Visual Index of Graphs

digraph { node [shape=box style=filled fillcolor=gold] rankdir=LR 0 node [fillcolor=lightgreen] 0 [label="Ideal Beauty" ] 1 [label="Action Refactoring" ] 2 [label="Org WyCash" ] 3 [label="Person Ward" ] 4 [label="Action Mutation" penwidth=3] 1->0 [label="Serves" labeltooltip="beauty.graph.json"] 2->1 [label="Facilitates" labeltooltip="beauty.graph.json"] 3->2 [label="Serves" labeltooltip="beauty.graph.json"] 3->4 [label="Performs" labeltooltip="beauty.graph.json"] 3->0 [label="Holds" labeltooltip="beauty.graph.json"] }

digraph { rankdir=BT node [shape=box style=filled fillcolor=palegreen] Assets -> Modules [label=serve] Assets -> WebApp [label=fetch] Assets -> WebPage [label=fetch] CDN -> WebPage [label=script] Directory -> Server [label=localhost] File -> WebPage [label=open] File -> Wiki [label=upload] Modules -> WebApp [label=import] Server -> Assets [label=serve] Server -> Modules [label=serve] WebPage-> WebApp [label=becomes] Wiki -> Assets [label=hosts] }

digraph { node [style=filled] node [fillcolor=bisque] assets; frame; html node [fillcolor=white] lineup -> page -> assets -> file internet -> file -> folder -> site -> host assets -> markup -> folder page -> frame -> internet page -> html -> internet frame -> assets home -> folder }

digraph { node [shape=box style=filled fillcolor=gold] rankdir=LR 0 node [fillcolor=lightgreen] 0 [label="Org Life"] 1 [label="Action Hunts"] 2 [label="Ideal Eat"] 3 [label="Org Gut"] 4 [label="Action Digest"] 5 [label="Ideal Growth"] 6 [label="Action Sleep" penwidth=3] 7 [label="Ideal Safety"] 0->1 [label="Facilitates" labeltooltip="life.graph.json"] 1->2 [label="Serves" labeltooltip="life.graph.json"] 2->3 [label="Motivates" labeltooltip="life.graph.json"] 3->4 [label="Facilitates" labeltooltip="life.graph.json"] 4->5 [label="Serves" labeltooltip="life.graph.json"] 3->6 [label="Facilitates" labeltooltip="life.graph.json"] 6->7 [label="Serves" labeltooltip="life.graph.json"] 7->0 [label="Motivates" labeltooltip="life.graph.json"] }

digraph { node [shape=box style=filled fillcolor=palegreen] modules [shape=oval] core -> modules -> application plugins -> modules node [fillcolor=bisque] dns [shape=oval] wiki [shape=oval] application -> compose -> server -> federation domain -> dns -> server certificates -> proxy -> compose application -> wiki -> backup node [fillcolor=lightblue] identity -> login -> browser -> author server -> browser node [fillcolor=pink] source [shape=oval] outpost -> source -> build -> reload-> compose reload -> alert }

digraph { rankdir=TB node [shape=box style=filled fillcolor=palegreen] "One" -> "One" [label="First"] "Four" -> "Four" [label="First"] "Two" -> "One" [label="First"] "Two" -> "Two" [label="First"] "Two" -> "Two" [label="Third"] "Four" -> "One" [label="First"] "Four" -> "Two" [label="First"] "Five" -> "Two" [label="First"] "Five" -> "Four" [label="First"] "One" -> "Two" [label="First"] "One" -> "Four" [label="First"] "Five" -> "One" [label="First"] "One" -> "One" [label="Third"] "One" -> "Two" [label="Third"] "Four" -> "Four" [label="Third"] "Four" -> "Two" [label="Third"] "Two" -> "One" [label="Third"] "Four" -> "One" [label="Third"]}

strict digraph { rankdir=LR node [shape=box style=filled fillcolor=palegreen] 178 [label="One Columbia Valley Sub-Areas" tooltip="name: Columbia Valley Sub-Areas"] 276 [label="One Division 6" tooltip="name: Division 6"] 469 [label="One Friends of the North Fork Library" tooltip="name: Friends of the North Fork Library"] 46 [label="One Mauren" tooltip="name: Mauren"] 125 [label="One Columbia Valley Community" tooltip="name: Columbia Valley Community info: C"] 130 [label="One Whatcom County Fire District 14" tooltip="name: Whatcom County Fire District 14 info: wcfd14.org"] 338 [label="Four Institutional Tags" tooltip="name: Institutional Tags"] 498 [label="Four Private" tooltip="name: Private"] 359 [label="Two Government Networks" tooltip="name: Government Networks"] 281 [label="One Whatcom County Health Department" tooltip="name: Whatcom County Health Department info: www.whatcomcounty.us"] 393 [label="Two Local Associations" tooltip="name: Local Associations"] 143 [label="One Mt Baker Coalition" tooltip="name: Mt Baker Coalition"] 368 [label="One Community Meals" tooltip="name: Community Meals"] 461 [label="One Rebecca B" tooltip="name: Rebecca B"] 499 [label="One PTA" tooltip="name: PTA info: www.mtbaker.wednet.edu"] 360 [label="One Septic inspections" tooltip="name: Septic inspections info: www.whatcomcounty.us"] 232 [label="One Ronda B" tooltip="name: Ronda B"] 174 [label="Two Institutions" tooltip="name: Institutions"] 209 [label="One Carl M" tooltip="name: Carl M"] 366 [label="One Columbia Valley Watch" tooltip="name: Columbia Valley Watch info: www.facebook.com"] 72 [label="One Abby" tooltip="name: Abby"] 14 [label="One Toby" tooltip="name: Toby"] 252 [label="Two VSM METASYSTEM FUNCTIONS" tooltip="name: VSM METASYSTEM FUNCTIONS"] 99 [label="Two SYSTEM 1–OPERATIONS" tooltip="name: SYSTEM 1–OPERATIONS"] 235 [label="One East Whatcom Community Council" tooltip="name: East Whatcom Community Council"] 223 [label="One Richard W" tooltip="name: Richard W"] 89 [label="Four CORONA VIRUS RELEVANT" tooltip="name: CORONA VIRUS RELEVANT"] 325 [label="One Education System" tooltip="name: Education System"] 544 [label="One DVSAS" tooltip="name: DVSAS info: www.dvsas.org"] 34 [label="Four Carl's Connections" tooltip="name: Carl's Connections"] 299 [label="One CE Fellows" tooltip="name: CE Fellows info: www.cefellows.org"] 158 [label="One MBF Upstream Committee" tooltip="name: MBF Upstream Committee"] 386 [label="One Ione A" tooltip="name: Ione A"] 431 [label="One Debbie A" tooltip="name: Debbie A"] 297 [label="One Communication Hub Board" tooltip="name: Communication Hub Board"] 479 [label="One Matthew T" tooltip="name: Matthew T"] 314 [label="Four .04 County" tooltip="name: .04 County"] 453 [label="One Data & Information Management" tooltip="name: Data & Information Management"] 512 [label="One Aly Robenson" tooltip="name: Aly Robenson"] 70 [label="One Alexa" tooltip="name: Alexa"] 473 [label="One Social services" tooltip="name: Social services"] 470 [label="One Outside Ownership" tooltip="name: Outside Ownership"] 216 [label="One Other Resources" tooltip="name: Other Resources"] 370 [label="One Peaceful Valley Country Club" tooltip="name: Peaceful Valley Country Club"] 224 [label="One Non-Local Businesses" tooltip="name: Non-Local Businesses"] 412 [label="One Crossroads" tooltip="name: Crossroads"] 321 [label="One SOCIAL" tooltip="name: SOCIAL"] 376 [label="One Quarterly Chipping Event" tooltip="name: Quarterly Chipping Event"] 178 -> 276 [label="First"] 469 -> 46 [label="First"] 125 -> 130 [label="First"] 338 -> 498 [label="First"] 359 -> 281 [label="First"] 393 -> 143 [label="First"] 368 -> 461 [label="First"] 125 -> 499 [label="First"] 360 -> 232 [label="First"] 174 -> 393 [label="First"] 499 -> 209 [label="First"] 366 -> 72 [label="First"] 469 -> 14 [label="First"] 252 -> 99 [label="Third"] 235 -> 223 [label="First"] 89 -> 325 [label="First"] 174 -> 544 [label="First"] 34 -> 299 [label="First"] 158 -> 386 [label="First"] 158 -> 431 [label="First"] 34 -> 297 [label="First"] 297 -> 479 [label="First"] 314 -> 453 [label="First"] 143 -> 512 [label="First"] 469 -> 70 [label="First"] 89 -> 473 [label="First"] 174 -> 470 [label="First"] 216 -> 370 [label="First"] 224 -> 412 [label="First"] 321 -> 376 [label="First"]}

digraph { rankdir=LR Alpha -> Beta [label="Transmutation"] }

digraph { node [shape=box style=filled fillcolor=gold] rankdir=TB 0 6 6 node [fillcolor=lightgreen] 0 [label="Ideal Beauty" ] 1 [label="Action Refactoring" ] 2 [label="Org WyCash" ] 3 [label="Person Ward" ] 4 [label="Action Mutation" penwidth=3] 5 [label="Org Diagram" ] 6 [label="Action Adjustment" ] 7 [label="Ideal Constraint" penwidth=3] 8 [label="Action Solution" ] 9 [label="Person Explorer" ] 10 [label="Person Jeri" ] 11 [label="Org TiltFive" ] 12 [label="Ideal Family" ] 13 [label="Action RestoresPinball" ] 14 [label="Ideal Skill" ] 15 [label="Person Modeler" ] 16 [label="Ideal Insight" ] 17 [label="Org Revision" penwidth=3] 18 [label="Person Community" ] 19 [label="Ideal Morning" ] 20 [label="Action Sleep" penwidth=3] 21 [label="Action Panic" ] 22 [label="Person Spouse" ] 23 [label="Org Trash" penwidth=3] 24 [label="Action Pickup" ] 25 [label="Ideal Recycling" ] 1->0 [label="Serves" labeltooltip="beauty.graph.json"] 2->1 [label="Facilitates" labeltooltip="beauty.graph.json"] 3->2 [label="Serves" labeltooltip="beauty.graph.json"] 3->4 [label="Performs" labeltooltip="beauty.graph.json"] 3->0 [label="Holds" labeltooltip="beauty.graph.json"] 5->6 [label="Facilitates" labeltooltip="diagram.graph.json"] 6->7 [label="Serves" labeltooltip="diagram.graph.json"] 8->7 [label="Serves" labeltooltip="diagram.graph.json"] 9->8 [label="Performs" labeltooltip="diagram.graph.json"] 9->6 [label="Performs" labeltooltip="diagram.graph.json"] 10->11 [label="Serves" labeltooltip="jeri.graph.json"] 12->11 [label="Motivates" labeltooltip="jeri.graph.json"] 10->13 [label="Performs" labeltooltip="jeri.graph.json"] 13->14 [label="Serves" labeltooltip="jeri.graph.json"] 15->6 [label="Performs" labeltooltip="modeler.graph.json"] 6->16 [label="Serves" labeltooltip="modeler.graph.json"] 16->17 [label="Motivates" labeltooltip="modeler.graph.json"] 18->17 [label="Serves" labeltooltip="modeler.graph.json"] 20->19 [label="Serves" labeltooltip="morning.graph.json"] 21->19 [label="Serves" labeltooltip="morning.graph.json"] 22->21 [label="Performs" labeltooltip="morning.graph.json"] 22->23 [label="Serves" labeltooltip="morning.graph.json"] 23->24 [label="Facilitates" labeltooltip="morning.graph.json"] 24->25 [label="Serves" labeltooltip="morning.graph.json"] }

digraph { // http://ward.dojo.fed.wiki/mock-graph-data.html rankdir=LR node [ shape=box style=filled fillcolor=palegreen ] dd [label="dataflow\ndiagram\n. . .\ntype\nstore\nfrom\nto"] oc [label="organization\nchart\n. . .\nname\nemail\nmanager\nstart"] str [label="service\ntraffic\nreports\n. . .\nname\nload\nping"] scc [label="source\ncode\ncontrol\n. . .\nproject\nmanager\n*programs"] p [label="program\n. . .\nname\ndescription\nteam"] t [label="team\n. . .\n*email"] oc -> oc scc -> oc scc -> p -> t -> oc dd -> p str -> p }

digraph { rankdir=LR node [shape=box style=filled fillcolor=bisque] Wiki -> HTML -> Docs -> Edits Wiki -> Edits [dir=back label=reconciliation] }

digraph {rankdir=TB node [style=filled penwidth=2 fontname="Helvetica-bold"] node [fillcolor=white] {page week image} node [fillcolor=lightgray] {from tags photos "graph"} node [fillcolor=gold] welcome -> challenge aggregations -> frequent -> {tags "graph"} aggregations -> details -> {page week} -> image aggregations -> located -> photos aggregations -> rotator -> week aggregations -> challenge -> {week aggregations} aggregations -> perspective -> perspective week -> region -> from -> image region -> image node [fillcolor = lightblue] welcome -> ward ward -> fruits ward -> automation fruits -> challenge fruits -> chronological fruits -> rotator fruits -> artistic fruits -> explore chronological -> template chronological -> rotator chronological -> frequent automation -> prope automation -> survey automation -> frequent automation -> cat automation -> prompt -> {cat week} }

strict digraph { rankdir=TB node [shape=box style=filled fillcolor=palegreen] Employee -> Employee [label=Manager] Project -> Employee [label=Manager] Service -> Project [label=Owner] Service -> Employee [label=Team] Service -> Service [label=Flow] Service -> Statistic [label=Traffic]}

digraph { node [shape=box style=filled fillcolor=gold] rankdir=TB 0 6 10 6 16 19 node [fillcolor=lightgreen] 0 [label="Ideal Beauty" ] 1 [label="Action Refactoring" ] 2 [label="Org WyCash" ] 3 [label="Person Ward" ] 4 [label="Action Mutation" penwidth=3] 5 [label="Org Diagram" ] 6 [label="Action Adjustment" ] 7 [label="Ideal Constraint" penwidth=3] 8 [label="Action Solution" ] 9 [label="Person Explorer" ] 10 [label="Org Life" ] 11 [label="Action Hunts" ] 12 [label="Ideal Eat" ] 13 [label="Org Gut" ] 14 [label="Action Digest" ] 15 [label="Ideal Growth" ] 16 [label="Action Sleep" penwidth=3] 17 [label="Ideal Safety" ] 18 [label="Person Modeler" ] 19 [label="Ideal Insight" ] 20 [label="Org Revision" penwidth=3] 21 [label="Person Community" ] 22 [label="Ideal Morning" ] 23 [label="Action Panic" ] 24 [label="Person Spouse" ] 25 [label="Org Trash" penwidth=3] 26 [label="Action Pickup" ] 27 [label="Ideal Recycling" ] 28 [label="Person " ] 29 [label="Ideal " ] 30 [label="Org Deno" ] 31 [label="Action Deploy" ] 32 [label="Ideal Edge" penwidth=3] 33 [label="Person Coder" ] 34 [label="Org Github" ] 35 [label="Action Merge" ] 36 [label="Person Owner" ] 37 [label="Ideal Persistance" ] 38 [label="Person Thompson" ] 39 [label="Action Model" ] 40 [label="Ideal Sapience" penwidth=3] 41 [label="Org Framework" ] 1->0 [label="Serves" labeltooltip="beauty.graph.json"] 2->1 [label="Facilitates" labeltooltip="beauty.graph.json"] 3->2 [label="Serves" labeltooltip="beauty.graph.json"] 3->4 [label="Performs" labeltooltip="beauty.graph.json"] 3->0 [label="Holds" labeltooltip="beauty.graph.json"] 5->6 [label="Facilitates" labeltooltip="diagram.graph.json"] 6->7 [label="Serves" labeltooltip="diagram.graph.json"] 8->7 [label="Serves" labeltooltip="diagram.graph.json"] 9->8 [label="Performs" labeltooltip="diagram.graph.json"] 9->6 [label="Performs" labeltooltip="diagram.graph.json"] 10->11 [label="Facilitates" labeltooltip="life.graph.json"] 11->12 [label="Serves" labeltooltip="life.graph.json"] 12->13 [label="Motivates" labeltooltip="life.graph.json"] 13->14 [label="Facilitates" labeltooltip="life.graph.json"] 14->15 [label="Serves" labeltooltip="life.graph.json"] 13->16 [label="Facilitates" labeltooltip="life.graph.json"] 16->17 [label="Serves" labeltooltip="life.graph.json"] 17->10 [label="Motivates" labeltooltip="life.graph.json"] 18->6 [label="Performs" labeltooltip="modeler.graph.json"] 6->19 [label="Serves" labeltooltip="modeler.graph.json"] 19->20 [label="Motivates" labeltooltip="modeler.graph.json"] 21->20 [label="Serves" labeltooltip="modeler.graph.json"] 16->22 [label="Serves" labeltooltip="morning.graph.json"] 23->22 [label="Serves" labeltooltip="morning.graph.json"] 24->23 [label="Performs" labeltooltip="morning.graph.json"] 24->25 [label="Serves" labeltooltip="morning.graph.json"] 25->26 [label="Facilitates" labeltooltip="morning.graph.json"] 26->27 [label="Serves" labeltooltip="morning.graph.json"] 28->29 [label="Holds" labeltooltip="thing.graph.json"] 30->31 [label="Facilitates" labeltooltip="thing.graph.json"] 31->32 [label="Serves" labeltooltip="thing.graph.json"] 33->32 [label="Holds" labeltooltip="thing.graph.json"] 33->34 [label="Serves" labeltooltip="thing.graph.json"] 34->35 [label="Facilitates" labeltooltip="thing.graph.json"] 36->35 [label="Performs" labeltooltip="thing.graph.json"] 36->37 [label="Holds" labeltooltip="thing.graph.json"] 38->39 [label="Performs" labeltooltip="thompson.graph.json"] 39->40 [label="Serves" labeltooltip="thompson.graph.json"] 40->41 [label="Motivates" labeltooltip="thompson.graph.json"] 39->19 [label="Serves" labeltooltip="thompson.graph.json"] }

digraph Evidence { // Global setup rankdir = BT // Node list lk [shape=oval color="blue" label="Learning"] ev [shape=box color="green" label="Evidence"] {rank=same ue cc re} ue [shape=box color="green" label="Uncriticized\nEvidence"] cc [shape=oval color="blue" label="Cognizing\ncritically"] re [shape=box color="green" label="Refined\nEvidence"] {rank=same pd op} pd [shape=box color="green" label="Preanlytic\nData"] op [shape=box color="green" label="Opinion"] {rank=same db aw} db [shape=box color="green" label="Dubitandum"] aw [shape=oval color="blue" label="Accepting\nwithout\nreflection"] udb [shape=box color="green" label="Whole\nUncriticized\nDubitandum"] cl [shape=oval color="blue" label="Criticizing\nlegitimately"] co [shape=box color="green" label="Corroboration"] ob [shape=oval color="blue" label="Observing"] hy [shape=oval color="blue" label="Hypothesizing"] dt [shape=box color="green" label="Data"] dn [shape=box color="green" label="Danda"] cm [shape=oval color="blue" label="Corroborating\nmultiplicatively"] cs [shape=oval color="blue" label="Corroborating\nstructurally"] mm [shape=oval color="blue" label="Corroborating\nman with man"] ff [shape=oval color="blue" label="Corroborating\nfact with fact"] rt [shape=box color="green" label="Rough\nData"] hct [shape=box color="green" label="Highly\nCriticized\nData"] rn [shape=box color="green" label="Rough\nDanda"] hcn [shape=box color="green" label="Highly\nCriticized\nDanda"] // Adding edges ev -> lk [arrowhead="odot" label="requires"] ue -> ev [arrowhead="onormal" arrowsize="1.5" xlabel="consists of "] re -> ev [arrowhead="onormal" arrowsize="1.5" label="consists of"] ue -> cc [arrowhead="odot" label="requires"] cc -> re [arrowhead="onormal" arrowsize="0.8" label="yields"] pd -> ue [arrowhead="onormal" arrowsize="1.5" xlabel="consists of "] op -> ue [arrowhead="onormal" arrowsize="1.5" label="consists of"] db -> ue [label="is an instance of"] udb -> db [arrowhead="onormal" arrowsize="1.5" label="consists of"] aw -> ue [arrowhead="onormal" arrowsize="0.8" label="yields"] cl -> cc [arrowhead="onormal" arrowsize="1.5" label="consists of"] co -> re [arrowhead="onormal" arrowsize="1.5" label="consists of"] cl -> co [arrowhead="onormal" arrowsize="0.8" label="yields"] dt -> co [arrowhead="onormal" arrowsize="1.5" label="consists of"] dn -> co [arrowhead="onormal" arrowsize="1.5" label="consists of"] cm -> dt [arrowhead="onormal" arrowsize="0.8" label="yields"] cs -> dn [arrowhead="onormal" arrowsize="0.8" label="yields"] mm -> cm [arrowhead="onormal" arrowsize="1.5" label="consists of"] ff -> cs [arrowhead="onormal" arrowsize="1.5" label="consists of"] rt -> dt [arrowhead="onormal" arrowsize="1.5" label="consists of"] rn -> dn [arrowhead="onormal" arrowsize="1.5" label="consists of"] hct -> dt [arrowhead="onormal" arrowsize="1.5" label="consists of"] hcn -> dn [arrowhead="onormal" arrowsize="1.5" label="consists of"] rt -> ob [arrowhead="odot" label="requires"] ob -> hct [arrowhead="onormal" arrowsize="0.8" label="yields"] rn -> hy [arrowhead="odot" label="requires"] hy -> hcn [arrowhead="onormal" arrowsize="0.8" label="yields"] }

digraph { node [shape=box style=filled fillcolor=gold] rankdir=LR node [fillcolor=lightgreen] 0 [label="Model Nodules" ] 1 [label="Experiment Property Graphs" penwidth=3] 2 [label="Intention Systems" ] 3 [label="Person Learner" ] 1->0 [label="Unfolds" labeltooltip="nodules.graph.json"] 2->1 [label="Inspires" labeltooltip="nodules.graph.json"] 3->2 [label="Seeks" labeltooltip="nodules.graph.json"] }

strict digraph { rankdir=RL node [shape=box style=filled fillcolor=bisque] 14 [label="M. A. Baker"] 13 [label="A. J. Flores"] 14 -> 13 19 [label="L. I. Sanders"] 13 [label="A. J. Flores"] 19 -> 13 99 [label="W. O. Cooper"] 98 [label="L. S. Flores"] 99 -> 98 100 [label="C. N. Edwards"] 98 [label="L. S. Flores"] 100 -> 98 101 [label="M. I. Bell"] 98 [label="L. S. Flores"] 101 -> 98 102 [label="A. K. Rivera"] 98 [label="L. S. Flores"] 102 -> 98 13 [label="A. J. Flores"] 1 [label="H. R. Collins"] 13 -> 1 32 [label="H. M. Flores"] 30 [label="B. B. Clark"] 32 -> 30 71 [label="N. W. Flores"] 70 [label="D. R. Wilson"] 71 -> 70 84 [label="D. N. Flores"] 81 [label="L. W. Stewart"] 84 -> 81 98 [label="L. S. Flores"] 92 [label="A. T. Jones"] 98 -> 92}

strict digraph { rankdir=RL node [shape=box style=filled fillcolor=bisque] 136 [label="Delta Xi"] 3 [label="T. M. Barnes"] 136 -> 3 137 [label="Delta Graham scan"] 136 [label="Delta Xi"] 137 -> 136 138 [label="Delta PageRank"] 136 [label="Delta Xi"] 138 -> 136 139 [label="Delta General Problem Solver"] 136 [label="Delta Xi"] 139 -> 136 140 [label="Delta Sparse matrix"] 136 [label="Delta Xi"] 140 -> 136 141 [label="Delta Spline interpolation"] 136 [label="Delta Xi"] 141 -> 136 142 [label="Delta Evolutionary computation"] 136 [label="Delta Xi"] 142 -> 136 4 [label="C. G. Moore"] 137 [label="Delta Graham scan"] 4 -> 137 5 [label="C. J. Collins"] 137 [label="Delta Graham scan"] 5 -> 137 6 [label="O. M. Cruz"] 137 [label="Delta Graham scan"] 6 -> 137 7 [label="A. I. Myers"] 137 [label="Delta Graham scan"] 7 -> 137 4 [label="C. G. Moore"] 138 [label="Delta PageRank"] 4 -> 138 5 [label="C. J. Collins"] 138 [label="Delta PageRank"] 5 -> 138 6 [label="O. M. Cruz"] 138 [label="Delta PageRank"] 6 -> 138 7 [label="A. I. Myers"] 138 [label="Delta PageRank"] 7 -> 138 4 [label="C. G. Moore"] 139 [label="Delta General Problem Solver"] 4 -> 139 5 [label="C. J. Collins"] 139 [label="Delta General Problem Solver"] 5 -> 139 6 [label="O. M. Cruz"] 139 [label="Delta General Problem Solver"] 6 -> 139 7 [label="A. I. Myers"] 139 [label="Delta General Problem Solver"] 7 -> 139 4 [label="C. G. Moore"] 140 [label="Delta Sparse matrix"] 4 -> 140 5 [label="C. J. Collins"] 140 [label="Delta Sparse matrix"] 5 -> 140 6 [label="O. M. Cruz"] 140 [label="Delta Sparse matrix"] 6 -> 140 7 [label="A. I. Myers"] 140 [label="Delta Sparse matrix"] 7 -> 140 4 [label="C. G. Moore"] 141 [label="Delta Spline interpolation"] 4 -> 141 5 [label="C. J. Collins"] 141 [label="Delta Spline interpolation"] 5 -> 141 6 [label="O. M. Cruz"] 141 [label="Delta Spline interpolation"] 6 -> 141 7 [label="A. I. Myers"] 141 [label="Delta Spline interpolation"] 7 -> 141 4 [label="C. G. Moore"] 142 [label="Delta Evolutionary computation"] 4 -> 142 5 [label="C. J. Collins"] 142 [label="Delta Evolutionary computation"] 5 -> 142 6 [label="O. M. Cruz"] 142 [label="Delta Evolutionary computation"] 6 -> 142 7 [label="A. I. Myers"] 142 [label="Delta Evolutionary computation"] 7 -> 142}

digraph { layout=neato rankdir=BT overlap=false concentrate=false bgcolor=lightblue // splines=" " Serena -> "The Wiki\n(e.g.\nWikipedia)" Venus -> "The Wiki\n(e.g.\nWikipedia)" Rafael -> "The Wiki\n(e.g.\nWikipedia)" }

digraph { layout=neato rankdir=BT overlap=false concentrate=false bgcolor=lightblue // splines=" " Serena -> "Serena's\nWiki" Venus -> "Venus's\nWiki" Rafael -> "Rafael's\nWiki" "Rafael's\nWiki" -> "Venus's\nWiki" "Venus's\nWiki" -> "Serena's\nWiki" "Rafael's\nWiki" -> "Serena's\nWiki" "Serena's\nWiki" -> "Rafael's\nWiki" "Venus's\nWiki" -> "Rafael's\nWiki" "Serena's\nWiki" -> "Venus's\nWiki" }

strict digraph {rankdir=LR node [shape=box style=filled fillcolor=bisque] "Welcome Visitors" "Dojo Practices" "Using Templates for Diagrams" "Create New Page" node [fillcolor=palegreen] "Welcome Visitors" -> "Federated Wiki" "Welcome Visitors" -> "Ward Cunningham" "Welcome Visitors" -> "Dojo Practices" "Welcome Visitors" -> "How to Wiki" "Welcome Visitors" -> "Recent Changes" node [fillcolor=palegreen] "Dojo Practices" -> "Usability Traps Exposed" "Dojo Practices" -> "Ward's Static Graphviz" "Dojo Practices" -> "Forsyth Criteria" "Dojo Practices" -> "Using Templates for Diagrams" node [fillcolor=palegreen] "Using Templates for Diagrams" -> "Lineup Diagram Template" "Using Templates for Diagrams" -> "Create New Page" node [fillcolor=palegreen]}

digraph { node [shape=box style=filled fillcolor=bisque] 3 6 9 node[fillcolor=palegreen] 0 [label="Node\ne"] 1 [label="Node\na"] 2 [label="Node\nb"] 3 [label="Cluster\nX"] 4 [label="Node\nC"] 5 [label="Node\nD"] 6 [label="Cluster\nZ"] 7 [label="Node\nd"] 8 [label="Node\nf"] 9 [label="Cluster\nY"] 1 -> 2 [label="Links"] 1 -> 3 [label="Parent"] 2 -> 3 [label="Parent"] 4 -> 5 [label="Links"] 4 -> 6 [label="Parent"] 5 -> 6 [label="Parent"] 6 -> 3 [label="Parent"] 7 -> 8 [label="Links"] 7 -> 9 [label="Parent"] 8 -> 9 [label="Parent"] 7 -> 5 [label="Links"] 0 -> 9 [label="Links"] 6 -> 9 [label="Links"] }

strict digraph { rankdir=LR node [shape=box style=filled fillcolor=palegreen] 0 [label="Person Ward" tooltip="name: Ward address: background: "] 1 [label="Org Wiki" tooltip="name: Wiki address: scope: "] 2 [label="Action Publication" tooltip="name: Publication scope: success: "] 3 [label="Ideal Sharing" tooltip="name: Sharing scope: success: "] 0 -> 1 [label="Serves"] 1 -> 2 [label="Facilitates"] 2 -> 3 [label="Serves"]}

digraph { node [shape=box style=filled fillcolor=lightgreen] rankdir=LR 0 [label="Person Arin"] 1 [label="Org Store"] 2 [label="Action Samples"] 3 [label="Ideal Wine"] 4 [label="Action Meetup"] 0->1 [label="Serves"] 1->2 [label="Facilitates"] 3->1 [label="Motivates"] 0->4 [label="Performs"] }

digraph { rankdir=TB node [shape=box style=filled fillcolor=palegreen] "Employee" -> "Employee" [label="Manager"] "Project" -> "Employee" [label="Manager"] "Service" -> "Project" [label="Owner"] "Service" -> "Employee" [label="Team"] "Service" -> "Service" [label="Flow"] "Service" -> "Statistic" [label="Traffic"]}

digraph { rankdir=TB node [shape=box style=filled] node [fillcolor=pink] 4 [label="Mock\nGraph\nData"] 5 [label="Count\nMock\nElements"] 6 [label="Search\nMock\nElementts"] 7 [label="Transform\nto Nodes\nand Rels"] 8 [label="Match\nNodes\nand Rels"] 9 [label="Cypher\nMacros"] 10 [label="Fluent\nMacros"] node [fillcolor=lightblue] 11 [label="Asset\nLinks"] 12 [label="Graph\nNavigator"] 13 [label="Graph\nViewer"] 14 [label="Fork\nNetwork\nGraph"] 15 [label="Fork\nNetwork\nRoundabout"] 16 [label="Graph\nExtractor"] 4->5 [label="*.json"] 5->6 [label="raw.json"] 4->7 [label="*.json"] 7->8 [label="graph.json"] 7->9 [label="graph.json"] 7->10 [label="graph.json"] 11->12 [label="[graph]"] 11->13 [label="[graph]"] 14->15 [label="forks.json"] 14->11 [label="forks.json"] 7->11 [label="graph.json"] 11->16 [label="[graph]"] }

digraph { rankdir=TB node [shape=box style=filled] node [fillcolor=palegreen] 1 [label="Navigator\nSchema"] 2 [label="Subgraph\nCreator"] 3 [label="Composite\nGraph"] 17 [label="Daily\nHaiku\nGraph"] 18 [label="Stock\nand\nFlow"] 19 [label="Stock\nand\nFlow\nSimulator"] 20 [label="Rabbit\nBreeding"] 21 [label="Learning\nNavigation\nSchema"] 22 [label="SigMod\nExample\nUnbound"] 23 [label="Food Web\nUnbound"] 24 [label="Mock\nEl Dorado"] 1->2 [label="*.schema.json"] 2->3 [label="*.graph.json"] 22->3 [label="*.graph.json"] 23->22 [style=dashed] 3->24 [label="graph.json"] 1->17 [label="community.\nschema.json"] 1->18 [label="stock.\nschema.json"] 18->19 [label="*.graph.json"] 18->20 [style=dashed] 1->21 [label="sapience.\nschema.json"] }

digraph { rankdir=TB node [shape=box style=filled fillcolor=bisque] schema -> create -> composite import -> composite revise [fillcolor=white] composite -> revise -> composite freeform -> composite revise -> output revise -> query -> diagram export [fillcolor=white] query -> export revise -> simulate -> animate }

graph { layout=fdp e subgraph clusterA { a -- b; subgraph clusterC { C -- D; } } subgraph clusterB { d -- f } d -- D e -- clusterB clusterC -- clusterB }

graph { layout=fdp e subgraph clusterX { a -- b; subgraph clusterZ { C -- D; } } subgraph clusterY { d -- f } d -- D e -- clusterY clusterZ -- clusterY }

digraph { node [shape=box style=filled fillcolor=bisque] 3 6 9 node[fillcolor=palegreen] 0 [label="Node\ne"] 1 [label="Node\na"] 2 [label="Node\nb"] 3 [label="Cluster\nX"] 4 [label="Node\nC"] 5 [label="Node\nD"] 6 [label="Cluster\nZ"] 7 [label="Node\nd"] 8 [label="Node\nf"] 9 [label="Cluster\nY"] 1 -> 2 [label="Links"] 1 -> 3 [label="Parent"] 2 -> 3 [label="Parent"] 4 -> 5 [label="Links"] 4 -> 6 [label="Parent"] 5 -> 6 [label="Parent"] 6 -> 3 [label="Parent"] 7 -> 8 [label="Links"] 7 -> 9 [label="Parent"] 8 -> 9 [label="Parent"] 7 -> 5 [label="Links"] 0 -> 9 [label="Links"] 6 -> 9 [label="Links"] }

digraph { // http://ward.dojo.fed.wiki/ical-blocks-as-parsed.html node [ shape=box style=filled fillcolor=palegreen ] 0 [label=calendar] 7 [label=timezone] 10 [label=daylight] 17 [label=standard] 25 [label=event] 39 [label=alarm] 45 [label=event] 0 -> 7 0 -> 25 0 -> 45 7 -> 10 7 -> 17 25 -> 39 }

digraph { node [shape=box style=filled fillcolor=gold] rankdir=LR node [fillcolor=lightgreen] 0 [label="Person Thompson" ] 1 [label="Action Model" ] 2 [label="Ideal Sapience" penwidth=3] 3 [label="Org Framework" ] 0->1 [label="Performs" labeltooltip="thompson.graph.json"] 1->2 [label="Serves" labeltooltip="thompson.graph.json"] 2->3 [label="Motivates" labeltooltip="thompson.graph.json"] }

digraph { node [shape=box style=filled fillcolor=gold] rankdir=TB 1 1 6 node [fillcolor=lightgreen] 0 [label="Org Diagram" ] 1 [label="Action Adjustment" ] 2 [label="Ideal Constraint" penwidth=3] 3 [label="Action Solution" ] 4 [label="Person Explorer" ] 5 [label="Person Modeler" ] 6 [label="Ideal Insight" ] 7 [label="Org Revision" penwidth=3] 8 [label="Person Community" ] 9 [label="Person Thompson" ] 10 [label="Action Model" ] 11 [label="Ideal Sapience" penwidth=3] 12 [label="Org Framework" ] 0->1 [label="Facilitates" labeltooltip="diagram.graph.json"] 1->2 [label="Serves" labeltooltip="diagram.graph.json"] 3->2 [label="Serves" labeltooltip="diagram.graph.json"] 4->3 [label="Performs" labeltooltip="diagram.graph.json"] 4->1 [label="Performs" labeltooltip="diagram.graph.json"] 5->1 [label="Performs" labeltooltip="modeler.graph.json"] 1->6 [label="Serves" labeltooltip="modeler.graph.json"] 6->7 [label="Motivates" labeltooltip="modeler.graph.json"] 8->7 [label="Serves" labeltooltip="modeler.graph.json"] 9->10 [label="Performs" labeltooltip="thompson.graph.json"] 10->11 [label="Serves" labeltooltip="thompson.graph.json"] 11->12 [label="Motivates" labeltooltip="thompson.graph.json"] 10->6 [label="Serves" labeltooltip="thompson.graph.json"] }

digraph { node [shape=box style=filled fillcolor=gold] rankdir=LR 1 node [fillcolor=lightgreen] 0 [label="Org Diagram" ] 1 [label="Action Adjustment" ] 2 [label="Ideal Constraint" penwidth=3] 3 [label="Action Solution" ] 4 [label="Person Explorer" ] 0->1 [label="Facilitates" labeltooltip="diagram.graph.json"] 1->2 [label="Serves" labeltooltip="diagram.graph.json"] 3->2 [label="Serves" labeltooltip="diagram.graph.json"] 4->3 [label="Performs" labeltooltip="diagram.graph.json"] 4->1 [label="Performs" labeltooltip="diagram.graph.json"] }

digraph { layout = dot; overlap = false; splines=true node [shape=box style=filled fillcolor=gold] rankdir=LR node [fillcolor=palegreen] 0 [label="Node\na" tooltip="name: a"] 1 [label="Node\nb" tooltip="name: b"] 1->0 [label="Edge" labeltooltip=""] }

digraph { node [shape=box style=filled] node [fillcolor=lightblue] Ambient -> Coil [label=emersion] Coil -> Tilt [label=expansion] Tilt -> Mercury [label=slope] Mercury -> Tilt [label=gravity] Mercury -> Switch [label=conductance] Setting -> Tilt [label=rotation] node [fillcolor=pink] Switch -> Solenoid [label=current] Voltage -> Solenoid [label=current] AC -> Voltage [label=transformer] Solenoid -> Combustion [label=fuel] Combustion -> Ambient [label=mass] node [fillcolor=lightgreen] Switch -> Wiper [label=current] Wiper -> Resistance [label=turns] Resistance -> Heat [label=ohmic] Heat -> Coil [label=proximity] Lever -> Wiper [label=mechanical] Scale -> Lever [label=legend] Ampere -> Scale [label=ticks] Longer -> Scale [label=direction] Shorter -> Scale [label=direction] Solenoid -> Ampere [label=rating] }

digraph { node [shape=box style=filled fillcolor=gold] rankdir=TB 0 0 node [fillcolor=lightgreen] 0 [label="Person Learner" ] 1 [label="Intention Meaning" ] 2 [label="Experiment Write" ] 3 [label="Model Process Framework" ] 4 [label="Model Nodules" ] 5 [label="Experiment Property Graphs" penwidth=3] 6 [label="Intention Systems" ] 0->1 [label="Seeks" labeltooltip="learner.graph.json"] 1->2 [label="Inspires" labeltooltip="learner.graph.json"] 2->3 [label="Unfolds" labeltooltip="learner.graph.json"] 0->3 [label="Creates" labeltooltip="learner.graph.json"] 5->4 [label="Unfolds" labeltooltip="nodules.graph.json"] 6->5 [label="Inspires" labeltooltip="nodules.graph.json"] 0->6 [label="Seeks" labeltooltip="nodules.graph.json"] }

digraph { rankdir=LR node [shape=box style=filled fillcolor=bisque] Query Translate node [fillcolor=lightblue] "Large\nGraph" -> Query -> Subgraph Subgraph -> Translate -> "Small\nDiagram" Ornament -> Translate }

digraph { layout=neato; overlap = false; splines=true node [style=filled fillcolor=bisque] "Reflection" -> "Understanding\nSenseMaking" "Reflection" -> "Situation" "Understanding\nSenseMaking" -> "Narrative" "Situation" -> "Understanding\nSenseMaking" "Reflection" -> "Narrative" "Models" -> "Reflection" "Casual\nLoop\nDiagram" -> "Models" "Driver\nDiagram" -> "Models" "Casual\nLoop\nDiagram" -> "Driver\nDiagram" "ID\nKey\nVariables" -> "Casual\nLoop\nDiagram" "Transcribe" -> "ID\nKey\nVariables" "Narrative" -> "Transcribe" }

digraph { layout = dot; overlap = false; splines=true node [shape=box style=filled fillcolor=gold] rankdir=TB node [fillcolor=palegreen] 0 [label="Page\nFrame Script Context" tooltip="name: Frame Script Context"] 1 [label="Page\nJavascript Video" tooltip="name: Javascript Video"] 2 [label="Page\nLeaflet Maps" tooltip="name: Leaflet Maps"] 3 [label="Page\nServing the Small Internet" tooltip="name: Serving the Small Internet"] 4 [label="Page\nTesting Graphviz Plugin" tooltip="name: Testing Graphviz Plugin"] 5 [label="Page\nWelcome Visitors" tooltip="name: Welcome Visitors"] 6 [label="Slug\nabout-graphviz-plugin" tooltip="name: about-graphviz-plugin"] 7 [label="Slug\nthompsons-anchors-visualized" tooltip="name: thompsons-anchors-visualized"] 8 [label="Slug\nfederated-wiki" tooltip="name: federated-wiki"] 9 [label="Slug\nward-cunningham" tooltip="name: ward-cunningham"] 10 [label="Slug\nhow-to-wiki" tooltip="name: how-to-wiki"] 11 [label="Slug\nrecent-changes" tooltip="name: recent-changes"] 3->4 [label="Link" labeltooltip=""] 3->2 [label="Link" labeltooltip=""] 3->1 [label="Link" labeltooltip=""] 4->6 [label="Link" labeltooltip=""] 4->7 [label="Link" labeltooltip=""] 5->8 [label="Link" labeltooltip=""] 5->9 [label="Link" labeltooltip=""] 5->3 [label="Link" labeltooltip=""] 5->10 [label="Link" labeltooltip=""] 5->11 [label="Link" labeltooltip=""] }

digraph { rankdir=LR node [shape=box style=filled] node [fillcolor=white] Chapters [label="Chapters × 3"] node [fillcolor=palegreen] Chapters -> Sections [label="× 5 or 10"] Sections -> Patterns [label="has × 4"] Patterns -> Uplinks [label=first] Patterns -> Downlinks [label=then] }

digraph { rankdir=LR node [shape=box style=filled] node [fillcolor=lightblue] jsonl [label="npl.jsonl"] js [label="extract.js"] colors [label="Pattern Colors\ngraph.json"] spring [label="Spring Layout\ngraph.json"] node [fillcolor=bisque] wiki [label="npl.wiki"] solo [label="Solo Super\nCollaborator"] pragma [label="Graphviz\nEmphasis\nNode"] engine [label="Graphviz\nLayout\nEngines"] wiki -> js [label=fetch] deno -> js [label=run] js ->jsonl [label=upload] jsonl -> solo [label=read] pragma -> colors [label=upload] engine -> spring [label=upload] colors -> solo [label=assets] spring -> solo [label=assets] }

digraph G { rankdir=LR // subgraph cluster1 {label = "Sources of Health"; node [style=filled];style=filled; color=white; SocialServices -> EnvironmentalSafety -> Mobility -> SocialInteraction -> Curosity -> EducationalAttainment -> ParksTrailsPaths -> PreventionProtection -> HealthyFoodDietAtHome -> OTCDrugs -> DentalCare -> Nutrition -> AlternativeMedicine -> TrafficSafety -> HomeSafety -> RollBalance -> MentalHealth; color="#00c3ff" } // subgraph cluster2 {label = "Healthy Systems" node [style=filled, color=azure]; style=filled; color=yellow; HealthyIndividual -> HealthyFamily -> HealthyNeighborhood -> HealthyTown -> HealthyCity -> HealthyCountyWaterShed -> HealthyState -> HealthyRegion -> HealthyNation -> HealthyContinent -> HealthyWorld; } // subgraph cluster0 {label = "VSM Levels (recursions)"; node [style=filled, color=aquamarine]; style=filled; color=lightgrey; {Individual -> Family -> Neighborhood -> Town -> City -> CountyWatershed -> State -> Region -> Nation -> Continent -> World [label="EV"]} } subgraph cluster0 {label = "VSM Levels (recursions)"; node [style=filled, color=aquamarine]; style=filled; color=lightgrey; {Individual -> Family -> Neighborhood [label="EV"]} } // subgraph cluster5 {label = "MedicalSystemComponents"; node [style=filled, color=aquamarine]; style=filled; color=lightgrey; DME -> Robotics -> RxDrugs -> ProcedureSurgery -> CommunicationTech -> Sensors -> Facilities -> Skills } // subgraph cluster3 {label = "Sick Systems" node [style=filled, color=azure]; style=filled; color=pink; IllIndividual -> IllFamily -> IllNeighborhood -> IllTown -> IllCity -> IllCountyWaterShed -> IllState -> IllRegion -> IllNation -> IllContinent -> IllWorld; } // subgraph cluster4 {label = "Sources of Dis-ease" node [style=filled, color=bisque]; style=filled; color=red; Misinformation -> Racism -> Poverty -> Fear -> LowEducationalAttainment -> Conflict -> Greed -> NeoliberalEconomicsRichGetRicher -> Enclosure ; label = "Sources of Dis-ease"} //start -> EnvironmentalSafety //start -> HealthyIndividual; //start -> Individual //start -> IllIndividual; //start -> Misinformation // HealthyWorld -> end // World -> end // IllWorld -> end //start [shape = Mdiamond] // end [shape=Msquare] // subgraph cluster6 {label = "Security System" Insurance -> HouseholdSecurity -> NeighborhoodWatch -> TownPolice -> CityPolice -> CountySheriff ->StatePolice -> NationalGuard -> NationalMilitary -> WorldPolice} // subgraph cluster7 {label = "PubHealth System" {NeighborhoodCommHealthWorkerCoord -> CityPublicHealth -> CountyPublicHealth -> StatePublicHealth -> NationalPublicHealth ->WorldPublicHealth [label = EV]}} // subgraph cluster8 {label = "Economic System" {HomeEconomics -> NeighborhoodEconomicSystem -> CityEconomicSystem -> CountyEconomicSystem -> RegionEconomicSystem -> StateEconomicSystem -> NationalEconomicSystem -> WorldEconomicSystem [label = EV]}} // subgraph cluster9 {label = "Finance System" {NeighborhoodFinanceSystem -> CountyFinanceSystem -> StateFinanceSystem -> NationalFinanceSystem -> WorldFinanceSystem [label = EV]}} // subgraph cluster10 {label = "Court System" {MunicipalCourt -> CountyCourt-> StateCourt -> FederalCourt -> SupremeCourt -> WorldCourt [label = EV]}} // subgraph cluster11 {label = "Food System" {HouseholdGardens -> CommunityGardens -> Farms -> Markets -> GroceryStores [label = EV]}} // subgraph cluster12 {label = "Medical Care" {MotherHealthRole -> HomeFirstAid -> NeighborhoodCommHealthWorker -> EMS -> Pharmacies -> Clinic -> Hospital -> TirtiaryCare -> QuaternaryCare [label = EV]}} // subgraph cluster13 {label = "Safe Behaviors" SafeSex -> Food -> Drugs -> Noise -> Kenetic-> Social-> Thought-> Online } // subgraph cluster14 {label = "Land Use" {Forests -> Commons -> Homesteads -> Aggriculture -> Recreation -> Roads -> CommercialLand [label = EV]}} // subgraph cluster15 {label = "Energy" {Nuclear -> Electromagnetic -> Heat -> Chemical ->Kinetic -> Electric -> Ionizing [label = EV]} } // subgraph cluster16 {label = "Polution" {IndividualPolution -> HouseholdPolution -> NeighborhoodPolution -> TownPolution -> CityPolution -> CountyPolution -> StatePolution -> RegionalPolution -> NationalPolution -> WorldPolution [label = EV]}} // subgraph cluster17 {label = "Finance System" { Gifts -> Exchange -> Barter -> Currency -> Equity -> LoansDebt [label = EV]}} // subgraph cluster18 {label = "Economic System" Demand -> Production -> Use -> Surplus -> Market} Individual -> {Online Social Kinetic Noise Drugs Mobility EducationalAttainment Curosity Online IndividualPolution ParksTrailsPaths SafeSex Food} [color=Red] Family -> {Online Social Kinetic Noise Drugs Food MotherHealthRole HomeEconomics HouseholdGardens HouseholdPolution HouseholdSecurity ParksTrailsPaths} [color=Blue] Neighborhood -> {Social Kinetic Noise Drugs NeighborhoodEconomicSystem Food NeighborhoodFinanceSystem CommunityGardens Clinic Pharmacies NeighborhoodPolution ParksTrailsPaths GroceryStores NeighborhoodWatch} [color=green] // Town -> {Social Hospital TownPolution TownPolice} [color=orange] // City -> {Social Kinetic CityPublicHealth TirtiaryCare CityPolution MunicipalCourt CityPolice} [color=orchid1] // CountyWatershed -> {Social CountyPublicHealth CountyEconomicSystem CountyFinanceSystem Farms CountySheriff CountyCourt CountyPolution} // State -> {Kinetic StatePublicHealth StateEconomicSystem StatePolution StateFinanceSystem Insurance StatePolice NationalGuard StateCourt} [color=sienna] // Region -> { } [color=slateblue1] // Nation -> {Online Kinetic NationalPublicHealth NationalPolution NationalEconomicSystem NationalFinanceSystem NationalMilitary FederalCourt SupremeCourt} [color=steelblue3] // Continent -> {} [color=tomato] // World -> {WorldFinanceSystem WorldEconomicSystem WorldPublicHealth WorldCourt WorldPolice WorldPolution} [color=turquoise3] }

digraph { rankdir=LR node [shape=box style=filled fillcolor=bisque] html -> normalize -> import docs -> normalize -> download { rank=same page -> normalize normalize -> norm normalize -> script -> norm } }

digraph { node [shape=box style=filled fillcolor=gold] rankdir=LR node [fillcolor=lightgreen] 0 [label="Person Modeler" ] 1 [label="Action Adjustment" ] 2 [label="Ideal Insight" ] 3 [label="Org Revision" penwidth=3] 4 [label="Person Community" ] 0->1 [label="Performs" labeltooltip="modeler.graph.json"] 1->2 [label="Serves" labeltooltip="modeler.graph.json"] 2->3 [label="Motivates" labeltooltip="modeler.graph.json"] 4->3 [label="Serves" labeltooltip="modeler.graph.json"] }

digraph { node [shape=box style=filled fillcolor=gold] rankdir=LR node [fillcolor=lightgreen] 0 [label="Ideal Morning"] 1 [label="Action Sleep"] 2 [label="Action Panic"] 3 [label="Person Spouse"] 4 [label="Org Trash" penwidth=3] 5 [label="Action Pickup"] 6 [label="Ideal Recycling"] 1->0 [label="Serves" labeltooltip="morning.graph.json"] 2->0 [label="Serves" labeltooltip="morning.graph.json"] 3->2 [label="Performs" labeltooltip="morning.graph.json"] 3->4 [label="Serves" labeltooltip="morning.graph.json"] 4->5 [label="Facilitates" labeltooltip="morning.graph.json"] 5->6 [label="Serves" labeltooltip="morning.graph.json"] }

digraph { compound=true layout=dot rankdir=TB overlap=false concentrate=false bgcolor=lightblue //splines="" node [style=filled shape=box color=blue4 fontcolor=white] label="Nine Dimensions of the Ethical Regulator Theorem" Integrity [shape=hexagon] Transparency [shape=hexagon] Ethics [shape=hexagon] Purpose [shape=hexagon] Variety [shape=hexagon] Predictability [shape=hexagon] Truth [shape=hexagon] Intelligence [shape=hexagon] Influence[shape=hexagon] "Knowledge\nand\nWisdom" [style=filled shape=circle color=white fontcolor=black] "Model of\nSystem" [style=filled shape=circle color=white fontcolor=black] "Prioritized\nGoals" [style=filled shape=circle color=white fontcolor=black] "Model of\nSelf" [style=filled shape=circle color=white fontcolor=black] "Model of\nAcceptable\nBehavior\nVALUES" [shape=circle style=filled color=white fontcolor=black] "Audit\nCapability" [shape=circle style=filled color=white fontcolor=black] subgraph cluster1 {label="Effectiveness Subsystem" penwidth=3 Variety Intelligence Decision Truth "Model of\nSystem" Predictability "Model of\nSelf" Purpose "Prioritized\nGoals" "Knowledge\nand\nWisdom"} [label="Effectiveness\nCriteria"] subgraph cluster2 {color=red penwidth=3 label="Ethics Subsystem" "Model of\nAcceptable\nBehavior" "Audit\nCapability" Ethics Integrity Transparency Exception Audit} subgraph cluster3 {label="Environment" penwidth=3 Influence "External\nAuthority" "Regulated\nSystem"} "Model of\nSystem" -> Transparency [ label="monitored by" ltail=cluster1 lhead=cluster2] "Audit\nCapability" -> Transparency [label=enables] Purpose -> Intelligence [label=informs] Exception [color=red] Decision [color=red] Variety -> Intelligence [label=informs] Truth -> Intelligence [label=informs] Predictability -> Intelligence [label=informs] Decision -> Influence [label="Ethical Action\nor Truthful\nCommunication"] Ethics -> Intelligence [label=informs] Ethics -> Integrity [label=informs] Audit [style=filled shape=circle color=red fontcolor=white] Transparency -> Integrity[label="informs"] Transparency -> Audit[label="writes"] "Prioritized\nGoals" -> Purpose [label=defines] "Regulated\nSystem" -> Truth [ltail=cluster2 label="Awareness of\nRegulated System\nand Environment"] Influence ->"Regulated\nSystem" [label=affects] "Regulated\nSystem" [color=Green1 fontcolor=black] Integrity -> Decision [label="can\nveto" color=red fontcolor=red] Intelligence -> Decision [label=makes] "Knowledge\nand\nWisdom" -> Truth [label="contributes\nto"] "Model of\nSystem" -> Predictability [label=provides] "Model of\nSelf" -> Variety [label=provides] "Model of\nAcceptable\nBehavior\nVALUES" -> Ethics [label=defines] Integrity -> Exception [label="ethics\nviolated"] [color=red fontcolor=red] Exception -> "External\nAuthority" [color=red label=alerts fontcolor=red] "External\nAuthority" [color=Green1 fontcolor=black] "External\nAuthority" -> "Regulated\nSystem" [label="has\nauthority\nover"] } "Prioritized\nGoals" [style=rounded fontcolor=black] "Prioritized\nGoals" -> Purpose [label=defines] "Regulated\nSystem" -> Truth [ltail=cluster2 label="Awareness of\nRegulated System\nand Environment"] Influence ->"Regulated\nSystem" [label=affects] "Regulated\nSystem" [color=Green1 fontcolor=black] Integrity -> Decision [label="can\nveto" color=red fontcolor=red] Intelligence -> Decision [label=makes] "Knowledge\nand\nWisdom" [style=rounded fontcolor=black ] "Knowledge\nand\nWisdom" -> Truth [label="contributes\nto"] "Model of\nSystem" [style=rounded fontcolor=black] "Model of\nSystem" -> Predictability [label=provides] "Model of\nSelf" [style=rounded fontcolor=black] "Model of\nSelf" -> Variety [label=provides] Integrity -> Exception [label="ethics\nviolated"] [color=red fontcolor=red] Exception -> "External\nAuthority" [color=red label=alerts fontcolor=red] "External\nAuthority" [color=Green1 fontcolor=black] "External\nAuthority" -> "Regulated\nSystem" [label="has\nauthority\nover"] }

digraph { compound=true layout=dot rankdir=TB overlap=false concentrate=false bgcolor=lightblue //splines="" node [style=filled shape=box color=blue4 fontcolor=white] label="Nine Dimensions of the Ethical Regulator Theorem" Integrity [shape=hexagon] Transparency [shape=hexagon] Ethics [shape=hexagon] Purpose [shape=hexagon] Variety [shape=hexagon] Predictability [shape=hexagon] Truth [shape=hexagon] Intelligence [shape=hexagon] Influence[shape=hexagon] "Knowledge\nand\nWisdom" [style=filled shape=circle color=white fontcolor=black] "Model of\nSystem" [style=filled shape=circle color=white fontcolor=black] "Prioritized\nGoals" [style=filled shape=circle color=white fontcolor=black] "Model of\nSelf" [style=filled shape=circle color=white fontcolor=black] "Model of\nAcceptable\nBehavior\nVALUES" [shape=circle style=filled color=white fontcolor=black] "Model of\nAcceptable\nBehavior\nVALUES" -> Ethics [label=provides] subgraph cluster1 {label="Effectiveness Subsystem" Variety Intelligence Decision Truth "Model of\nSystem" Predictability "Model of\nSelf" Purpose "Prioritized\nGoals" "Knowledge\nand\nWisdom"} [label="Effectiveness\nCriteria"] subgraph cluster2 {color=red label="Ethics Subsystem" Ethics Integrity Transparency Exception Audit} subgraph cluster3 {label="Environment" Influence "External\nAuthority" "Regulated\nSystem"} "Model of\nSystem" -> Transparency [ label="monitored by" ltail=cluster1 lhead=cluster2]; Purpose -> Intelligence [label=informs] Exception [color=red] Decision [color=red] Variety -> Intelligence [label=informs] Truth -> Intelligence [label=informs] Predictability -> Intelligence [label=informs] Decision -> Influence [label="Ethical Action\nor Truthful\nCommunication"] Ethics -> Intelligence [label=informs] Ethics -> Integrity [label=informs] Audit [style=filled shape=circle color=red fontcolor=white] Transparency -> Integrity[label="informs"] Transparency -> Audit[label="writes"] "Prioritized\nGoals" -> Purpose [label=defines] "Regulated\nSystem" -> Truth [ltail=cluster2 label="Awareness of\nRegulated System\nand Environment"] Influence ->"Regulated\nSystem" [label=affects] "Regulated\nSystem" [color=Green1 fontcolor=black] Integrity -> Decision [label="can\nveto" color=red fontcolor=red] Intelligence -> Decision [label=makes] "Knowledge\nand\nWisdom" -> Truth [label="contributes\nto"] "Model of\nSystem" -> Predictability [label=provides] "Model of\nSelf" -> Variety [label=provides] Integrity -> Exception [label="ethics\nviolated"] [color=red fontcolor=red] Exception -> "External\nAuthority" [color=red label=alerts fontcolor=red] "External\nAuthority" [color=Green1 fontcolor=black] "External\nAuthority" -> "Regulated\nSystem" [label="has\nauthority\nover"] } "Prioritized\nGoals" [style=rounded fontcolor=black] "Prioritized\nGoals" -> Purpose [label=defines] "Regulated\nSystem" -> Truth [ltail=cluster2 label="Awareness of\nRegulated System\nand Environment"] Influence ->"Regulated\nSystem" [label=affects] "Regulated\nSystem" [color=Green1 fontcolor=black] Integrity -> Decision [label="can\nveto" color=red fontcolor=red] Intelligence -> Decision [label=makes] "Knowledge\nand\nWisdom" [style=rounded fontcolor=black ] "Knowledge\nand\nWisdom" -> Truth [label="contributes\nto"] "Model of\nSystem" [style=rounded fontcolor=black] "Model of\nSystem" -> Predictability [label=provides] "Model of\nSelf" [style=rounded fontcolor=black] "Model of\nSelf" -> Variety [label=provides] Integrity -> Exception [label="ethics\nviolated"] [color=red fontcolor=red] Exception -> "External\nAuthority" [color=red label=alerts fontcolor=red] "External\nAuthority" [color=Green1 fontcolor=black] "External\nAuthority" -> "Regulated\nSystem" [label="has\nauthority\nover"] }

digraph { compound=true layout=dot rankdir=TB overlap=false concentrate=fals2 #bgcolor=lightblue //splines="" node [style=filled shape=box] #label= "\nOperating Meta Meta-Meta" Object "Observer" "Meta Observer" "Meta Meta Observer" #"Observer-1" -> Object #"Observer-2" -> {"Observer-1" Object} #"Observer-3" -> subgraph cluster4 { "Meta Meta Observer" subgraph cluster3 { bgcolor=lightblue subgraph cluster2 {bgcolor=blue Object "Observer"} "Meta Observer" } bgcolor=yellow} }

digraph { layout=neato; overlap = false; splines=true node [style=filled fillcolor=bisque] "Frame\nPlugin" [penwidth=3] "Ward\nCunningham" [penwidth=3] "Hosted\nAssets" [penwidth=3] "Work\nLineup" -> "Forked\nPage" "Work\nLineup" -> "Work\nStep\nPage" "Forked\nPage" -> "Hosted\nAssets" "Work\nStep\nPage" -> "Hosted\nAssets" "Forked\nPage" -> "Forked\nAsset" "Hosted\nAssets" -> "Forked\nAsset" "Work\nStep\nPage" -> "Forked\nPage" "Workflow\nAuthor" -> "Work\nStep\nPage" "Program\nAuthor" -> "Hosted\nAssets" "Nick\nNiemeir" -> "Assets\nPlugin" "Ward\nCunningham" -> "Assets\nPlugin" "Assets\nPlugin" -> "Hosted\nAssets" "Paul\nRodwell" -> "Hosted\nAssets" "Frame\nPlugin" -> "Hosted\nAssets" "Ward\nCunningham" -> "Workflow\nAutomations" "Frame\nIntegrations" -> "Workflow\nAutomations" "Frame\nIntegrations" -> "Frame\nPlugin" "Eric\nDobbs" -> "Frame\nIntegrations" "Eric\nDobbs" -> "Frame\nPlugin" }

digraph { node [shape=box style=filled] node [fillcolor=gold] init markup node [fillcolor=palegreen] init -> fetchNames init -> fetchPage init -> ready -> show fetchPage -> loadDoc fetchNames -> loadDoc loadDoc -> xhttp xhttp -> open xhttp -> send xhttp -> trouble show -> head show -> markup show -> foot show -> anypage show -> trouble }

digraph { node [shape=box style=filled] node [fillcolor=gold] markup fullsearch titlesearch node [fillcolor=palegreen] markup -> render markup -> complete render -> links render -> inner inner -> escape inner -> bullets inner -> emhasis links -> prepass links -> postpass postpass -> sanitize postpass -> unstash postpass -> complete prepass -> youtube prepass -> titlesearch prepass -> fullsearch prepass -> isbn prepass -> external prepass -> internal fullsearch -> stash titlesearch -> stash titlesearch -> get -> link titlesearch -> got youtube -> stash external -> stash internal -> stash bullets -> enter complete -> enter }

digraph { node [shape=box style=filled fillcolor=bisque] restore -> gotohash -> refresh restore -> setscale refresh -> showimage -> getimage refresh -> showdot -> expose refresh -> current -> getmetadata current -> setscale showdot -> image2screen screen2image saveit -> refresh saveit -> screen2image deleteit -> refresh node [fillcolor=white] "window\nonhashchange" -> gotohash "metadata\ndownload\nerase" -> refresh "metadata\nonclick" -> refresh "search\nkeyup\nmouseover\nclick" -> refresh "draw\nonclick" -> refresh "draw\nonclick" -> screen2image "dot\nonclick" -> "describe\nclose" -> refresh "describe\nclose" -> saveit -> deleteit "describe\nclose" -> deleteit "window\nresize" -> image2screen node [shape=oval fillcolor=lightgreen] index -> restore json -> getmetadata "png" -> getimage }

digraph { layout=neato overlap=false node [style=filled fillcolor=bisque] 3->4->5->6->7->1->2->3 1 [label="Home\nSweet\nHome" fillcolor=white] 2 [label="Spring\nGarden\nStreet\nConnector"] 3 [label="Spring\nGarden\nPark"] 4 [label="Tryon\nCreek\nHeadwaters"] 5 [label="Tryon\nCreek at\nSW 26th\nAve"] 6 [label="Falling\nCreek at\nJohnathan\nCourt"] 7 [label="Falling\nCreek at\nIndian\nHills"] }

digraph { rankdir=LR layout=neato node [shape=circle style=filled fillcolor=bisque] x -> y [label="+"] y -> x [label="-"] }

graph { rankdir=LR scene -- sun -- earth -- moon -- orbiter scene -- string }

digraph { rankdir=LR node [shape=box style=filled fillcolor=bisque] "Mike" [fillcolor=lightblue] "Mike" [fillcolor=lightblue] "Mike" [fillcolor=lightblue] "Vasanti" [fillcolor=lightblue] "Matt" [fillcolor=lightblue] "Michael" [fillcolor=lightblue] "Mike" [fillcolor=lightblue] "Aarun" [fillcolor=lightblue] "Zack" [fillcolor=lightblue] "Nate" [fillcolor=lightblue] "Julia" [fillcolor=lightblue] "Roger" [fillcolor=lightblue] "Guillermo" [fillcolor=lightblue] "Vasanti" [fillcolor=lightblue] "Daniel" [fillcolor=lightblue] "Keri" [fillcolor=lightblue] "Micah" [fillcolor=lightblue] "Matt" [fillcolor=lightblue] "Dylan" [fillcolor=lightblue] "Samuel" [fillcolor=lightblue] "Jeff" [fillcolor=lightblue] "Vincent" [fillcolor=lightblue] "Bob" [fillcolor=lightblue] "Ekan" [fillcolor=lightblue] "Seva" [fillcolor=lightblue] "Nic" [fillcolor=lightblue] "Michael" [fillcolor=lightblue] "Ron" [fillcolor=lightblue] "Micah" [fillcolor=lightblue] "Dylan" [fillcolor=lightblue] "Vincent" [fillcolor=lightblue] "Bob" [fillcolor=lightblue] "Micah" [fillcolor=lightblue] "Dylan" [fillcolor=lightblue] "Vincent" [fillcolor=lightblue] "Bob" [fillcolor=lightblue] "Daniel" [fillcolor=lightblue] "Micah" [fillcolor=lightblue] "Dylan" [fillcolor=lightblue] "Jeff" [fillcolor=lightblue] "Vincent" [fillcolor=lightblue] "Bob" [fillcolor=lightblue] "Daniel" [fillcolor=lightblue] "Micah" [fillcolor=lightblue] "Dylan" [fillcolor=lightblue] "Jeff" [fillcolor=lightblue] "Vincent" [fillcolor=lightblue] "Bob" [fillcolor=lightblue] "Zack" [fillcolor=lightblue] "Zack" [fillcolor=lightblue] "Seva" [fillcolor=lightblue] "Zack" [fillcolor=lightblue] "Samuel" [fillcolor=lightblue] "Seva" [fillcolor=lightblue] "Zack" [fillcolor=lightblue] "Julia" [fillcolor=lightblue] "Guillermo" [fillcolor=lightblue] "Samuel" [fillcolor=lightblue] "Seva" [fillcolor=lightblue] "Zack" [fillcolor=lightblue] "Julia" [fillcolor=lightblue] "Roger" [fillcolor=lightblue] "Guillermo" [fillcolor=lightblue] "Samuel" [fillcolor=lightblue] "Ekan" [fillcolor=lightblue] "Seva" [fillcolor=lightblue] "Ron" [fillcolor=lightblue] "Zack" [fillcolor=lightblue] "Julia" [fillcolor=lightblue] "Roger" [fillcolor=lightblue] "Guillermo" [fillcolor=lightblue] "Samuel" [fillcolor=lightblue] "Ekan" [fillcolor=lightblue] "Seva" [fillcolor=lightblue] "Nic" [fillcolor=lightblue] "Ron" [fillcolor=lightblue] "Nate" [fillcolor=lightblue] "Nate" [fillcolor=lightblue] "Keri" [fillcolor=lightblue] "Nate" [fillcolor=lightblue] "Keri" [fillcolor=lightblue] "Julia" [fillcolor=lightblue] "Julia" [fillcolor=lightblue] "Roger" [fillcolor=lightblue] "Roger" [fillcolor=lightblue] "Roger" [fillcolor=lightblue] "Guillermo" [fillcolor=lightblue] "Guillermo" [fillcolor=lightblue] "Vasanti" [fillcolor=lightblue] "Vasanti" [fillcolor=lightblue] "Michael" [fillcolor=lightblue] "Vasanti" [fillcolor=lightblue] "Matt" [fillcolor=lightblue] "Michael" [fillcolor=lightblue] "Daniel" [fillcolor=lightblue] "Daniel" [fillcolor=lightblue] "Daniel" [fillcolor=lightblue] "Keri" [fillcolor=lightblue] "Micah" [fillcolor=lightblue] "Matt" [fillcolor=lightblue] "Matt" [fillcolor=lightblue] "Dylan" [fillcolor=lightblue] "Samuel" [fillcolor=lightblue] "Samuel" [fillcolor=lightblue] "Bob" [fillcolor=lightblue] "Ekan" [fillcolor=lightblue] "Ron" [fillcolor=lightblue] "Seva" [fillcolor=lightblue] "Michael" [fillcolor=lightblue] "Ron" [fillcolor=lightblue] "Mike" -> "Chad" [label=43] "Chad" -> "Alex" [label=43] "Alex" -> "Bill" [label=69] "Bill" -> "Lew" [label=270] "Aarun" -> "Vincent" [label=32] "Vincent" -> "Wendi" [label=61] "Wendi" -> "Jeff" [label=61] "Jeff" -> "Manav" [label=81] "Manav" -> "Bill" [label=81] "Zack" -> "Will" [label=23] "Will" -> "Dave" [label=24] "Dave" -> "Aaron" [label=30] "Aaron" -> "Wendy" [label=64] "Wendy" -> "Nic" [label=82] "Nic" -> "Bill" [label=83] "Nate" -> "Brion" [label=23] "Brion" -> "Gayle" [label=37] "Gayle" -> "Bill" [label=37] "Julia" -> "Ryan" [label=19] "Ryan" -> "Aaron" [label=19] "Roger" -> "Desiree" [label=15] "Desiree" -> "Andrew" [label=15] "Andrew" -> "Wendy" [label=15] "Guillermo" -> "Nicolás" [label=15] "Nicolás" -> "Aaron" [label=15] "Vasanti" -> "Robert" [label=15] "Robert" -> "Pierre" [label=16] "Pierre" -> "Alex" [label=26] "Daniel" -> "Alysa" [label=14] "Alysa" -> "Rafael" [label=14] "Rafael" -> "Jeff" [label=14] "Keri" -> "Brion" [label=14] "Micah" -> "Vincent" [label=13] "Matt" -> "Chris" [label=10] "Chris" -> "Pierre" [label=10] "Dylan" -> "Vincent" [label=8] "Samuel" -> "Angela" [label=6] "Angela" -> "Dave" [label=6] "Bob" -> "Vincent" [label=3] "Ekan" -> "Wendy" [label=3] "Seva" -> "Will" [label=1] "Michael" -> "Robert" [label=1] "Ron" -> "Ekan" [label=1] }

strict digraph { rankdir=TB node [shape=box style=filled fillcolor=palegreen] Employee -> Employee [label=" Manager" penwidth=3] Project -> Employee [label=Manager penwidth=3] Service -> Project [label=Owner] Service -> Employee [label=Team] Service -> Service [label=Flow] Service -> Statistic [label=Traffic]}

digraph { layout=neato; overlap = false; splines=true node [style=filled fillcolor=bisque] "Frame\nPlugin" [penwidth=3] "Ward\nCunningham" [penwidth=3] "Eric\nDobbs" [penwidth=3] "Hosted\nAssets" [penwidth=3] "Program\nAuthor" [penwidth=3] "Work\nStep\nPage" [penwidth=3] "Forked\nPage" [penwidth=3] "Work\nLineup" [penwidth=3] "Work\nLineup" -> "Output\nPage" "Input\nPage" -> "Work\nLineup" "Work\nLineup" -> "Forked\nPage" "Work\nLineup" -> "Work\nStep\nPage" "Work\nStep\nPage" -> "Forked\nPage" "Work\nLineup" -> "Forked\nPage" "Work\nLineup" -> "Work\nStep\nPage" "Forked\nPage" -> "Hosted\nAssets" "Work\nStep\nPage" -> "Hosted\nAssets" "Forked\nPage" -> "Forked\nAsset" "Hosted\nAssets" -> "Forked\nAsset" "Work\nStep\nPage" -> "Forked\nPage" "Workflow\nAuthor" -> "Work\nStep\nPage" "Program\nAuthor" -> "Hosted\nAssets" "Hosted\nAssets" -> "HTML\nScript" "Work\nStep\nPage" -> "Hosted\nAssets" "Program\nAuthor" -> "Browse\nFile" "Program\nAuthor" -> "Hosted\nAssets" "Browse\nFile" -> "HTML\nScript" "Program\nAuthor" -> "HTML\nScript" "SVG" -> "Lineup" "HTML\nPlugin" -> "SVG" "Graphviz\nPlugin" -> "SVG" "Algorithmic\nDrawing" -> "Graphviz\nPlugin" "Ward\nCunningham" -> "Algorithmic\nDrawing" "Eric\nDobbs" -> "HTML\nPlugin" "Eric\nDobbs" -> "Graphviz\nPlugin" "Nick\nNiemeir" -> "Assets\nPlugin" "Ward\nCunningham" -> "Assets\nPlugin" "Assets\nPlugin" -> "Hosted\nAssets" "Paul\nRodwell" -> "Hosted\nAssets" "Frame\nPlugin" -> "Hosted\nAssets" "Ward\nCunningham" -> "Workflow\nAutomations" "Frame\nIntegrations" -> "Workflow\nAutomations" "Frame\nIntegrations" -> "Frame\nPlugin" "Eric\nDobbs" -> "Frame\nIntegrations" "Eric\nDobbs" -> "Frame\nPlugin" }

digraph { compound=true; rankdir=LR node [style=filled fillcolor=white] subgraph cluster_m { style=filled fillcolor=lightblue label="main.html" main helper } subgraph cluster_s { style=filled fillcolor=lightblue label="print.js" simple complex } subgraph cluster_c { style=filled fillcolor=lightblue label="stats.js" count } edge [penwidth=2] main -> count [ltail=cluster_m lhead=cluster_c] main -> simple [ltail=cluster_m lhead=cluster_s] simple -> count [ltail=cluster_s lhead=cluster_c] edge [penwidth=1 style=dashed] main -> count main -> simple -> count main -> complex -> count complex -> helper -> count }

digraph { layout=dot rankdir=BT overlap=false consentrate=true node [style=filled shape=box] Theme "Theme\nStatement" "Noun-Verb-Noun" Title Outline Topical Scenic "Shape of Story" "Particular\nDesires" "Particular\nCharacter" Complication Frustration Action Consequences Setting Scene Crisis Climax Success Defeat Resolution Insight Denouement Theme -> "Theme\nStatement" -> "Noun-Verb-Noun" -> Title -> Outline -> {Topical Scenic} -> "Shape of Story" "Particular\nDesires" -> Complication "Particular\nCharacter" -> Complication -> Frustration -> Action Scene -> Consequences Setting -> Consequences Action -> Consequences -> Crisis -> Climax -> Success Climax -> Defeat -> Resolution -> Insight -> Denouement }

strict digraph {rankdir=LR node [shape=box style=filled fillcolor=gold] "Site Repair" node [fillcolor=lightblue] "Building Complex" -> "Site Repair" "Number Of Stories" -> "Site Repair" "Circulation Realms" -> "Site Repair" "Building Complex" -> "Site Repair" "Site Repair" -> "Tree Places" "Site Repair" -> "South Facing Outdoors" "Site Repair" -> "Positive Outdoor Space" "Site Repair" -> "Terraced Slope" "Site Repair" -> "Garden Growing Wild" "Site Repair" -> "Wings Oflight" "Site Repair" -> "Long Thin House" node [fillcolor=bisque] "Site Repair" -> "Tree Places" "Fruit Trees" -> "Tree Places" "Outdoor Room" -> "Tree Places" "Trellised Walk" -> "Tree Places" "Garden Seat" -> "Tree Places" "Seat Spots" -> "Tree Places" "Sitting Wall" -> "Tree Places" node [fillcolor=bisque] "Site Repair" -> "South Facing Outdoors" "Half-hidden Garden" -> "South Facing Outdoors" "Positive Outdoor Space" -> "South Facing Outdoors" "Wings Oflight" -> "South Facing Outdoors" "Indoor Sunlight" -> "South Facing Outdoors" "North Face" -> "South Facing Outdoors" "Sunny Place" -> "South Facing Outdoors" node [fillcolor=bisque] "South Facing Outdoors" -> "Positive Outdoor Space" "Wings Oflight" -> "Positive Outdoor Space" "Workspace Enclosure" -> "Positive Outdoor Space" "Wings Oflight" -> "Positive Outdoor Space" "Tree Places" -> "Positive Outdoor Space" "Garden Wall" -> "Positive Outdoor Space" "Trellised Walk" -> "Positive Outdoor Space" "Hierarchy Of Open Space" -> "Positive Outdoor Space" "Building Fronts" -> "Positive Outdoor Space" "Building Edge" -> "Positive Outdoor Space" "Courtyards Which Live" -> "Positive Outdoor Space" "Roof Garden" -> "Positive Outdoor Space" "Path Shape" -> "Positive Outdoor Space" "Outdoor Room" -> "Positive Outdoor Space" "Garden Growing Wild" -> "Positive Outdoor Space" node [fillcolor=bisque] "Site Repair" -> "Terraced Slope" "Building Edge" -> "Terraced Slope" "Connection To The Earth" -> "Terraced Slope" "Vegetable Garden" -> "Terraced Slope" "Fruit Trees" -> "Terraced Slope" "Raised Flowers" -> "Terraced Slope" "Sitting Wall" -> "Terraced Slope" node [fillcolor=bisque] "Terraced Slope" -> "Garden Growing Wild" "Tree Places" -> "Garden Growing Wild" "Greenhouse" -> "Garden Growing Wild" "Garden Seat" -> "Garden Growing Wild" "Still Water" -> "Garden Growing Wild" "Raised Flowers" -> "Garden Growing Wild" node [fillcolor=bisque] "South Facing Outdoors" -> "Wings Oflight" "Positive Outdoor Space" -> "Wings Oflight" "The Family" -> "Wings Oflight" "House For A Small Family" -> "Wings Oflight" "House For A Couple" -> "Wings Oflight" "House For One Person" -> "Wings Oflight" "Self-governing Workshops And Offices" -> "Wings Oflight" "Small Services Without Red Tape" -> "Wings Oflight" "Office Connections" -> "Wings Oflight" "Master And Aprentices" -> "Wings Oflight" "Individually Owned Shops" -> "Wings Oflight" "Light On Two Sides Of Every Room" -> "Wings Oflight" "Light On Two Sides Of Every Room" -> "Wings Oflight" "Light On Two Sides Of Every Room" -> "Wings Oflight" "Windows Overlooking Life" -> "Wings Oflight" "Natural Doors And Windows" -> "Wings Oflight" "Deep Reveals" -> "Wings Oflight" "Small Panes" -> "Wings Oflight" "Positive Outdoor Space" -> "Wings Oflight" "Connected Buildings" -> "Wings Oflight" "Light On Two Sides Of Every Room" -> "Wings Oflight" "Cascade Of Roofs" -> "Wings Oflight" "Arcades" -> "Wings Oflight" "Short Passages" -> "Wings Oflight" "Structure Follows Social Spaces" -> "Wings Oflight" node [fillcolor=bisque] "Positive Outdoor Space" -> "Long Thin House" "Wings Oflight" -> "Long Thin House" "Positive Outdoor Space" -> "Long Thin House" "Intimacy Gradient" -> "Long Thin House" "Cascade Of Roofs" -> "Long Thin House" "Common Areas At The Heart" -> "Long Thin House"}

digraph { layout=neato; overlap = false; splines=true node [style=filled fillcolor=bisque] "Hosted\nAssets" [penwidth=3] "Program\nAuthor" [penwidth=3] "Work\nStep\nPage" [penwidth=3] "Forked\nPage" [penwidth=3] "Work\nLineup" [penwidth=3] "Work\nLineup" -> "Output\nPage" "Input\nPage" -> "Work\nLineup" "Work\nLineup" -> "Forked\nPage" "Work\nLineup" -> "Work\nStep\nPage" "Forked\nPage" -> "Hosted\nAssets" "Forked\nPage" -> "Forked\nAsset" "Hosted\nAssets" -> "Forked\nAsset" "Work\nStep\nPage" -> "Forked\nPage" "Workflow\nAuthor" -> "Work\nStep\nPage" "Hosted\nAssets" -> "HTML\nScript" "Work\nStep\nPage" -> "Hosted\nAssets" "Program\nAuthor" -> "Browse\nFile" "Program\nAuthor" -> "Hosted\nAssets" "Browse\nFile" -> "HTML\nScript" "Program\nAuthor" -> "HTML\nScript" "Nick\nNiemeir" -> "Assets\nPlugin" "Ward\nCunningham" -> "Assets\nPlugin" "Assets\nPlugin" -> "Hosted\nAssets" "Paul\nRodwell" -> "Hosted\nAssets" "Frame\nPlugin" -> "Hosted\nAssets" }

digraph { node [shape=box style=filled fillcolor=gold] rankdir=TB 5 11 33 10 34 38 8 8 36 0 23 6 10 51 node [fillcolor=lightgreen] 0 [label="Action Fork" ] 1 [label="Person Author" ] 2 [label="Action Curation" ] 3 [label="Ideal Quality" ] 4 [label="Org Foundation" ] 5 [label="Ideal Beauty" ] 6 [label="Action Refactoring" ] 7 [label="Org WyCash" ] 8 [label="Person Ward" ] 9 [label="Action Mutation" penwidth=3] 10 [label="Ideal Creativity" ] 11 [label="Person Kerry" ] 12 [label="Person Foodie" ] 13 [label="Ideal Sustainability" ] 14 [label="Action EatPalmOil" ] 15 [label="Org Unilever" ] 16 [label="Nature Indonesia" ] 17 [label="Person Gardener" ] 18 [label="Action Monitor" ] 19 [label="Sensor Water" ] 20 [label="Sensor Temperature" ] 21 [label="Person Jeff" ] 22 [label="Action Connection" ] 23 [label="Ideal Sharing" ] 24 [label="Org DeveloperTeam" ] 25 [label="Action Learning" ] 26 [label="Action Teamwork" ] 27 [label="Ideal Productivity" ] 28 [label="Action Disconnection" ] 29 [label="Ideal Concentration" ] 30 [label="Action SystemEvolution" ] 31 [label="Action Transcription" ] 32 [label="Ideal Understanding" ] 33 [label="Ideal Wellbeing" ] 34 [label="Org ReLocalize Creativity" ] 35 [label="Action See the Systems" ] 36 [label="Org Wiki" ] 37 [label="Person Marc" ] 38 [label="Ideal Subsidiarity" ] 39 [label="Action Deploy wiki" ] 40 [label="Person Pat" ] 41 [label="Org C2" ] 42 [label="Action Here" ] 43 [label="Ideal There" ] 44 [label="Ideal Truth" ] 45 [label="Org NPR" ] 46 [label="Action Broadcasts" ] 47 [label="Person Reporters" ] 48 [label="Ideal Open" ] 49 [label="Person Erin" ] 50 [label="Org Store" ] 51 [label="Action Samples" ] 52 [label="Ideal Wine" ] 53 [label="Action Meetup" ] 54 [label="Person Member" ] 55 [label="Ideal Tasting" ] 1->0 [label="Performs" labeltooltip="author.graph.json"] 1->2 [label="Performs" labeltooltip="author.graph.json"] 2->3 [label="Serves" labeltooltip="author.graph.json"] 3->4 [label="Motivates" labeltooltip="author.graph.json"] 6->5 [label="Serves" labeltooltip="beauty.graph.json"] 7->6 [label="Facilitates" labeltooltip="beauty.graph.json"] 8->7 [label="Serves" labeltooltip="beauty.graph.json"] 8->9 [label="Performs" labeltooltip="beauty.graph.json"] 8->5 [label="Holds" labeltooltip="beauty.graph.json"] 11->10 [label="Holds" labeltooltip="creativity.graph.json"] 12->13 [label="Holds" labeltooltip="foodie.graph.json"] 12->14 [label="Performs" labeltooltip="foodie.graph.json"] 12->15 [label="DependsOn" labeltooltip="foodie.graph.json"] 15->16 [label="DependsOn" labeltooltip="foodie.graph.json"] 17->18 [label="Performs" labeltooltip="gardener.graph.json"] 18->19 [label="Performs" labeltooltip="gardener.graph.json"] 18->20 [label="Performs" labeltooltip="gardener.graph.json"] 21->22 [label="Performs" labeltooltip="jeff.graph.json"] 22->23 [label="Serves" labeltooltip="jeff.graph.json"] 23->24 [label="Motivates" labeltooltip="jeff.graph.json"] 24->25 [label="Facilitates" labeltooltip="jeff.graph.json"] 21->24 [label="Serves" labeltooltip="jeff.graph.json"] 24->26 [label="Facilitates" labeltooltip="jeff.graph.json"] 26->27 [label="Serves" labeltooltip="jeff.graph.json"] 27->24 [label="Motivates" labeltooltip="jeff.graph.json"] 21->28 [label="Performs" labeltooltip="jeff.graph.json"] 28->29 [label="Serves" labeltooltip="jeff.graph.json"] 29->24 [label="Motivates" labeltooltip="jeff.graph.json"] 24->30 [label="Facilitates" labeltooltip="jeff.graph.json"] 21->31 [label="Performs" labeltooltip="jeff.graph.json"] 31->32 [label="Serves" labeltooltip="jeff.graph.json"] 32->24 [label="Motivates" labeltooltip="jeff.graph.json"] 11->33 [label="Holds" labeltooltip="kerry.graph.json"] 33->34 [label="Motivates" labeltooltip="kerry.graph.json"] 34->35 [label="Facilitates" labeltooltip="kerry.graph.json"] 35->33 [label="Serves" labeltooltip="kerry.graph.json"] 10->36 [label="Motivates" labeltooltip="loop.graph.json"] 37->38 [label="Holds" labeltooltip="marc.graph.json"] 38->34 [label="Motivates" labeltooltip="marc.graph.json"] 37->34 [label="Serves" labeltooltip="marc.graph.json"] 37->39 [label="Performs" labeltooltip="marc.graph.json"] 39->38 [label="Serves" labeltooltip="marc.graph.json"] 40->41 [label="Serves" labeltooltip="pat.graph.json"] 8->41 [label="Serves" labeltooltip="pat.graph.json"] 42->43 [label="Serves" labeltooltip="same.graph.json"] 44->45 [label="Motivates" labeltooltip="truth.graph.json"] 45->46 [label="Facilitates" labeltooltip="truth.graph.json"] 47->46 [label="Performs" labeltooltip="truth.graph.json"] 8->36 [label="Serves" labeltooltip="wiki.graph.json"] 36->0 [label="Facilitates" labeltooltip="wiki.graph.json"] 0->23 [label="Serves" labeltooltip="wiki.graph.json"] 48->36 [label="Motivates" labeltooltip="wiki.graph.json"] 36->6 [label="Facilitates" labeltooltip="wiki.graph.json"] 6->10 [label="Serves" labeltooltip="wiki.graph.json"] 49->50 [label="Serves" labeltooltip="wineclub.graph.json"] 50->51 [label="Facilitates" labeltooltip="wineclub.graph.json"] 52->50 [label="Motivates" labeltooltip="wineclub.graph.json"] 49->53 [label="Performs" labeltooltip="wineclub.graph.json"] 54->51 [label="Performs" labeltooltip="winetaster.graph.json"] 51->55 [label="Serves" labeltooltip="winetaster.graph.json"] }

digraph { layout=dot; overlap = false; splines=true rankdir=LR node [style=filled fillcolor=none] "SOCIAL" -> "INFRASTRUCTURE" "INFRASTRUCTURE" -> "HEALTH" "INFRASTRUCTURE" -> "SAFETY" "INFRASTRUCTURE" -> "SOCIAL" "INFRASTRUCTURE" -> "ENERGY" "SOCIAL" -> "SAFETY" "SOCIAL" -> "HEALTH" "SOCIAL" -> "ENERGY" node [style=filled fillcolor=bisque] "SOCIAL" -> "Community\nCommons" "SOCIAL" -> "Social\nServices\nand\nCare" "SOCIAL" -> "Gov\nMgmt" "SOCIAL" -> "Education\nDevelopment" "SOCIAL" -> "Jobs" node [style=filled fillcolor=pink] "HEALTH" -> "Housing" "HEALTH" -> "Hygiene\nPrevention" "HEALTH" -> "Behavioral\nHealth" "HEALTH" -> "Medical\nServices" node [style=filled fillcolor=orange] "SAFETY" -> "Shelter\nEvacuation" "SAFETY" -> "Emergency\nManagement" "SAFETY" -> "Climate" "SAFETY" -> "Environment\n" "SAFETY" -> "Security" node [style=filled fillcolor=yellow] "INFRASTRUCTURE" -> "Food" "INFRASTRUCTURE" -> "Water" "INFRASTRUCTURE" -> "Garbage" "INFRASTRUCTURE" -> "Sewer" "INFRASTRUCTURE" -> "Supply" "INFRASTRUCTURE" -> "Agriculture" "INFRASTRUCTURE" -> "Information" "INFRASTRUCTURE" -> "Communication" "INFRASTRUCTURE" -> "Transportation" "INFRASTRUCTURE" -> "Land" node [style=filled fillcolor=green] "ENERGY" -> "Net\nZero\nEnergy" "ENERGY" -> "Electric\nGas" "ENERGY" -> "Temperature" }

digraph { rankdir=LR "Trouble" -> "Big\nTrouble" -> "Big\nTrouble" -> "Big\nTrouble\nResolved" -> "Trouble" }

digraph { layout=neato 1 -> 2 -> 3 -> 4 -> 5 -> 1 1 [label="welcome\nvisitors"] 4 [label="dojo\npractices"] }

strict digraph { compound=true node [shape=box style=filled fillcolor=bisque] subgraph cluster_MRoS { label="Managing Risk of Saturation" { S2 S1 } -> S3 } subgraph cluster_NoAU { label="Networks of Adaptive Units" { S5 S4 } -> S6 } subgraph cluster_OC { label="Outmaneuvering Constraints" { S9 S8 S7 } -> S10 } S3 -> S8 [ ltail=cluster_MRoS lhead=cluster_OC minlen=2 ] S6 -> S8 [ ltail=cluster_NoAU lhead=cluster_OC minlen=2 ] }

digraph { layout=neato; overlap = false; splines=true node [style=filled fillcolor=bisque] "Frame\nPlugin" [penwidth=3] "Ward\nCunningham" [penwidth=3] "Eric\nDobbs" [penwidth=3] "Hosted\nAssets" [penwidth=3] "Program\nAuthor" [penwidth=3] "Work\nStep\nPage" [penwidth=3] "Forked\nPage" [penwidth=3] "Work\nLineup" [penwidth=3] "Work\nLineup" -> "Output\nPage" "Input\nPage" -> "Work\nLineup" "Work\nLineup" -> "Forked\nPage" "Work\nLineup" -> "Work\nStep\nPage" "Forked\nPage" -> "Hosted\nAssets" "Forked\nPage" -> "Forked\nAsset" "Hosted\nAssets" -> "Forked\nAsset" "Work\nStep\nPage" -> "Forked\nPage" "Workflow\nAuthor" -> "Work\nStep\nPage" "Hosted\nAssets" -> "HTML\nScript" "Work\nStep\nPage" -> "Hosted\nAssets" "Program\nAuthor" -> "Browse\nFile" "Program\nAuthor" -> "Hosted\nAssets" "Browse\nFile" -> "HTML\nScript" "Program\nAuthor" -> "HTML\nScript" "SVG" -> "Lineup" "HTML\nPlugin" -> "SVG" "Graphviz\nPlugin" -> "SVG" "Algorithmic\nDrawing" -> "Graphviz\nPlugin" "Ward\nCunningham" -> "Algorithmic\nDrawing" "Eric\nDobbs" -> "HTML\nPlugin" "Eric\nDobbs" -> "Graphviz\nPlugin" "Nick\nNiemeir" -> "Assets\nPlugin" "Ward\nCunningham" -> "Assets\nPlugin" "Assets\nPlugin" -> "Hosted\nAssets" "Paul\nRodwell" -> "Hosted\nAssets" "Frame\nPlugin" -> "Hosted\nAssets" "Ward\nCunningham" -> "Workflow\nAutomations" "Frame\nIntegrations" -> "Workflow\nAutomations" "Frame\nIntegrations" -> "Frame\nPlugin" "Eric\nDobbs" -> "Frame\nIntegrations" "Eric\nDobbs" -> "Frame\nPlugin" }

digraph { rankdir=LR node [shape=box style=filled] node [fillcolor=bisque] page [label="remote\npage"] federation node [fillcolor=lightblue] {rank=same frame [label="frame\nplugin"] script [label="html\nscript" fillcolor=gold] state [label="active\nstate" fillcolor=gold] federation -> page [dir=back] page -> markup -> frame frame -> script [dir=both] script -> state [dir=none] } frame -> open frame -> create source -> frame context -> frame neighbors -> frame node [fillcolor=palegreen] "graph\nrelations" -> source "map\nmarkers" -> source "map\nregion" -> source "file\nassets" -> source "page\nitems" -> context sites -> neighbors origin -> neighbors open -> "existing\npage" create -> "ghost\npage" create -> "import\npages" node [fillcolor=bisque] "import\nmodules" -> script sitemap -> fetch pages -> fetch internet -> fetch [dir=both] fetch -> script [dir=both] script -> download -> upload }

digraph { rankdir=RL overlap = false; splines=true layout = dot; node [shape=box style=filled fillcolor=gold] node [fillcolor=palegreen] 0 [label="Site\nfound.ward.bay.wiki.org" tooltip="name: found.ward.bay.wiki.org"] 1 [label="Site\nward.bay.wiki.org" tooltip="name: ward.bay.wiki.org"] 2 [label="Site\ncode.fed.wiki" tooltip="name: code.fed.wiki"] 3 [label="Site\nft8.ward.asia.wiki.org" tooltip="name: ft8.ward.asia.wiki.org"] 4 [label="Site\ntrails.ward.asia.wiki.org" tooltip="name: trails.ward.asia.wiki.org"] 1->0 [label="41" labeltooltip="source: found.ward.bay.wiki.org"] 2->0 [label="6" labeltooltip="source: found.ward.bay.wiki.org"] 3->0 [label="2" labeltooltip="source: found.ward.bay.wiki.org"] 4->0 [label="1" labeltooltip="source: found.ward.bay.wiki.org"] }

digraph { rankdir=BT overlap = false; splines=true layout = dot; node [shape=box style=filled fillcolor=gold] 2 node [fillcolor=palegreen] 0 [label="Site\nft8.ward.asia.wiki.org" tooltip="name: ft8.ward.asia.wiki.org"] 1 [label="Site\nfound.ward.bay.wiki.org" tooltip="name: found.ward.bay.wiki.org"] 2 [label="Site\ntrails.ward.asia.wiki.org" tooltip="name: trails.ward.asia.wiki.org"] 3 [label="Site\nround.asia.wiki.org" tooltip="name: round.asia.wiki.org"] 1->0 [label="4" labeltooltip="source: ft8.ward.asia.wiki.org"] 2->0 [label="1" labeltooltip="source: ft8.ward.asia.wiki.org"] 2->3 [label="7" labeltooltip="source: round.asia.wiki.org"] }

digraph { rankdir=BT overlap = false; splines=true layout = dot; node [shape=box style=filled fillcolor=gold] 1 0 1 5 2 1 4 3 0 2 4 1 5 5 1 3 0 2 1 6 0 2 node [fillcolor=palegreen] 0 [label="Site\nft8.ward.asia.wiki.org" tooltip="name: ft8.ward.asia.wiki.org"] 1 [label="Site\nfound.ward.bay.wiki.org" tooltip="name: found.ward.bay.wiki.org"] 2 [label="Site\ntrails.ward.asia.wiki.org" tooltip="name: trails.ward.asia.wiki.org"] 3 [label="Site\ncode.fed.wiki" tooltip="name: code.fed.wiki"] 4 [label="Site\nward.bay.wiki.org" tooltip="name: ward.bay.wiki.org"] 5 [label="Site\nvideo.fed.wiki.org" tooltip="name: video.fed.wiki.org"] 6 [label="Site\nround.asia.wiki.org" tooltip="name: round.asia.wiki.org"] 7 [label="Site\nfound.ward.fed.wiki" tooltip="name: found.ward.fed.wiki"] 1->0 [label="4" labeltooltip="source: ft8.ward.asia.wiki.org"] 2->0 [label="1" labeltooltip="source: ft8.ward.asia.wiki.org"] 1->3 [label="17" labeltooltip="source: code.fed.wiki"] 0->3 [label="4" labeltooltip="source: code.fed.wiki"] 4->3 [label="4" labeltooltip="source: code.fed.wiki"] 1->5 [label="2" labeltooltip="source: video.fed.wiki.org"] 5->5 [label="2" labeltooltip="source: video.fed.wiki.org"] 2->6 [label="7" labeltooltip="source: round.asia.wiki.org"] 4->1 [label="41" labeltooltip="source: found.ward.bay.wiki.org"] 3->1 [label="6" labeltooltip="source: found.ward.bay.wiki.org"] 0->1 [label="2" labeltooltip="source: found.ward.bay.wiki.org"] 2->1 [label="1" labeltooltip="source: found.ward.bay.wiki.org"] 1->4 [label="13" labeltooltip="source: ward.bay.wiki.org"] 5->4 [label="2" labeltooltip="source: ward.bay.wiki.org"] 5->7 [label="1" labeltooltip="source: found.ward.fed.wiki"] 1->7 [label="3" labeltooltip="source: found.ward.fed.wiki"] 3->7 [label="1" labeltooltip="source: found.ward.fed.wiki"] 0->7 [label="1" labeltooltip="source: found.ward.fed.wiki"] 1->2 [label="6" labeltooltip="source: trails.ward.asia.wiki.org"] 6->2 [label="3" labeltooltip="source: trails.ward.asia.wiki.org"] 0->2 [label="1" labeltooltip="source: trails.ward.asia.wiki.org"] 2->2 [label="1" labeltooltip="source: trails.ward.asia.wiki.org"] }

digraph { node [shape=box style=filled fillcolor=palegreen] programmers -> statements [label=makes] statements -> behavior [label=control] behavior -> need [label=satisfies] statements -> decisions [label=encode] need -> customer [label=motivates] customer -> programmers [label=informs] programmers -> functionality [label=deliver] programmers -> opportunity [label=deliver] functionality -> tempo [label=arrives] opportunity -> tempo [label=arrives] opportunity -> behavior [label=unforseen] functionality -> need [label=satisfies] tempo -> velocity [label=indicates] strategy -> velocity [label=reports] node [fillcolor=lightblue] programmers -> technique [label=master] technique -> flexibility [label=preserves] flexibility -> code [label=characterizes] decisions -> abstraction [label=express] abstraction -> code [label=appropriate] decisions -> removed [label=inconsequential] code -> clean [label=said] judgement -> clean experience -> judgement [label=improves] judgement -> mastery [label=expected] mastery -> satisfaction [label=yields] time -> satisfaction [label=yields] team -> time [label=requires] customer -> judgement [label=unqualified] clean -> satisfaction [label=yields] customer -> functionality [label=selects] functionality -> work [label=requires] complexity -> work [label=slows] velocity -> complexity [label=quantifies] velocity -> estimates [label=quantifies] estimates -> priority [label=inform] customer -> priority [label=selects] node [fillcolor=bisque] priority -> order [label=dictates] work -> done [label=progress] done -> optimal order -> done work -> future -> pace customer -> expectation -> pace -> optimal time -> optimal [label=balance] optimal -> savings [label=less] optimal -> stall [label=more] node [fillcolor=pink] clean -> effective -> longevity programmers -> reserved -> decisions -> effective experience -> individual [label=varies] individual -> pairing -> consensus pairing -> impact [label=discuss] tdd -> pairing [label=sequencing] pairing -> experience [label=shared] individual -> experience [label=unavailable] consensus -> effective [label=promotes] consensus -> good node [fillcolor=gold] pace -> relationships functionality -> relationships consensus -> relationships relationships -> results [label=exceptional] }

strict digraph Institutions { rankdir=BT fontname="Helvetica,Arial,sans-serif" node [fontname="Helvetica,Arial,sans-serif"] edge [fontname="Helvetica,Arial,sans-serif"] subgraph cluster_0 { label = "EcoBioPhysical\nWorld"; style=filled; color="#aaf098"; node [style=filled,color=white]; fontsize=18; x ->Homestead [style=invis] Homestead -> Landscape -> Ecosystem -> Watershed -> Bioregion -> Earth; } y [style=invis] x [style=invis] subgraph cluster_1 { label = "GeoPolitical\nWorld"; style=filled; color="#5ccfec"; node [style=filled,color=white]; fontsize=18; y -> Individual [style=invis] Individual->Household->Neighborhood->Municipality->County->State-> Nation -> Multinational -> UN; } subgraph cluster_2 { label = "Institutions" color=white; node [style=filled] ; fontsize=30; y ->Individual [style=invis]; a [style=invis] a->{Homestead Household} [style=invis] } }

digraph Collaborator { rankdir=LR node [shape=box style=filled fillcolor=palegreen] target -> svg browser -> index -> target -> beam browser -> wiki -> frame -> index frame -> html -> script -> beam cron ->shell -> nodejs -> beam shell -> system }

digraph Collaborator { rankdir=LR node [shape=point] 1;2;3;4;5 node [shape=oval style=filled fillcolor=palegreen] a [label=Alpha] b [label=Beta fillcolor=gold] 1 -> a 2 -> a 3 -> b a -> 4 a -> 5 b -> a }

digraph { rankdir=LR node [shape=box style=filled fillcolor=gold] survey node [fillcolor=palegreen] pages [label="all\npages"] probe [label="chosen\nprobe"] sitemap [label="current\nsitemap"] launch [label="launch\nscript"] pages -> probe -> launch -> survey sitemap -> launch }

digraph { rankdir=LR node [shape=box style=filled fillcolor=gold] survey old node [fillcolor=palegreen] pages [label="changed\npages"] probe [label="chosen\nprobe"] sitemap [label="current\nsitemap"] script [label="update\nscript"] old [label="old\nsurvey"] pages -> probe -> script -> survey sitemap -> script old -> script }

digraph { rankdir=LR node [shape=box style=filled fillcolor=gold] survey node [fillcolor=palegreen] pages [label="changed\npages"] probe [label="chosen\nprobe"] sitemap [label="current\nsitemap"] script [label="application\nscript"] viz [label="visualization\nscript"] work [label="workflow\nscript"] logic [label="update\nlogic"] survey -> viz survey -> work pages -> probe -> logic -> script sitemap -> logic survey -> logic }

strict digraph Institutions { rankdir=BT fontname="Helvetica,Arial,sans-serif" node [fontname="Helvetica,Arial,sans-serif"] edge [fontname="Helvetica,Arial,sans-serif"] subgraph cluster_0 { label = "EcoBioPhysical\nWorld"; style=filled; color="#aaf098"; node [style=filled,color=white]; fontsize=18; x ->Homestead [style=invis] Homestead -> Landscape -> Ecosystem -> Watershed -> Bioregion -> Earth } y [style=invis] x [style=invis] subgraph cluster_1 { label = "GeoPolitical\nWorld"; style=filled; color="#5ccfec"; node [style=filled,color=white]; fontsize=18; y -> Individual [style=invis] Individual->Household->Neighborhood->Municipality->County->State-> Nation -> Multinational -> UN } subgraph cluster_2 { label = "Institutions"; node [style=filled]; fontsize=30; y ->Individual [style=invis]; "Kerry Turner"->"See The System"->"ReLocalize Cooperatives" "Kerry Turner"->"ReLocalize Cooperatives"->"Leo's Multi-Use Space"->"Homestead" "Kerry Turner" "Marc Pierson"->"ReLocalize Cooperatives"->"United Way"->"Nation" [color=black penwith=7] } }

digraph { rankdir=LR node [shape=box style=filled] node [fillcolor=lightblue] curriculum -> course -> class semester -> enrollment -> class period -> enrollment class -> student claim [label="site\nclaimed"] present [label="present\nplugin"] present -> claim student -> present node [fillcolor=bisque] starter [label="starter\npages"] course [penwidth=3] course -> starter roster [label="class\nroster"] enrollment -> roster catalog [label="catalog\npage"] catalog [penwidth=3] config [label="config\nscript"] config [penwidth=3] course -> catalog -> config adapter [label="registration\nadapter"] config -> adapter starter -> config starter -> adapter roster -> config roster -> adapter site [label="site\nprovisioned"] adapter -> site site -> claim student -> claim }

digraph {node[style=filled fillcolor=palegreen] url->protocol [label=2] domain->word [label=5] url->domain [label=2] path->word [label=6] url->path [label=6] version->num [label=3] path->version [label=1] start->url [label=2] suffix->word [label=1] path->suffix [label=1] key->word [label=3] param->key [label=3] value->word [label=1] param->value [label=3] query->param [label=3] value->num [label=2] url->query [label=1] }

digraph { overlap = false; splines=true layout = dot; node [shape=box style=filled fillcolor=gold penwidth=2] 3 node [fillcolor=palegreen penwidth=1] 0 [label="Recursive Patterning" tooltip="name: Recursive Patterning"] 1 [label="Iterative Patterning and REPL" tooltip="name: Iterative Patterning and REPL"] 2 [label="Epistemic Patterning as Recursive and Emergent Patterning" tooltip="name: Epistemic Patterning as Recursive and Emergent Patterning"] 3 [label="REPL and Emergent Potential" tooltip="name: REPL and Emergent Potential"] 4 [label="Recursive Practices" tooltip="name: Recursive Practices"] 1->2 [label="" labeltooltip="source: 10/19/2023.2"] 1->0 [label="" labeltooltip="source: 10/19/2023.2"] 1->3 [label="" labeltooltip="source: 10/19/2023.2"] 3->4 [label="" labeltooltip="source: 3/23/2023.5"] }

digraph { overlap = false; splines=true layout = dot; node [shape=box style=filled fillcolor=gold penwidth=2] node [fillcolor=palegreen penwidth=1] 0 [label="Page\nMixing Background Colors" tooltip="name: Mixing Background Colors"] 1 [label="Page\nTransmission Color Model" tooltip="name: Transmission Color Model"] 2 [label="Page\nWatch the Weave" tooltip="name: Watch the Weave"] 3 [label="Page\nSearch Index Logs" tooltip="name: Search Index Logs"] 4 [label="Page\nSolo Super Collaborator" tooltip="name: Solo Super Collaborator"] 5 [label="Page\nSites to be Indexed" tooltip="name: Sites to be Indexed"] 6 [label="Page\nIndexing the Unknown" tooltip="name: Indexing the Unknown"] 0->1 [label="" labeltooltip="source: 1/27/2024"] 0->2 [label="" labeltooltip="source: 1/27/2024"] 3->4 [label="" labeltooltip="source: 1/27/2024"] 3->5 [label="" labeltooltip="source: 1/27/2024"] 1->0 [label="" labeltooltip="source: 1/27/2024"] }

digraph { Graphviz [shape=plain label=<<table border="0"> <tr><td bgcolor="white">Page Colors</td></tr> <tr><td bgcolor="bisque">Prompt</td></tr> <tr><td bgcolor="lightblue">Page</td></tr> </table>>] node [style=filled fillcolor=lightblue] draw [fillcolor=bisque] walk -> map -> draw -> walk }

digraph { node [shape=box style=filled fillcolor=lightgreen] 0 [label="Pattern\nMoldableTool"] 1 [label="Application\nartifact"] 2 [label="Mechanism\ndynamic"] 3 [label="Pattern\nContextualPlayground"] 4 [label="Pattern\nMoldableObject"] 5 [label="Application\ninstance"] 6 [label="Application\nsnippet"] 7 [label="Pattern\nCustomView"] 8 [label="Application\nnavigation"] 9 [label="Application\nstate"] 10 [label="Pattern\nSimpleView"] 11 [label="Pattern\nCustomSearch"] 12 [label="Application\nattributes"] 13 [label="Pattern\nCustomAction"] 0 -> 1 [label="Recognize"] 0 -> 2 [label="Invoke"] 3 -> 4 [label="Instantiates"] 3 -> 5 [label="Binds"] 3 -> 6 [label="Evaluates"] 7 -> 8 [label="Abstracts"] 7 -> 9 [label="Formats"] 7 -> 10 [label="Refines"] 11 -> 0 [label="Extends"] 11 -> 12 [label="Enumerates"] 13 -> 0 [label="Extends"] 13 -> 2 [label="Encapsulates"] }

digraph { node [shape=box style=filled fillcolor=lightgreen] 0 [label="Pattern\nMoldableObject"] 1 [label="Domain\nquestion"] 2 [label="Application\nnavigation"] 3 [label="Pattern\nMoldableTool"] 4 [label="Application\ntest"] 5 [label="Pattern\nExampleObject"] 6 [label="Application\nstate"] 7 [label="Application\ndata"] 8 [label="Pattern\nMoldableDataWrapper"] 9 [label="Domain\nentity"] 10 [label="Pattern\nMoldableCollectionWrapper"] 11 [label="Application\ncollection"] 0 -> 1 [label="Pose"] 1 -> 2 [label="Invites"] 1 -> 3 [label="Suggests"] 4 -> 5 [label="Creates"] 5 -> 6 [label="Represents"] 5 -> 5 [label="Extends"] 7 -> 8 [label="Creates"] 8 -> 9 [label="Reflects"] 8 -> 8 [label="Extends"] 10 -> 9 [label="Aggregates"] 10 -> 11 [label="Delegates"] }

digraph { node [shape=box style=filled fillcolor=lightgreen] 0 [label="Pattern\nProjectDiary"] 1 [label="Project\ngoals"] 2 [label="Project\nmaterials"] 3 [label="Pattern\nMoldableObject"] 4 [label="Pattern\nToolingBuildup"] 5 [label="Domain\nquestion"] 6 [label="Application\nparsers"] 7 [label="Application\nbridges"] 8 [label="Application\nalgorithms"] 9 [label="Pattern\nBlindSpot"] 10 [label="Stakeholder\nproblem"] 11 [label="Stakeholder\ncommitment"] 12 [label="Pattern\nSimpleView"] 13 [label="Pattern\nThrowawayAnalysisTool"] 0 -> 1 [label="Summarize"] 0 -> 2 [label="Reference"] 0 -> 3 [label="Instantiate"] 4 -> 5 [label="Precedes"] 4 -> 6 [label="Implement"] 4 -> 7 [label="Implement"] 4 -> 8 [label="Implement"] 9 -> 10 [label="Pick"] 9 -> 11 [label="Convince"] 9 -> 12 [label="Implement"] 12 -> 5 [label="Address"] 13 -> 3 [label="Exploit"] 13 -> 5 [label="Answer"] 13 -> 4 [label="Precedes"] }

digraph { node [style=filled fillcolor=palegreen]; "t"->"h"; "h"->"e"; "e"->" "; " "->"q"; "q"->"u"; "u"->"i"; "i"->"c"; "c"->"k"; "k"->" "; " "->"b"; "b"->"r"; "r"->"o"; "o"->"w"; "w"->"n"; "n"->" "; " "->"f"; "f"->"o"; "o"->"x"; "x"->" "; " "->"j"; "j"->"u"; "u"->"m"; "m"->"p"; "p"->"e"; "e"->"d"; "d"->" "; " "->"o"; "o"->"v"; "v"->"e"; "e"->"r"; "r"->" "; " "->"t"; "t"->"h"; "h"->"e"; "e"->" "; " "->"l"; "l"->"a"; "a"->"z"; "z"->"y"; "y"->" "; " "->"d"; "d"->"o"; "o"->"g"; "g"->"s"; "s"->" "; " "->"b"; "b"->"a"; "a"->"c"; "c"->"k"; "k"->"●";}

digraph { node [shape=box style=filled fillcolor=white] "Field\nGuide\nto\nthe\nFederation" [ tooltip="fed.wiki.org fed.wiki.org hello.ward.bay.wiki.org" fillcolor="0.611 0.2 1.0"] "You're\nNew\nHere" [ tooltip="hello.ward.bay.wiki.org hello.ward.bay.wiki.org" fillcolor="0.722 0.2 1.0"] "Field\nGuide\nto\nthe\nFederation" -> "You're\nNew\nHere" "Welcome\nVisitors" [ tooltip="hello.ward.bay.wiki.org hello.ward.bay.wiki.org" fillcolor="0.722 0.2 1.0"] "You're\nNew\nHere" -> "Welcome\nVisitors" "Ward\nCunningham" [ tooltip="hello.ward.bay.wiki.org hello.ward.bay.wiki.org" fillcolor="0.722 0.2 1.0"] "Welcome\nVisitors" -> "Ward\nCunningham" "Featured\nSites" [ tooltip="hello.ward.bay.wiki.org hello.ward.bay.wiki.org" fillcolor="0.722 0.2 1.0"] "Field\nGuide\nto\nthe\nFederation" -> "Featured\nSites" "Featured\nJournals" [ tooltip="hello.ward.bay.wiki.org hello.ward.bay.wiki.org ward.bay.wiki.org found.ward.bay.wiki.org ft8.ward.asia.wiki.org trails.ward.asia.wiki.org" fillcolor="0.722 0.2 1.0"] "Featured\nSites" -> "Featured\nJournals" "Pandemic\nWandering" [ tooltip="trails.ward.asia.wiki.org trails.ward.asia.wiki.org" fillcolor="0.833 0.2 1.0"] "Featured\nJournals" -> "Pandemic\nWandering" "Trails\nMapped" [ tooltip="trails.ward.asia.wiki.org trails.ward.asia.wiki.org" fillcolor="0.833 0.2 1.0"] "Pandemic\nWandering" -> "Trails\nMapped" "Featured\nProjects" [ tooltip="hello.ward.bay.wiki.org hello.ward.bay.wiki.org best.ward.bay.wiki.org ward.asia.wiki.org start.fed.wiki life.ward.asia.wiki.org home.ward.asia.wiki.org future.fedwiki.org ward.fed.wiki.org" fillcolor="0.722 0.2 1.0"] "Featured\nSites" -> "Featured\nProjects" "Best\nCities" [ tooltip="best.ward.bay.wiki.org best.ward.bay.wiki.org" fillcolor="0.944 0.2 1.0"] "Featured\nProjects" -> "Best\nCities" "Tokyo" [ tooltip="best.ward.bay.wiki.org best.ward.bay.wiki.org" fillcolor="0.944 0.2 1.0"] "Best\nCities" -> "Tokyo" "Radar\nChart" [ tooltip="best.ward.bay.wiki.org best.ward.bay.wiki.org" fillcolor="0.944 0.2 1.0"] "Tokyo" -> "Radar\nChart" "The\nGood\nParts" [ tooltip="ward.bay.wiki.org ward.bay.wiki.org found.ward.bay.wiki.org" fillcolor="0.055 0.2 1.0"] "Featured\nJournals" -> "The\nGood\nParts" "Watch\nEverything" [ tooltip="hello.ward.bay.wiki.org hello.ward.bay.wiki.org" fillcolor="0.722 0.2 1.0"] "Field\nGuide\nto\nthe\nFederation" -> "Watch\nEverything" "This\nMonth's\nChanges" [ tooltip="hello.ward.bay.wiki.org hello.ward.bay.wiki.org" fillcolor="0.722 0.2 1.0"] "Watch\nEverything" -> "This\nMonth's\nChanges" "Air\nQuality" [ tooltip="best.ward.bay.wiki.org best.ward.bay.wiki.org" fillcolor="0.944 0.2 1.0"] "Tokyo" -> "Air\nQuality" "Things\nI\nHave\nLearned" [ tooltip="trails.ward.asia.wiki.org trails.ward.asia.wiki.org" fillcolor="0.833 0.2 1.0"] "Pandemic\nWandering" -> "Things\nI\nHave\nLearned" "Comforts\nI\nHave\nFound" [ tooltip="trails.ward.asia.wiki.org trails.ward.asia.wiki.org" fillcolor="0.833 0.2 1.0"] "Things\nI\nHave\nLearned" -> "Comforts\nI\nHave\nFound" "Buhler\nCut\nOff" [ tooltip="trails.ward.asia.wiki.org trails.ward.asia.wiki.org" fillcolor="0.833 0.2 1.0"] "Comforts\nI\nHave\nFound" -> "Buhler\nCut\nOff" "Trees\nto\nRecognize" [ tooltip="trails.ward.asia.wiki.org trails.ward.asia.wiki.org" fillcolor="0.833 0.2 1.0"] "Things\nI\nHave\nLearned" -> "Trees\nto\nRecognize" "Heritage\nTrees\nof\nPortland" [ tooltip="trails.ward.asia.wiki.org trails.ward.asia.wiki.org found.ward.bay.wiki.org" fillcolor="0.833 0.2 1.0"] "Trees\nto\nRecognize" -> "Heritage\nTrees\nof\nPortland" "Havana" [ tooltip="best.ward.bay.wiki.org best.ward.bay.wiki.org" fillcolor="0.944 0.2 1.0"] "Best\nCities" -> "Havana" "Clean\nWater" [ tooltip="best.ward.bay.wiki.org best.ward.bay.wiki.org" fillcolor="0.944 0.2 1.0"] "Havana" -> "Clean\nWater" "Federated\nWiki\nat\nOne" [ tooltip="ward.fed.wiki.org ward.fed.wiki.org" fillcolor="0.166 0.2 1.0"] "Featured\nProjects" -> "Federated\nWiki\nat\nOne" "Representational\nPlugins" [ tooltip="ward.fed.wiki.org ward.fed.wiki.org" fillcolor="0.166 0.2 1.0"] "Federated\nWiki\nat\nOne" -> "Representational\nPlugins" "Experimental\nInterview" [ tooltip="life.ward.asia.wiki.org life.ward.asia.wiki.org" fillcolor="0.277 0.2 1.0"] "Featured\nProjects" -> "Experimental\nInterview" "Contours\nof\nPrivilege" [ tooltip="life.ward.asia.wiki.org life.ward.asia.wiki.org ward.asia.wiki.org" fillcolor="0.277 0.2 1.0"] "Experimental\nInterview" -> "Contours\nof\nPrivilege" "Shell\nPrivilege" [ tooltip="ward.asia.wiki.org ward.asia.wiki.org" fillcolor="0.388 0.2 1.0"] "Contours\nof\nPrivilege" -> "Shell\nPrivilege" "Federated\nWiki\non\nDigital\nOcean" [ tooltip="ward.asia.wiki.org ward.asia.wiki.org goals.pod.rodwell.me" fillcolor="0.388 0.2 1.0"] "Shell\nPrivilege" -> "Federated\nWiki\non\nDigital\nOcean" "Federated\nWiki\nwith\nNginx" [ tooltip="goals.pod.rodwell.me goals.pod.rodwell.me" fillcolor="0.499 0.2 1.0"] "Federated\nWiki\non\nDigital\nOcean" -> "Federated\nWiki\nwith\nNginx" "Let's\nEncrypt" [ tooltip="goals.pod.rodwell.me goals.pod.rodwell.me" fillcolor="0.499 0.2 1.0"] "Federated\nWiki\nwith\nNginx" -> "Let's\nEncrypt" "Caddy" [ tooltip="goals.pod.rodwell.me goals.pod.rodwell.me" fillcolor="0.499 0.2 1.0"] "Let's\nEncrypt" -> "Caddy" "Batch\nJobs" [ tooltip="ward.fed.wiki.org ward.fed.wiki.org batch.localhost:1111" fillcolor="0.166 0.2 1.0"] "Federated\nWiki\nat\nOne" -> "Batch\nJobs" "Deploying\na\nwiki" [ tooltip="ward.asia.wiki.org ward.asia.wiki.org forage.ward.fed.wiki.org nrn.io" fillcolor="0.388 0.2 1.0"] "Shell\nPrivilege" -> "Deploying\na\nwiki" "Digital\nOcean" [ tooltip="ward.asia.wiki.org ward.asia.wiki.org" fillcolor="0.388 0.2 1.0"] "Deploying\na\nwiki" -> "Digital\nOcean" "Portland\nUrban\nForestry" [ tooltip="trails.ward.asia.wiki.org trails.ward.asia.wiki.org" fillcolor="0.833 0.2 1.0"] "Trees\nto\nRecognize" -> "Portland\nUrban\nForestry" "Hello\nEcho" [ tooltip="ward.asia.wiki.org ward.asia.wiki.org h2.ward.asia.wiki.org" fillcolor="0.388 0.2 1.0"] "Contours\nof\nPrivilege" -> "Hello\nEcho" }

digraph { rankdir=TB node [shape=box style=filled fillcolor=bisque] "dojo practice yearbooks" [fillcolor=palegreen] "dojo practices 2020" [fillcolor=palegreen] "whos work is this really" [fillcolor=palegreen] "structured discourse" [fillcolor=palegreen] "json schema" [fillcolor=palegreen] "abstraction of method" [fillcolor=palegreen] "dojo practice yearbooks" -> "dojo practices 2020" "dojo practices 2020" -> "whos work is this really" "whos work is this really" -> "structured discourse" "structured discourse" -> "evolution of the topic structure" "structured discourse" -> "the problem domain" "structured discourse" -> "json schema" "evolution of the topic structure" -> "memory effects" "evolution of the topic structure" -> "supplemental objects" "evolution of the topic structure" -> "path of interest" "memory effects" -> "time to live" "path of interest" -> "restructuring the tree" "path of interest" -> "unrestricted order" "the problem domain" -> "structural assistant" "the problem domain" -> "electronic discourse" "structural assistant" -> "memory effects" "structural assistant" -> "information load" "structural assistant" -> "sense of consensus" "memory effects" -> "time to live" "electronic discourse" -> "first generation applications" "electronic discourse" -> "moderator supervision" "json schema" -> "abstraction of method" }