---
url: >-
  https://adk.nht.io/api/@nhtio/adk/batteries/orchestration/render/functions/renderPlan.md
---

# Function: renderPlan()

```ts
function renderPlan(plan: RawPlanView, options: RenderPlanOptions): string;
```

Defined in: [src/batteries/orchestration/render.ts:113](https://github.com/NHTIO/ADK/blob/v1.20260906.0/src/src/batteries/orchestration/render.ts#L113)

Render a plan as prose — the review surface an operator reads at the approval gate, or the
re-consumption surface a model reads for a plan it did not author.

## Parameters

| Parameter | Type                                                        | Description                                                                                                              |
| --------- | ----------------------------------------------------------- | ------------------------------------------------------------------------------------------------------------------------ |
| `plan`    | [`RawPlanView`](../../types/interfaces/RawPlanView.md)      | the [RawPlanView](../../types/interfaces/RawPlanView.md) to render.                                                      |
| `options` | [`RenderPlanOptions`](../type-aliases/RenderPlanOptions.md) | audience, view, and (for `as_executed`) the [RunProjection](../../types/interfaces/RunProjection.md) to resolve against. |

## Returns

`string`

the prose projection, as a single string.

## Remarks

A PURE function of its arguments — no store access, no I/O, no clock. That is what keeps it
testable and deterministic: the same plan plus the same options yields byte-identical output,
and a snapshot test is a complete regression contract. It reads no `PlanStore`, resolves no
live values, and registers nothing.

The `as_planned` view renders staged arguments as their provenance (a `NodeRef` names the node
and selection it reads, never a fabricated value); the `as_executed` view resolves them against
`run.outputs`. The operator view renders every side effect with its tool and arguments, every
authority claim, every condition with its exact predicate, and ends with a deduplicated
total-authority summary grouped by capability; the model view renders exact identifiers.

DETERMINISTIC and TOTAL — see the module doc. Not reversible.