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Showing posts with label HTML5. Show all posts
Showing posts with label HTML5. Show all posts
Thursday, December 29, 2016
Wednesday, November 2, 2016
Javascript blog CMS : blogger
To build any webpage on internet there are three most important languages viz. HTML, JavaScript and CSS. JavaScript is one of the most commonly used client-side programming language that may communicate asynchronously (i.e. independently of other processes) to web browser.
If you are using BlogSpot.com blogger blog then you have lots of option to include JavaScript codes. It will depends on where you want to render it and for which purpose you are using that JavaScript files or codes.
See this present "ex-ample" blog.
http://www.superwebtricks.com/add-javascript-codes-to-blogger-template/
Monday, July 16, 2012
The top 10 ways to embed Google Earth content (trails, footpaths, interactive guide to fishing, walking, biking) on your site blog (special mention to blogger) with or without earth plugin and with/without earth API
A) without coding (no javascript)
3 categories of methods: without the need of plugin install (Google Earth plugin, for browsers) and without the google earth API or with this API (in this case, the client must install the Google Earth plugin)
B) with coding (javascript)
-----------------------------------------------
-----intro (not necessary if you just want a one-click service to directly embed in your site)
To load the Google Earth Plugin in your web page, you need to:
A) without coding (no javascript)
B) with coding (javascript)
http://code.google.com/apis/ajax/playground/?exp=earth#hello,_earth
3 categories of methods: without the need of plugin install (Google Earth plugin, for browsers) and without the google earth API or with this API (in this case, the client must install the Google Earth plugin)
A-a) without the need of Google Earth plugin
A-b) without the google earth API
A-c) with the google earth API
B) with coding (javascript)
-----------------------------------------------
-----intro (not necessary if you just want a one-click service to directly embed in your site)
The Google Earth plug-in allows you to navigate and explore geographic data on a 3D globe using a web browser: http://www.google.com/earth/explore/products/plugin.html
If you want to embed the Google Earth plug-in on your website, visit the Google Earth API site to learn more: http://code.google.com/apis/earth/
Check out the recently revamped (2011) Earth API Developer's Guide: http://code.google.com/apis/earth/documentation/
This plugin and this API may work correctly on all browsers (Internet Explorer 7.0+, mac and PC: Firefox 3.0+; Google Chrome 5.0+; Safari 3.1+, etc...) that support NPAPI with npruntime extensions (https://developer.mozilla.org/En/Gecko_Plugin_API_Reference:Scripting_plugins).
Plugins (or plug-ins) are shared libraries that users can install to display content that the application itself can't display natively. For example, Adobe Reader plugin (or Google earth plugin) lets the user open PDF files directly inside the browser. Plugins are written using NPAPI, the cross-browser API for plugins: https://developer.mozilla.org/en/Plugins
To install the Google Earth Plugin, browse to any page in which the plugin is included or at http://www.google.com/earth/explore/products/plugin.html (at this URL, you can see the version of your plugin).
This plugin and this API offer many services, see these 2 "ex-amples" (trail):
(google maps and google earth and a path from one start address and one end address)
http://www.themountainpulse.com/trail-maps-plus/grand-teton-national-park/ (The Mountain Pulse is an online resource for Jackson Hole’s outdoor community: mountain biking, hiking, pathways cycling, fishing, kayaking, lodging and more)
To load the Google Earth Plugin in your web page, you need to:
- Load the Google Earth API.
- Create a DIV element to hold the plugin.
- Create functions to initialize the plugin.
- Call the initialization functions once the page has loaded.
A) without coding (no javascript)
A-a) without the need of Google Earth plugin
A-b) without the google earth API
A-c) with the google earth API
B) with coding (javascript)
http://code.google.com/apis/ajax/playground/?exp=earth#hello,_earth
Monday, June 4, 2012
SVG, Scalable Images, not JPG, GIF or PNG in Blogger blogspot
Questions about a recent post containing a couple of flow charts made me regret the fact that
Blogger does not support SVG graphics by direct insertion :
You may upload multiple files at once but you can only use JPG, GIF, or PNG files.
Although I made the charts using the excellent TiKZ LaTeX package (which produces vector output in the form of a PDF file), I had to convert the PDF output to PNG for Blogger, and the images are a tad fuzzy (and do not scale well when zoomed), which may have led to some confusion. So I was on a mission today to find a workaround.
The first thing I discovered that SVG is not nirvana. I generated the images as separate PDF files from the TiKZ source. (Hint to people doing this: use the LaTeX standalone document class and the output file will automatically be cropped to the smallest rectangle containing the image.) I then used ImageMagick to convert the PDF files to SVG files ... which blew them up from around 54 KB to about 8+ MB. Each. Oops!
I tried a tool I found to convert the SVG files to "canvas" files, which got me another 5x or so increase in size. So back to PDF files.
Blogger does not consider PDFs to be images, to the plan now is to use a PNG file as the image and link it to the corresponding PDF, allowing readers to click on the image and at least get a scalable version in a new window or tab.
Blogger does not allow you to upload arbitrary files, only images in formats it recognizes (which are actually stored in Picasa, another Google product/Web-service). I thought about putting the PDFs on a personal server somewhere, but I worry about moving things (including them) to a new server at some future date and not remembering to update the links. Enter Google Documents. I just have to upload the PDFs to Google Docs, make them public, grab the URLs and set the links on the PNGs (which by default point to the PNG files in Picasa) to point to the PDFs in Google Docs instead.
Ref: http://orinanobworld.blogspot.fr/2011/10/scalable-images-in-blogger.html
Blogger does not support SVG graphics by direct insertion :
You may upload multiple files at once but you can only use JPG, GIF, or PNG files.
Although I made the charts using the excellent TiKZ LaTeX package (which produces vector output in the form of a PDF file), I had to convert the PDF output to PNG for Blogger, and the images are a tad fuzzy (and do not scale well when zoomed), which may have led to some confusion. So I was on a mission today to find a workaround.
The first thing I discovered that SVG is not nirvana. I generated the images as separate PDF files from the TiKZ source. (Hint to people doing this: use the LaTeX standalone document class and the output file will automatically be cropped to the smallest rectangle containing the image.) I then used ImageMagick to convert the PDF files to SVG files ... which blew them up from around 54 KB to about 8+ MB. Each. Oops!
I tried a tool I found to convert the SVG files to "canvas" files, which got me another 5x or so increase in size. So back to PDF files.
Blogger does not consider PDFs to be images, to the plan now is to use a PNG file as the image and link it to the corresponding PDF, allowing readers to click on the image and at least get a scalable version in a new window or tab.
Blogger does not allow you to upload arbitrary files, only images in formats it recognizes (which are actually stored in Picasa, another Google product/Web-service). I thought about putting the PDFs on a personal server somewhere, but I worry about moving things (including them) to a new server at some future date and not remembering to update the links. Enter Google Documents. I just have to upload the PDFs to Google Docs, make them public, grab the URLs and set the links on the PNGs (which by default point to the PNG files in Picasa) to point to the PDFs in Google Docs instead.
Ref: http://orinanobworld.blogspot.fr/2011/10/scalable-images-in-blogger.html
Tuesday, May 22, 2012
Spherical harmonics, meshes and some WebGL and JavaScript : toxiclibs.js, Processing.js, Three.js, ThreeNodes.js
1--------Spherical Harmonics Mesh Builder
Spherical Harmonics Mesh Builder is an example of Paul Bourke's "spherical harmonics" function for creating organic meshes. This example shows the use of Toxiclibs.js for creating meshes inside Three.js
(Technology: JavaScript, WebGL, toxiclibs.js, three.js).
Spherical harmonics are the angular portion of a set of solutions to Laplace's equation. Spherical harmonics are important in many theoretical and practical applications, particularly in the computation of atomic orbital electron configurations, representation of gravitational fields, geoids, and the magnetic fields of planetary bodies and stars, and characterization of the cosmic microwave background radiation. In 3D computer graphics, spherical harmonics play a special role in a wide variety of topics including indirect lighting (ambient occlusion, global illumination, precomputed radiance transfer, etc.) and recognition of 3D shapes.
The 19th century development of Fourier series made possible the solution of a wide variety of physical problems in rectangular domains, such as the solution of the heat equation and wave equation. This could be achieved by expansion of functions in series of trigonometric functions. Whereas the trigonometric functions in a Fourier series represent the fundamental modes of vibration in a string, the spherical harmonics represent the fundamental modes of vibration of a sphere in much the same way.
is called a spherical harmonic function of degree ℓ and order m.
For a given value of ℓ, there are 2ℓ+1 independent solutions of this form, one for each integer m with −ℓ ≤ m ≤ ℓ.
A quite good article http://en.wikipedia.org/wiki/Spherical_harmonics
and in french: http://fr.wikipedia.org/wiki/Harmonique_sph%C3%A9rique
2------------http://haptic-data.com/
Toxiclibs.js is an open-source computational design library ported to javascript by Kyle Phillips originally written by Karsten Schmidt for Java and Processing. Examples of the original library can be found at http://toxiclibs.org
Toxiclibs.js works great with Canvas, with SVG or any ordinary DOM element. with Processing.js, Three.js, or Raphael.js for SVG...
great example with additive waves
3--------three.js
JavaScript 3D library
The aim of the project is to create a lightweight 3D library with a very low level of complexity — in other words, for dummies. The library provides
--ThreeNodes.js
Threenodes.js is an attempt to create a dataflow environment in javascript and html5. It's a way to see what is possible to do in the browser. I had a little list of interesting javascript libraries to try but never had the chance to play with them.
The project is still in an experimental state but you can already see a live demo there: http://idflood.github.com/ThreeNodes.js/
coffeescript, compass and haml
These are languages that compile to javascript, css and html. Their syntax are much shorter than their equivalent and they offer some great features. If you work a lot with js, css or html you should definitely check these.
http://jashkenas.github.com/coffee-script/
http://compass-style.org/
http://haml-lang.com/
These are languages that compile to javascript, css and html. Their syntax are much shorter than their equivalent and they offer some great features. If you work a lot with js, css or html you should definitely check these.
http://jashkenas.github.com/coffee-script/
http://compass-style.org/
http://haml-lang.com/
Three.js
The project is using webgl to render the scene. Three.js was obviously the 3d engine of choice. It provide many features like shaders, geometries, postprocessing filters and so on. A great project :)
https://github.com/mrdoob/three.js/
The project is using webgl to render the scene. Three.js was obviously the 3d engine of choice. It provide many features like shaders, geometries, postprocessing filters and so on. A great project :)
https://github.com/mrdoob/three.js/
node.js
This is a javascript server. It's used to automatically compile the source files and serve them. I could have used some simple bash script to compile the files but found it would be interesting to use this for this "node" based project.
http://nodejs.org/
This is a javascript server. It's used to automatically compile the source files and serve them. I could have used some simple bash script to compile the files but found it would be interesting to use this for this "node" based project.
http://nodejs.org/
Require.js
The application was quickly growing and I needed a way to make it more modular. It's still not used at his full potential in threenode.js but already help make the code cleaner. One nice feature is that it's possible to require text files, or in this case little html template files.
http://requirejs.org/
The application was quickly growing and I needed a way to make it more modular. It's still not used at his full potential in threenode.js but already help make the code cleaner. One nice feature is that it's possible to require text files, or in this case little html template files.
http://requirejs.org/
--------------
Processing.js is the sister project of the popular Processing visual programming language, designed for the web. Processing.js makes your data visualizations, digital art, interactive animations, educational graphs, video games, etc. work using web standards and without any plug-ins. You write code using the Processing language, include it in your web page, and Processing.js does the rest. It's not magic, but almost.
Saturday, May 19, 2012
Molecular visualization Off-Line and On-Line : spiderGL, a JavaScript 3D Graphics library which relies on WebGL for realtime rendering
http://spidergl.org/index.php
code: http://spidergl.org/js/spidergl.js
http://sourceforge.net/projects/spidergl/
GALLERY:
http://spidergl.org/code.php
code generation
(input just a mesh, file= .obj)
VERY GOOD.
Standard representation of molecular surface properties using color ramps and field lines (leftmost), the same properties drawn using complex shading techniques (center) and the electrical interaction of two proteins (rightmost), rendered on a Web Page by using SpiderGL and WebGL.
The solution of the 3D structure of myoglobin in 1958 by Kendrew [Kendrew et al. 1958] marked the beginning of the new era of protein structural biology. Since then, a large number of protein structures have been solved and today the Protein Data Bank counts over 60.000 entries [Berman et al. 2003]. With the availability of all these data and the advance of computer graphics technologies, many research groups have developed tools for the manipulation and visualization of 3D structures such as VMD [Humphreyet al. 1996], SPDBViewer [Guex and Peitsch 1997], Chimera [Pettersen et al. 2004] and PyMOL [Delano 2002]. Beside working on the atomic structure, most programs can nowadays also calculate surface features such as electrostatic potential (using, for example, tools like APBS [Baker et al. 2001] or DelPhi [Rocchia et al. 2002]) and hydropathy [Kyte and Doolittle 1982].
In addition to the many standalone visualization tools, there are also web viewers especially designed for molecular structures, such as Jmol [jmo 2002] and MDL Chime, which represent a simple way
to visualize molecules directly on browser. MDL Chime, used by the Protein Explorer website was gradually phased out in favor of Jmol, which is nowadays the most used plugin for molecular visualization, used by websites such as Proteopedia and RCSB PDB Protein Data Bank.
Following the advance of techniques for the generation of CG movies, in the last few years many different groups focused on the creation of animated movies depicting biological molecules and
cellular processes. The movies range from the simple representations of the mechanical functioning of a single protein, to complex events involving many subjects. These works are important scientific efforts and add to their educational value the bonus of rising interest in the general public to approach biology. Some of these examples are collected on websites [McGill 2010; SCIVIS 2005].
The Virtual Markup Modeling Language (VRML) [Raggett 1994] (then replaced by X3D [Don Brutzmann 2007]) was proposed as a text based format for specifying 3D scenes in terms of geometry and material properties and for the definition of basic user interaction. The format itself was a standard, but the rendering in the web browser was relaying on specific plugins. The Java Applets are probably the most used method to add dynamic content, not necessarily 3D, in the web browsers. The
philosophy of Java applets is that the URL to the applet and its data are put in the HTML page and then executed by the Java Virtual Machine, a third part component. The implementation of JVM
on all the operating systems made Java applets ubiquitous and the introduction of binding to OpenGL such as JOGL [JOG ] added control on the 3D graphics hardware. A similar idea lies behind the
ActiveX [Microsoft Corporation 1996] technology, developed by Microsoft from 1996. Unlike Java Applets, ActiveX controls are not bytecode but dynamic linked Windows libraries which share
the same memory space as the calling process (i.e. the browser), and so much faster to execute. These technologies enable the incorporation of 3D graphics in a web page but they all do it by handling
a special element of the page itself with a third party component.
WebGL [Group 2009b] is an API specification produced by the Khronos group [Group 2009a] and, as the name suggests, defines the JavaScript analogous of the OpenGL API for C++. WebGL
closely matches OpenGLjES 2.0 and, extremely important, uses GLSL as the language for shader programs, which means that the shader core of existent applications can be reused for their
JavaScript/WebGL version. Since WebGL is a specification, it is up to the web browsers developer to implement it. At the time of this writing, WebGL is supported in the nightly build versions of the most used web browsers (Firefox, Chrome, Safari), and a number of JavaScript libraries are being developed to provide higher level functionalities to create 3D graphics applications. For example WebGLU [DeLillo 2009], which is the WebGL correspondent of GLU [OpenGL ARB ], provides wrappings for placing the camera in the scene or for creating simple geometric primitives, other libraries such as GLGE [Brunt 2010] or SceneJS [Kay 2009] uses WebGL for implementing a scene graph based rendering and animation engines.
Looking at a webpage with dynamic SpiderGL content, it is possible to see that all of the page logic is defined in the scripting part of the HEAD section, while on the BODY section there is just the page
structure and the interface elements that will be used for user interaction (like buttons, text areas and other controls). Among these elements, the most important is an html canvas object, that is the place where the WebGL layer does the on-screen rendering. ("< " are transformed : "[")
[canvas id="SGL_CANVAS" style="border: 1px solid gray" width="900" height="600"][/canvas]
This canvas is registered as the output area at the end of the scripting; a specific function connects the various events of the canvas to a script object.
v a r glMolViewer = new SpiderGLMolViewer ( ) ;
sglRegisterCanvas("SGL_CANVAS" , glMolViewer , 3 0 . 0 ) ;
The glMolViewer object is the main actor for the scene setup and rendering of our molecular visualization. The structure of this object employs the event handling subsystem provided by SpiderGL, which is inspired from the one used by the GLUT library [Kilgard ]. Each event coming from the canvas triggers a specific function with a given name and parameters; SpiderGL exploits the JavaScript language feature to give the possibility to dynamically add or remove listeners and redirect events. In this simple example, the only listener is the main object itself. (...)
This development process is straightforward for someone with an experience in graphical programming, while may prove to be difficult for users with a different background, like biology, physics or chemistry. This kind of setup is for sure more difficult to master with respect to setup of other existing platforms, like Jmol which, true to their nature, provide much simpler (but restrictive) access to their scene graph, with specific functions to import data and a series of predefined rendering modes. However, the gain in terms of flexibility and expressive power vastly compensate the initial steeper learning curve. Moreover, the learning of this technology is made easier by the possibility of initially use the higher level structures and functions implemented by SpiderGL to easily setup a basic visualization scheme and then start playing with lower level functions to obtain more complex effects. It is also important to note that most of the available JavaScript utility/UI libraries on the net may be used in conjunction with SpiderGL, adding more ready-made components to assemble a powerful, interactive, webpage.
This example uses how to use cube maps and spherical harmonics to render objects with a natural light effect. GOOD.
code: http://spidergl.org/js/spidergl.js
http://sourceforge.net/projects/spidergl/
GALLERY:
http://spidergl.org/code.php
1/ Web application, a shader authoring tool:
http://spidergl.org/meshade/index.htmlcode generation
(input just a mesh, file= .obj)
VERY GOOD.
Try it online or download the zipped archive (an HTTP server is needed):
2/ Visualization Methods for Molecular Studies on the Web Platform
http://vcg.isti.cnr.it/Publications/2010/CADZS10/
Standard representation of molecular surface properties using color ramps and field lines (leftmost), the same properties drawn using complex shading techniques (center) and the electrical interaction of two proteins (rightmost), rendered on a Web Page by using SpiderGL and WebGL.
Molecular visualization Off-Line and On-Line
The solution of the 3D structure of myoglobin in 1958 by Kendrew [Kendrew et al. 1958] marked the beginning of the new era of protein structural biology. Since then, a large number of protein structures have been solved and today the Protein Data Bank counts over 60.000 entries [Berman et al. 2003]. With the availability of all these data and the advance of computer graphics technologies, many research groups have developed tools for the manipulation and visualization of 3D structures such as VMD [Humphreyet al. 1996], SPDBViewer [Guex and Peitsch 1997], Chimera [Pettersen et al. 2004] and PyMOL [Delano 2002]. Beside working on the atomic structure, most programs can nowadays also calculate surface features such as electrostatic potential (using, for example, tools like APBS [Baker et al. 2001] or DelPhi [Rocchia et al. 2002]) and hydropathy [Kyte and Doolittle 1982].
In addition to the many standalone visualization tools, there are also web viewers especially designed for molecular structures, such as Jmol [jmo 2002] and MDL Chime, which represent a simple way
to visualize molecules directly on browser. MDL Chime, used by the Protein Explorer website was gradually phased out in favor of Jmol, which is nowadays the most used plugin for molecular visualization, used by websites such as Proteopedia and RCSB PDB Protein Data Bank.
Following the advance of techniques for the generation of CG movies, in the last few years many different groups focused on the creation of animated movies depicting biological molecules and
cellular processes. The movies range from the simple representations of the mechanical functioning of a single protein, to complex events involving many subjects. These works are important scientific efforts and add to their educational value the bonus of rising interest in the general public to approach biology. Some of these examples are collected on websites [McGill 2010; SCIVIS 2005].
3D Content on Web
The Virtual Markup Modeling Language (VRML) [Raggett 1994] (then replaced by X3D [Don Brutzmann 2007]) was proposed as a text based format for specifying 3D scenes in terms of geometry and material properties and for the definition of basic user interaction. The format itself was a standard, but the rendering in the web browser was relaying on specific plugins. The Java Applets are probably the most used method to add dynamic content, not necessarily 3D, in the web browsers. The
philosophy of Java applets is that the URL to the applet and its data are put in the HTML page and then executed by the Java Virtual Machine, a third part component. The implementation of JVM
on all the operating systems made Java applets ubiquitous and the introduction of binding to OpenGL such as JOGL [JOG ] added control on the 3D graphics hardware. A similar idea lies behind the
ActiveX [Microsoft Corporation 1996] technology, developed by Microsoft from 1996. Unlike Java Applets, ActiveX controls are not bytecode but dynamic linked Windows libraries which share
the same memory space as the calling process (i.e. the browser), and so much faster to execute. These technologies enable the incorporation of 3D graphics in a web page but they all do it by handling
a special element of the page itself with a third party component.
WebGL [Group 2009b] is an API specification produced by the Khronos group [Group 2009a] and, as the name suggests, defines the JavaScript analogous of the OpenGL API for C++. WebGL
closely matches OpenGLjES 2.0 and, extremely important, uses GLSL as the language for shader programs, which means that the shader core of existent applications can be reused for their
JavaScript/WebGL version. Since WebGL is a specification, it is up to the web browsers developer to implement it. At the time of this writing, WebGL is supported in the nightly build versions of the most used web browsers (Firefox, Chrome, Safari), and a number of JavaScript libraries are being developed to provide higher level functionalities to create 3D graphics applications. For example WebGLU [DeLillo 2009], which is the WebGL correspondent of GLU [OpenGL ARB ], provides wrappings for placing the camera in the scene or for creating simple geometric primitives, other libraries such as GLGE [Brunt 2010] or SceneJS [Kay 2009] uses WebGL for implementing a scene graph based rendering and animation engines.
Implementation spiderGL
Looking at a webpage with dynamic SpiderGL content, it is possible to see that all of the page logic is defined in the scripting part of the HEAD section, while on the BODY section there is just the page
structure and the interface elements that will be used for user interaction (like buttons, text areas and other controls). Among these elements, the most important is an html canvas object, that is the place where the WebGL layer does the on-screen rendering. ("< " are transformed : "[")
[canvas id="SGL_CANVAS" style="border: 1px solid gray" width="900" height="600"][/canvas]
This canvas is registered as the output area at the end of the scripting; a specific function connects the various events of the canvas to a script object.
v a r glMolViewer = new SpiderGLMolViewer ( ) ;
sglRegisterCanvas("SGL_CANVAS" , glMolViewer , 3 0 . 0 ) ;
The glMolViewer object is the main actor for the scene setup and rendering of our molecular visualization. The structure of this object employs the event handling subsystem provided by SpiderGL, which is inspired from the one used by the GLUT library [Kilgard ]. Each event coming from the canvas triggers a specific function with a given name and parameters; SpiderGL exploits the JavaScript language feature to give the possibility to dynamically add or remove listeners and redirect events. In this simple example, the only listener is the main object itself. (...)
This development process is straightforward for someone with an experience in graphical programming, while may prove to be difficult for users with a different background, like biology, physics or chemistry. This kind of setup is for sure more difficult to master with respect to setup of other existing platforms, like Jmol which, true to their nature, provide much simpler (but restrictive) access to their scene graph, with specific functions to import data and a series of predefined rendering modes. However, the gain in terms of flexibility and expressive power vastly compensate the initial steeper learning curve. Moreover, the learning of this technology is made easier by the possibility of initially use the higher level structures and functions implemented by SpiderGL to easily setup a basic visualization scheme and then start playing with lower level functions to obtain more complex effects. It is also important to note that most of the available JavaScript utility/UI libraries on the net may be used in conjunction with SpiderGL, adding more ready-made components to assemble a powerful, interactive, webpage.
3/ landscape refelction/refraction on a cup:
http://spidergl.org/example.php?id=12This example uses how to use cube maps and spherical harmonics to render objects with a natural light effect. GOOD.
4/techno
SpiderGL: A JavaScript 3D Graphics Library for Next-Generation WWW
Saturday, November 12, 2011
google maps, fractals; fractal renderer in HTML 5; it is now possible to render in a browser fractals like Julia sets almost instantly;
Google launched (Jan 2011) Julia Map on Google Labs, a fractal renderer in HTML 5. Julia sets are fractals that were studied by the French mathematician Gaston Julia in the early 1920s. Fifty years later, Benoît Mandelbrot studied the set z2 − c and popularized it by generating the first computer visualisation. Generating these images requires heavy computation resources. Modern browsers have optimized JavaScript execution up to the point where it is now possible to render in a browser fractals like Julia sets almost instantly.
Julia Map uses the Google Maps API to zoom and pan into the fractals. The images are computed with HTML 5 canvas. Each image generally requires millions of floating point operations. Web workers spread the heavy calculations on all cores of the machine.
We hope you will enjoy exploring the different Julia sets, and share the URLs of the most artistic images you discovered. See what others have posted on Twitter under hashtag #juliamap. Click on the images below to dive in to infinity! (Supported on Chrome 8, Firefox 3.6, Safari 5 and above).
http://juliamap.googlelabs.com/
Friday, August 26, 2011
case study: Europe, US and "e-trailblazing" services; list kml tourism file; wikipedia and long-distance paths (LDP); LDP's database; walking, trek, trekking, hiking, rambling, bushwalking, mountain climbing; tracks, line, routes; guidebook;
How to Create a Better Trail Map?
The goal of this post is a brief screening of different approaches about e-services for searching/publishing walking, trek, trekking, hiking, rambling, bushwalking, mountain climbing...
IN RED: my best choices
see also:
http://ex-ample.blogspot.com/2011/08/virtual-globes-as-hubs-of-knowledge.html
http://ex-ample.blogspot.com/2011/09/list-of-popular-file-formats-and-filter.html
http://ex-ample.blogspot.com/2011/08/geography-gis-google-maps-javascript.html
http://ex-ample.blogspot.com/2011/09/geohack-geonames-8-million-placenames.html
http://ex-ample.blogspot.com/2011/08/comparison-of-google-maps-google-maps.html
http://ex-ample.blogspot.com/2011/08/google-earth-maps-some-gadgets-tools.html
http://ex-ample.blogspot.com/2011/08/comparison-of-maps-servers-and-their.html
http://ex-ample.blogspot.com/2011/08/geo-content-management-system.html
see one of my blog (in french) for micro-local geo-WebServices : http://la-loire.blogspot.com/
There are some of my javascripts...
It is an example of the complex aggregator services.
We have to aggregate SEVEN components of this "GIS-social-geocoding-web mapping":
A) The global maps/routes/directions SERVERS (http://ex-ample.blogspot.com/2011/08/comparison-of-maps-servers-and-their.html; google maps, Bing Maps, Map Quest, Maps Nokia; Open Street Map) allow 4 services:
http://en.wikipedia.org/wiki/List_of_online_map_services
B) We have many geographic information systems software,
http://en.wikipedia.org/wiki/Comparison_of_geographic_information_systems_software
C) We have many GIS products (GPS, cell phones, cam/apparatus with automatic or semi-automatic geo tag, meteo/climate systems, ...)
D) geography is a social science then there are many complex metadata. There are a lot of personal pages/sites/blog relating a trek.
E) we already have excellent guidebooks then e-guidebooks must be better or offer different services...
F) official websites: official paths (national and regional) and funded trails organizations
G) laws, all approaches for preserving the natural resources...
-----------
The problem of interoperability is THE big problem of web 2.0 applications/services with User Generated Content, not only in GIS-geocoding-web mapping... (just the routes, no problem: GPX or KML files, but the main problem is all other aspects of a route (culture, point of interest...)
Participatory GIS is an emergent practice; developing out of participatory approaches to planning and spatial information and communication management. Traditional knowledge GIS could help in debates over land rights and resource management in ecologically sensitive areas. Interests of local residents in these regions often conflict with those of migrant workers, state conservation units, and domestic and foreign mining or logging enterprises.
example: http://www.openstreetmap.org/ (http://en.wikipedia.org/wiki/OpenStreetMap) or WikiMapia (http://www.wikimapia.org/; WikiMapia API: http://www.wikimapia.org/api/) is a online map imaging resource that combines Google Maps with a wiki system (mainly POI and a few trails).
http://wikimapia.org/special_pages/user_reports/?action=show&type=1&id=209&backurl=%26type%3D%26order%3D%26p%3D5
Goodchild, M.F. (2007). "Citizens as sensors: the world of volunteered geography". GeoJournal 69 (4): 211–221; DOI: http://dx.doi.org/10.1007%2Fs10708-007-9111-y
Here i try to show how this problem is complex with an "ex-ample" (case study): management, organization, sharing, writing collaborative e-handbook of walking, trek, trekking, hiking, rambling, bushwalking, mountain climbing... Definition of trek: http://oxforddictionaries.com/definition/trek
The question is how to perform "e-trailblazing" with the best collaborative content management and multipath/pointOfInterest saving/searching/publishing?
There are many methods used for blazing trails http://en.wikipedia.org/wiki/Trail_blazing. Moreover blaze type might also be mixed when different user groups (horse riders, mountain bikers, snowmobilers...) are on the same trail.
There are many methods used for e-trailblazing: compare the choice of french GR (Long Distance Footpaths Network) http://www.gr-infos.com/gr-en.htm and the choice of german Long Distance Footpaths Network http://www.wanderbares-deutschland.de/ and the excellent choice of the UK Searchable LDP's Database http://www.ldwa.org.uk/ldp/members/ldp_members_home.php.
The guidebooks are still the best way to prepare a Long or One-day Distance Footpaths. They contains not only the path/elevation data/maps but also many metadata (tourisme, guesthouse, shelders, laws, toilets (in urban trip), prices of parcs, museum...). Everytrail offers many e-guides (Mobile Travel Guides): http://www.everytrail.com/guides
try these three guides in Paris (only 3; DATA @ august 2011), availables for iphone and android:
http://www.everytrail.com/guide/a-rambling-in-paris-marais-to-the-latin-quarter
http://www.everytrail.com/guide/paris-family-friendly-12th-arondissement
http://www.everytrail.com/guide/jardin-des-plantes-menagerie
some wikipedia articles are e-guidebooks, see "wikipedia" below.
google earth and kml add-ons:
http://www.google.com/gadgets/directory?synd=earth&preview=on&cat=travel_short&sort-order=desc
http://mw2.google.com/mw-earth-vectordb/gallery_website/en/100Percent_Pure_New_Zealand.kml
(only guide; no map)
http://mw2.google.com/mw-earth-vectordb/gallery_website/en/Japan_Tourism.kml
(guide and maps)
http://mw2.google.com/mw-earth-vectordb/gallery_website/en/Egypt_Tourism.kml
(a little guide, no maps)
http://mw2.google.com/mw-earth-vectordb/gallery_website/en/South_Africa_Tourism.kml
(many waypoints but only one link to home of sud-africa tourism sites)
some sites:
1) http://www.gpx-view.com/
you can upload your files (.GPX or .TRK from CompeGPS) and save trails (.GPX or .KML).
Good "one-click service" to add a trail if you have found GPX file link.
2) http://www.bikely.com; You dowload GPX or KML or you can embed on you blog.
3) http://www.utagawavtt.com/
4) http://www.openrunner.com/ many tools (but only for routes).
-------------Europe; differences between states
In Europe (http://www.era-ewv-ferp.com/) there are many differences of this "geo-social domain".
for european long-distance trails, see http://www.era-ewv-ferp.com/?page_id=29 and "wikipedia" below.
France has an extensive network of footpaths throughout the country. More than 60000 km of long distance footpaths and 120000 km of local footpaths have been created with IGN maps and many guidebooks. The Fédération Francaise de la Randonnée Pédestre (FFRP) is the organization behind the long distance footpaths - les sentiers de grande randonnée (GR) which exist all over the country (see below).
FFRP, representing 1600 walking clubs, publishes more than 150 guidebooks (topoguides des sentiers de grande randonnée).
It has standardized guidebooks and trailblazing (white-redmarked trail): http://www.ffrandonnee.fr/_130/le-balisage-des-itineraires-de-randonnee.aspx (only in french).
some sites:
a) http://www.sportdistancecalculator.com/ or in french: http://www.calculitineraires.fr/
(import GPX), TCX (Garmin); save/export: KML, GPX, CSV (spreadsheet) or iframe; save on the server with Id number; comments). 122 000 foot/bike-paths @ august, 2011. See this example: http://www.calculitineraires.fr/index.php?id=111653#map
quite good search function (from the map of France) but some trails are not found on the map (example this "111653").
b) http://www.gr-infos.com/gr-en.htm: The Long Distance Footpaths Network.
this site: just list of Guesthouses, Shelters, and the Footpath.
example: http://www.gr-infos.com/gr7c.htm
For each map it offers many links:
i)googlemaps (you can save comment, download the kml file, "plusOne" button)
ii)googleEarth: only download kml file
iii)wikiloc; example: http://fr.wikiloc.com/wikiloc/view.do?id=1160627
Wikiloc offers the choice of map servers directly in the google maps
world wikiloc= 420000 trails (data @ august 2011).
iv) everytrail; example: http://www.everytrail.com/view_trip.php?trip_id=804638
it offers dynamic elevation (maps and elevation chart use flash player.), hiking trip planning tool.
v) randogps: http://www.randogps.net/; example: http://www.randogps.net/randonnee-pedestre-gps-loire-42.php?num=3
position of IGN maps on google Maps: http://www.randogps.net/carte-ign-randonnee-pedestre.php?dep=42&libel=loire
Some "offices de tourisme" have shared trails on everytrail: http://www.besancon-tourisme.com/circuits-et-parcours-de-randonnees.html but there is no standardization...
some links:
http://googlesightseeing.com/countries/continents/europe/france/
http://explorer.altopix.com/maps/251/2/France/
some sites (site de "partage d'itinéraire"):
1) http://www.gpx-view.com/; http://www.france-randos.com/balades_et_randonnees_dans_la_loire.ws (only in french). The maps are embed with http://www.gpx-view.com/
you can upload your files (.GPX or .TRK from CompeGPS) and save trails (.GPX or .KML).
see the full map of France: http://www.gpx-view.com/gpxMap.php
It's a quite good site (only in french): many choices (google maps, earth or geoportail).
8200 trails (DATA@sept 2011).
Good "one-click service" to add a trail if you have found GPX file link.
2) http://la-trace.com/ (only in french and only VTT): 366 VTT routes (DATA@sept 2011)
3) http://www.bikely.com/listpaths/country/82, (82: France, you can also choose the region): 3700 bicycle routes in France (DATA@sept 2011). You dowload GPX or KML or you can embed on you blog.
4) http://www.utagawavtt.com/ 4772 VTT routes (DATA@sept 2011)
5) http://www.openrunner.com/ many tools but in fact only for routes.
Germany : the Verband Deutscher Gebirgs- und Wandervereine – Deutscher Wanderverband - is the organization of almost 56 large associations.
only in german: on the website http://www.wanderbares-deutschland.de/ 90 among the most outstanding paths in Germany are described in detail (with google maps API). VERY GOOD SITE (but no collaborative functions). You can find all necessary information at a glance: a path description, its length and height profile, maps of single routes as well as the addresses of the competent tourist organizations and ramblers’ associations...
Great Britain:
England and Wales have 225 000 Km (140,000 miles) of off-road routes classed as Public Rights of Way. These are short local off-road routes that everyone has a right to use even where they cross private land, and they are protected by local authorities (although some of them may be illegally blocked). They should be signed at junctions with public roads. Many are also signed or "waymarked" with coloured arrows along the route itself. Footpaths are open only to walkers, and may be waymarked with yellow arrows. In addition to rights of way, where you only have a right to walk along the path itself, there are over 1.4 million ha of "access land" where you have a right to walk freely. This land is mainly open country: mountain (over 600m), moor, heath, down and common land. The exact areas covered are shown on official maps.
Scotland has a general right of access to most land, even farmland, so long as you behave responsibly.
Recognised signed recreational paths and trails (including long distance paths), have developed rather differently in Britain than in many other European countries, partly because walking organizations have historically campaigned for more general local access rights. The Long Distance Walkers Association keeps records of all trails over 30 Km long, and documents these in 2 publications, The Long Distance Walker’s Handbook and The Long Distance Path Chart.
National Trails (the best maintained trails in England and Wales) have special legal status and receive funding from central government agencies. They are signed with an acorn logo. There are 15 such trails with a total length of 4000 Km. Scotland’s Great Trails are a suite of 20 nationally promoted longer distance routes in Scotland. Each of these trails is individually waymarked, and collectively branded with the thistle logo. They extend to over 2000 Km.
http://www.nationaltrail.co.uk/
http://www.snh.gov.uk/
Searchable LDP's Database (LDP=Long-Distance Paths):
This website includes a searchable database of over 1 200 UK paths and trails (covering more than 70 000 miles). Path information includes maps, publications, and accommodation near the path:
http://www.ldwa.org.uk/ldp/members/ldp_members_home.php
Some of the LDP pages use interactive maps built around the OpenSpace service provided by the Ordnance Survey.
example: http://www.ldwa.org.uk/ldp/members/show_path.php?menu_type=S&path_name=Cotswold+Way+National+Trail
http://www.ldwa.org.uk/ldp/members/show_path_map.php?path_name=Cotswold+Way+National+Trail
Group Walks Finder (with many search options):
http://www.ramblers.org.uk/areas_groups/groupswalksfinder
http://www.ramblers.co.uk/map-both/#/map?map=true&zoom=5&long=-1.668&lat=53.214
Belgium: there is a network of long distance footpaths, covering the whole country 5000 km white-redmarked trails exist. Parts of these are extensions of the border- crossing GR 5 and GR 12 (see France). Guidebooks (topogidsen in Flemish and topoguides in French) can be ordered from Grote Routepaden (http://www.groteroutepaden.be/) and Sentiers de Grande Randonnée (S.G.R.; http://www.grsentiers.org/) which are responsible for the network of footpaths in Flanders and Wallonia respectively.
http://www.groteroutepaden.be/
http://www.grsentiers.org/grcarte.htm
Spain: footpaths (senderos) exist in mountaineous areas (the Pyrenees, Catalonia, the Basque country, the Sierra Nevada, the Picos de Europa). Long distance footpaths are called Senderos de Gran Recorriido (GR).
english: http://www.fedme.es/?action=seccion.seccion&subseccion=282
http://www.fedme.es/?action=buscadores.buscador_senderos
Portugal: http://www.igeoe.pt/
http://igeoe-wservices.igeoe.pt/Fronteira/
http://www.igeoe.pt/igeoearcweb/igeoesig/default.asp
Poland: there are about 65000 Km of marked footpaths. About 11500 Km are in the mountains and under the responsibility of the Polish Tourist Association (PTTK).
http://www.cotg.pttk.pl/szlaki.php
Netherlands: a network of more than 35 long distance footpaths (from 60 to 400 Km). The total network is more than 6000 km. Some of the paths are long distance footpaths (lange- afstand wandelpaden) and others are regional (streekpaden). In cooperation with the organisation which coordinates these footpaths (wandelplatform), Dutch Rail has developed a number of daytrips (and some trips for 2 days) going from station to station.
In guides with maps (1:25000), all practical information is given. They are easy to use even if you do not know Dutch: there is a special section with essential topics explained in English.
All long distance footpaths (and all regional paths streekpaden) in one google maps (flash player) with share comments:
http://www.wandelnet.nl/wandelroute
public transport: http://www.ns.nl/
Switzerland: the country is very well developed for walking with about 60000 km well marked and maintained footpaths.
list of of publicly available WebGIS-applications:
http://www.geo.admin.ch/internet/geoportal/en/home/topic_thematic_portals/webGIStab.html
Austria: walking is well developed in Austria with about 44000 km of marked trails. Many, but not all, of them are partly in high mountains.
http://www.amap.at/amap/index.php?SKN=1&XPX=637&YPX=492 (only in german).
----wikipedia, some wikipedia articles are small "e-guidebooks" but many of them are a stub.
for example, see :
the index of personal pages relating a trek along GR20 (Corsica):
http://www.mylinea.com/cguelfucci/randonnee_en_corse/carnets_de_voyage/
and this on-line travel guide to Corsica: http://corsica.forhikers.com/gr20
--many web services with connect.garmin.com
dynamic views (charts) of records distance, timing, elevation, pace, heart rate, power data (from ANT+™-enabled third-party power meters) and more.
With http://connect.garmin.com/explore, you can find tracks/routes (results: only 10 by 10; bing maps, no right click, if you click on a track, you can see directly on the map). You can save the link (example).
If you select "view details": you get access to many data. You have many save functions: embed (only iframe), kml; you can send data to your device. With "splits" view, you can export to csv. Select "player" view, and get a dynamic tour (simulate your activity along your route with workout data.).
Manual activity
The management (dashboard) is quite good. You have to create an account (no openID).
YOU CANNOT CREATE A TRACK MANUALLY (you need a GPS product).
3 APIs: http://developer.garmin.com/web-products/
http://developer.garmin.com/web-products/web-services/ (not available DATA@august 2011)
Enable users to interact programmatically from your application or web site to Garmin Connect. The API returns Garmin Connect data in a form that can be easily integrated into an application or a web site.
http://developer.garmin.com/web-products/user-interface-library/
Gain access to a set of utilities and controls, written in Flash and JavaScript, for adding Garmin Connect components to web applications.
http://developer.garmin.com/web-device/garmin-communicator-plugin/
Communicate with Garmin GPS products directly from a web application. Allow visitors, who have the free cross-platform/browser Garmin Communicator plugin installed on their computer to transfer waypoint, route, track log, fitness and map data between their Garmin device and your website.
just one example:
http://connect.garmin.com/activity/99720935
http://connect.garmin.com/player/99720935
-----they are a lot of guide pdf file
example Texas: http://www.onlinedigitalpubs.com/publication/?i=54695
--there are many sites of hiking society:
example http://www.americanhiking.org/Resources/Links/
---examples of local "aggregator" of single-day bushwalks:
http://www.walkgps.com/site%20map.htm provides descriptions, maps, waypoints and routes for several single-day bushwalks (for more than 55 one-day walks) within a distance of less than 100km from the city of Perth in Western Australia. Route maps, waypoints, links to satellite imagery, video, and over 700 photos are included within 120-plus web pages.
WalkGPS includes Google road maps, Google Earth displays and GPS waypoints and 'track' files (including PCX5, GPX, KMZ and MAP files for all walks), so that you can easily find your way to walk start points and discover the walk routes.
all ways to access to the 55 one-day walks:
http://www.walkgps.com/bushwalks.htm
A convenient compilation of downloadable map, waypoint and 'track' files for all walks on WalkGPS:
http://www.walkgps.com/Maps,%20Waypoints%20and%20Track%20Files.htm
---examples of local "aggregator" of local waypoints (Southern Africa):
http://www.gpswaypoints.co.za/
---some well-known guides, example: the green guide and viaMichelin
try this tourism magazine (the green guide): http://travel.viamichelin.com/web/Search-Tourist-Attraction/France-Auvergne_Rhone_Valley-Saint_Etienne
The www.viamichelin.com website (alexa rank: 9600 (DATA@august 2011)) clearly shows the Michelin experience in the publication of maps and guides.
ViaMichelin provides many one-click services. It offers maps, route plans, hotel and restaurant booking services and traffic and tourist information..., across a range of media including the Internet, mobile phones, Personal Digital Assistants, GPS navigation systems... Its on-line hotel/motel reservations service features (more than 60000 hotels across Europe).
The exclusive database of Michelin Guide content and listings includes 18 000 tourist site recommendations and ratings for 62 000 hotels and restaurants, as well as additional travel services including traffic and weather updates, on-line car-hire booking. This database is updated regularly.
many GPS export: 1)totom: save to .ov2, 2)viaMichelin GPS (by direct connection), 3)garmin, .gpx, 4)navigon .freshcontact, 5)mio .csv, 6)navman .csv, 7)BMW connected drive login, 8)pioneer .kml.
You easily can calculate your route (with many Driving directions) and save to GPS.
try the audioGuide (in french): http://www.zevisit.com/viamichelin/audioguide/1/FRA/destination.html
try the gastronomy magazine with many Cooking type/price options: http://www.viamichelin.com/web/Restaurants
try the maps with many categorized POI (maybe the best!):
http://www.viamichelin.com/web/Maps
---------my best choice:
KML and Fusion Table
Fusion Tables supports visualizing your data on maps (it is a better alternative to Spreadsheet Mapper:
http://earth.google.com/outreach/tutorial_fusion_yourowndata.html#comparemappers).
see the example : Biking and Hiking trails from MTBGuru.com
http://www.mtbguru.com/ alexa rank: 1450000 (DATA@august 2011).
http://blog.mtbguru.com/2010/02/24/mtbguru-tracks-as-seen-through-google-fusion-tables/
It's a cloud-based collaborative database application. To illustrate these fusionTable features, data from MTBGuru (public trips) have been used to demo these visualizations. Some maps show tracks from public trips in the map area, which are all overlayed as polylines. Moreover the polylines are clickable and will show you an infoWindow with links to the original trip page. The data, which lives in a Fusion Table, can be filtered and manipulated as one can expect in a database environment, and the visualization will be adjusted accordingly. See the data: http://www.google.com/fusiontables/DataSource?dsrcid=132848
They have created a Google Code project with sample code illustrating how we used the API to work with Fusion Tables and create the table with trips: http://code.google.com/p/mtbguru-fusiontables/, see updated project: https://github.com/tokumine/fusion_tables (this gem lets you easily interact with Google Fusion Tables API from your Ruby application via a plain SQL interface, or an object orientated interface). See also this example (position of bikes, London: http://www.google.com/fusiontables/DataSource?snapid=78314)
Fusion Tables supports a number of data formats:
Comma-separated files (.csv) - Up to 100 MB
Microsoft Excel files (.xls, .xlsx) - Up to 1 MB
OpenDocument Spreadsheet (.ods) - Up to 1 MB
Keyhole Markup Language (.kml) - Up to 100 MB
Data already in a Google Spreadsheet
If you have datasets in Excel or Open Office Spreadsheets that are larger than 1MB, save them as CSV files to take advantage of the larger 100MB limit!
-------see a good example (trail and many menus on the map):
http://www.mappingsupport.com/p/gmap4.html
http://www.mappingsupport.com/p/gmap4.php?q=http://www.mappingsupport.com/p/gmap4/helpfile/Howson_Creek_trail.kml&ll=47.353075,-121.076332&t=t2&z=13&label=off&coord=latlng
Gmap4 map displaying information from a delimited text file.This new file format is much easier to understand than GPX or KML files.
--------at the end of this post, the last but not the least:
the dotted lines (one dotted lines or parallel dotted lines, in black; see the images below) of the IGN map or "carte France raster" correspond to paths, footpaths, mule track, hiking trail, nature trail, beaten track....Many of them have no trailblazing. Some of these "dot lines" correspond to old paths and you must need a sickle ;)
The parallel //dotted lines corresponds to "roads" for farm tractor or 4X4 (without asphalt): non-motorized trails. There is no difference (same dotted lines) for the two types of trails - paved (bicycle) and unpaved hiking trails.
select IGN map with scale 1:64000, you can see many tourism POI http://www.ign.fr/institut/documentArticle.do?idDoc=6152265&indexRoot=4&indexChild=2¤tRootSearch=&indexChildSearch=
Select some maps with national/regional parks and biodiversity data: http://www.geoportail.fr/5061756/actu/6026212/carte-sur-la-biodiversite.htm
Select the "land parcels" layer, you will see "barbed wires";)
Select "transport networks" and "roads", you get a better view of roads.
Select "land cover" and "Carte forestière v1 (1987-2004)" or "Carte forestière v2",
http://www.geoportail.fr/en_UK/actu.do?channelid=5061756&idDoc=6509162 (only in french).
example:
"IGN map":
"carte France raster":
--google earth:
you can see the trails (in white with different width) : just click on "roads" (layers menu). You have to select a scale lower than eye alt 2km. There are no differences between trails and roads with asphalt!
National roads or some other roads (many mistakes) appear with a yellow color.
no dotted lines for manually add a path (choice are limited : color, width, opacity); version 6.0.3.2197 (build date: 5/17/2011)
---dotted lines
you can use dotted lines with http://www.bing.com/maps/
1)you need a live account
2)create your places
3) see the editor:
4)you can export
kml
GPX
GeoRSS
The goal of this post is a brief screening of different approaches about e-services for searching/publishing walking, trek, trekking, hiking, rambling, bushwalking, mountain climbing...
IN RED: my best choices
see also:
http://ex-ample.blogspot.com/2011/08/virtual-globes-as-hubs-of-knowledge.html
http://ex-ample.blogspot.com/2011/09/list-of-popular-file-formats-and-filter.html
http://ex-ample.blogspot.com/2011/08/geography-gis-google-maps-javascript.html
http://ex-ample.blogspot.com/2011/09/geohack-geonames-8-million-placenames.html
http://ex-ample.blogspot.com/2011/08/comparison-of-google-maps-google-maps.html
http://ex-ample.blogspot.com/2011/08/google-earth-maps-some-gadgets-tools.html
http://ex-ample.blogspot.com/2011/08/comparison-of-maps-servers-and-their.html
http://ex-ample.blogspot.com/2011/08/geo-content-management-system.html
see one of my blog (in french) for micro-local geo-WebServices : http://la-loire.blogspot.com/
There are some of my javascripts...
It is an example of the complex aggregator services.
We have to aggregate SEVEN components of this "GIS-social-geocoding-web mapping":
A) The global maps/routes/directions SERVERS (http://ex-ample.blogspot.com/2011/08/comparison-of-maps-servers-and-their.html; google maps, Bing Maps, Map Quest, Maps Nokia; Open Street Map) allow 4 services:
- online view/manipulate your map/directions (and print)
- "save/open" with an URL
- "save" with an iframe (HTML)
- "save/open" with HTML+javascript codes (or other "languages" flash, silverlight, javaME...)
http://en.wikipedia.org/wiki/List_of_online_map_services
B) We have many geographic information systems software,
http://en.wikipedia.org/wiki/Comparison_of_geographic_information_systems_software
C) We have many GIS products (GPS, cell phones, cam/apparatus with automatic or semi-automatic geo tag, meteo/climate systems, ...)
D) geography is a social science then there are many complex metadata. There are a lot of personal pages/sites/blog relating a trek.
E) we already have excellent guidebooks then e-guidebooks must be better or offer different services...
F) official websites: official paths (national and regional) and funded trails organizations
G) laws, all approaches for preserving the natural resources...
-----------
The problem of interoperability is THE big problem of web 2.0 applications/services with User Generated Content, not only in GIS-geocoding-web mapping... (just the routes, no problem: GPX or KML files, but the main problem is all other aspects of a route (culture, point of interest...)
Participatory GIS is an emergent practice; developing out of participatory approaches to planning and spatial information and communication management. Traditional knowledge GIS could help in debates over land rights and resource management in ecologically sensitive areas. Interests of local residents in these regions often conflict with those of migrant workers, state conservation units, and domestic and foreign mining or logging enterprises.
example: http://www.openstreetmap.org/ (http://en.wikipedia.org/wiki/OpenStreetMap) or WikiMapia (http://www.wikimapia.org/; WikiMapia API: http://www.wikimapia.org/api/) is a online map imaging resource that combines Google Maps with a wiki system (mainly POI and a few trails).
http://wikimapia.org/special_pages/user_reports/?action=show&type=1&id=209&backurl=%26type%3D%26order%3D%26p%3D5
Goodchild, M.F. (2007). "Citizens as sensors: the world of volunteered geography". GeoJournal 69 (4): 211–221; DOI: http://dx.doi.org/10.1007%2Fs10708-007-9111-y
Volunteered Geographic Information is the harnessing of tools to create, assemble, and disseminate geographic data provided voluntarily by individuals. Sites such as Wikimapia and OpenStreetMap are empowering citizens to create a global patchwork of geographic information, while Google Earth and other virtual globes are encouraging volunteers to develop interesting applications using their own data. I review this phenomenon, and examine associated issues: what drives people to do this, how accurate are the results,will they threaten individual privacy, and how can they augment more conventional sources? I compare this new phenomenon to more traditional citizen science and the role of the amateur in geographic observation.
Here i try to show how this problem is complex with an "ex-ample" (case study): management, organization, sharing, writing collaborative e-handbook of walking, trek, trekking, hiking, rambling, bushwalking, mountain climbing... Definition of trek: http://oxforddictionaries.com/definition/trek
The question is how to perform "e-trailblazing" with the best collaborative content management and multipath/pointOfInterest saving/searching/publishing?
There are many methods used for blazing trails http://en.wikipedia.org/wiki/Trail_blazing. Moreover blaze type might also be mixed when different user groups (horse riders, mountain bikers, snowmobilers...) are on the same trail.
There are many methods used for e-trailblazing: compare the choice of french GR (Long Distance Footpaths Network) http://www.gr-infos.com/gr-en.htm and the choice of german Long Distance Footpaths Network http://www.wanderbares-deutschland.de/ and the excellent choice of the UK Searchable LDP's Database http://www.ldwa.org.uk/ldp/members/ldp_members_home.php.
The guidebooks are still the best way to prepare a Long or One-day Distance Footpaths. They contains not only the path/elevation data/maps but also many metadata (tourisme, guesthouse, shelders, laws, toilets (in urban trip), prices of parcs, museum...). Everytrail offers many e-guides (Mobile Travel Guides): http://www.everytrail.com/guides
try these three guides in Paris (only 3; DATA @ august 2011), availables for iphone and android:
http://www.everytrail.com/guide/a-rambling-in-paris-marais-to-the-latin-quarter
http://www.everytrail.com/guide/paris-family-friendly-12th-arondissement
http://www.everytrail.com/guide/jardin-des-plantes-menagerie
some wikipedia articles are e-guidebooks, see "wikipedia" below.
google earth and kml add-ons:
http://www.google.com/gadgets/directory?synd=earth&preview=on&cat=travel_short&sort-order=desc
http://mw2.google.com/mw-earth-vectordb/gallery_website/en/100Percent_Pure_New_Zealand.kml
(only guide; no map)
http://mw2.google.com/mw-earth-vectordb/gallery_website/en/Japan_Tourism.kml
(guide and maps)
http://mw2.google.com/mw-earth-vectordb/gallery_website/en/Egypt_Tourism.kml
(a little guide, no maps)
http://mw2.google.com/mw-earth-vectordb/gallery_website/en/South_Africa_Tourism.kml
(many waypoints but only one link to home of sud-africa tourism sites)
some sites:
1) http://www.gpx-view.com/
you can upload your files (.GPX or .TRK from CompeGPS) and save trails (.GPX or .KML).
Good "one-click service" to add a trail if you have found GPX file link.
2) http://www.bikely.com; You dowload GPX or KML or you can embed on you blog.
3) http://www.utagawavtt.com/
4) http://www.openrunner.com/ many tools (but only for routes).
-------------Europe; differences between states
In Europe (http://www.era-ewv-ferp.com/) there are many differences of this "geo-social domain".
for european long-distance trails, see http://www.era-ewv-ferp.com/?page_id=29 and "wikipedia" below.
France has an extensive network of footpaths throughout the country. More than 60000 km of long distance footpaths and 120000 km of local footpaths have been created with IGN maps and many guidebooks. The Fédération Francaise de la Randonnée Pédestre (FFRP) is the organization behind the long distance footpaths - les sentiers de grande randonnée (GR) which exist all over the country (see below).
FFRP, representing 1600 walking clubs, publishes more than 150 guidebooks (topoguides des sentiers de grande randonnée).
It has standardized guidebooks and trailblazing (white-redmarked trail): http://www.ffrandonnee.fr/_130/le-balisage-des-itineraires-de-randonnee.aspx (only in french).
some sites:
a) http://www.sportdistancecalculator.com/ or in french: http://www.calculitineraires.fr/
(import GPX), TCX (Garmin); save/export: KML, GPX, CSV (spreadsheet) or iframe; save on the server with Id number; comments). 122 000 foot/bike-paths @ august, 2011. See this example: http://www.calculitineraires.fr/index.php?id=111653#map
quite good search function (from the map of France) but some trails are not found on the map (example this "111653").
b) http://www.gr-infos.com/gr-en.htm: The Long Distance Footpaths Network.
this site: just list of Guesthouses, Shelters, and the Footpath.
example: http://www.gr-infos.com/gr7c.htm
For each map it offers many links:
i)googlemaps (you can save comment, download the kml file, "plusOne" button)
ii)googleEarth: only download kml file
iii)wikiloc; example: http://fr.wikiloc.com/wikiloc/view.do?id=1160627
Wikiloc offers the choice of map servers directly in the google maps
world wikiloc= 420000 trails (data @ august 2011).
iv) everytrail; example: http://www.everytrail.com/view_trip.php?trip_id=804638
it offers dynamic elevation (maps and elevation chart use flash player.), hiking trip planning tool.
v) randogps: http://www.randogps.net/; example: http://www.randogps.net/randonnee-pedestre-gps-loire-42.php?num=3
position of IGN maps on google Maps: http://www.randogps.net/carte-ign-randonnee-pedestre.php?dep=42&libel=loire
Some "offices de tourisme" have shared trails on everytrail: http://www.besancon-tourisme.com/circuits-et-parcours-de-randonnees.html but there is no standardization...
some links:
http://googlesightseeing.com/countries/continents/europe/france/
http://explorer.altopix.com/maps/251/2/France/
some sites (site de "partage d'itinéraire"):
1) http://www.gpx-view.com/; http://www.france-randos.com/balades_et_randonnees_dans_la_loire.ws (only in french). The maps are embed with http://www.gpx-view.com/
you can upload your files (.GPX or .TRK from CompeGPS) and save trails (.GPX or .KML).
see the full map of France: http://www.gpx-view.com/gpxMap.php
It's a quite good site (only in french): many choices (google maps, earth or geoportail).
8200 trails (DATA@sept 2011).
Good "one-click service" to add a trail if you have found GPX file link.
2) http://la-trace.com/ (only in french and only VTT): 366 VTT routes (DATA@sept 2011)
3) http://www.bikely.com/listpaths/country/82, (82: France, you can also choose the region): 3700 bicycle routes in France (DATA@sept 2011). You dowload GPX or KML or you can embed on you blog.
4) http://www.utagawavtt.com/ 4772 VTT routes (DATA@sept 2011)
5) http://www.openrunner.com/ many tools but in fact only for routes.
Germany : the Verband Deutscher Gebirgs- und Wandervereine – Deutscher Wanderverband - is the organization of almost 56 large associations.
only in german: on the website http://www.wanderbares-deutschland.de/ 90 among the most outstanding paths in Germany are described in detail (with google maps API). VERY GOOD SITE (but no collaborative functions). You can find all necessary information at a glance: a path description, its length and height profile, maps of single routes as well as the addresses of the competent tourist organizations and ramblers’ associations...
Great Britain:
England and Wales have 225 000 Km (140,000 miles) of off-road routes classed as Public Rights of Way. These are short local off-road routes that everyone has a right to use even where they cross private land, and they are protected by local authorities (although some of them may be illegally blocked). They should be signed at junctions with public roads. Many are also signed or "waymarked" with coloured arrows along the route itself. Footpaths are open only to walkers, and may be waymarked with yellow arrows. In addition to rights of way, where you only have a right to walk along the path itself, there are over 1.4 million ha of "access land" where you have a right to walk freely. This land is mainly open country: mountain (over 600m), moor, heath, down and common land. The exact areas covered are shown on official maps.
Scotland has a general right of access to most land, even farmland, so long as you behave responsibly.
Recognised signed recreational paths and trails (including long distance paths), have developed rather differently in Britain than in many other European countries, partly because walking organizations have historically campaigned for more general local access rights. The Long Distance Walkers Association keeps records of all trails over 30 Km long, and documents these in 2 publications, The Long Distance Walker’s Handbook and The Long Distance Path Chart.
National Trails (the best maintained trails in England and Wales) have special legal status and receive funding from central government agencies. They are signed with an acorn logo. There are 15 such trails with a total length of 4000 Km. Scotland’s Great Trails are a suite of 20 nationally promoted longer distance routes in Scotland. Each of these trails is individually waymarked, and collectively branded with the thistle logo. They extend to over 2000 Km.
http://www.nationaltrail.co.uk/
http://www.snh.gov.uk/
Searchable LDP's Database (LDP=Long-Distance Paths):
This website includes a searchable database of over 1 200 UK paths and trails (covering more than 70 000 miles). Path information includes maps, publications, and accommodation near the path:
http://www.ldwa.org.uk/ldp/members/ldp_members_home.php
Some of the LDP pages use interactive maps built around the OpenSpace service provided by the Ordnance Survey.
example: http://www.ldwa.org.uk/ldp/members/show_path.php?menu_type=S&path_name=Cotswold+Way+National+Trail
http://www.ldwa.org.uk/ldp/members/show_path_map.php?path_name=Cotswold+Way+National+Trail
Group Walks Finder (with many search options):
http://www.ramblers.org.uk/areas_groups/groupswalksfinder
http://www.ramblers.co.uk/map-both/#/map?map=true&zoom=5&long=-1.668&lat=53.214
Belgium: there is a network of long distance footpaths, covering the whole country 5000 km white-redmarked trails exist. Parts of these are extensions of the border- crossing GR 5 and GR 12 (see France). Guidebooks (topogidsen in Flemish and topoguides in French) can be ordered from Grote Routepaden (http://www.groteroutepaden.be/) and Sentiers de Grande Randonnée (S.G.R.; http://www.grsentiers.org/) which are responsible for the network of footpaths in Flanders and Wallonia respectively.
http://www.groteroutepaden.be/
http://www.grsentiers.org/grcarte.htm
Spain: footpaths (senderos) exist in mountaineous areas (the Pyrenees, Catalonia, the Basque country, the Sierra Nevada, the Picos de Europa). Long distance footpaths are called Senderos de Gran Recorriido (GR).
english: http://www.fedme.es/?action=seccion.seccion&subseccion=282
http://www.fedme.es/?action=buscadores.buscador_senderos
Portugal: http://www.igeoe.pt/
http://igeoe-wservices.igeoe.pt/Fronteira/
http://www.igeoe.pt/igeoearcweb/igeoesig/default.asp
Poland: there are about 65000 Km of marked footpaths. About 11500 Km are in the mountains and under the responsibility of the Polish Tourist Association (PTTK).
http://www.cotg.pttk.pl/szlaki.php
Netherlands: a network of more than 35 long distance footpaths (from 60 to 400 Km). The total network is more than 6000 km. Some of the paths are long distance footpaths (lange- afstand wandelpaden) and others are regional (streekpaden). In cooperation with the organisation which coordinates these footpaths (wandelplatform), Dutch Rail has developed a number of daytrips (and some trips for 2 days) going from station to station.
In guides with maps (1:25000), all practical information is given. They are easy to use even if you do not know Dutch: there is a special section with essential topics explained in English.
All long distance footpaths (and all regional paths streekpaden) in one google maps (flash player) with share comments:
http://www.wandelnet.nl/wandelroute
public transport: http://www.ns.nl/
Switzerland: the country is very well developed for walking with about 60000 km well marked and maintained footpaths.
list of of publicly available WebGIS-applications:
http://www.geo.admin.ch/internet/geoportal/en/home/topic_thematic_portals/webGIStab.html
Austria: walking is well developed in Austria with about 44000 km of marked trails. Many, but not all, of them are partly in high mountains.
http://www.amap.at/amap/index.php?SKN=1&XPX=637&YPX=492 (only in german).
----wikipedia, some wikipedia articles are small "e-guidebooks" but many of them are a stub.
http://en.wikipedia.org/wiki/GR_footpath (The Grande Randonnée (French), Grote Routepaden or Lange-afstand-wandelpaden (Dutch), Grande Rota (Portuguese) or Gran Recorrido (Spanish))
---USA
In 1968, the United States created its National Trails System (http://en.wikipedia.org/wiki/National_Trails_System), which includes National Scenic Trails, National Historic Trails and National Recreation Trails.
Find a trail (take around one minute for the full map; flash player):
http://www.pnts.org/the-national-trails
If you click on a trail, just an URL!
Search over 1100 National Recreation Trails in the online database and more:
http://www.americantrails.org/resources/statetrails/index.html
In the United States agencies administering trails include the National Park Service, the U.S. Forest Service, the Bureau of Land Management, State Park systems, County Parks, cities, private organizations such as land trusts, businesses and individual property owners.
New trail construction by an agency must often be assessed for its environmental impact and conformance with State or Federal laws. For example, in California new trails must undergo reviews specified by the California Environmental Quality Act.
see also the transportation maps: http://nationalatlas.gov/transportation.html
http://nationalatlas.gov/: Biological Data, geological data...
see an example, Oregon geospatial data: http://www.oregon.gov/DAS/EISPD/GEO/sdlibrary.shtml
with GEO Data RSS feed to receive updates when data is added or changed in the Spatial Data Library.
Information about the draft Federal Trail Data Standard:
http://www.fgdc.gov/standards/projects/FGDC-standards-projects/trail-data-standard/public-review-Federal-Trail-Data-Standard/?searchterm=trail
The functional scope of the draft Federal Trail Data Standard (FTDS) includes the definition of a core set of trail data attributes, corresponding values, and definitions. This draft standard reflects tabular and spatial trail data applicable. The draft Federal Trail Data Standard does not cover all possible trail data or agency-specific data needs, but concentrates on a core set of inter-jurisdictional management and administrative trail data needs. The FTDS are not a database (this effort does not create any new databases. For the first time, four federal land management agencies (BLM, FWS, NPS and USFS) have collaborated to standardize their definitions of commonly used trail terminology). Data collection and implementation schedules will be determined by each agency. The FTDS simply provide common definitions and terminology for a core set of trail information. The FTDS do not include standardized data definitions for facilities or “things along the trail”. This level of detail is beyond the scope of the FTDS and more appropriate for individual agencies or entities to define, depending on their specific data needs.
http://www.fgdc.gov/standards/projects/FGDC-standards-projects/trail-data-standard/Federal_Trail_Data_Standards_20100909HS.pdf
Projection: NAD83 is the national standard.
Definition of Trail: A linear route managed for human-powered, stock, or off-highway vehicle forms of transportation or for historic or heritage values.
Trail Code Trail Category:
documented at http://www.fgdc.gov/metadata/geospatial-metadata-standards
The creation of the National Spatial Data Infrastructure (NSDI) was authorized by President Clinton under Executive Order 12906 in 1994, and has provided the policy umbrella for geographic information in the US : http://www.fgdc.gov/nsdi/nsdi.html
Database of 718 recreation areas:
http://www.recreation.gov/recFacilitySearch.do?agencies=126
Example: http://www.blm.gov/ca/st/en/prog/recreation.html
or http://www.recreation.gov/recAreaDetails.do?contractCode=NRSO&recAreaId=1268&agencyCode=126
there is no standardization of HTML pages for each trails!
http://www.blm.gov/ca/st/en/fo/ukiah/cachecreek.html
http://www.blm.gov/ca/st/en/fo/ukiah/maps_ukiah.html
All maps are available online in printable pdf format.
United States Fish and Wildlife Service (FWS; http://www.fws.gov):
-National Wildlife Refuge System (548 National Wildlife Refuges and 66 National Fish Hatcheries)
-Division of Migratory Bird Management
-Federal Duck Stamp
-National Fish Hatchery System
-Endangered Species program
-United States Fish and Wildlife Service Office of Law Enforcement
Budget: $2.32 billion (http://www.fws.gov/budget/)
National Park Service (NPS, http://www.nps.gov)
The NPS is the US federal agency that manages all national parks, many national monuments, and other conservation and historical properties.
The NP system encompasses approximately 338 000 km².
NP trails around 20 000km.
Budget: $3 billion.
Find a park: http://www.nps.gov/findapark/index.htm
United States Forest Service (USFS, http://www.fs.fed.us)
The United States Forest Service is an agency that administers the nation's 155 national forests and 20 national grasslands, which encompass 780000 km², 230693 km of trails.
Budget: $5.8 billion (42% is spent fighting fires).
maps: http://www.fs.fed.us/maps/
US: http://www.fs.usda.gov/Internet/FSE_DOCUMENTS/stelprdb5274609.html
each park=POI with a balloon (with one link).
On April 16, 2010, Pd Obama introduced America’s Great Outdoors http://americasgreatoutdoors.gov/, an initiative aimed at reigniting our historic commitment to conserving and enjoying the magnificent natural heritage that has shaped our nation and its citizens.
http://americasgreatoutdoors.gov/files/2011/02/AGO-Report-With-All-Appendices-3-1-11.pdf
----China
In 1999, the inaugural International Symposium on Digital Earth in Beijing provided a venue for the extensive international support for implementing the Gore Digital Earth vision (1998).
In 1968, the United States created its National Trails System (http://en.wikipedia.org/wiki/National_Trails_System), which includes National Scenic Trails, National Historic Trails and National Recreation Trails.
Find a trail (take around one minute for the full map; flash player):
http://www.pnts.org/the-national-trails
If you click on a trail, just an URL!
Search over 1100 National Recreation Trails in the online database and more:
http://www.americantrails.org/resources/statetrails/index.html
In the United States agencies administering trails include the National Park Service, the U.S. Forest Service, the Bureau of Land Management, State Park systems, County Parks, cities, private organizations such as land trusts, businesses and individual property owners.
New trail construction by an agency must often be assessed for its environmental impact and conformance with State or Federal laws. For example, in California new trails must undergo reviews specified by the California Environmental Quality Act.
see also the transportation maps: http://nationalatlas.gov/transportation.html
http://nationalatlas.gov/: Biological Data, geological data...
see an example, Oregon geospatial data: http://www.oregon.gov/DAS/EISPD/GEO/sdlibrary.shtml
with GEO Data RSS feed to receive updates when data is added or changed in the Spatial Data Library.
Information about the draft Federal Trail Data Standard:
http://www.fgdc.gov/standards/projects/FGDC-standards-projects/trail-data-standard/public-review-Federal-Trail-Data-Standard/?searchterm=trail
The functional scope of the draft Federal Trail Data Standard (FTDS) includes the definition of a core set of trail data attributes, corresponding values, and definitions. This draft standard reflects tabular and spatial trail data applicable. The draft Federal Trail Data Standard does not cover all possible trail data or agency-specific data needs, but concentrates on a core set of inter-jurisdictional management and administrative trail data needs. The FTDS are not a database (this effort does not create any new databases. For the first time, four federal land management agencies (BLM, FWS, NPS and USFS) have collaborated to standardize their definitions of commonly used trail terminology). Data collection and implementation schedules will be determined by each agency. The FTDS simply provide common definitions and terminology for a core set of trail information. The FTDS do not include standardized data definitions for facilities or “things along the trail”. This level of detail is beyond the scope of the FTDS and more appropriate for individual agencies or entities to define, depending on their specific data needs.
- BLM (http://en.wikipedia.org/wiki/Bureau_of_Land_Management): BLM is adapting these standards into FAMS.
- FWS (http://en.wikipedia.org/wiki/FWS): FWS has incorporated these standards into SAMMS and into the trail inventory of all National Wildlife Refuges and National Fish Hatcheries.
- NPS (http://en.wikipedia.org/wiki/National_Park_Service): NPS is adapting these standards into FMSS.
- USFS (http://en.wikipedia.org/wiki/USFS): USFS has incorporated the majority of these standards into Infra Trails. The remaining standards have been through internal review and are planned for incorporation into Infra Trails and/or Infra Heritage (for certain NHT data fields).
http://www.fgdc.gov/standards/projects/FGDC-standards-projects/trail-data-standard/Federal_Trail_Data_Standards_20100909HS.pdf
Projection: NAD83 is the national standard.
Definition of Trail: A linear route managed for human-powered, stock, or off-highway vehicle forms of transportation or for historic or heritage values.
Trail Code Trail Category:
- Reg. Trail : Regular Trail: any agency-managed trail not designated NST or NHT
- NST: National Scenic Trail (Congressionally Designated)
- NHT1 (Desig): Route(s) congressionally designated as the National Historic Trail
- NHT2 (HR): NHT associated heritage resources (routes and/or sites)
- NHT3 (Rec): NHT associated recreation or interpretive route and/or site
documented at http://www.fgdc.gov/metadata/geospatial-metadata-standards
The creation of the National Spatial Data Infrastructure (NSDI) was authorized by President Clinton under Executive Order 12906 in 1994, and has provided the policy umbrella for geographic information in the US : http://www.fgdc.gov/nsdi/nsdi.html
In the mid 1990s the U.S. Federal Geographic Data Committee published its Content Standards forThe Bureau of Land Management (BLM; http://www.blm.gov/wo/st/en.html) is an agency within the United States Department of the Interior which administers America's public lands, totaling approximately 1,023,855 km2 (one-eighth of the landmass of the country). The BLM also manages 2,832,800 km2 of subsurface mineral estate underlying federal, state and private lands. Its budget is US$960,000,000 for 2010 ($9.38 per hectare). The BLM also manages 7200 km of National Scenic, Historic, and Recreational Trails, as well as thousands of km of multiple use trails used by hikers, equestrians, motorcyclists and mountain bikers.
Digital Geospatial Metadata, a format for the description of geographic data sets. The project was very timely, given the rapid increase in the availability of geographic information via the Internet that occurred at that time. Metadata were seen as the key to effective processes of search, evaluation, and use of geographic information. Nevertheless, and despite numerous efforts and inducements, it remains very difficult to persuade those responsible for creating geographic data sets to provide adequate documentation. (GeoJournal (2007) 69:211–221)
Database of 718 recreation areas:
http://www.recreation.gov/recFacilitySearch.do?agencies=126
Example: http://www.blm.gov/ca/st/en/prog/recreation.html
or http://www.recreation.gov/recAreaDetails.do?contractCode=NRSO&recAreaId=1268&agencyCode=126
there is no standardization of HTML pages for each trails!
http://www.blm.gov/ca/st/en/fo/ukiah/cachecreek.html
http://www.blm.gov/ca/st/en/fo/ukiah/maps_ukiah.html
All maps are available online in printable pdf format.
United States Fish and Wildlife Service (FWS; http://www.fws.gov):
-National Wildlife Refuge System (548 National Wildlife Refuges and 66 National Fish Hatcheries)
-Division of Migratory Bird Management
-Federal Duck Stamp
-National Fish Hatchery System
-Endangered Species program
-United States Fish and Wildlife Service Office of Law Enforcement
Budget: $2.32 billion (http://www.fws.gov/budget/)
National Park Service (NPS, http://www.nps.gov)
The NPS is the US federal agency that manages all national parks, many national monuments, and other conservation and historical properties.
The NP system encompasses approximately 338 000 km².
NP trails around 20 000km.
Budget: $3 billion.
Find a park: http://www.nps.gov/findapark/index.htm
United States Forest Service (USFS, http://www.fs.fed.us)
The United States Forest Service is an agency that administers the nation's 155 national forests and 20 national grasslands, which encompass 780000 km², 230693 km of trails.
Budget: $5.8 billion (42% is spent fighting fires).
maps: http://www.fs.fed.us/maps/
US: http://www.fs.usda.gov/Internet/FSE_DOCUMENTS/stelprdb5274609.html
each park=POI with a balloon (with one link).
On April 16, 2010, Pd Obama introduced America’s Great Outdoors http://americasgreatoutdoors.gov/, an initiative aimed at reigniting our historic commitment to conserving and enjoying the magnificent natural heritage that has shaped our nation and its citizens.
http://americasgreatoutdoors.gov/files/2011/02/AGO-Report-With-All-Appendices-3-1-11.pdf
----China
In 1999, the inaugural International Symposium on Digital Earth in Beijing provided a venue for the extensive international support for implementing the Gore Digital Earth vision (1998).
An explosion of Chinese "Digital Earth" projects followed: hundreds of digital earth cities created by national, provincial, and municipal governments as well as universities.
In China, "Digital Earth" and GIS became a metaphor for modernization and automation with computers, leading to its incorporation into a five-year modernization plan.
Originating from China’s satellite remote sensing community, Digital Earth prowess spread to a range of applications(flood predictions, dust cloud modeling, and city planning). China has been omnipresent at all international Digital Earth conferences since and has recently founded the International Society for Digital Earth. In 2009, the International Symposium on Digital Earth returned to Beijing for its 6th meeting.
one example: http://dx.doi.org/10.1117/12.838577
Zhan-chun Xiao, Yan-fang Liu, Jing Liu, Ya Tang and Chen Zeng, "Research on visualization of main tourist areas in Hubei province based on Google Earth", Proc. SPIE 7492, 74920S (2009)
Proceedings / Volume 7492 / Multi-sensor, Multi-resolution, and Multi-mode Data Fusion
one example: http://dx.doi.org/10.1117/12.872675
Yea-Chung Ding, "Using Digital Earth to create online scientific reality tourist guides to tourist attractions in Taiwan", Proc. SPIE 7840, 78400Q (2009).
Proceedings / Volume 7840 / Web-based Services, System Design, and Algorithms for Digital Earth
-------they are a lot of personal pages relating a trekIn China, "Digital Earth" and GIS became a metaphor for modernization and automation with computers, leading to its incorporation into a five-year modernization plan.
Originating from China’s satellite remote sensing community, Digital Earth prowess spread to a range of applications(flood predictions, dust cloud modeling, and city planning). China has been omnipresent at all international Digital Earth conferences since and has recently founded the International Society for Digital Earth. In 2009, the International Symposium on Digital Earth returned to Beijing for its 6th meeting.
one example: http://dx.doi.org/10.1117/12.838577
Zhan-chun Xiao, Yan-fang Liu, Jing Liu, Ya Tang and Chen Zeng, "Research on visualization of main tourist areas in Hubei province based on Google Earth", Proc. SPIE 7492, 74920S (2009)
Proceedings / Volume 7492 / Multi-sensor, Multi-resolution, and Multi-mode Data Fusion
The travel craze in China has become one of the largest sources of expenditure increases. However, the limited patterns of information demonstration hindered the availability of necessary information to the public as well as the decision makers. Google Earth provides a useful platform for integrating environmental information with geospatial data from different sources. Using KML files, various environmental data may be viewed in Google Earth. In this paper, Google Earth is used as basic GIS platform. Placemarks of main tourist areas of Hubei Province are made and loaded by KML. The most up-to-date information is released using text, picture and video in HTML files. This approach transformed the traditional two-dimension travel information system into multi-dimensional information platform, facilitating data updating and information sharing over the Internet. It would also help decision making of the government and promote information availability to the public.---Taiwan
one example: http://dx.doi.org/10.1117/12.872675
Yea-Chung Ding, "Using Digital Earth to create online scientific reality tourist guides to tourist attractions in Taiwan", Proc. SPIE 7840, 78400Q (2009).
Proceedings / Volume 7840 / Web-based Services, System Design, and Algorithms for Digital Earth
In recent years national parks worldwide have introduced online virtual tourism, through which potential visitors can search for tourist information. Most virtual tourism websites are a simulation of an existing location, usually composed of panoramic images, a sequence of hyperlinked still or video images, and/or virtual models of the actual location. As opposed to actual tourism, a virtual tour is typically accessed on a personal computer or an interactive kiosk. Using modern Digital Earth techniques such as high resolution satellite images, precise GPS coordinates and powerful 3D WebGIS, however, it's possible to create more realistic scenic models to present natural terrain and man-made constructions in greater detail. This article explains how to create an online scientific reality tourist guide for the Jinguashi Gold Ecological Park at Jinguashi in northern Taiwan, China. This project uses high-resolution Formosat 2 satellite images and digital aerial images in conjunction with DTM to create a highly realistic simulation of terrain, with the addition of 3DMAX to add man-made constructions and vegetation. Using this 3D Geodatabase model in conjunction with INET 3D WebGIS software, we have found Digital Earth concept can greatly improve and expand the presentation of traditional online virtual tours on the websites.
for example, see :
the index of personal pages relating a trek along GR20 (Corsica):
http://www.mylinea.com/cguelfucci/randonnee_en_corse/carnets_de_voyage/
and this on-line travel guide to Corsica: http://corsica.forhikers.com/gr20
--many web services with connect.garmin.com
dynamic views (charts) of records distance, timing, elevation, pace, heart rate, power data (from ANT+™-enabled third-party power meters) and more.
With http://connect.garmin.com/explore, you can find tracks/routes (results: only 10 by 10; bing maps, no right click, if you click on a track, you can see directly on the map). You can save the link (example).
If you select "view details": you get access to many data. You have many save functions: embed (only iframe), kml; you can send data to your device. With "splits" view, you can export to csv. Select "player" view, and get a dynamic tour (simulate your activity along your route with workout data.).
Manual activity
The management (dashboard) is quite good. You have to create an account (no openID).
YOU CANNOT CREATE A TRACK MANUALLY (you need a GPS product).
3 APIs: http://developer.garmin.com/web-products/
http://developer.garmin.com/web-products/web-services/ (not available DATA@august 2011)
Enable users to interact programmatically from your application or web site to Garmin Connect. The API returns Garmin Connect data in a form that can be easily integrated into an application or a web site.
http://developer.garmin.com/web-products/user-interface-library/
Gain access to a set of utilities and controls, written in Flash and JavaScript, for adding Garmin Connect components to web applications.
http://developer.garmin.com/web-device/garmin-communicator-plugin/
Communicate with Garmin GPS products directly from a web application. Allow visitors, who have the free cross-platform/browser Garmin Communicator plugin installed on their computer to transfer waypoint, route, track log, fitness and map data between their Garmin device and your website.
just one example:
http://connect.garmin.com/activity/99720935
http://connect.garmin.com/player/99720935
-----they are a lot of guide pdf file
example Texas: http://www.onlinedigitalpubs.com/publication/?i=54695
--there are many sites of hiking society:
example http://www.americanhiking.org/Resources/Links/
---examples of local "aggregator" of single-day bushwalks:
http://www.walkgps.com/site%20map.htm provides descriptions, maps, waypoints and routes for several single-day bushwalks (for more than 55 one-day walks) within a distance of less than 100km from the city of Perth in Western Australia. Route maps, waypoints, links to satellite imagery, video, and over 700 photos are included within 120-plus web pages.
WalkGPS includes Google road maps, Google Earth displays and GPS waypoints and 'track' files (including PCX5, GPX, KMZ and MAP files for all walks), so that you can easily find your way to walk start points and discover the walk routes.
all ways to access to the 55 one-day walks:
http://www.walkgps.com/bushwalks.htm
A convenient compilation of downloadable map, waypoint and 'track' files for all walks on WalkGPS:
http://www.walkgps.com/Maps,%20Waypoints%20and%20Track%20Files.htm
---examples of local "aggregator" of local waypoints (Southern Africa):
http://www.gpswaypoints.co.za/
---some well-known guides, example: the green guide and viaMichelin
try this tourism magazine (the green guide): http://travel.viamichelin.com/web/Search-Tourist-Attraction/France-Auvergne_Rhone_Valley-Saint_Etienne
The www.viamichelin.com website (alexa rank: 9600 (DATA@august 2011)) clearly shows the Michelin experience in the publication of maps and guides.
ViaMichelin provides many one-click services. It offers maps, route plans, hotel and restaurant booking services and traffic and tourist information..., across a range of media including the Internet, mobile phones, Personal Digital Assistants, GPS navigation systems... Its on-line hotel/motel reservations service features (more than 60000 hotels across Europe).
The exclusive database of Michelin Guide content and listings includes 18 000 tourist site recommendations and ratings for 62 000 hotels and restaurants, as well as additional travel services including traffic and weather updates, on-line car-hire booking. This database is updated regularly.
many GPS export: 1)totom: save to .ov2, 2)viaMichelin GPS (by direct connection), 3)garmin, .gpx, 4)navigon .freshcontact, 5)mio .csv, 6)navman .csv, 7)BMW connected drive login, 8)pioneer .kml.
You easily can calculate your route (with many Driving directions) and save to GPS.
try the audioGuide (in french): http://www.zevisit.com/viamichelin/audioguide/1/FRA/destination.html
try the gastronomy magazine with many Cooking type/price options: http://www.viamichelin.com/web/Restaurants
try the maps with many categorized POI (maybe the best!):
http://www.viamichelin.com/web/Maps
---------my best choice:
KML and Fusion Table
Fusion Tables supports visualizing your data on maps (it is a better alternative to Spreadsheet Mapper:
http://earth.google.com/outreach/tutorial_fusion_yourowndata.html#comparemappers).
see the example : Biking and Hiking trails from MTBGuru.com
http://www.mtbguru.com/ alexa rank: 1450000 (DATA@august 2011).
http://blog.mtbguru.com/2010/02/24/mtbguru-tracks-as-seen-through-google-fusion-tables/
It's a cloud-based collaborative database application. To illustrate these fusionTable features, data from MTBGuru (public trips) have been used to demo these visualizations. Some maps show tracks from public trips in the map area, which are all overlayed as polylines. Moreover the polylines are clickable and will show you an infoWindow with links to the original trip page. The data, which lives in a Fusion Table, can be filtered and manipulated as one can expect in a database environment, and the visualization will be adjusted accordingly. See the data: http://www.google.com/fusiontables/DataSource?dsrcid=132848
They have created a Google Code project with sample code illustrating how we used the API to work with Fusion Tables and create the table with trips: http://code.google.com/p/mtbguru-fusiontables/, see updated project: https://github.com/tokumine/fusion_tables (this gem lets you easily interact with Google Fusion Tables API from your Ruby application via a plain SQL interface, or an object orientated interface). See also this example (position of bikes, London: http://www.google.com/fusiontables/DataSource?snapid=78314)
Fusion Tables supports a number of data formats:
Comma-separated files (.csv) - Up to 100 MB
Microsoft Excel files (.xls, .xlsx) - Up to 1 MB
OpenDocument Spreadsheet (.ods) - Up to 1 MB
Keyhole Markup Language (.kml) - Up to 100 MB
Data already in a Google Spreadsheet
If you have datasets in Excel or Open Office Spreadsheets that are larger than 1MB, save them as CSV files to take advantage of the larger 100MB limit!
-------see a good example (trail and many menus on the map):
http://www.mappingsupport.com/p/gmap4.html
http://www.mappingsupport.com/p/gmap4.php?q=http://www.mappingsupport.com/p/gmap4/helpfile/Howson_Creek_trail.kml&ll=47.353075,-121.076332&t=t2&z=13&label=off&coord=latlng
Gmap4 map displaying information from a delimited text file.This new file format is much easier to understand than GPX or KML files.
--------at the end of this post, the last but not the least:
the dotted lines (one dotted lines or parallel dotted lines, in black; see the images below) of the IGN map or "carte France raster" correspond to paths, footpaths, mule track, hiking trail, nature trail, beaten track....Many of them have no trailblazing. Some of these "dot lines" correspond to old paths and you must need a sickle ;)
The parallel //dotted lines corresponds to "roads" for farm tractor or 4X4 (without asphalt): non-motorized trails. There is no difference (same dotted lines) for the two types of trails - paved (bicycle) and unpaved hiking trails.
select IGN map with scale 1:64000, you can see many tourism POI http://www.ign.fr/institut/documentArticle.do?idDoc=6152265&indexRoot=4&indexChild=2¤tRootSearch=&indexChildSearch=
Select some maps with national/regional parks and biodiversity data: http://www.geoportail.fr/5061756/actu/6026212/carte-sur-la-biodiversite.htm
Select the "land parcels" layer, you will see "barbed wires";)
Select "transport networks" and "roads", you get a better view of roads.
Select "land cover" and "Carte forestière v1 (1987-2004)" or "Carte forestière v2",
http://www.geoportail.fr/en_UK/actu.do?channelid=5061756&idDoc=6509162 (only in french).
example:
"IGN map":
"carte France raster":
you can see the trails (in white with different width) : just click on "roads" (layers menu). You have to select a scale lower than eye alt 2km. There are no differences between trails and roads with asphalt!
National roads or some other roads (many mistakes) appear with a yellow color.
no dotted lines for manually add a path (choice are limited : color, width, opacity); version 6.0.3.2197 (build date: 5/17/2011)
---dotted lines
you can use dotted lines with http://www.bing.com/maps/
1)you need a live account
2)create your places
3) see the editor:
4)you can export
kml
GPX
GeoRSS
Thursday, August 25, 2011
comparison of maps servers and their APIs (google maps, Yahoo Maps, Bing Maps, Map Quest, Maps Nokia; Open Street Map); API references and examples (sample codes)
With these maps/routes/directions servers, you have 4 services:
1) online view/manipulate your map/directions (and print)
2) "save" with an URL
3) "save" with an iframe
4) "save" with an HTML+javascript code (or other "languages" flash, silverlight, javaME...)
--------------
Maps servers (with route, directions (also with walking directions, multiple directions)):
A)-Google Maps http://maps.google.com/, API, see another post (more than 300examples).
REFERENCE: http://code.google.com/apis/maps/documentation/javascript/reference.html
my example URL: google maps
Google Earth, see also (need earth plugin): http://kml-samples.googlecode.com/svn/trunk/interactive/index.html
(These samples are a companion to the official KML Documentation: http://code.google.com/apis/kml)
B)-Bing Maps http://www.bing.com/maps/, API:http://msdn.microsoft.com/en-us/library/dd877180.aspx
Multimap.com was one of the first provider of mapping and location-based services. It was acquired by Microsoft and merged into Bing Maps in 2010.
REFERENCE: http://msdn.microsoft.com/en-us/library/gg427611.aspx
examples inside the reference.
my example URL: bing maps
C)-MapQuest http://www.mapquest.com/, API: http://developer.mapquest.com/
http://developer.mapquest.com/web/products/featured/javascript
REFERENCE: http://developer.mapquest.com/web/documentation/sdk/javascript/v7.0/api/index.html
example (well documented) organized in 14 domains: http://developer.mapquest.com/web/documentation/sdk/javascript/v7.0/routing
my example URL:mapquest
D)-MapsNokia http://maps.nokia.com/, API: http://www.developer.nokia.com/Develop/Web/Maps/
https://projects.developer.nokia.com/ovimapsapi/wiki
https://projects.developer.nokia.com/ovimapsapi/files/Ovi_Maps_API_Release_Notes_1.0.9.pdf
http://api.maps.ovi.com/
example: http://api.maps.ovi.com/playground2/index.html
Try these 24 examples:
http://api.maps.ovi.com/playground2/index.html?example=rightClick
(by right click, you can trace a route very easily, but not save code...)
http://api.maps.ovi.com/playground2/index.html?example=mapdisplayevents
my example URL: ovi
REFERENCE: http://api.maps.ovi.com/apireference/index.html
-Yahoo Maps http://maps.yahoo.com/; API, http://developer.yahoo.com/maps/
( service closed on September 13, 2011 and Yahoo suggests using maps from Nokia)
Only France: http://www.geoportail.fr/changeLangue.do?lang=en&cty=UK
API (v1.0: March 2010): https://api.ign.fr/geoportail/
http://geotribu.net/node/233
With geoportail, you can only save some waypoints (no route).
Only Tyrol : http://tirolatlas.uibk.ac.at/maps/interface/topo.py/index?lang=en;lookat=1240037
---------------a comparison of some functions:
http://en.wikipedia.org/wiki/Comparison_of_web_map_services
--------------other:
-mapServer http://www.mapserver.org/,
1) online view/manipulate your map/directions (and print)
2) "save" with an URL
3) "save" with an iframe
4) "save" with an HTML+javascript code (or other "languages" flash, silverlight, javaME...)
--------------
Maps servers (with route, directions (also with walking directions, multiple directions)):
A)-Google Maps http://maps.google.com/, API, see another post (more than 300examples).
REFERENCE: http://code.google.com/apis/maps/documentation/javascript/reference.html
my example URL: google maps
Google Earth, see also (need earth plugin): http://kml-samples.googlecode.com/svn/trunk/interactive/index.html
(These samples are a companion to the official KML Documentation: http://code.google.com/apis/kml)
B)-Bing Maps http://www.bing.com/maps/, API:http://msdn.microsoft.com/en-us/library/dd877180.aspx
Multimap.com was one of the first provider of mapping and location-based services. It was acquired by Microsoft and merged into Bing Maps in 2010.
REFERENCE: http://msdn.microsoft.com/en-us/library/gg427611.aspx
examples inside the reference.
my example URL: bing maps
quite good services for route ediiting
but bad saving functions, in fact only iframe (you cannot see your route in your site)
C)-MapQuest http://www.mapquest.com/, API: http://developer.mapquest.com/
http://developer.mapquest.com/web/products/featured/javascript
REFERENCE: http://developer.mapquest.com/web/documentation/sdk/javascript/v7.0/api/index.html
example (well documented) organized in 14 domains: http://developer.mapquest.com/web/documentation/sdk/javascript/v7.0/routing
my example URL:mapquest
many saving functions.
you cannot see your route in your site (in fact only iframe)
D)-MapsNokia http://maps.nokia.com/, API: http://www.developer.nokia.com/Develop/Web/Maps/
https://projects.developer.nokia.com/ovimapsapi/wiki
https://projects.developer.nokia.com/ovimapsapi/files/Ovi_Maps_API_Release_Notes_1.0.9.pdf
http://api.maps.ovi.com/
example: http://api.maps.ovi.com/playground2/index.html
Try these 24 examples:
http://api.maps.ovi.com/playground2/index.html?example=rightClick
(by right click, you can trace a route very easily, but not save code...)
http://api.maps.ovi.com/playground2/index.html?example=mapdisplayevents
my example URL: ovi
right click is quite good (many options)
REFERENCE: http://api.maps.ovi.com/apireference/index.html
-Yahoo Maps http://maps.yahoo.com/; API, http://developer.yahoo.com/maps/
( service closed on September 13, 2011 and Yahoo suggests using maps from Nokia)
Yahoo: no direct right click!
When you create a waypoint, it is difficult to drag it!
save (only URL) : 1)send by email, or 2) Yahoo! favoris or 3)Delicious
-----------------------
-OpenStreetMap http://www.openstreetmap.org/ (Creative Commons licenses),Only France: http://www.geoportail.fr/changeLangue.do?lang=en&cty=UK
API (v1.0: March 2010): https://api.ign.fr/geoportail/
http://geotribu.net/node/233
With geoportail, you can only save some waypoints (no route).
Only Tyrol : http://tirolatlas.uibk.ac.at/maps/interface/topo.py/index?lang=en;lookat=1240037
---------------a comparison of some functions:
http://en.wikipedia.org/wiki/Comparison_of_web_map_services
--------------other:
-mapServer http://www.mapserver.org/,
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