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Plan visualization for AI Planning. It includes Gantt chart, resource/object utilization swim-lane diagram, line plots for fluents and is extensible by a custom plan visualization.

pddl-gantt 최신버젼 다운로드

최종 버전 다운로드 (.zip)

// repository documentation

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# Plan visualization for AI Planning

[![CI](https://github.com/jan-dolejsi/pddl-gantt/workflows/Build/badge.svg)](https://github.com/jan-dolejsi/pddl-gantt/actions?query=workflow%3ABuild)
[![npm](https://img.shields.io/npm/v/pddl-gantt)](https://www.npmjs.com/package/pddl-gantt)

This repo hosts the default plan visualization component liberated from the [VS Code extension for PDDL](https://marketplace.visualstudio.com/items?itemName=jan-dolejsi.pddl).

This sample shows the single-plan viewer and multi-plan viewer side by side:

![Sample](https://github.com/jan-dolejsi/pddl-gantt/wiki/img/PDDL-Plan-Viewers-Sample.gif)

Here is how it looks when integrated into VS Code:

![Plan visualization in VS Code](https://raw.githubusercontent.com/wiki/jan-dolejsi/vscode-pddl/img/PDDL_plan_custom_vizualization.gif)

To study the files used in the above example, see [blocksworld.planviz.json](https://github.com/jan-dolejsi/vscode-pddl-samples/blob/master/Blocksworld/blocksworld.planviz.json) and [blocksWorldViz.js](https://github.com/jan-dolejsi/vscode-pddl-samples/blob/master/Blocksworld/blocksWorldViz.js).

## Usage

The sample built into this repo is using [Browserify](http://browserify.org/) with the [Tsify](https://github.com/TypeStrong/tsify) plugin to build the component from the developer comfort of Typescript with support of NPM packaging. It may be possible to use it from plain HTML+Javascript context.

```html
<script defer src="../out-sample/sample.js"></script>
<div id="plan"></div>
```

See the full [sample.html](sample/sample.html).

```javascript
const planView = createPlanView("plan", {
        disableSwimlanes: false, 
        displayWidth: 600, 
        epsilon: 1e-3,
        onActionSelected: actionName => console.log('Selected: ' + actionName)
    });

const planInfo = new parser.PddlPlanParser().parseText(planText, 1e-3);

planView.showPlan(planInfo.getPlan());
```

### Customizing plan visualization

Some PDDL domain models include actions that have no meaning in the
real world (e.g. temporal clips) and are undesirable in the visual
plan representation. They may be removed by specifying their names or regex pattern(s) in the `excludeActions` and passing it via the optional visualization configuration:

```javascript
const configuration = new JsonDomainVizConfiguration({
    "excludeActions": [
        "action-to-be-hidden",
        "^prefix_",
        "suffix$"    
    ],
    "ignoreActionParameters": [
        {
            "action": "^move",
            "parameterPattern": "^(to|from)$"
        }        
    ],
});

planView.showPlan(plan, configuration);
```

The example also shows how the `ignoreActionParameters` option may be used to hide actions from the object swim-lane diagrams.
This is useful, when some actions have parameters for implementation reasons, but should not be visualized.

### Custom domain-specific plan/state visualization (subject to change)

todo: distinguish between state and plan visualization

Javascript code may be used to insert a custom plan visualization on top
of the Gantt chart. Here is an example of the `visualizeHtml` function,
which generates HTML text that ends up being plugged into the the designated
host `HTMLElement.innerHTML` property.

```javascript
function visualizeHtml(plan, width) {
    const height = 100;
    return `<svg height="${height}" width="${width}">
        <rect width="${width}" height="${height}" style="fill:rgb(0,0,255);stroke-width:3;stroke:rgb(0,0,0)" />
        <circle cx="${height/2}" cy="${height/2}" r="${plan.metric}" stroke="black" stroke-width="3" fill="red" />
      </svg>`;
}
module.exports = {
    // define one of the following functions:
    visualizePlanHtml: visualizeHtml, 
    visualizePlanInDiv: undefined, // function (hostDiv, plan, width)
    visualizePlanSvg: undefined // function (plan, width)
};
```

If the final state of the plan is more appropriate for visualization (as oppose to the plan itself),
the visualization logic may look this way:

```javascript
/**
 * Populates the `planVizDiv` element with the plan visualization of the `finalState`.
 * @param {HTMLDivElement} planVizDiv host element on the page
 * @param {Plan} plan plan to be visualized
 * @param {{variableName: string, value: number | boolean}[]} finalState final state of the `plan`
 * @param {number} displayWidth desired width in pixels
 */
function visualizeStateInDiv(planVizDiv, plan, finalState, displayWidth) {
  console.log(finalState);
  for (const v of finalState) {
    console.log(`${v.variableName}: ${v.value}`);
  }
}

module.exports = {
   visualizeStateInDiv: visualizeStateInDiv
};
```

The above example merely prints the final state values to the browser console.\
Note that the `finalState` is requested by the `PlanView` using the `onFinalStateVisible` event and
the `PlanView.showFinalState(finalState: VariableValue[])` callback.
The `finalState` values can be calculated using the `PlanEvaluator` from the `ai-planning-val.js` package.

The detailed visualization function signatures may be seen in [CustomVisualization.ts](src\CustomVisualization.ts).

The custom visualization script is passed to the component via the second optional `showPlan()` argument.

```javascript
const customVisualizationJavascriptText = `
function myCustomVisualization(plan, width) {
    ...
}
module.exports = {
    visualizeHtml: myCustomVisualization, 
}
`;

const configuration = new JsonDomainVizConfiguration({
    "excludeActions": [
        "action-to-be-hidden",
        "^prefix_",
        "suffix$"    
    ],
    "ignoreActionParameters": [
        {
            "action": "^move",
            "parameterPattern": "^(to|from)$"
        }        
    ],
    "customVisualization": "disregarded-path-in-this-use-case"
}, () => customVisualizationJavascriptText);

planView.showPlan(plan, configuration);
```

## Compiling and contribution

To compile the component, run `npm run compile`.

To compile the sample, run `npm run compileSample`. Once it is compiled, run the sample by simply opening `sample.html` in a browser.

In VS Code just press _F5_.

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