/microsim-generator

Layout Templates

Vis-network has physics disabled in this skill, so every node needs an explicit (x, y) position. These templates give you sensible starting points. Coordinates are in vis-network world space — they're abstract; the canvas auto-fits to the bounding box on render. World-space "up" is negative y.

The templates assume a logical center near (300, 300) for single-loop CLDs. For the full-system CLD, use (0, 0) as center and let things fan out symmetrically — that file gets bigger and benefits from a centered origin.

Single-loop layouts

3-node triangle (recommended for simple loops)

Used by R1, R2 in the reference Winner-Takes-All article.

       Top (300, 120)
       /            \
      /              \
  Left (120, 420)  Right (480, 420)

{ "id": "node_a", "position": {"x": 300, "y": 120} },
{ "id": "node_b", "position": {"x": 480, "y": 420} },
{ "id": "node_c", "position": {"x": 120, "y": 420} }

Loop annotation at center: {"x": 300, "y": 320} (slightly below visual center, since the top of the triangle has more visual weight).

4-node diamond

Used by R4 (Data Flywheel) and the original AI Flywheel.

        Top (300, 150)
       /              \
   Left              Right
  (150,300)         (450,300)
       \              /
       Bottom (300, 450)

{ "id": "north", "position": {"x": 300, "y": 150} },
{ "id": "east",  "position": {"x": 450, "y": 300} },
{ "id": "south", "position": {"x": 300, "y": 450} },
{ "id": "west",  "position": {"x": 150, "y": 300} }

Loop annotation at center: {"x": 300, "y": 300}.

5-node pentagon

Used by R3 (Capital → Compute → Capability) which has 5 nodes.

{ "position": {"x": 300, "y": 120} },   // top
{ "position": {"x": 520, "y": 300} },   // upper-right
{ "position": {"x": 420, "y": 500} },   // lower-right
{ "position": {"x": 180, "y": 500} },   // lower-left
{ "position": {"x":  80, "y": 300} }    // upper-left

Loop annotation at center: {"x": 300, "y": 320}.

Sizing guidance

The cld-viewer's network area is ~600×600 in world units when the canvas is 600px tall. The templates above use a comfortable margin so labels don't get clipped. For 4-line node labels, give 200–250px of horizontal breathing room.

Multi-loop hub-and-spoke

Used by the full-system CLD when one variable (e.g. Model Capability) sits at the center of multiple loops radiating outward. Center origin at (0, 0); each loop occupies a sector.

                  B1
                   |
         R3        +        R2
           \       |       /
            \      |      /
   B3 ------ MODEL_CAPABILITY ------ R1
            /      |      \
           /       |       \
         R4        +        B4
                   |
                  B2

Sector angles you can use as a starting grid (with 1 hub, 8 loops):

N (0°)        loop pointing up         (0, -y)
NE (45°)      upper-right diagonal     (+x, -y)
E (90°)       right                    (+x, 0)
SE (135°)    lower-right diagonal     (+x, +y)
S (180°)     loop pointing down       (0, +y)
SW (225°)    lower-left diagonal      (-x, +y)
W (270°)     left                     (-x, 0)
NW (315°)    upper-left diagonal      (-x, -y)

Each loop occupies a sector with the hub node at its inside edge. Place 2–3 supporting nodes per loop along the sector. Reference: winner-takes-all-cld.json — 17 nodes, 8 loops, hub at (0, 0).

A typical sector spans about 250 world units radially and ±150 tangentially. So an "east" sector with one supporting node at +250 and a deeper one at +450:

{ "id": "model_capability", "position": {"x": 0,   "y": 0} },
{ "id": "code_quality",     "position": {"x": 250, "y": -80} },
{ "id": "rd_productivity",  "position": {"x": 450, "y": 60} }

Keep 200+ units between adjacent loops so labels don't collide.

R/B annotation positions

The renderer adds a colored circle (red R for reinforcing, green B for balancing) at loop.position. Two strategies for picking it:

1. Centroid of loop nodes — average the positions of every node in path. Works well for triangle and diamond layouts.
2. Toward the visual center — for hub-and-spoke, place each loop's R/B between the hub and the outer ring of the sector, so all the markers sit on a smaller inner circle around the hub. This makes loop counts easy to read at a glance.

The marker is 40px wide, so it needs at least 60px of clear space around it. Don't place it directly on top of an edge crossing.

When to break the templates

These are starting points, not laws. Real diagrams often need adjustments:

• A loop with one very-long-label node may need that node pulled outward to give the label room.
• Two loops sharing a node (e.g. R3 and B1 both touching compute_scarcity) may want that shared node placed on the boundary between their sectors.
• For more than 8 loops, consider splitting into two diagrams rather than crowding one.

The cld-viewer's Save Positions button is your friend: open the diagram in ?menu=true mode, drag nodes by hand to a layout you like, click Save Positions, and the downloaded JSON has your hand-placed coordinates frozen in. Use that to iterate fast.