Sergio Llana Pérez SergioLlana
You create a GraphGist by creating a GitHub Gist in AsciiDoc and enter the URL to it in the form on this page. Alternatively, you can put an AsciiDoc document in Dropbox and enter the public URL in the form.
This GraphGist shows the basics of using AsciiDoc syntax and a few additions for GraphGists. The additions are entered as comments on their own line. They are: //console for a query console; //hide, //setup and //output to configure a query; //graph and //table to visualize queries and show a result table.
Click on the Page Source button in the menu to see the source for this GraphGist.
| = Formula 1 2013 Season | |
| This graph is meant to take a look at the last F1 season, and use it as an example of what can be achieved with Neo4j. | |
| It uses real data and is a complete repository of all the drivers, constructors and grands prix that appeared last season. This means that this GraphGist is not only a fun exercise but can also provide useful data. At least insofar as sport trivia can be, which is not that useful at all to be honest. | |
| ...I guess maybe it could be used to win a bar bet. | |
| The graph itself has a large amount of data (think of just the relations between all the drivers and grands prix), but the model itself is easily understood: |
This graph is meant to take a look at the last F1 season, and use it as an example of what can be achieved with Neo4j.
It uses real data and is a complete repository of all the drivers, constructors and grands prix that appeared last season. This means that this GraphGist is not only a fun exercise but can also provide useful data. At least insofar as sport trivia can be, which is not that useful at all to be honest.
…I guess maybe it could be used to win a bar bet.
The graph itself has a large amount of data (think of just the relations between all the drivers and grands prix), but the model itself is easily understood:
| = Piping Water = | |
| :neo4j-version: 2.0.0 | |
| :author: Shaun Daley | |
| :twitter: @shaundaley1 | |
| :tags: resources domain:Shutting Valves and Migrating Infrastructure | |
| == Inspiration | |
| London's antique water distribution network is infamous: it loses a http://www.theguardian.com/commentisfree/2012/may/08/water-industry-pipes-scandal[quarter of the water] supplied to London (spilt into the ground). Consequence: http://www.bbc.co.uk/news/10213835[desalination], massive additional CO2 emissions, road congestion caused by too many emergency excavations and very high water prices for consumers. London's case is severe but not atypical: most cities suffer from the same underlying infrastructure problem. Pipes and valves buried below busy urban streets are inherently difficult and expensive to maintain. Inaccessibility, lack of information, failure to efficiently process data and the high cost of each human intervention in legacy systems all compound to undermine efficient resource distribution. |
London’s antique water distribution network is infamous: it loses a quarter of the water supplied to London (spilt into the ground). Consequence: desalination, massive additional CO2 emissions, road congestion caused by too many emergency excavations and very high water prices for consumers. London’s case is severe but not atypical: most cities suffer from the same underlying infrastructure problem. Pipes and valves buried below busy urban streets are inherently difficult and expensive to maintain. Inaccessibility, lack of information, failure to efficiently process data and the high cost of each human intervention in legacy systems all compound to undermine efficient resource distribution.
London’s antique water distribution network is infamous: it loses a quarter of the water supplied to London (spilt into the ground). Consequence: desalination, massive additional CO2 emissions, road congestion caused by too many emergency excavations and very high water prices for consumers. London’s case is severe but not atypical: most cities suffer from the same underlying infrastructure problem. Pipes and valves buried below busy urban streets are inherently difficult and expensive to maintain. Inaccessibility, lack of information, failure to efficiently process data and the high cost of each human intervention in legacy systems all compound to undermine efficient resource distribution.
| = Pharmaceutical Drugs and their Targets | |
| Josh Kunken <joshkunken@gmail.com> | |
| v1.0, 14-Dec-2013 | |
| :neo4j-version: 2.0.0-RC1 | |
| :author: Josh Kunken | |
| :twitter: joshkunken | |
| == Domain | |
| A pharmaceutical portfolio is a collection of drug compounds, their respective indications, and their targets. |