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Uploading a List of Coordinates Into Google Earth Engine

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Import & change map data

These features are merely available in Google World Pro.

Import spreadsheet data

To add location data from a spreadsheet into Google Earth, import the latitude and longitude info. Yous'll need a text file that is delimited, which means each line is a separate slice of coordinates info. Every location that you import from your text file is converted to a Google Earth placemark and listed in your Places.

Add longitude and latitude from a CSV file

If y'all would like to practice importing data, y'all tin can download a sample CSV file to employ with the steps. Or follow these steps with your own CSV file.

  1. On your computer, open Google Earth Pro.
  2. Click File and then Import.
  3. Browse to the location of the CSV file and open up it.
  4. In the box that appears, next to Field Type, chooseDelimited.
  5. Adjacent to Delimited, cullComma.
  6. Use the preview pane to ensure your data has imported correctly and click Side by side.
  7. Next to "This dataset does not incorporate latitude/longitude information," leave the box unchecked.
  8. Select the fields in your spreadsheet that contain the breadth and longitude data and click Next.
    Optional: Specify the type of each field in your dataset.
  9. Click Finish. Google Earth begins geocoding your information.
  10. To use a manner template, click Yes.
  11. Click OK.
  12. Create a new style template, or apply a previously generated template.

Y'all can adjust the name, color, icon, and height for your placemark. If yous similar, salve your selections as a template to use in the future.

Import addresses

If you want to see multiple locations around the world, you can import addresses into Google Earth Pro. Each address that you import is converted to a placemark on the Earth.

Guidelines for importing addresses

  • You lot can only import addresses located within the United States, United Kingdom, Canada, France, Italia, Germany, and Spain.
  • You lot cannot use an address that contains a P.O. box.
  • Single-address field: You can define the street, city, country, country, and zip code in a single field.
  • Multiple accost fields: You tin besides define street, city, state, land, and nothing code in multiple fields.
  • Partial address default values: If some of your points have partial addresses, you tin can apply the data import wizard to ascertain default values for missing fields, such as state or aught code.

Import address information from a CSV file

If yous would like to practice importing information, y'all can download a sample CSV file to use with the steps. Or follow these steps with your own CSV file.

  1. On your computer, open Google Earth Pro.
  2. Click File and then Import.
  3. Browse to the location of the CSV file and open it.
  4. In the bulletin that appears, next to Field Blazon, chooseDelimited.
  5. Next to Delimited, chooseComma.
  6. Use the preview pane to ensure your data has imported correctly.
  7. Click Next.
  8. Next to "This dataset does not contain latitude/longitude information," check the box and click Side by side.
  9. Choose "Addresses are cleaved into multiple fields."
  10. Nether "Select Address Field(s)," await over the names to brand sure they're correct and clickAdjacent.
  11. Confirm the list of fields and the type of data selected for each and click Back.
  12. Click Cease. Google Earth begins geocoding your data.
  13. To use a manner template, click Yeah.
  14. Click OK.

If y'all similar, save the template every bit a file (.kst) that y'all tin can utilise in the future.

Google Earth displays your accost data as icons in the 3D viewer. Y'all tin can edit the properties of these placemarks as yous would any other placemark.

Import images

You can open GIS imagery files to project images embedded with brandish data over specific map coordinates in the 3D viewer. Files using NAD83 projection are not supported by Google World.

  • TIFF (.tif), including GeoTiff and compressed TIFF files
  • National Imagery Manual Format (.ntf)
  • Erdas Imagine Images (.img)

Other image files

You can also import images if y'all manually edit their coordinates for correct positioning. Imagery files without the correct project data will not be accurately re-projected.

  • Portable Network Graphic (.png)
  • Articulation Photographic Expert (.jpg)
  • Atlantis MFF Raster (.hdr)
  • PCIDSK Database File (.pix)
  • Portable Pixmap Format (.pnm)
  • Device Independent Bitmap (.bmp)

Open GIS images

You can open GIS images in Google Earth to view them over a map image.

  1. Open up your computer, open Google Earth Pro.
  2. Click File and then Open. Then, choose the file you want to import.The overlay edit window appears.
  3. Gear up the location of the new overlay in any folder inside the 'Places' panel.
  4. Choose the properties for the GIS image:
  • The reprojected image is saved as an overlay. The paradigm is saved under the Google Earth directory on your hard drive. The name of the PNG file is based on the source file name and the scaling or cropping parameters selected when importing the overlay. (Come across below for more than information on scaling or cropping an image.
  • For larger paradigm files, reprojection tin take some time. If you accept cropped or scaled an input paradigm, or if you lot are reprojecting an epitome that uses more texture memory, you will encounter a progress meter while the reprojection occurs. You can cancel the operation at whatever time.
  • Images that contain no project information are treated every bit ordinary overlay files. Yous can position the epitome manually as you would an overlay image.
  • Images that incorporate incorrect or unsupported project information volition not be imported. A dialog box indicates that the reprojection cannot be performed and the prototype will non exist imported.

Salve GIS images

In one case you have imported imagery data, you can salve content changes made to the imported GIS data:

Move the imported imagery to remain in your 'My Places' folder. If you have already placed the imagery overlay within the 'My Places' folder, any changes you brand to information technology are automatically saved and viewable when you start Google Earth.

Save the imagery overlay as a KMZ file. If you wish to remove the imported imagery from your 'My Places' folder:

  1. Correct-click the item and select Salve Place As from the pop-up bill of fare.
  2. Then, save the GIS overlay every bit a KMZ file to your computer's hard bulldoze or other accessible file location.
  3. Delete the overlay from your 'My Places' list and open it when you need it.

Import vector information

Yous can import files with points, lines, paths, and polygons onto your maps.

  1. Open Google Earth Pro.
  2. Click File and then Open.
  3. Select the type of file y'all want to import or cull All information import formats.

In one case imported, the vector elements appear in the 3D viewer and the imported file is listed nether the 'Temporary Places' folder.

Note: If y'all don't employ a fashion template and your data does not contain a 'Proper name' field, the first bachelor field that contains text is used as the label for data.

Utilise third party vector information

Most third political party GIS vector data comes as a collection of support files. If expected data does not display in the 3D viewer, information technology might exist due to missing back up files.

Vector files and required back up files:

  • MapInfo (TAB)
    • MAP ID
    • DAT
  • ESRI Shape (SHP)
    • SHX Alphabetize
    • PRJ (required if projection is not WGS84)
    • DBF (attribute information)
  • Generic text files

Import generic text files

You can define your ain point data and import it using generic text files.

Generic text files must:

  • Have named columns whose values are separated either by commas, spaces, or tabs.
  • Be saved every bit either CSV or TXT format.
  • Brandish coordinates as:
    • Degrees, minutes, seconds (DMS)
    • Decimal degrees (DDD)
    • Degrees, minutes, with decimal seconds (DMM)
  • Contain one or more fields that specify the location of the betoken on the earth.
  • Not use a mix of geographic coordinates and address fields in a unmarried file.

You tin use latitude and longitude coordinates to indicate the position of the point data in your text file.

Optional and Descriptive Fields

You tin utilise whatever number of fields in your custom data file to label and describe points in Google Earth Pro.

Optional fields can be defined every bit text or strings:

  • A string field can contain both numbers and alphabetic characters.
  • Strings must be either enclosed in quotation marks or contain white space so that it cannon be interpreted as a number.

With style templates, you tin employ these field types to create useful visual furnishings in the 3D viewer such every bit graphs or colour-coding of data based on the values in the fields:

  • Integer
  • Floating point value

Apply a style template

You can utilise a mode template to vector data that contains fields you want to accept displayed in the 3D viewer.

  • Style templates can simply be practical to placemarks that incorporate extended schema data, such as those imported in a vector data file.
  • Yous can use the same style template for dissimilar data that has the aforementioned fields if the template settings are adjusted to correspond the data properly.

To apply a style template:

  1. After yous import data to your 'Places' panel, select the data folder and click Edit and then Apply Mode Template.
  2. ClickUse existing template.
  3. In the 'Uniform templates' list, cull the style template you desire to apply to your information set.
  4. To edit the style template, clickEdit selected template and thenOK.
  5. Cull a field from your data that you want to use as a name, or label, for your data. Note: This name appears in the 3D viewer and in the Places panel that lists the information points.
  6. Click Colour to map an element of your information to color styles.
  7. Click Icon to map an element of your information to ane or more icons.
  8. Click Height to map a height value to a data element.
  9. Click OK.

You'll come across your information and defined values in the 3D viewer.

Map information fields to dissimilar features

Map color styles

You can apply color to selected fields in your imported data. In this case, color is applied to the feature depending upon the type of data imported:

  • Icons are colored with indicate information
  • Lines are colored when applying to lines or paths
  • Solid polygons are colored with shape data

Utilize the color style to color these elements in a meaningful way depending upon both the information type and the field data inside the unabridged set.

Use a single colour for all features

If you want to apply one color for all the points or lines from your imported data, select the 'Employ single colour' option. Then, click the colored square adjacent to the option. From the color selector, cull a color or define your own colour to apply to the data.

Use random colors

To utilise a variety of colors that are applied randomly by Google Earth Pro, select the 'Apply random colors' pick. If yous are also supplying an icon for indicate data, the colour is added to the existing colour of the icon.

Fix colors based on field values

If you desire to compare features with a information set, apply colors to define different field values.

Examples:

  • Set a brusk range of colors based on the square footage of real estate listings.
  • Ready a range of colors for shape files showing boilerplate household income.

Follow steps 1-six nether Utilise a style template.

  1. Select the Gear up color from field option in the "Colour" tab. And then, choose a colour from the Set color dropdown. Here, you tin choose either numeric fields or text fields from your data.
  2. To change the color range, click each colour block and set the starting and ending colour. Google Globe Pro calculates the range between the two color values.
  3. To group a range of numeric fields, choose a number of buckets.
  4. To display data elements for places based on color bucket, create subfolders.To evidence or hide the display of color groups, use the bank check box next to the folder. Annotation: Only i sub-folder can be assigned for either colour or icon display.
  5. To reverse the order of the color range and their element assignments, click Reverse gild.
  6. Click OK to save your style template.

Map icons to signal data

You can employ icons to fields in your data. Icons cannot exist mapped to line or shape data.

There are 2 ways to map icons to points:

  • Use same icon for all features
  • Set an icon from a field

Set icons to fields in your data

Customize icons for imported placemarks by a data field.

Follow steps 1-6 under Employ a manner template.

  1. Select Gear up icon from field. Choose the field that you want to apply icon labels to.
  2. To group a range of numeric fields, choose a number of buckets. For each bucket divers, select an icon from the list.
  3. Create subfolders to display data elements for places based on color bucket.To prove or hibernate the display of colour groups, use the bank check box next to the binder. Annotation: Merely 1 sub-folder can exist assigned for either colour or icon brandish.
  4. To modify an individual saucepan icon element, click the bucket to arrange the value or value range. Note: To adapt the spread of the data to your preference, modify the settings for numeric buckets.
  5. Click OK to relieve the style template.

Map height values

Afterward height values are fix, points, lines, or shapes are moved from footing level to the tiptop divers for each information element.

  • If you map height to lines or shapes, the values y'all ascertain piece of work in combination with the colors divers.
  • If you map height to point data, those points are moved using a single pixel colored line to connect the icon from its elevated position to the ground. You lot can use style settings to modify the width and colour of lines.

Height values for text fields

If the field you lot choose to map contains text data, the beginning 8 unique fields are each defined in their own bucket. But map height values to a field that has eight or fewer unique values.

Summit values for numeric fields

When y'all map acme values to a numeric data field, you tin choose from two mapping methods:

  • Continuous : Uses the minimum and maximum values of a field to make up one's mind a minimum and maximum height display for the unabridged set. Use this method for smaller data sets where private distinctions betwixt points or shapes are hands visualized.
  • Separate into buckets : Creates up to 8 height groupings for your information. Use this method for large data sets where continuously mapped heights are not easily visualized in the 3D viewer.

Edit way settings of map points

To make data points and lines easier to meet in the 3D viewer, you tin can edit the style settings for each point to alter the line thickness.

  1. Mouse over the bespeak yous want to modify. Then, select Properties (Windows, Linux) or Get Info(Mac).
  2. In the 'Style, Color' section, alter the point's appearance as needed.
  3. Click OK.

Note: For large data sets, utilize changes to unabridged folders or subfolders.

Choose field types

When using color, icon, or height mapping for specific fields in your information gear up, y'all can ascertain a number of buckets to evidence unlike ranges of information. Y'all can cull two basic types of fields from your data when mapping color, icon, or height values.

Text (cord) fields

If a field type contains non-numeric data, Google Earth Pro maps the first 8 unique text fields to the style. If there are fewer than 8 values in your data, each unique value is paired to a dissimilar color, icon, or elevation. If there are more than 8 values, the get-go viii unique values are mapped to a manner, and the rest of the values are grouped together and mapped to a 9th style. For this reason, it typically is most useful to employ a style to text fields that contain pocket-size unique sets.

Numeric fields

Numeric data fields are automatically spread out across the number of buckets that you select and include a count of items in each saucepan. If you increase or subtract the number of buckets, the application automatically redistributes the number of elements in each bucket.

Gear up field formatting errors

If you are using a spreadsheet application to create your data, choose a numeric cell format. If y'all take numeric fields in your CSV saved from a spreadsheet, but the 'Style Template' wizard is not recognizing information technology equally numeric, it might be due to incorrect formatting.

To verify whether the actual field is marked as text or numeric:

  1. Open the CSV file in a unproblematic text editor and await at the field in question.
  2. If the field is enclosed in double quotation marks, then information technology has been defined equally text — even if there are only numbers within the quotations.
  3. Remove the quotation marks manually from the file, or open up your spreadsheet awarding and format the cells equally numeric.
  4. Then, save the CSV data once more.

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Source: https://support.google.com/earth/answer/176685?hl=en

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