Calculate distance in Google spreadsheet
It has evolved into a distance calculator spreadsheet with custom functions using either Google’s or Mapquest’s API, with the ability to add results to a trip log.
Fill out From and To locations and the spreadsheet will calculate the distance and driving time based on the recommended route. You can copy the result to a trip log. Google account required.
Is this spreadsheet saving you time/money?
Feel free to make a donation, to me or your favorite charity.
This version uses the new Google Sheets. As a result it is not available as a template.
To use, click the download button. This will open the sheet in view-only mode. Final step: select File > Make a copy…
Some users reported the spreadsheet is marked as offline. The workaround Greg mentions in the comments:
I opened the link on this website and the spreadsheet was marked as offline.
Then I closed the spreadsheet and opened the google spreadsheets overview.
There you will find a link to Winfred’s distance calculator. When I opened it, I was able to make a copy.
Ready to go
The template can be used as-is:
- Calculate driving/walking/bicycle distance & duration.
- Add the results to a trip log. Great for preparing a road trip or your mileage report.
- Quickly lookup an address for an attraction, or find out the latitude/longitude coordinates.
- Specify a list of destinations and let the spreadsheet calculate the shortest route.
- Get a list of turn-by-turn driving instructions.
- When visiting multiple states/countries: see what distance/duration is spent in each.
- Use either Google or Mapquest as the provider.
To use the template as-is: just open the template (in view-only mode), make a copy of the sheet (so you have your own copy, which you can edit), and enter the locations / settings.
The second way the template can be used: change it to your liking.
All functionality is provided using custom functions. Simple example:
In fact, you could use these functions in your own spreadsheet as well.
In that case: go to Tools > Script Editor… and copy the scripts (miscellaneous, google and mapquest) to your own spreadsheet.
Or the other way around: delete the sheets you don’t need and then copy the sheets from your other spreadsheet to this one.
When you use the template for the first time, it will ask for permissions.
This so the script can read + write your spreadsheet.
I have no access to your data. The only data that is transmitted is the data to Google/Mapquest to get the directions etc.
- custom functions: 2500 requests per day per system (2500x directions and 2500x address lookup).
- not really used anymore but just in case, importXML: 50 importXML instances per spreadsheet.
- Google UrlFetch: is used to contact the Mapquest API. UrlFetch has a quota of 20,000 requests per day.
- custom functions: no usage limits.
- Mapquest has trouble calculating driving directions for a place in a pedestrian zone (e.g. “disneyland”), and in general the geocoding from Google is more helpful.
- When you lookup an address, it is best to use one of the supported single-line location formats.
- 2.1: experimental support for Mapquest, which has no daily limits. Requires free Mapquest developer account and application key.
Unhide rows 29-57 and enter the Mapquest appkey. It supports the same functions as before, just add …_mq at the end. E.g. =routeDistance_mq(“paris”,”berlin”)
- 2.2.1: has a new Mapquest function =routeCrossing_mq(). This was requested by a couple of users, display a table with the distance and duration per state/country. See functions tab for details.
- 2.3: implementation of two user requests:
1) asTheCrowFlies now uses locations =asTheCrowFlies(from, to, miles), for lat+lon parameters use =asTheCrowFliesLatLon(fromLat, fromLong, toLat, toLong, miles).
2) you can specify what types to avoid. For Google: tolls, highways. For Mapquest: tolls, highways, seasonal, unpaved, ferries, borders. E.g. -=routeDistance(“berlin”,”paris”,,,”tolls,highways”) or =routeDistance_mq(“berlin, germany”,”paris, france”,,,”tolls,highways,ferries”). Note, the “avoid” parameter is after the “mode” parameter, for some functions this can mean the remaining parameters have shifted.
note: v2.3 is the last version using the old version of Google Sheets. It will stay available but is no longer maintained. Use v3 or higher instead.
- 3.0: major update:
- Uses the new Google Sheets. It takes advantage of better formatting, conditional formatting and last but not least: autocomplete for custom functions and built-in help for function parameters.
- Multi-location support. Either select a range of cells in the spreadsheet (e.g. A2:A6), or enter a destination separated by underscore, pipe or slash (e.g. “berlin/hamburg / hannover”).
- Support for optimizing routes. Say you visit Paris, Berlin, Zurich and Amsterdam. The spreadsheet will suggest Paris, Zurich, Berlin, Amsterdam as it is 600 kilometers shorter.
- Extra settings in the dashboard, no need to add them as parameters in the custom functions.
- Better image support. It shows the waypoints, and the detailed route. The latest Google image API is used.
- Better and transparent support for both Google and Mapquest. No need anymore for your own Mapquest key, it is built in. No need to switch custom functions (e.g. add _mq to the function name if you want to use Mapquest), just define what provider you want to use in the settings. Location lookup for Mapquest has improved, it now recognizes addresses, lat/lon locations, but also attractions. Easily switch between Google and Mapquest. Both have their pros and cons.
Note: the custom functions have been changed quite a bit. As a result the parameters have changed since v2.3. See the built-in help for the latest syntax.
there is a daily limit of 2500 direction requests and 2500 location requests.
If you use Mapquest as the directions provider: no limits. See release info.
The following functions are available in the template. They can be used as custom functions for a variety of distance calculation functions. For example: to calculate the distance, duration (driving/walking/bicycling), lookup an address (or only the zip code).
See the functions tab in the template for details.
|locationAddress||full address (or only zip code) for searched location|
|zipAddress||zip code for location|
|locationLatLon||string with latitude + longitude combination of searched location|
|locationMapUrl||URL of image showing a single location|
|routeMapUrl||URL of image showing the departure and arrival locations|
|routeDistance||distance between locations in miles or km|
|routeDuration||duration between locations in minutes|
|routeSummary||summary of route(s): which route, distance, duration|
|routeDirections||table with direction steps|
|asTheCrowFlies||as the crow flies (straight line) distance between locations|
|asTheCrowFliesLatLon||as the crow flies (straight line) distance between coordinates|
|routeCrossing_mq||Mapquest only. table with distance and duration per state/country|
|=routeDistance(“paris”,”berlin”, “tolls|highways”)||1384.4 [km] – avoiding toll & highways|
|=routeDistance(“paris”,”berlin / zurich / amsterdam”,,true)||visit Paris, Zurich, Berlin and then Amsterdam (=optimized route)|
|=locationAddress(“white house, washington”)||The White House, 1600 Pennsylvania Avenue Northwest, Washington, DC 20500, USA|
|=locationAddress(“white house, washington”,”fr”)||Maison Blanche, 1600 Pennsylvania Avenue Northwest, Washington, District de Columbia 20500, États-Unis|
|=zipAddress(“white house, washington”)||20500|
|=locationAddress(“38.8976831, -77.0364972″)||The White House, President’s Park, Washington, DC 20502, USA|
|=locationLatLon(“white house, washington”)||38.8976831, -77.0364972|
|=asTheCrowFlies(“white house, DC”,”times square, NYC”)||332.679816922244 [km]|
|=routeCrossing_mq(“atlanta, GA”, “memphis, TN”)||Georgia 57 miles, Alabama 190, Mississippi 118, Tennessee 16|
How to use importXML to get distance data from Google Maps in your spreadsheet?
- create a URL that uses the Google Maps Directions API which returns XML output;
- use the Google spreadsheets function importxml() to parse the XML file, and use an XPath command to extract the info you need.
Note:There is a limit of 50x importXML in a spreadsheet.
It does not always work reliably, you then get #N/A.
Google Maps API for directions
Nice: no API key is needed. See results (unformatted XML output).
- the Google Maps API for directions is well documented
- in your spreadsheet point the origin=… and destination=… to spreadsheet cells that contain the origin and destination, the importxml() commands will be run every time you change the URL. Nice.
- sensor=false: don’t use browser location sensor (required).
Some of the optional parameters:
- units=metric: show km (alternative: imperial)
- region=nl: country that should be used as default for origin or destination
- language=nl: language to use for the results
- alternatives=false: do not show alternative routes, only show the recommended one
The resulting XML file contains 1 route (or if you ask for alternatives: 1 or more), and for each route 1 leg (I am not using via waypoints), and each leg consists of steps (turn left at …, etc.).
Example parse commands
Assumed: the URL is created in cell B20. Please note: you can have a maximum of 50 importxml commands in a spreadsheet.
The base command to use to get e.g. the distance (depending on your units used: in feet or meters):
The first argument is the URL, the second argument is the XPath command.
Show the start and finish (e.g. when using “brentwood” as origin, it will show: “Brentwood, TN, USA”)
The XPath predicate  and [last()] are used in case the route has multiple legs (in our examples they don’t)
Alternatively you could use the spreadsheet index() function:
Show the label of the preferred route (e.g. “A28 and A73″):
Calculate the distance of the preferred route:
The result of this field is always in meters, so we divide the result by 1000 to get kilometers, and we round it up.
And calculate the duration (the result is in seconds, so divide the result by 60 to get the minutes):
You can also ask for alternatives, assuming &alternatives=true is added to the URL (stored in B21), the same function that showed 1 route summary, now shows a list.
The spreadsheet automatically sees it is an array of results that need to be displayed.
Let’s calculate the average distance of the routes:
Average works fine with an array.
The spreadsheet will get confused if you try to perform a calculation on an array, but that is easy to fix using arrayformula().
The XML contains latitude + longitude information, each step of the route has a lat+long pair.
The lat/long of the start location can be found in the the first step of the route list.
=importxml(B20,"//leg/step/start_location/lat") &" "& importxml(B20,"//leg/step/start_location/lng")
The lat/long of the destination can be found in the last step of the route list, there’s an XPath predicate for that: [last()].
=importxml(B20,"//leg/step[last()]/end_location/lat") &" "& importxml(B20,"//leg/step[last()]/end_location/lng")