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Importing your data, Into google earth, Importing your data into google earth – Google Earth User Guide User Manual

Page 93: Importing vector data, Google earth user guide

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Google Earth User Guide


Table of Contents

Introduction

Finding Places and

Directions

Marking Places

Using Layers

Using Map Features

Using Places

About KML

Sharing Places

Information

Touring Places

Editing Places and

Folders

Managing Search

Results

Measuring Distances

and Areas

Drawing Paths and

Polygons

Using Image Overlays

and 3D Models

Importing Your Data Into

Google Earth

Importing Vector Data

Using Third Party Vector
Data

Using Generic Text Files

Required Location
Fields

Using Addresses

Using Geographic

Coordinates

Optional and
Descriptive Fields

Viewing Vector Data

Importing Your Data Into Google Earth

Use the Data Import feature to import your custom geographic data into Google Earth and view it as you would
any of the

layers

in the Layers panel. When you use this import feature, you are importing two basic kinds of

data:

Vector Data - Vector data consists of points, lines, paths, and polygons. Typically, point data is used to
describe specific locations, such as the center of a city. Lines and paths can be used for road or
boundary data, for example, while polygons might be used to describe parcel data or define other areas
such as lakes. You can import vector data into Google Earth from third-party data providers, such as
ESRI. In addition, you can use generic text files to import point data that you define yourself. Once you
import vector data into the Google Earth application, you can change its appearance or content in the
same way you would when editing placemarks and folders. In addition, you can use Style Templates to
format your data in visually meaningful ways. You can also display

KML data

in a time sequence. To

learn more, see

Viewing a Timeline

.

Imagery Data - You can import imagery data such as aerial maps or topographical maps and have the
imagery properly projected over the base imagery in the 3D viewer. For this to work, the imagery file
itself must be in the proper format. Imagery of this type is referred to as GIS imagery.

Note - The GIS import feature is available only to Google Earth EC and Google Earth Pro users. However,
all versions of Google Earth can import generic text files.

Once you import vector or imagery data into the Google Earth application, you can save your modified data
just as you would other types of placemarks or overlays.

Importing Vector Data

Google Earth supports the following kinds of vector data:

Points

Lines and paths

Polygons, including filled polygons

The process of importing vector data files is simple:

1. Import the vector file using one of the following ways:

Drag and drop - Locate the file on your computer or a network server and drag it over the
Google Earth 3D viewer.

Select Open or Import... from the File menu - When you choose this option, you can
specifically select the type of data you're importing (i.e., TXT, SHP, TAB) or indicate All
data import formats
from the select menu.


You can also open a file from a machine on the network as you would open any file. In addition, if you
want to open a file located on a web browser, you must first download the file and all related files to
your computer or local network and then open it.

2. At the prompt, choose whether or not to apply a style template. If you select Yes to apply a style

template, you can define a new one at that point, or select an existing one if one has already been
defined for that data file. For more information, see

Using Style Templates

.

Once imported, the vector elements appear in the 3D viewer and the imported file is listed under the
Temporary Places folder. Labels, icons, color, and description appear just as they do for other types of places
and folders depending upon how you have defined them using the style template.

Note: If you don't use a style template to modify the appearance of the data you've ingested, Google Earth
looks for a Name field to use as the label for your data. This label appears in the 3D viewer next to points as