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Google Maps API Tutorial

Google Maps API Tutorial
Google Maps API Tutorial This tutorial is intended to help you create your own interactive maps using the Google API. Do take a look at the Google documentation. There are two ways to use this tutorial: Read it and try to understand the principles involved. Use the example files as templates. What's New What's New Recent changes to the tutorial. Instant Maps Part 1 Making instant maps with the Google Wizard Part 2 Making instant maps by embedding The Basics More advanced stuff Part 1 Sidebar mouseovers: Changing icons when the mouse hovers over the sidebar Part 2 Opening info windows when the mouse hovers over a marker Part 3 Dual Maps: A pair of maps that match each other's movements. Fun Stuff Car Trip Using the Google directions for an animated drive. Custom Maps Part 1 Adding your own custom map. Third Party Extensions List A list of all third part extensions that I know about. Compatibility Javascript Concepts Resources Problem solving Getting help Back to Mike's Homepage

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Static Maps API V2 Developer Guide   The Google Static Maps API lets you embed a Google Maps image on your web page without requiring JavaScript or any dynamic page loading. The Google Static Map service creates your map based on URL parameters sent through a standard HTTP request and returns the map as an image you can display on your web page. New! The Google Static Maps API Usage Limits have changed. Creating an API key and including it in your request allows you to track usage in the Google Developers Console, and to purchase additional quota if required. This document details the Static Maps API v2.

Visualization: Geochart - Google Chart Tools - Google Code Overview A geochart is a map of a country, a continent, or a region with two modes: The region mode colorizes whole regions, such as countries, provinces, or states. Google Photo Map This is the blog archive site. For the latest blog articles, click here. A Google Photo Map, at minimum, is a Google Map with markers on it that you can click to see a photo that was taken at that spot. Here's a simple example. I first showed how to create one in my blog entry for May 28, but now I've come up with a much better way to do it. Getting Started javascript - Unable to get Mapbox leaflet-omnivore to load markers from .csv Here's the working snippet I've used, and everything works ok: omnivore.csv('teams.csv').addTo(map); However, you don't need to rush into changing the code, because, in your case, any change goes wrong as long as you load your file using the file protocol: instead of loading the file from a web server, using the http protocol: In my case, I use the XAMPP solution stack package, that installs everything I need to host web pages. Therefore, I've created a folder in the htdocs folder, and I've putted the html and the csv files inside:

Maps Javascript API V3 Reference - Google Maps JavaScript API V3 - Google Code Release Version Last updated Monday, February 17, 2014 This reference documents version 3.15 (the release version) of the Maps Javascript API released November 15, 2013. This release version of the API is a feature-stable version of the API whose interfaces are guaranteed to remain as documented within these pages until this version is retired. To consult the latest (experimental) version of the Maps Javascript API, see the Experimental Development Reference. Reference Table of Contents Getting Started with Exhibit - SIMILE Widgets Ready, Set, Go! You need a text editor. Any good old text editor would do, even Notepad on Windows or TextEdit on MacOS. If you want a more sophisticated text editor, check out our recommended tools. We assume you know a little bit of HTML.

Create a Connector – Help Center A connector allows you to get structured data from a search result. For example, you could go to the NHS website and search for your local dentist using your postcode. The resulting list of dentists could then be put in a structured table and used in a number of ways. Import·io allows you to record that search and the resulting data extraction and then query that site directly from your dataset. In this example, you could search any postcode (or multiple at once) from your dataset and see all the results returned in a table as rows and columns. Step 1 - Add New Data Source

HTML5 Presentation Combine both technologies to allow direct image access + manipulation Putting it together for local image reading + manipulation. GPS Visualizer map input form: Plot quantitative data This is a special version of the GPS Visualizer map form that's designed for plotting quantifiable data on a map. You can colorize and/or resize the points according to a generic frequency field named "N", or you can use a more typical field, such as altitude, population, or category. If you have track data, or if you don't need to automatically colorize/resize your data points by a particular parameter, you'll probably be better served by the normal Google Maps form, the Google Earth KML form, or the JPEG/PNG/SVG form.

Timeline Tutorial: Writing Your Timeline's Web Page Body Part Three: Writing Your Web Page Body When writing the header to your web page, you've told your page where to find the Exhibit scripts and spreadsheet feed that it needs to produce your timeline. Now you need to build the actual timeline structure within your web page to display your data. snapping - Leaflet snap circle draw to marker current community your communities Sign up or log in to customize your list. Bosonic Web Component Flash message Display an info message that automatically disappears after 2 secs: Show message Modal

Getting Started - Google Maps JavaScript API V3 - Google Code Audience This documentation is designed for people familiar with JavaScript programming and object-oriented programming concepts. You should also be familiar with Google Maps from a user's point of view. There are many JavaScript tutorials available on the Web.

Calculate distance between latitude longitude pairs with Python The Haversine formula is an equation that can be used to find great-circle distances between two points on a sphere from their longitudes and latitudes. When this formula is applied to the earth the results are an approximation because the Earth is not a perfect sphere. The currently accepted (WGS84) radius at the equator is 6378.137 km and 6356.752 km at the polar caps. For aviation purposes the FAI uses a radius of 6371.0 km #!