- Excel Mac 2016 Get Longitude Latitude Coordinates For An Address Location
- Excel Mac 2016 Get Longitude Latitude Coordinates For An Address Labels
- Excel Mac 2016 Get Longitude Latitude Coordinates For An Address In India
- Excel Mac 2016 Get Longitude Latitude Coordinates For An Address Change
- Excel Mac 2016 Get Longitude Latitude Coordinates For An Address Change
Geocode (get latitude and longitude) for address data in Microsoft Excel, with Bing Maps and the Excel add-in CDXZipStream. Latitude/Longitude (formatted as decimal) Street Address. State / Province. Zip Code / Postal Code. To plot your data, pick the columns that make up your geography from the Location Add Field list, and specify the geographic level they represent. 3D Maps takes it from there and plots your data.
Ever wanted to calculate the distance between two addresses in Excel? I recently had the following issue: from a list of over approx. 50 administration offices across my city I wanted to find the one that is closest to my workplace. Of course open Google Maps and type each location one by one… and then choose the shortest connection. By why bother when we have Google Maps Distance Matrix API!!!
This post includes information on how to calculate the distance in Excel:To get the COORDINATES of any ADDRESS read this post
Using the Google Maps Distance Matrix API
Excel Mac 2016 Get Longitude Latitude Coordinates For An Address Location
Google has a lot of useful API out there and I encourage you to go sometime to the Google API Explorer and have a look at what other information you can easily utilize from Excel or your other applications.
Latitude/Longitude (formatted as decimal) Street Address. State / Province. Zip Code / Postal Code. To plot your data, pick the columns that make up your geography from the Location Add Field list, and specify the geographic level they. I believe the Google API allows you to get coordinates for a given address. However, most (or should I say all) of the examples I've found aren't for vb. Usually it's some javascript example that just leaves me confused. Here's some code I have that uses a geocoding service. This works great. Xpand 2 mac download. It's just that I want to query Google Maps directly.
Let’s however focus on getting the distance between two addresses. Google facilitates Google Maps Distance Matrix API for limited usage.
The API is configured using GET HTTP Params. A simple example below.
Say we want to get the distance between San Francisco and Victoria BC. We want to get there by bicycle. Copy this link into your browser:
Say we want to get the distance between San Francisco and Victoria BC. We want to get there by bicycle. Copy this link into your browser:
Google Distance Matrix Builder
Want to quickly test the Google API? Below a simple form for building a quick Distance URL. Simply type in the From an To addresses, select the transportation mode and hit Build URL!. Go here for more options for configuring the Google Maps Distance Matrix API.
From: |
To: |
Mode: |
Google Maps Distance Matrix URL:
Calculate distance between two addresses using Google Maps in Excel
So I knocked up quickly this VBA Function in Excel which uses Google API distance matrix function to calculate the Google Maps distance.
Be sure to first replace YOUR_KEY with your personal API key obtained from here.
See the VBA code here:
Get Google Maps distance in meters
Get Google Maps duration (in seconds)
Calculate distance between two coordinates
You can calculate the distance between two coordinates (2 pairs of latitudes and longitudes) using either Google’s API or a simple VBA Function.
Excel Mac 2016 Get Longitude Latitude Coordinates For An Address Labels
Calculate distance between coordinates using a VBA function
Taking into account the elliptic nature of Mother Earth you can easily calculate the distance between coordinates without using Google API .
Warning – no the world is not flat as opposed to what the Flat Earch Society is stating
The function returns the distance and using the unit variable you can state if you want the function to return the distance in Kilometres ('K'), Miles ('M') or even nautical miles ('N').
Calculate distance between coordinates using Google Maps in Excel
To get Google Maps distance between two coordinates simply use the same GetDistance function as above and replace the start and dest parameters with the coordinates in this format:
Final call example:
Same goes for the duration function:
Excel Mac 2016 Get Longitude Latitude Coordinates For An Address In India
How to set it up in Excel?
Important: Please remember that you need a direct Internet connection! Not via proxy etc.
Follow the steps:
Follow the steps:
Add new VBA Module
Go to the DEVELOPER ribbon and add select Visual Basic a and new Module to your VBA Project
Insert the VBA code
Insert the code from sections above (notice that the function is “Public” – therefore will be visible in your workbook as a so called UDF (User Defined Function)
Input the function in Excel
Go to the worksheet and input the function as shown below: Opera web browser 64 bit.
Make sure to replace ; with your default formula list separator (e.g. comma in the US)!
Calculate distance using Google Maps between any number of coordinates/addresses in Excel
Now that we know how to leverage our newly learned GetDistance and GetDuration functions we can use them to measure the distance/duration for any routes, with any coordinates/addresses in between our starting point and our destination. For this I created 2 simple procedures MultiGetDistance and MultiGetDuration:
Get distance between any number of locations
By using our GetDistance function we can get the distance between any number of locations using the Visual Basic procedure below:
Below example usage:
And here is the output:
Get duration between any number of locations
Similarly by using our GetDuration function we can get the duration between any number of locations using the Visual Basic procedure below:
Below example usage:
Parameters for calculating the Google Maps Distance
The following parameters are available in the API query:
Param | Description |
---|---|
key | Your application’s API key. This key identifies your application for purposes of quota management. Learn how to get a key from the Google Developers Console. |
mode | (defaults to driving) — Specifies the mode of transport to use when calculating distance. Valid values and other request details are specified in the Travel Modes section of this document. Other modes:
|
language | The language in which to return results. See list here |
avoid | Restrictions to the route. Available:
|
units | Unit system to use when expressing distance as text. Available:
|
For other parameters see the original Google Distance Matrix API page:
The Google Distance Matrix API
The Google Distance Matrix API
Limits and common issues
Read more on the limitations of the Google Distance Matrix API here:
The Google Distance Matrix API
The Google Distance Matrix API
Google limits the amount of free queries to the following:
- 100 elements per query.
- 100 elements per 10 seconds.
- 2 500 elements per 24 hour period.
There is a way around these limitation via the use of HTTP Proxies. Read more here.
So beware of any mass recalculation of these functions as you may quickly find yourself exceeding these limits.
Is the function returning -1 or simply not working properly? Be sure you have a direct Internet connection! The XMLHttpRequest Object above is not configured to handle proxy servers common for Office environments.
Common issues
The functions above are not full proof and don’t take into account:
- Be sure to obtain a Google Distance Matrix Key!
- In case of errors be sure to check if you are sitting behind a proxy server. If so check here how to configure a proxy
- That Google won’t find the exact addresses and will approximate with a similar address (see component filtering for more precision)
- That Google might return several matches. While the function takes the first one from the returned list
- HTTP or timeouts. See my Web Scraping Kit for how I dealt with such
- That distances/duration differ depending on which location is set as origin and which is set as destination (one way roads, detours etc.)
Having trouble with matching a large dataset with distances and durations? Reach out for a free quote.
Download an example
You can download an example of the above below and support AnalystCave.com:
Excel Mac 2016 Get Longitude Latitude Coordinates For An Address Change
Does not work on MAC! – The VBA code is specific and native only to Windows
Help!
Need help with calculating the distance between two addresses using the approach above? Feel free to comment below or ask a new Question via Questions page.
Next steps
Excel Mac 2016 Get Longitude Latitude Coordinates For An Address Change
Want to get the geolocation (coordinates) of any address?
Excel: Get geolocation (coordinates) of any address
Want to add maps and other cool Google Charts in Excel?
Excel: Google Charts Tool
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Excel: Google Translate functionality
Excel: Get geolocation (coordinates) of any address
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Excel: Google Charts Tool
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Related Posts:
Many mapping tools (and other applications like phones and GPS units) are able to create maps directly from columns containing latitude and longitude data. To use these in Excel-based mapping tools sometimes requires you to modify or transform the data. In this article we're going to go through a number of ways that you can quickly manipulate the latitude and longitude data you already have, and show accurate, high performing maps with 10000s of points.
We've enabled comments for this discussion thread. Scroll to the bottom to ask questions and make comments.
Quick(ish) background
Latitude and longitude are used to locate points on the globe as a pair of numbers. Latitude represents how far north/south the point is and longitude represents how far east/east the point is. The numbers are often expressed in degrees because the earth is approximately a sphere. Because we can travel all around the world we use 360 degrees of longitude for a full circle and 180 degrees of latitude for the half circle of north-south. To make life more interesting, we don't use 0-360 longitude and 0-180 degrees latitude though. We use -180 to 180 degrees longitude and -90 to 90 degrees latitude.
(Source: Wikipedia)
0 degrees longitude passes through the 'prime meridian' of Greenwich, in south west London, England. Points west of this are negative longitude, points east are positive. 0 degrees latitude is the equator with positive numbers representing the northern hemisphere and negative the southern hemisphere.
See https://en.wikipedia.org/wiki/Geographic_coordinate_system for more of the technical details!
Numeric format conversions
The most common step necessary to get existing longitude latitude data successfully into maps is to convert the the values into a format that the Excel maps can understand. Here are some of the most common conversions:
Converting from degrees, minutes and seconds to decimal degrees
Probably one of the most common formats for latitude and longitude is the degree format of degrees minutes seconds (DMS). For example (38.897680 , -77.03653) becomes (38° 53' 51.648' N 77° 2' 11.508' W). Degrees, minutes and seconds breaks down angles a little bit like the hands of the clock into hours, minutes and seconds (hence the name). To show these in many mapping tools such as Visual Crossing requires us to convert from DMS to decimal degress using the formula:
Microsoft has created a series of macros that provide a function for performing the conversion - see https://support.microsoft.com/en-us/help/213449/how-to-convert-degrees-minutes-seconds-angles-to-or-from-decimal-angle.
Your data contains prefixes rather than negative and numbers (eg 38.897680N , 77.03653W)
Sometimes you will encounter latitude, longitude data such as (38.897680N , 77.03653W). The N indicates 'North of the equator' and the W indicates 'West of the prime meridian'. In these cases we need to remove the letter suffixes and replace them with negative values where appropriate. Negative values are for 'West' and 'South'. Therefore we use (38.897680 , -77.03653) as our final result. An Example Excel formula to clean up the 'W' and 'S' suffix would be:
Your data contains values that aren't in the right range
As we mentioned above, most mapping tools support latitudes from -180 to 180 longitude and -90 to 90 degrees latitude. If your data is between 0 to 360 and 0 to 180 degrees, simply subtract 180 from the longitude and 90 from your latitude! Sometimes you may encounter data that goes beyond the range. For example, some latitude and longitude data may be expressed in radians rather than degrees or other differences related to the projection of the data.
Making sure the values have enough precision
One of the most common reported problems users have is when a map of points resembles this display:
The real map should look like this.
This problem occurs because the values don't have enough precision - typically you want at least five or six digits after the decimal point to produce an accurate business map (some highly accurate use cases may require even greater precision!) The rounding of the numbers causes the values to snap to a grid-like appearance like the first screenshot. The fix for this common problem is to review your data to ensure that you have at least 5 digits after the decimal point.
How can you use longitude & latitude values in Excel? Try Location Analysis in Excel or try retrieving historical and forecast weather data Download bitlord for mac.
Final thoughts
Once you have your data in the right format with enough precision you will be able to construct high perfoming maps in many applications. If you are looking to investigate location demographics or weather trends, consider using Location Analysis or Weather Data.