Chemdoodle Mobile For Free To ChemDoodle
You can transfer structures between ChemDoodle desktop and ChemDoodle Mobile, to take with you into the lab ChemDoodle Mobile is available for both iOS (iPod Touch/iPhone/iPad) and Android devices. 3D ChemDoodle Web Components with WebGLPosted on 7 7 Categories Plasmid / Chemical Drawing Tags Application, ChemDoodle, ChemDoodle Mobile, Chemical Drawing Leave a comment on ChemDoodle 11.6 Chemical Drawing Application ClassifyR 2.12.0 Performance Assessment of Classification with Applications to TranscriptomicsChemDoodle Mobile, the mobile companion to ChemDoodle, is provided for free to ChemDoodle desktop customers. It can be used for web-based creation of 2-D molecular drawings or 3-D modeling. ChemDoodle Web Components enable export from ChemDoodle into formats that will work on most smartphones and tablets. Mobile Versions of ChemDoodle are available for accessing and creating molecular drawings on both iOS and Android mobile devices.
The Draw window shows a typical ChemDoodle sketcher, where you can draw and store your structures.ChemDoodle Mobile is a collection of online chemistry tools. There are five main windows: Draw, 3D, Calculate, Spectra and Help. ChemDoodle Mobile is a calculator for drawn organic structures. 3rd Party Integration ChemDoodle 3D works with several partners to help you improve your workflow.ChemDoodle Mobile is the iPhone and iPad companion to the popular chemical publishing desktop application, ChemDoodle.
The API has seen some major changes (it has been significantly improved), so make sure to review it before upgrading. 2.5.0, October 8th, 2009: This release stabilizes the API and provides in-depth extendable functionality for creating your own custom components. For complete details of the changes, visit the ChemDoodle Web Component changelog. ChemDoodle Web Components 3.0Since the last article, ChemDoodle Web Components have seen two major updates. If you do not have a ChemDoodle license, you may purchase one in the iChemLabs store:Kevin Theisen is the President of iChemLabs, which funds, develops and hosts the open source ChemDoodle Web Components.
ChemDoodle Web Components 2.5 works on all major browsers, including Microsoft Internet Explorer, Mozilla Firefox, Apple Safari and Google Chrome/Chromium. Yahoo YUI Compressor is now used to minify the libs for even faster page loads. In addition, our test driven development suite is now exposed on the site using a modified version of QUnit. Two new components have been introduced: Slideshow and Hyperlink.
A few minor issues with the 2D components have been fixed.WebGL opens new possibilities for the Canvas element, and I quote the best explanation I’ve seen so far, “The goal of WebGL is to expose the low-level OpenGL ES 2.0 APIs through JavaScript so that they can be used to draw hardware-accelerated 3D graphics in the HTML Canvas element” ( source). An advanced Phong shader has been implemented in javascript/GLSL to provide quality graphics. Several visual representations are built in. Several prebuilt components are provided. The 3D components are in an alpha state due to the fact that the standard browsers do not yet support WebGL they are fairly stable in the development browsers.
MineField, the development version of Mozilla FirefoxEach of the development browsers has WebGL disabled by default, so you will need to enable the technology. WebKit, the development version of Apple Safari The following image is rendered with our WebGL engine.Before I continue, WebGL is still a beta technology, and is only available in the following development browsers: The ChemDoodle Web Components allow scientists to quickly build chemically relevant frontend GUIs. It is now possible to reproduce any graphical user interface (GUI) we have seen in the sciences in a platform-independent, native browser application.
Currently, we provide four basic 3D components: Viewer3D, Rotator3D, Transformer3D and MolGrabber3D. Every once in a while, an update to a development browser will produce an incompatibility, but we are actively watching to fix those problems and improve the code so it is perfect by the time the standard browsers support WebGL, which I believe will be sometime in the middle of 2010. They are still in an alpha stage, but are quite stable in the development browsers. He also provides ongoing lessons to introduce developers to WebGL, and his blog has been one of my favorite resources.3D ChemDoodle Web Components are now available for testing and development.
This covers both the 2D and 3D components and all Javascript, PHP and GLSL code provided. I should note at this time, that the entire ChemDoodle Web Components library is licensed under the open source GPL v3.0 license. Our shaders are advanced and based on the Phong illumination model. We also provide vertex and fragment shaders in GLSL shaders have become the heart and soul of OpenGL rendering engines.
With this add-on, the ChemDoodle Web Components now work in all major browsers on all major platforms, including IE (Windows), Apple Safari (Mac, Windows), Google Chrome/Chromium (Windows, Mac, Linux) and Mozilla Firefox (Windows, Mac, Linux).For better or for worse, Google’s aggressive push to control Internet Explorer has convinced Microsoft’s team to address this issue. Google now hosts Google Chrome Frame, a free and easy to install IE add-on that provides full support for the HTML5 specification. But thanks to the talented developers at Google, the ChemDoodle Web Components now work wonderfully in Microsoft Internet Explorer. Internet Explorer and HTML5 Browser CompatibilityOne of the lasting problems for HTML5 developers has been the lack of support from Internet Explorer. If you are interested in collaborating with us on this project, or would like us to custom develop any functionality or graphics, please feel free to contact us. The ChemDoodle Web Components library contains a growing cheminformatics library in Javascript for reading chemical formats and manipulating chemical data structures.Var transformer = new TransformCanvas3D(‘transformer’, 250, 250) Transformer.specs.set3DRepresentation(‘Ball and Stick’) Transformer.loadMolecule(createMolecule()) As always, we will provide the funding, development and support that the ChemDoodle Web Components need to best benefit the community.
Integration with ChemDoodle 3ChemDoodle 3 contains a ChemDoodle Web Component IDE to aid in producing web-based chemical content. It may be a possibility in the near future that we can write a complex application once in HTML5, and have it working on all operating systems and mobile devices for truly universal deployment. Apple’s Mobile Safari already supports HTML5 (although text is not rendered properly and interactive gestures are not yet recognized), the new Mozilla Fennec is starting to be released on mobile operating systems, and certainly Google will be implementing the specification on mobile versions of Chrome and Chrome OS. Regardless, I am not confident that IE9 will support WebGL anytime soon, so Google Chrome Frame may still be a requirement for the 3D ChemDoodle Web Components in IE.In addition to desktop browsers, mobile browsers are becoming very powerful. It is now very possible that HTML5 technologies will replace standards such as Flash and Java applets in the near future.
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