GraphViz dot rep of LTE models

LTE_Network.dot

digraph G {
  rankdir="LR"
  
  subgraph cluster_0 {
    style=filled;
    color=antiquewhite;
    node [style=filled]; # ,color=lightgray];
    ChandlerWobble; QBO; SAO; Seasons; AnnualWobble
    label = "Draconic/nodal wavenumber=0 symmetry";
  }

  subgraph cluster_1 {
    style=filled;
    color=LightCyan;
    node [style=filled];
    ENSO; LOD; AAM; Tides, AMO, PDO, IOD, NAO, SLH
    label = "wavenumber>0";
    # color=blue
  }

  subgraph cluster_2 {
    node [style=filled];
    MJO
    label = "traveling wave";
    color=blue
  }

  Moon -> QBO [xlabel="atmospheric"];
  Moon -> ChandlerWobble [xlabel="solid"];
  Moon -> ENSO   [label="Eq Pacific"];
  Moon -> LOD   [label="irregular", headlabel="solid     "];
  Moon -> AMO  [label="Atlantic"];
  Moon -> PDO  [label="Pacific"];
  Moon -> IOD [label="Indian"];
  Moon -> NAO [label="N Atlantic"];
  ENSO -> AAM  [label="oceanic forcing"];
  ENSO  -> MJO [headlabel="atmospheric          "];
  ENSO -> SLH [label="long period"];
  Tides -> SLH [label="short period"];
  LOD -> AAM [dir=both, label="atmospheric\ncomponent"];
  Moon -> Tides  [label="localized"];
  Sun -> SAO [label="atmospheric"];
  Sun -> Seasons [label="latitudinal"];
  Sun -> AnnualWobble [label="solid"];
  Moon [label="Moon\n(+Sun)", fillcolor="white:gray", style=radial, gradientangle=0, color=gray];
  Sun [label="Sun\n(only)", fillcolor="white:orange", style=radial, gradientangle=0, color=yellow];
  Tides [color=lightskyblue]
  LOD [color=lightskyblue]
  Seasons [color=lightskyblue]
  AnnualWobble [color=lightskyblue]
  SAO [color=lightskyblue]
}

digraph G {
rankdir="TD"
node [shape="circle", style="filled", fillcolor=black,fontcolor=white]; time, f, ENSO, AMO, PDO;
node [shape="square", fillcolor=white,fontcolor=black, fontname="Arial Narrow"];
edge [arrowsize=0.15];

Le1 [label=<L^e₁>];
Le2 [label=<L^e₂>];
Le3 [label="..."];
Len [label=<L^e_n>];

La1 [label=<L^a₁>];
La2 [label=<L^a₂>];
La3 [label="..."];
Lan [label=<L^a_n>];

Lp1 [label=<L^p₁>];
Lp2 [label=<L^p₂>];
Lp3 [label="..."];
Lpn [label=<L^p_n>];

time -> "sin(Mf)" -> f;
time -> "sin(Mm)" -> f;
time -> "sin(Mf')" -> f;
time -> "sin(Sa)" -> f;
time -> "sin(Ssa)" -> f;
time -> "sin(...)" -> f;

f -> Le1 -> ENSO;
f -> Le2 -> ENSO;
f -> Le3 -> ENSO;
f -> Len -> ENSO;

f -> La1 -> AMO;
f -> La2 -> AMO;
f -> La3 -> AMO;
f -> Lan -> AMO;

f -> Lp1 -> PDO;
f -> Lp2 -> PDO;
f -> Lp3 -> PDO;
f -> Lpn -> PDO;

}