforme.

Les fonctions, par ce qu'elles font

Tester et vérifier

HasRule Check if rule loaded dans stzGraph

exemple composé

o1 = new stzGraph("g")
o1.AddNode("A") o1.AddNode("B") o1.AddNode("C")
o1.AddNode("D")
o1.AddEdge("A", "B") o1.AddEdge("A", "C")
o1.AddEdge("B", "D")
? o1.HasRule("a")
#--> 0

composé à partir de la signature, exécuté pour cette page

HasEngine Public doorway to the engine-resident graph, so a collaborator (the graphics face, a future analytics face) can hand the HANDLE to an engine metric instead of marshalling a copy of the adjacency. dans stzGraph
exemple composé
```
o1 = new stzGraph("g")
o1.AddNode("A") o1.AddNode("B") o1.AddNode("C")
o1.AddNode("D")
o1.AddEdge("A", "B") o1.AddEdge("A", "C")
o1.AddEdge("B", "D")
? o1.HasEngine()
#--> 1
```
composé à partir de la signature, exécuté pour cette page

CanAddEdge Pre-flight checks (non-mutating) dans stzGraph

exemple composé

o1 = new stzGraph("g")
o1.AddNode("A") o1.AddNode("B") o1.AddNode("C")
o1.AddNode("D")
o1.AddEdge("A", "B") o1.AddEdge("A", "C")
o1.AddEdge("B", "D")
? o1.CanAddEdge("A", "D", "a")
#--> 1

composé à partir de la signature, exécuté pour cette page

IsBipartite TRUE if the graph is 2-colourable (bipartite). Engine-backed. dans stzGraph

exemple composé

o1 = new stzGraph("g")
o1.AddNode("A") o1.AddNode("B") o1.AddNode("C")
o1.AddNode("D")
o1.AddEdge("A", "B") o1.AddEdge("A", "C")
o1.AddEdge("B", "D")
? o1.IsBipartite()
#--> 1

composé à partir de la signature, exécuté pour cette page

IsConnected engine-backed graph methods dans stzGraph

exemple composé

o1 = new stzGraph("g")
o1.AddNode("A") o1.AddNode("B") o1.AddNode("C")
o1.AddNode("D")
o1.AddEdge("A", "B") o1.AddEdge("A", "C")
o1.AddEdge("B", "D")
? o1.IsConnected()
#--> 1

composé à partir de la signature, exécuté pour cette page

CheckConstraintRules rule management dans stzGraph

exemple composé

o1 = new stzGraph("g")
o1.AddNode("A") o1.AddNode("B") o1.AddNode("C")
o1.AddNode("D")
o1.AddEdge("A", "B") o1.AddEdge("A", "C")
o1.AddEdge("B", "D")
? @@( o1.CheckConstraintRules([ 2, 3 ]) )
#--> [ 1, [ ] ]

composé à partir de la signature, exécuté pour cette page

HasCyclicDependencies cycle detection dans stzGraph

exemple composé

o1 = new stzGraph("g")
o1.AddNode("A") o1.AddNode("B") o1.AddNode("C")
o1.AddNode("D")
o1.AddEdge("A", "B") o1.AddEdge("A", "C")
o1.AddEdge("B", "D")
? o1.HasCyclicDependencies()
#--> 0

composé à partir de la signature, exécuté pour cette page

IsInWindow IS THIS THING IN VIEW? What a frame shows decides whether a mark is any use, and a mark pointing at something outside the window is a narration defect the one gate reports. dans stzMathDiagram
exemple composé
```
o1 = new stzMathDiagram(StzGraphDomain(), new stzMathSubstance(StzGraphDomain()), StzCurvedGraphStyle())
? o1.IsInWindow("a")
#--> 1
```
composé à partir de la signature, exécuté pour cette page
IsSequential workflow type dans stzWorkflow
exemple composé
```
o1 = new stzWorkflow("affirm65b")
? o1.IsSequential()
#--> 1
```
composé à partir de la signature, exécuté pour cette page
IsStateMachine workflow type dans stzWorkflow
exemple composé
```
o1 = new stzWorkflow("affirm65b")
? o1.IsStateMachine()
#--> 0
```
composé à partir de la signature, exécuté pour cette page
IsExceptionalTransition intended vs exceptional path dans stzWorkflow
exemple composé
```
o1 = new stzWorkflow("affirm65b")
? o1.IsExceptionalTransition("an", "an", "an")
#--> 0
```
composé à partir de la signature, exécuté pour cette page
IsDefinedAs Is pcName defined as pcFunction over exactly these objects, in order? dans stzMathSubstance
exemple composé
```
o1 = new stzMathSubstance(StzDotDomain())
? o1.IsDefinedAs("a", "a", [ 2, 3 ])
#--> 0
```
composé à partir de la signature, exécuté pour cette page

et 9 autres dans la référence

Trouver

PositionsByLevel organizational metrics dans stzOrgChart

exemple composé

o1 = new stzOrgChart("firm")
o1.AddPositionXTT("ceo", "CEO", [ :level = "executive" ])
o1.AddPositionXTT("cfo", "CFO", [ :level = "senior", :reportsTo = "ceo" ])
o1.AddPositionXTT("clerk", "Clerk", [ :level = "staff", :reportsTo = "cfo" ])
? @@( o1.PositionsByLevel() )
#--> [ [ "executive", [ "ceo" ] ], [ "management", [ ] ], [ "staff", [ "clerk" ] ] ]

composé à partir de la signature, exécuté pour cette page

FindQ Opens a rich query on the graph. The finder is an OBJECT, so it carries the Q -- there is no data-shaped twin of a query builder. dans stzGraph
LastCanvas The picture as last drawn. A live session redraws THIS between gestures instead of building a new one -- the difference between a frame that costs a present and a frame that costs a layout. dans stzDiagram
Positions Found 2026-08-29 by the scope governance on its first run over this domain, and not by any of the 22 assertions the org suite already passed: every one of them checks what the rules SAY, and a rule that governs nothing says nothing. The count of governed subjects is what made it visible -- no-self-report governs 0 positions in a chart of four, which no verdict-shaped test can express. dans stzOrgChart

Compter et mesurer

MaxFlow Maximum flow from pcSource to pcSink (Edmonds-Karp, engine). Edge :weight is the capacity (default 1). Returns the flow value. dans stzGraph
exemple composé
```
o1 = new stzGraph("g")
o1.AddNode("A") o1.AddNode("B") o1.AddNode("C")
o1.AddNode("D")
o1.AddEdge("A", "B") o1.AddEdge("A", "C")
o1.AddEdge("B", "D")
? o1.MaxFlow("A", "a")
#--> 0
```
composé à partir de la signature, exécuté pour cette page
MinCostMaxFlow Min-cost max-flow from pcSource to pcSink. Edge :weight is capacity, edge :cost is per-unit cost. Returns [ flowValue, totalCost ]. Engine (successive shortest paths). dans stzGraph
exemple composé
```
o1 = new stzGraph("g")
o1.AddNode("A") o1.AddNode("B") o1.AddNode("C")
o1.AddNode("D")
o1.AddEdge("A", "B") o1.AddEdge("A", "C")
o1.AddEdge("B", "D")
? @@( o1.MinCostMaxFlow("A", "a") )
#--> [ 0, 0 ]
```
composé à partir de la signature, exécuté pour cette page

NumberOfCommunities engine-backed graph methods dans stzGraph

exemple composé

o1 = new stzGraph("g")
o1.AddNode("A") o1.AddNode("B") o1.AddNode("C")
o1.AddNode("D")
o1.AddEdge("A", "B") o1.AddEdge("A", "C")
o1.AddEdge("B", "D")
? o1.NumberOfCommunities()
#--> 2

composé à partir de la signature, exécuté pour cette page

NumberOfConnectedComponents engine-backed graph methods dans stzGraph

exemple composé

o1 = new stzGraph("g")
o1.AddNode("A") o1.AddNode("B") o1.AddNode("C")
o1.AddNode("D")
o1.AddEdge("A", "B") o1.AddEdge("A", "C")
o1.AddEdge("B", "D")
? o1.NumberOfConnectedComponents()
#--> 1

composé à partir de la signature, exécuté pour cette page

NumberOfStronglyConnectedComponents Number of strongly connected components. Engine-backed. dans stzGraph

exemple composé

o1 = new stzGraph("g")
o1.AddNode("A") o1.AddNode("B") o1.AddNode("C")
o1.AddNode("D")
o1.AddEdge("A", "B") o1.AddEdge("A", "C")
o1.AddEdge("B", "D")
? o1.NumberOfStronglyConnectedComponents()
#--> 4

composé à partir de la signature, exécuté pour cette page

AverageSpanOfControl organizational metrics dans stzOrgChart

exemple composé

o1 = new stzOrgChart("firm")
o1.AddPositionXTT("ceo", "CEO", [ :level = "executive" ])
o1.AddPositionXTT("cfo", "CFO", [ :level = "senior", :reportsTo = "ceo" ])
o1.AddPositionXTT("clerk", "Clerk", [ :level = "staff", :reportsTo = "cfo" ])
? o1.AverageSpanOfControl()
#--> 1

composé à partir de la signature, exécuté pour cette page

NumberOfPositionsByLevel organizational metrics dans stzOrgChart

exemple composé

o1 = new stzOrgChart("firm")
o1.AddPositionXTT("ceo", "CEO", [ :level = "executive" ])
o1.AddPositionXTT("cfo", "CFO", [ :level = "senior", :reportsTo = "ceo" ])
o1.AddPositionXTT("clerk", "Clerk", [ :level = "staff", :reportsTo = "cfo" ])
? @@( o1.NumberOfPositionsByLevel() )
#--> [ [ "executive", 1 ], [ "management", 0 ], [ "staff", 1 ] ]

composé à partir de la signature, exécuté pour cette page

MinCut Minimum cut between pcSource and pcSink: the saturated edges crossing the cut, as a list of [from, to] id pairs (max-flow / min-cut). Engine. dans stzGraph
AveragePathLength Mean shortest-path length over all reachable pairs (engine, all-pairs BFS). dans stzGraph
NumberOfHoles how many numbers this narration shows, all of them from facts dans stzStoryboard
NumberOfFrames what the storyboard is, once written dans stzStoryboard

Remplacer et modifier

SetEdgeWeight Override the (engine) weight of a directed edge. Used by stzGraphPlanner to push per-optimisation transition costs before an engine A* search. Returns 1 on success, 0 if the edge is unknown. dans stzGraph
exemple composé
```
o1 = new stzGraph("g")
o1.AddNode("A") o1.AddNode("B") o1.AddNode("C")
o1.AddNode("D")
o1.AddEdge("A", "B") o1.AddEdge("A", "C")
o1.AddEdge("B", "D")
? o1.SetEdgeWeight("A", "D", 2)
#--> 0
```
composé à partir de la signature, exécuté pour cette page
UpdateEdges batch update operations using functions dans stzGraph
UpdateNodes batch update operations using functions dans stzGraph
SetNodeLabel A node could only ever be labelled at birth, via AddNodeXT(id, label); there was no way to say it afterwards, and no way to ask. So a format that reads a node first and learns its label a line later (.stzsim's `add node X` / `label: "..."`) had nowhere to put it. dans stzGraph
SetLayout A LAYOUT NAME THIS DOES NOT KNOW IS REFUSED, not stored. It used to take anything, and an unrecognised name became top-down in silence -- so `SetLayout(:LeftToRight)` drew a top-down picture and there was nothing anywhere to say the instruction had been dropped. A setter that accepts a value it will not honour is worse than one that refuses: the caller has evidence of neither. dans stzDiagram
SetNotation THE NOTATION (DN0) ------------------------------------------------ Takes a registered name or a profile object. A name the registry does not know resolves to the default -- a diagram always has a notation, the way it always has a theme. dans stzDiagram
SetFocusColor The focus colour's setter, missing until now. ExportToStyl() has always WRITTEN a focus section (color + penwidth), and _ApplyStyle() has always called This.SetFocusColor() to read it back -- a method nobody had written, so loading any exported .stzstyl died on R14. Same shape as its siblings: resolve the name, keep the resolved value. dans stzDiagram
SetClusterColor cluster operations dans stzDiagram
SetEdgeLineStyle Routing on the value keeps every call that works today working: a spline name still sets the spline, and a pen style now sets the pen style instead of vanishing. dans stzDiagram
SetCurrentPlan plan management dans stzGraphPlanner
ChangeReportingLine organizational changes dans stzOrgChart
SetFont knobs dans stzMathDiagram

et 29 autres dans la référence

Retirer

RemoveLinkAt REMOVE THE LINK UNDER THE POINTER, as one logged command. Not a gesture: removal is instantaneous, so it is a verb the window binds to whatever it likes (a key held while clicking, a context action) rather than a state the machine has to carry. dans stzDiagram
exemple composé
```
o1 = new stzDiagram("flow")
o1.AddNode("A") o1.AddNode("B") o1.AddNode("C")
o1.AddNode("D")
o1.AddEdge("A", "B") o1.AddEdge("A", "C")
o1.AddEdge("B", "D")
? o1.RemoveLinkAt(2, 5)
#--> 0
```
composé à partir de la signature, exécuté pour cette page
ClearEdges edge removal dans stzGraph
RemoveEdge edge removal dans stzGraph
RemoveRule Remove specific rule dans stzGraph
RemoveEdges edge removal dans stzGraph
RemoveAllEdges edge removal dans stzGraph
RemoveThisEdge edge removal dans stzGraph
WithoutConstraints Temporarily bypass rules dans stzGraph
ClearConstraintRules Clear specific type dans stzGraph
RemoveEdgesConnectedTo edge removal dans stzGraph
RemovePlan plan management dans stzGraphPlanner
RemovePosition organizational changes dans stzOrgChart

Ajouter

AddConversation CONVERSATIONS IN THIS SPACE (composition) ----------------------------- A knowledge space HOLDS its conversations: an elicitation is an EPISODE that happens INSIDE the space it grows -- never a session that owns a space. So the space is the door for everything that needs knowledge (AskIn / ReplyIn / GapsIn / ConcludeIn hand THIS graph, live, into the session); session-only state is reached through ConversationQ(topic). -- the conversations, as a collection this space OWNS dans stzKnowledgeGraph
```
oRest = new stzKnowledgeGraph("restaurant")
oRest.Know("margherita", "dish").Know("tiramisu", "dish")
oRest.AddConversationQ("setup").SetGoal(StzGoalQ().RequireEach("dish", "contains"))
? len( oRest.GapsIn("setup") )
#--> 2
```
test de la bibliothèque
AddRule Attach one rule. Plain does the act; the Q form chains (Q convention). dans stzGraph
InsertNodeAfter insert node after dans stzGraph
InsertNodeBefore insert node before dans stzGraph
InsertNodesAfter insert multiple nodes dans stzGraph
InsertNodesBefore insert multiple nodes dans stzGraph
AddCircle NOTE // We can add nodes using parent stzGraph methods AddNode(), AddNodeXT() and AddNodeXTT() Rounded/Elliptical Shapes dans stzDiagram
AddSquare Quadrilateral Shapes dans stzDiagram
AddCluster cluster operations dans stzDiagram
AddMessage So messages are their own ordered list, and adding one also ensures the RELATION exists -- ConnectIfAbsent, never Connect, so the tenth call between two participants does not raise. The graph stays true and the picture becomes possible, without either giving ground to the other. dans stzDiagram
AddCylinder Non-geometric/Conceptual Shapes dans stzDiagram
AddTemplate template operations dans stzDiagram

et 32 autres dans la référence

Découper et extraire

SplitNode merge operations dans stzGraph
ExtractFirstNodeId import with subdiagram support dans stzDiagram

Convertir

ToPages Returns [ [ path, row, col, sceneX, sceneY ], ... ] -- what was written and which part of the picture each sheet holds. dans stzDiagram
exemple composé
```
o1 = new stzDiagram("flow")
o1.AddNode("A") o1.AddNode("B") o1.AddNode("C")
o1.AddNode("D")
o1.AddEdge("A", "B") o1.AddEdge("A", "C")
o1.AddEdge("B", "D")
? @@( o1.ToPages("a") )
#--> [ [ "a_r1c1.png", 1, 1, 0, 0 ] ]
```
composé à partir de la signature, exécuté pour cette page

ConvertColorTogray color resolution dans stzDiagram

exemple composé

o1 = new stzDiagram("flow")
o1.AddNode("A") o1.AddNode("B") o1.AddNode("C")
o1.AddNode("D")
o1.AddEdge("A", "B") o1.AddEdge("A", "C")
o1.AddEdge("B", "D")
? o1.ConvertColorTogray("a")
#--> #FFFFFF

composé à partir de la signature, exécuté pour cette page

ToTreeNodes Options ride through to stzTreeCanvas: :Font :Title :NodeWidth :NodeHeight :HGap :VGap :Background :NodeColor :NodeBorder :LineColor :TextColor :FontSize :Width :Height dans stzOrgChart

exemple composé

o1 = new stzOrgChart("firm")
o1.AddPositionXTT("ceo", "CEO", [ :level = "executive" ])
o1.AddPositionXTT("cfo", "CFO", [ :level = "senior", :reportsTo = "ceo" ])
o1.AddPositionXTT("clerk", "Clerk", [ :level = "staff", :reportsTo = "cfo" ])
? @@( o1.ToTreeNodes() )
#--> [ [ "ceo", "CEO", "" ], [ "cfo", "CFO", "ceo" ], [ "clerk", "Clerk", "cfo" ] ]

composé à partir de la signature, exécuté pour cette page

ToWorkflow export dans stzWorkflow

exemple composé

o1 = new stzWorkflow("affirm65b")
? o1.ToWorkflow()
#--> workflow "affirm65b"
#-->     type: sequential
#--> steps
#--> flow

composé à partir de la signature, exécuté pour cette page

ToCanvas The doorway to the graphics plane: a graph hands back a CANVAS whose node sizes and colours are computed from the graph's own shape. oG.ToCanvasQ([ :Layout = :Hierarchical, :SizeBy = :Impact ]) It answers an stzCanvas, so ToSVG() and ToPNG() come with it. dans stzGraph
ParseAndImport import with subdiagram support dans stzDiagram
AsRuleGraph An stzOrgChart is a POSITIONS model. AsRuleGraph projects it into a clean colored stzGraph -- one node per position (kind=position, carrying level / department / title / roles), one "supervises" edge supervisor->subordinate -- so the compliance rule bases (stzSOXRuleBase, ...) can run graph rules over it (separation-of-duties, no-orphan-position, no-cyclic-reporting). A FRESH graph, built from @aPositions, not the diagram's layout graph. dans stzOrgChart
ToNarration The question of whether this shape conforms was routed to the sibling through Central as DN9-EMITTER-01 and is unanswered; silence is not a veto here, so this is written, pinned and marked, and a correction costs one function. dans stzStoryboard
ToView graph projection dans stzGraphQuery
ToGraphQ graph projection dans stzGraphQuery
ToOpenCypher opencypher import/export dans stzGraphQuery
ToStzGraphView graph projection dans stzGraphQuery

et 3 autres dans la référence

Afficher, dessiner et mettre en forme

RenderHops Where the picture declared a crossing with a wire hop. Published so an instrument can ask whether each one had room to be read as one -- a bump a few pixels from a rounded elbow is two curves in a row, and the reader cannot tell which is the corner. dans stzDiagram
RenderForks The vertices where a stem forked and the corner was therefore drawn SQUARE: [ x, y, key ]. See _VertexIsFork. dans stzDiagram
RenderArrows Recorded because "an arrow means a loop" is the law in this notation most able to break without showing: it is enforced in the two places that draw a head, and gating one of them alone produced a picture identical to the one before. A law with two enforcement points and no way to count the result is a law on trust. dans stzDiagram
Show display methods dans stzGraphPlanner
ShowPlan display methods dans stzGraphPlanner
ShowCurrentPlan display methods dans stzGraphPlanner
DrawIndexOf Where a shape falls in the drawing order: 1 is painted first and so sits at the back. A shape that must not be buried has to come out with a HIGHER index than everything that could cover it, and that is a fact about the picture worth asserting rather than eyeballing -- layering is a partial order, and the depths it relaxes to are not obvious from reading the rules. dans stzMathDiagram
Render the folio, and the page --------------------------------------------- The frames are already drawn, one file each, as they closed. This writes the page that puts them in order with their sentences. dans stzStoryboard
RenderProbabilities the drawing ---------------------------------------------------------- what was written inside the basic events on the last render: [ id, p, x, y ], p = -1 where none was declared dans stzFaultTree
RenderTokens the drawing --------------------------------------------------------- what was drawn inside the places on the last render: [ place, count, x, y ] dans stzPetriNet

Lire et écrire

ExportToStzRulz .stzrulz format dans stzGraph

exemple composé

o1 = new stzGraph("g")
o1.AddNode("A") o1.AddNode("B") o1.AddNode("C")
o1.AddNode("D")
o1.AddEdge("A", "B") o1.AddEdge("A", "C")
o1.AddEdge("B", "D")
? o1.AsStzRulz()
#--> ruleset "g Rules"
#-->     ruleGroup: structural
#-->     version: 1.0
#--> rules

composé à partir de la signature, exécuté pour cette page

LoadFromStzRulz .stzrulz format dans stzGraph

oGraph = new stzGraph("org")
oGraph.LoadFromStzRulz("../_data/bceao_banking.stzrulz")
? "Rules loaded: " + oGraph.NumberOfRules()
? @@( oGraph.RulesSummary()[:Validation] )
? @@( oGraph.RulesSummary()[:Constraint] )
#--> Rules loaded: 2
#--> [ "board_required", "audit_independence" ]
#--> [ ]

test de la bibliothèque

LoadRuleBase LoadRuleBase: stub for the future rule-base validation system. Accepts a file path, a class instance, or a pre-built profile name (string). For now it just records the source -- the actual rule-evaluation engine will land with the dedicated stzRuleBase class. dans stzOrgChart
```
oOrg = new stzOrgChart("acme")
oOrg.LoadRuleBase(new stzSOXRuleBase())
# LoadRuleBase records the base
? len(oOrg.RuleBases()) >= 1
# ...the base kept its name
? (new stzSOXRuleBase()).Name()
#--> 1
#--> SOX
```
test de la bibliothèque
SaveTo serialization - file format support dans stzGraph
LoadFrom serialization - file format support dans stzGraph
LoadStzGraf .stzgraf format dans stzGraph
LoadStzRulf .stzrulf format dans stzGraph
LoadStzRulz .stzrulz format dans stzGraph
SaveAsStzSim .stzsim format dans stzGraph
SaveToStzSim .stzsim format dans stzGraph
SaveAsStzGraf .stzgraf format dans stzGraph
SaveAsStzRulz .stzrulz format dans stzGraph

et 19 autres dans la référence

Parcourir et appliquer

Execute query execution dans stzGraphQuery

exemple composé

oG = new stzGraph("g")
oG.AddNode("a")
oG.AddNode("b")
oG.Connect("a", "b")
o1 = new stzGraphQuery(oG)
? o1.Run()
#--> 1

composé à partir de la signature, exécuté pour cette page

ApplyStzSim .stzsim format dans stzGraph
ApplySimulation .stzsim format dans stzGraph
ApplyDerivationRules rule management dans stzGraph
RunIn The loop, for a caller that has nothing else to do. Answers when the window closes. dans stzDiagram
ApplyFocusTo focus management dans stzDiagram
ApplyTemplates template operations dans stzDiagram
ApplyVisualRules visual rules dans stzDiagram
MapRoleToPosition org chart linking dans stzWorkflow
Run collecting findings --------------------------------------------- Run a rule set over a graph and collect its findings (already unified, carrying :subject from each rule's domain). dans stzRuleReport

Les explications sont celles que la bibliothèque donne d'elle-même, en anglais, lues dans ses commentaires de documentation le 2026-10-01 04:14, from the library at commit 0e72e2e2c, by the library's own stzSelfDoc over 635 class sources.

Les classes de ce domaine

stzGraph · 292 méthodes
stzDiagram · 246 méthodes
stzGraphPlanner · 139 méthodes
stzOrgChart · 129 méthodes
stzMathDiagram · 83 méthodes
stzWorkflow · 48 méthodes
stzKnowledgeGraph · 47 méthodes
stzNotation · 43 méthodes
stzGraphRule · 42 méthodes
stzStoryboard · 34 méthodes
stzGraphQuery · 32 méthodes
stzFaultTree · 24 méthodes
stzMathSubstance · 23 méthodes
stzPetriNet · 21 méthodes
stzScopedRule · 21 méthodes
stzFamilyTree · 20 méthodes
stzMathStyle · 19 méthodes
stzNetworkDiagram · 19 méthodes
stzWorldGraph · 19 méthodes
stzMathDomain · 18 méthodes
stzRuleReport · 16 méthodes
stzErDiagram · 14 méthodes
stzGraphComparison · 14 méthodes
stzGraphRuleSet · 14 méthodes

Diagrammes et graphes

Les fonctions, par ce qu'elles font

Tester et vérifier

Trouver

Compter et mesurer

Remplacer et modifier

Retirer

Ajouter

Découper et extraire

Convertir

Afficher, dessiner et mettre en forme

Lire et écrire

Parcourir et appliquer

Les classes de ce domaine

Les narrations sur ce domaine