Tour the Star Wars Galaxy

A long time ago. . .

 

https://blogs.esri.com/esri/arcgis/2015/06/04/tour-the-star-wars-galaxy/

On May 25, 1977, the greatest movie ever made was released. On May 19, 1999, the adventure started all over again. On December 18, 2015, the journey continues. Naturally, I am talking about Star Wars.

Have you ever wanted to tour the Star Wars galaxy? Or, have you ever wondered exactly where Tatooine was when Luke said, “If there’s a bright center to the universe, you’re on the planet that it’s farthest from.”

If so, this is the map for you.

Welcome to a tour of the Star Wars galaxy. (Best viewed in Google Chrome or any browser that supports WebGL. Recommend on a desktop machine.)

To create this 3D visualization, this universe was sketched out in ArcMap and finalized using Esri CityEngine. With this map, you can tour the Star Wars galaxy in a three-dimensional space. The tour showcases the planets and moons of note that were mentioned or seen in the movies.

The map is comprised of four elements: a grid, stars, regions, and planets/moons.

Grid

The grid was added to give a chart-like feel to the map.

Stars

The stars are randomly placed points within the universe, with a greater height and density applied to those points closer to the center.

Regions

The regions in Star Wars have been fairly well established, so they roughly follow what has been described according to where both Star Wars canon and noncanonical sources show them (much of the information used in this map came from sites like Wookieepedia).

Planets/Moons

Like the regions, the locations of the planets/moons were approximated in accordance with many online Star Wars enthusiasts and source literature. The planet textures were created in Photoshop and then applied to UV spheres in Blender before they were consumed in Esri CityEngine. Since the Star Wars galaxy varies with each new comic, game, or movie, the look of the planets were given arbitrary characteristics.

There you have it. Are you ready for December 18?

Click here to tour the map. (Best viewed in Google Chrome or any browser that supports WebGL. Recommend on a desktop machine.)

By Wesley Jones

Special thanks goes to Craig McCabe for his assistance.

This entry was posted in 3D GIS, Mapping, Uncategorized and tagged 3D, CityEngine, Galaxy, Planets, Star Wars, Universe. Bookmark the permalink.

Click here?to tour the map. (Best viewed in Google Chrome or any browser that supports WebGL. Recommend on a desktop machine.)

By Wesley Jones

 

Color Mass By Orientation

cityengine2016.1版本,cityengine2017年第二个新案例ESRI官方发布啦,这个案例说的什么鬼,或许能让你联想到arcgis pro 1.4的某些影子。

ArcGIS Pro?1.4新增multipatch编辑功能。如下:

1)在3D模型中创建multipatch 要素

2)拖拽现有的面、增加一个新的面、向内或向外拉伸面,或是创建一个空洞

3)沿着面创建山脊线,拖动它就可创建两个相交的面,例如三角形屋顶

3)复制一个2D多边形到multipatch图层,然后运用选择性粘贴(paste special),将其凸起为一个multipatch要素

 

 

 

AColorMassByOrientation

 

 

发布SPK文件设置方法

Creating 3D Story Maps using data from Esri?CityEngine.

In the last couple of years Story Maps have become quite popular with ArcGIS Desktop / Online users. They provide a quick and efficient way to deliver important information or a message in a form of an easily-configurable web application that uses geographic data and can be enriched by adding various types of media content. There are thousands of story maps that you can access through ArcGIS online and it’s very easy to create your own.

One of my areas of expertise is 3D GIS and from time to time people ask me whether it’s possible to display 3D information in a Story Map. Well, the answer is yes. This functionality has been available for more than a year and I believe it’s time to write a blog about the workflow that will make your story maps 3D –enabled.

In this blog I will demonstrate how to use CityEngine 3D scenes to publish your 3D data to ArcGIS Online and create an interactive Story Map that uses 3D web scenes.

For the purpose of this demo, I used one of the CityEngine Examples provided by Esri Inc. on their CityEngine Gallery web page, available here:>>

The example that I’m using is called Redlands Redevelopment 2016; it can be downloaded as a package that includes the CityEngine project, CGA rule files, data and documentation.

To follow the below steps, you will need CityEngine 2016 and an active ArcGIS Online organizational subscription.

To illustrate the capabilities of the CityEngine and ArcGIS software that can help you to publish your 3D data on the web and use it in an interactive Story Map web application, I will consider the following scenario.

Let’s assume that the Council is planning to re-develop a portion of the downtown area in Redlands and they’re currently evaluating several proposals that include a residential complex, a business / Technology Park and a shopping center with a multi-level car park. The task is to create 3D models that represent each proposed project and provide the general public with a simple tool to access this information before the final decision can be discussed and made.

I used the data and the CityEngine rules from the original Redlands Example to create a simple model of the central part of the City of Redlands and digitized the boundary of the fictitious proposed development:

3dblog1

In this blog I will avoid talking about the details of how the proposed development area was subdivided into individual footprints and then the CGA rules were applied to them to generate models of buildings, parks and open areas.? If you’d like to repeat the steps mentioned below, you can download a simplified version of the CityEngine project which I created for this demo. It’s available here: ?>>

I used the CGA rules from the Redlands redevelopment CityEngine project supplied by Esri Inc. to create 3 separate CityEngine scenes, each representing a particular scenario of the proposed development. ?Each 3D scene will be published to ArcGIS Online and used in the future Story Map as a separate tab / view.

So, my re-development scenario models are:

  1. A residential complex

3dblog2

2. A business / technology park (offices)

3dblog3

3. A new shopping center

3DBLOG4.jpg

The first step in the process of publishing your 3D Scenes from CityEngine is to select all features and models within a scene and use the File > Export Models command to export the scene as an Esri Scene Layer Package.

3d5.gif

Please note that it’s recommended that your CityEngine Scenes are using the WebMercator (WGS1984) projection, as shown below. This will help to avoid some common issues with aligning your 3D data in the web scene viewer in ArcGIS Online.

3dblog6

When exporting models to an Esri Scene layer Package you can choose between creating a local scene and a global scene. The geographic extent of the dataset is relatively small, so in this particular case we can use the Local Scene setting.

3DBLOG7.jpg

This process needs to be repeated for the two other scenes representing scenarios 2 and 3. Once the export has been completed, you should have the following Scene layer packages:

3dblog8

The next step is uploading the scene layer packages to ArcGIS Online. Navigate towww.arcgis.com, sign in to you ArcGIS Online for Organisations account and use the Add Item button (under MyContent) to load the scene packages.

3dblog9

You can also load the scene layer packages using the File > Share As command in CityEngine.

Once loaded, the scene layer packages will automatically be published as hosted scene layers.

3DBLOG10.jpg

You can then open them in the Scene Viewer

3DBLOG11.jpg

Then save each as a separate web scene

3dblog12

These web scenes will be referenced by the Story Map that will be created in the next step.

3dblog13

Now that the 3D scenes have been published, we can create a Story Map that will use them. Scenes can be viewed as a part of a Story Map in a browser that supports WebGL. The full list of system requirements is available here: >>

Users can create Story Maps using the downloadable examples or online template. Currently, there are several Story Map templates that support the addition of the 3D web scenes, including the Story Map Journal, Story Map Cascade and Story Map Series.? The full list of the available Story Map templates is available here: ?>>

In this example, I will use the Story Map Journal template. Creating Story Maps using the interactive workflow on the website is easy – you need to start the wizard, enter the title and define the content of the main stage and the side panel. At each step the Map Journal Builder application will guide you by providing tips and instructions.

To add a Web Scene to your story map, in the Step 1 : Main Stage content, set the type of content to Web page

Project Showcase

I spend a lot of time browsing GeoNet, looking for help and seeing where I can help. I thought what might be missing was a place to share some completed work – showcasing how we are using CityEngine and to gather comments and critique by the group. So I thought I’d start one….. feel free to post thoughts, comments, suggestions etc. or shared your own CityEngine work.

 

 

I’ve recently completed a project for a client – a redevelopment concept for a prominent 80-acre site occupied by an aging and outdated strip commercial site. I think the process I used was somewhat unique. The site plan was roughly sketched out with pen and paper, moving the primary building closer to the street, while reducing parking in favor of additional outlot commercial buildings. Opportunities for taller mixed-use buildings on the west side of the site were also suggested. The sketch plan was drawn out in SketchUp, and a simple 2D plan was color coded. I exported it as a KML and imported it into CityEngine. In CityEngine I simply applied my rules onto the color coded shapes created in SketchUp.

 

1. Aerial of the site – 80-acres at a prominent intersection of a regional corridor

 

2. SketchUp model imported into CityEngine as?KML/KMZ

 

3. Color coding/rule explanation

4. Rules applied and linework on

 

5.?Final CityEngine Exports