Gantt bars use the capacity-aware lane layout (match the forecast)

ganttView ran schedule() — the single-serial-worker layout — while the Monte
Carlo forecast ran scheduleWithCapacity() over the real lanes. So the bars you
saw didn't match what was forecast (serial 1.0/day vs the team's actual lanes).

Switch ganttView to scheduleWithCapacity(open, deps, workers): startDay/endDay
now come from the same lane layout each forecast trial uses, and `who` shows the
lane an issue actually landed on (falling back to assignee, then blank). The
dogfood harness had the same split — updated it to match and to print the lane
per row.

Verified: typecheck clean, 14 fixture e2e green, live-onboarding e2e renders the
real capacity-aware Gantt with no uncaught errors.

Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>

apps/desktop/scripts/dogfood-report.ts

@@ -16,7 +16,7 @@ import {
   inferLifecycle,
   parseCapacityConfig,
   capacityPerWorkday,
-  schedule,
+  scheduleWithCapacity,
   type GiteaIssue,
   type DependencyEdge,
   type Worker,
@@ -94,7 +94,7 @@ async function main() {
       assignee: i.assignee,
     }))
 
-  const plan = schedule(toSchedulable(open), edges)
+  const plan = scheduleWithCapacity(toSchedulable(open), edges, workers)
   const today = new Date()
   const f = forecast(toSchedulable(open), edges, { workers })
 
@@ -108,9 +108,10 @@ async function main() {
   console.log(`\n Schedule (dependency + priority order, ${workers.length || 1} lane${workers.length === 1 ? '' : 's'}):`)
   for (const it of plan.items) {
     const crit = it.critical ? ' ★crit' : ''
+    const lane = it.worker ? ` [${it.worker}]` : ''
     const blocks = it.blocks.length ? `  blocks ${it.blocks.map((b) => '#' + b).join(',')}` : ''
     console.log(
-      `  #${String(it.number).padEnd(3)} ${fmt(addWorkingDays(today, it.startDay))}→${fmt(addWorkingDays(today, it.endDay))}${crit.padEnd(7)} ${it.title.slice(0, 40)}${blocks}`,
+      `  #${String(it.number).padEnd(3)} ${fmt(addWorkingDays(today, it.startDay))}→${fmt(addWorkingDays(today, it.endDay))}${crit.padEnd(7)}${lane} ${it.title.slice(0, 38)}${blocks}`,
     )
   }
   if (plan.cycle) console.log(`  ⚠ dependency cycle: ${plan.cycle.join(' → ')}`)

apps/desktop/src/renderer/src/lib/views/gantt-view.ts

@@ -1,4 +1,4 @@
-import { forecast, inferLifecycle, schedule, workingDaysBetween } from '@commitea/core'
+import { forecast, inferLifecycle, scheduleWithCapacity, workingDaysBetween } from '@commitea/core'
 
 import type { GanttData, GanttRow, GanttWeek } from '../../data/fixtures.js'
 import { addWorkingDays, formatShort } from '../dates.js'
@@ -26,14 +26,15 @@ function toSchedulable(issues: ProjectData['issues']) {
 const roundUpToWeek = (n: number): number => Math.ceil(Math.max(n, 1) / 7) * 7
 
 /**
- * Real Gantt: the deterministic scheduler's serial layout over the open
+ * Real Gantt: the capacity-aware scheduler's lane layout over the open backlog
- * backlog (startDay/endDay/critical), plus a handful of recently-closed
+ * (startDay/endDay/critical/worker) — the SAME layout the Monte Carlo forecast
- * issues shown as already-done bars. No per-issue Monte Carlo exists at this
+ * runs each trial on, so the bars you see match what's forecast. Plus a handful
- * grain, so `p80` is a rough single-issue buffer (endDay padded by half its
+ * of recently-closed issues shown as already-done bars. No per-issue Monte Carlo
- * own duration) rather than a simulated percentile — flagged below.
+ * exists at this grain, so `p80` is a rough single-issue buffer (endDay padded by
+ * half its own duration) rather than a simulated percentile — flagged below.
  */
 export function ganttView(d: ProjectData): GanttData {
-  const plan = schedule(toSchedulable(d.issues), d.deps)
+  const plan = scheduleWithCapacity(toSchedulable(d.issues), d.deps, d.workers)
   const issueByNumber = new Map(d.issues.map((i) => [i.number, i]))
 
   const scheduledRows: GanttRow[] = plan.items.map((item) => {
@@ -44,7 +45,9 @@ export function ganttView(d: ProjectData): GanttData {
     return {
       id: item.number,
       title: item.title,
-      who: initials(issue?.assignee ?? ''),
+      // The lane it actually landed on (capacity-aware) — falls back to the
+      // assignee, then blank, so an unassigned issue shows the lane doing it.
+      who: initials(item.worker ?? issue?.assignee ?? ''),
       start: item.startDay,
       end: item.endDay,
       crit: item.critical,