matrix: add opencode and kilo_code rows (A1, vendor-docs, unadapted)

docs/figures/make_matrix.py

@@ -1,4 +1,4 @@
-"""Render agentseam's capability matrix: 16 agents x 12 events, graded from src/agentseam/matrix.py.
+"""Render agentseam's capability matrix: 18 agents x 12 events, graded from src/agentseam/matrix.py.
 
 Run from this directory:
 
@@ -40,7 +40,7 @@
 
 GRID_X0 = MARGIN_L + LABEL_W
 GRID_Y0 = TITLE_H + HEADER_H
-GRID_H = 16 * CELL_H
+GRID_H = 18 * CELL_H
 H = GRID_Y0 + GRID_H + LEGEND_H
 
 #: Column order is a display choice (roughly lifecycle order); the set is not -- it is
@@ -64,7 +64,7 @@
 assert set(EVENTS) == _actual_events, f"EVENTS list drifted from matrix.py: {_actual_events}"
 
 AGENTS = matrix.agents()  # sorted() -- the same order matrix.py itself considers canonical
-assert len(AGENTS) == 16, f"expected 16 agents, matrix.py now has {len(AGENTS)}"
+assert len(AGENTS) == 18, f"expected 18 agents, matrix.py now has {len(AGENTS)}"
 
 #: Ordinal position each grade takes in the shared 5-step LEVELS ramp (index 4 = darkest =
 #: strongest, matching the ENFORCEMENT ramp's own advisory-to-enforced direction). `none` is
@@ -95,7 +95,7 @@
 
 
 def cell_grades():
-    """{(agent, event): grade} for the full 16x12 grid, and a grade -> count tally."""
+    """{(agent, event): grade} for the full 18x12 grid, and a grade -> count tally."""
     grades = {}
     counts = {g: 0 for g in GRADE_ORDER_DISPLAY}
     for agent in AGENTS:
@@ -116,18 +116,19 @@ def render(t, name, grades, counts):
     total = sum(counts.values())
     present = [g for g in GRADE_ORDER_DISPLAY if counts[g] > 0]
     desc = (
-        "Grid of 16 coding agents by 12 lifecycle events, shaded by the enforcement grade "
+        "Grid of 18 coding agents by 12 lifecycle events, shaded by the enforcement grade "
         "agentseam can honestly claim at that surface. Of %d cells: %s. No agent is graded "
         "enforced at any event -- eleven agents reach only best-effort at pre_tool, Cursor "
-        "alone reaches enforceable there, and aider, Copilot, Replit and Zed have no hook "
-        "surface at pre_tool at all." % (total, "; ".join("%d %s" % (counts[g], LABEL[g]) for g in present))
+        "alone reaches enforceable there, and aider, Copilot, Kilo Code, OpenCode, Replit "
+        "and Zed have nothing agentseam can gate at pre_tool."
+        % (total, "; ".join("%d %s" % (counts[g], LABEL[g]) for g in present))
     )
     svg = p.open_svg(W, H, t, "agentseam capability matrix", desc)
     svg += p.text(MARGIN_L, 20, "What each agent can honestly do, by event", t["text"], 15, p.SANS, "600")
     svg += p.text(
         MARGIN_L,
         36,
-        "16 agents × 12 events, graded from src/agentseam/matrix.py -- not one cell says “enforced”",
+        "18 agents × 12 events, graded from src/agentseam/matrix.py -- not one cell says “enforced”",
         t["secondary"],
         10.5,
     )

docs/figures/make_social.py

@@ -64,7 +64,7 @@ def build():
     svg += p.text(
         74,
         500,
-        "16 agents × 12 events, verified from src/agentseam/matrix.py — not one cell claims more than its evidence.",
+        "18 agents × 12 events, verified from src/agentseam/matrix.py — not one cell claims more than its evidence.",
         t["secondary"],
         15,
     )