Data graphics

CHART SYSTEM / CANONICAL FRAMESBAR / SERIES / MATRIX
MODULE LOADkW / MODULE / CYCLE 0042
MODULE LOADSix vertical bars compare load from 18 to 64 kilowatts. Module M–04 is selected at 64 kilowatts.M–01M–02M–04M–08M–12M–18
INSPECT
M–04 / 64 kW
SOURCE
DEMO / UNMEASURED
TRANSFER RATEMB/S / LOCAL EXCHANGE
TRANSFER RATEThree transfer routes across twelve cycles on one shared scale.LIVE EXCHANGE
INSPECT
LIVE ROUTE / 68 MB/S
SOURCE
DEMO / 12 CYCLES
RECONCILIATION MATRIXLATENCY / FAILURE MODE
RECONCILIATION MATRIXA four by four matrix compares latency classes with four failure modes.NONERETRYPARTITIONRESTART0–10 ms11–25 ms26–50 ms>50 ms
INSPECT
11–25 ms / PARTITION / 64 EVENTS
SOURCE
DEMO / 236 EVENTS
EXACT CHART VALUESSTATIC RECORDS / UNITS PRESERVED
MODULE LOAD / EXACT VALUES
RECORDVALUE
M–0134 kW
M–0242 kW
M–0464 kW
M–0818 kW
M–1251 kW
M–1827 kW
TRANSFER RATE / EXACT VALUES
CYCLEROUTE AROUTE BLIVE ROUTE
CYCLE 0114 MB/S9 MB/S6 MB/S
CYCLE 0219 MB/S11 MB/S11 MB/S
CYCLE 0318 MB/S18 MB/S16 MB/S
CYCLE 0429 MB/S15 MB/S24 MB/S
CYCLE 0526 MB/S22 MB/S31 MB/S
CYCLE 0638 MB/S19 MB/S29 MB/S
CYCLE 0734 MB/S27 MB/S42 MB/S
CYCLE 0845 MB/S24 MB/S48 MB/S
CYCLE 0943 MB/S30 MB/S53 MB/S
CYCLE 1054 MB/S28 MB/S58 MB/S
CYCLE 1152 MB/S35 MB/S63 MB/S
CYCLE 1257 MB/S36 MB/S68 MB/S
RECONCILIATION MATRIX / EXACT VALUES / EVENTS
LATENCYNONERETRYPARTITIONRESTART
0–10 ms8241128
11–25 ms36586431
26–50 ms14274822
>50 ms491943
HINTON DIAGRAM / SIGNED WEIGHTSAREA / SIGN / FIXED SCALE
SIGNED WEIGHT HINTONAREA / SIGN / FIXED SCALE
SIGNED WEIGHT HINTONSquare area encodes absolute signed weight magnitude; fill and sign distinguish polarity.L0L1L2L3INPUT AINPUT BMEMORY AMEMORY B−−−−−
INSPECT
INPUT A / L1 / -0.64 WEIGHT
SOURCE
DEMO WEIGHTS / SCALE ±1
SIGNED WEIGHT HINTON / EXACT VALUES / WEIGHT
ROWL0L1L2L3
INPUT A+1-0.64+0.25+0
INPUT B-1+0.49NO VALUE+0.16
MEMORY A+0.36+0.81-0.25+0.04
MEMORY B-0.49+0+0.64-0.16
NEURAL HINTON REPRESENTATIONKNOWLEDGE STRUCTURE / L0–L3
NEURAL ACTIVATION FIELDL0 / L1 / L2 / L3
ENCODING
SHARED SCALE ±1 / SQUARE AREA = MAGNITUDE / FILL = SIGN
INPUT / L0
16 × 16 / demonstration-seed / VALUES AVAILABLE IN data-neural-values
L1
2 × 24 / demonstration-seed / VALUES AVAILABLE IN data-neural-values
L2
8 × 8 / demonstration-seed / VALUES AVAILABLE IN data-neural-values
L3
1 × 6 / demonstration-seed / VALUES AVAILABLE IN data-neural-values
SOURCE
DEMO ACTIVATIONS

Chart contracts.

CHART TYPESREGISTERED DICTIONARY / ARRAY
CHART TYPES
PATHVALUE
bar.invariantshared zero baseline and explicit unit
bar.usecompare magnitude across a bounded set
matrix.invariantboth axes named and every cell uses the same value scale
matrix.usecompare two categorical or discrete dimensions
series.invariantshared domain, direct series identity, and declared interpolation
series.usecompare change over an ordered domain
GRAPH SYSTEM / CANONICAL FRAMESDEPENDENCY / STATE / CONTROL / AUTHORITY
RUNTIME DEPENDENCY GRAPHREQUEST + DATA DEPENDENCIES
RUNTIME DEPENDENCY GRAPHThe user interface calls the API. The API verifies authorization and reads the store. The store publishes events consumed by the index. A data-plane cluster contains the store, event log, and index.DATA PLANE / PERSISTENTHTTPSVERIFYREADAPPENDCONSUMEUI–01CLIENTAUTH–01AUTHORITYAPI–01SERVICESTORE–01RECORDEVENT–01LOGINDEX–01DERIVED
INSPECT / API–01 / SERVICE
DEPLOYMENT
OPERATION STATE MACHINEEVENT / GUARD / TRANSITION
OPERATION STATE MACHINEIdle accepts submit, validates, applies, and completes. Invalid input reaches rejected. Apply failure reaches compensating and then returns to idle.SUBMITVALIDCOMMITINVALIDFAILURERESTOREDIDLEVALIDATINGAPPLYINGCOMPLETEREJECTEDCOMPENSATING
INSPECT / VALIDATING / CURRENT
VALIDATED
CLOSED-LOOP CONTROL GRAPHPRESSURE / kPa / 20 Hz
CLOSED-LOOP CONTROL GRAPHA setpoint enters a controller. The controller commands a valve. The valve changes the process. A sensor measures pressure and sends a negative feedback signal to the controller. A disturbance enters the process.240 kPaERROR62%FLOWSENSE / 20 Hz− FEEDBACK / 238 kPa / LIVE+18 kPaSPΣCONTROLLERPID–01VALVEV–04PROCESSP–01SENSORPT–08
INSPECT / CONTROLLER / PID–01
NEGATIVE FEEDBACK
OPERATING AUTHORITYROLE / DELEGATES / ACCOUNTABILITY
OPERATING AUTHORITYThe operations director delegates to three accountable leads. Each lead delegates to one operating role. Every arrow points from the authority to the role that receives responsibility.DELEGATESDELEGATESDELEGATESDELEGATESDELEGATESDELEGATESOPS–00OPERATIONS DIRECTORLEAD–01PLATFORMLEAD–02FIELDLEAD–03ASSURANCERUN–11RUNTIMEDSP–07DISPATCHREV–03REVIEW
INSPECT / OPS–00 / OPERATIONS DIRECTOR
CURRENT
EXACT STATIC ALTERNATIVESVALUES / RELATIONS / STATES
RUNTIME DEPENDENCY GRAPH / EXACT RELATIONS
SOURCETARGETRELATIONSTATE
UI–01 CLIENTAPI–01 SERVICErequestsnormal
API–01 SERVICEAUTH–01 AUTHORITYverifiesnormal
API–01 SERVICESTORE–01 RECORDreadsnormal
STORE–01 RECORDEVENT–01 LOGappendsnormal
EVENT–01 LOGINDEX–01 DERIVEDconsumesnormal
OPERATION STATE MACHINE / EXACT RELATIONS
SOURCETARGETRELATIONSTATE
IDLEVALIDATINGsubmitsnormal
VALIDATINGAPPLYINGvalidatesnormal
APPLYINGCOMPLETEappliesnormal
VALIDATINGREJECTEDrejectsnormal
APPLYINGCOMPENSATINGcompensatesfailed
COMPENSATINGIDLErestoresnormal
CLOSED-LOOP CONTROL GRAPH / EXACT RELATIONS
SOURCETARGETRELATIONSTATE
SPΣcommandsnormal
ΣCONTROLLER PID–01commandsnormal
CONTROLLER PID–01VALVE V–04commandsnormal
VALVE V–04PROCESS P–01appliesnormal
PROCESS P–01SENSOR PT–08observesnormal
SENSOR PT–08Σfeeds backlive
DISTURBANCEPROCESS P–01disturbsfailed
OPERATING AUTHORITY / EXACT RELATIONS
SOURCETARGETRELATIONSTATE
OPS–00 OPERATIONS DIRECTORLEAD–01 PLATFORMdelegatesnormal
OPS–00 OPERATIONS DIRECTORLEAD–02 FIELDdelegatesnormal
OPS–00 OPERATIONS DIRECTORLEAD–03 ASSURANCEdelegatesnormal
LEAD–01 PLATFORMRUN–11 RUNTIMEdelegatesnormal
LEAD–02 FIELDDSP–07 DISPATCHdelegatesnormal
LEAD–03 ASSURANCEREV–03 REVIEWdelegatesnormal
GENERATIVE GRAPH LAYOUTDOMAIN MODEL / LAYERED / RADIAL
AUTOMATIC DOMAIN GRAPHDERIVED LAYOUT / TYPED MODEL
AUTOMATIC DOMAIN GRAPHA domain-neutral graph uses deterministic layered or radial layout.WRITESREADSRANKSSELECTSSOURCEQUERYINDEXRANKANSWER
INSPECT / MODEL / 5 NODES / 4 RELATIONS
LAYOUT / LAYERED / DETERMINISTIC / RUST PROJECTION
AUTOMATIC DOMAIN GRAPH / EXACT RELATIONS
IDSOURCETARGETRELATION
E1SOURCEINDEXWRITES
E2QUERYINDEXREADS
E3INDEXRANKRANKS
E4RANKANSWERSELECTS

Data-graphic contracts.

CHART TYPESREGISTERED DICTIONARY / ARRAY
CHART TYPES
PATHVALUE
bar.invariantshared zero baseline and explicit unit
bar.usecompare magnitude across a bounded set
matrix.invariantboth axes named and every cell uses the same value scale
matrix.usecompare two categorical or discrete dimensions
series.invariantshared domain, direct series identity, and declared interpolation
series.usecompare change over an ordered domain
GRAPH TYPESREGISTERED DICTIONARY / ARRAY
GRAPH TYPES
PATHVALUE
dependency.invariantevery edge declares dependency direction and kind. Layout alone carries no meaning
dependency.useshow compile-time, deployment, data, or runtime dependencies
hierarchy.invariantevery edge names its direction and relation. Visual rank does not imply unnamed authority
hierarchy.useshow explicit reporting, delegation, or authority relations between identified roles
signalFlow.invariantports, signal direction, feedback sign, unit, and sampling boundary are explicit
signalFlow.useshow command, controller, plant, observation, and feedback relations
stateMachine.invariantinitial state, terminal states, guards, and invalid transitions are explicit
stateMachine.useshow admissible states, events, guards, and transitions
topology.invariantnode identity and boundary membership remain stable when layout changes
topology.useshow bounded nodes, links, clusters, and trust or failure boundaries
GRAPH SEMANTICSREGISTERED DICTIONARY / ARRAY
GRAPH SEMANTICS
PATHVALUE
[0]A node has a stable identity and declared type.
[1]A directed edge has one source, one destination, one visible arrowhead, and one relation type.
[2]A port identifies an exact attachment when a node has more than one relation role.
[3]A cluster names its subsystem, trust, failure, or ownership boundary.
[4]Pointer and keyboard inspection expose the same exact identity.
[5]A dense consequential graph supplies an attached relation record or table.
[6]REPORTS TO points from the reporting role to its authority. DELEGATES TO points from the authority to the receiving role.
[7]Node, relation, cluster, and consequential annotation labels render at physical UI-02 / 14 px. Nonessential provenance can use UI-03 / 12 px. Geometry adapts to text. Narrow graphs scroll instead of shrinking labels.
[8]Color is a secondary graph channel. Live, selected, failed, and partitioned states also use distinct line patterns, boundary weights, markers, and exact labels.
[9]A failed or partitioned relation uses an interrupted dashed stroke and a FAILED or PARTITIONED label. A live relation uses a directional dotted or moving stroke and a LIVE label.
[10]Graph palettes and signifiers remain discriminable under grayscale, protan, deutan, and tritan review.