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mad-scientist and computer programmer looking for something more interesting than most people accept as their future
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    Why is there no Content Type / Mime Type / HTTP Header for a number?
    Project: Start your own revolution


    Content-Type is an Internet standard for describing what bits mean. Example: image/jpeg

    The first part is a small number of standard groups:
    application, audio, image, message, model, multipart, text, video

    Why don't we also have...
    number/bit
    number/integer
    number/real
    number/complex
    and maybe when there is more agreement on which parameters to use, number/wavefunction

    I see it as a profound confusion in the world that we have no "number" Content Type but we have many far more advanced types like "model" which is normally for 3d shapes. Number should have preceded model. The world is profoundly backward in how people start with complexity and leave understanding what its made of for later, but when? When will number be seen as more important than complex structures made of many numbers? Content Type and Unicode are the closest thing we have to a global language, and we don't even have a word for number. Its no surprise complexity is running out of control and hardly anyone knows how things work anymore.

    It will be http://sourceforge.net/projects/physicsmata  2.0 in a very basic form, and continuing to add plugins for more kinds of math and content...

    I've finished the big parts of design and have moved on to coding what I hope to become an open standard for a shared Internet space which fits all possible shapes and patterns into networks of n-dimensional bell curves which are interchangible with hypercubes (using cached integral of bell curve) and interchangible with hyperspheres. A complex number is not a different kind of thing. Its a point in any 2 dimensions that the various objects choose to use that way. A bit is not a different kind of thing. Its what converges to bell curves when many are summed. You can push and pull numbers on parts of the bell curves, and every bell curve has a learn(emotionOrLearningRate) function.

    Imagine an endless space of intelligent playdough we build tools and games and scientific frameworks in, and see how far we can take it to network minds together through the Internet.

    Imagine a new kind of web browser that views every letter, every html page layout, every picture, every Content Type, as a bell curve of some number of dimensions (like fonts are 2d, and Google Sets would have maybe a billion dimensions, sparse data structures of course). When you type, letters and other symbols are pushed from the mouse pointer into the space. You can grab content from a few different websites and put it in a new bell curve, and for legal purposes we will call that a bookmark or multiple tabs in a web browser, each tab being a bell curve that sees that website or part of it. You're not a pirate for having 2 web browsers open at once, even though technically you have created a new content made of parts of both websites. Think of it as remote desktop between every piece of information in the system, pushing and pulling on eachother as you drag them around with the mouse or type new text into them. When you touch something on your screen, somebody on the other side of Earth would feel it in the vibration of their world, whatever parts are connected to that data on many paths. The Internet should be an endless space of thoughts, a shared dream we explore and create together, not a bunch of different websites with barbed wire fences and armed guards between them, not even letting Java applets communicate outside the server they came from, not letting any 2 computers send even 1 bit to eachother without going through a server which doesn't even have a word for number. Imagine the world is far simpler when you have words for its simple parts, words like number/bit, number/integer, number/real, number/complex, image/jpeg, vectorstream/mouse, vectorstream/nintendo-wii, vectorstream/brainchip, model/distanceconstraint... or lets keep it even simpler and not use different words for the constant form and streaming of them. Imagine that free speech doesn't have to use any words. Imagine an Internet made of thoughts flowing together in blobs of intelligent color. Imagine that our minds could merge with the Internet at a deep subconscious level without brain chips, just using the audio, visual, and game controller interfaces we already have, or did you think they don't read and write your brainwaves?

    https://en.wikipedia.org/wiki/Internet_media_type

    List of common media types

    IANA manages the official registry of media types. Among others, it includes the following types:
    Type application

    For Multipurpose files:

    application/atom+xml: Atom feeds
    application/ecmascript: ECMAScript/JavaScript; Defined in RFC 4329 (equivalent to application/javascript but with stricter processing rules)
    application/EDI-X12: EDI X12 data; Defined in RFC 1767
    application/EDIFACT: EDI EDIFACT data; Defined in RFC 1767
    application/json: JavaScript Object Notation JSON; Defined in RFC 4627
    application/javascript: ECMAScript/JavaScript; Defined in RFC 4329 (equivalent to application/ecmascript but with looser processing rules) It is not accepted in IE 8 or earlier - text/javascript is accepted but it is defined as obsolete in RFC 4329. The "type" attribute of the tag in HTML5 is optional. In practice, omitting the media type of JavaScript programs is the most interoperable solution, since all browsers have always assumed the correct default even before HTML5.
    application/octet-stream: Arbitrary binary data.[10] Generally speaking this type identifies files that are not associated with a specific application. Contrary to past assumptions by software packages such as Apache this is not a type that should be applied to unknown files. In such a case, a server or application should not indicate a content type, as it may be incorrect, but rather, should omit the type in order to allow the recipient to guess the type.[11]
    application/ogg: Ogg, a multimedia bitstream container format; Defined in RFC 5334
    application/pdf: Portable Document Format, PDF has been in use for document exchange on the Internet since 1993; Defined in RFC 3778
    application/postscript: PostScript; Defined in RFC 2046
    application/rdf+xml: Resource Description Framework; Defined by RFC 3870
    application/rss+xml: RSS feeds
    application/soap+xml: SOAP; Defined by RFC 3902
    application/font-woff: Web Open Font Format; (candidate recommendation; use application/x-font-woff until standard is official)
    application/xhtml+xml: XHTML; Defined by RFC 3236
    application/xml: XML files; Defined by RFC 3023
    application/xml-dtd: DTD files; Defined by RFC 3023
    application/xop+xml: XOP
    application/zip: ZIP archive files; Registered[12]
    application/gzip: Gzip, Defined in RFC 6713

    Type audio

    For Audio.

    audio/basic: ?-law audio at 8 kHz, 1 channel; Defined in RFC 2046
    audio/L24: 24bit Linear PCM audio at 8–48 kHz, 1-N channels; Defined in RFC 3190
    audio/mp4: MP4 audio
    audio/mpeg: MP3 or other MPEG audio; Defined in RFC 3003
    audio/ogg: Ogg Vorbis, Speex, Flac and other audio; Defined in RFC 5334
    audio/vorbis: Vorbis encoded audio; Defined in RFC 5215
    audio/vnd.rn-realaudio: RealAudio; Documented in RealPlayer Help[13]
    audio/vnd.wave: WAV audio; Defined in RFC 2361
    audio/webm: WebM open media format

    Type image

    image/gif: GIF image; Defined in RFC 2045 and RFC 2046
    image/jpeg: JPEG JFIF image; Defined in RFC 2045 and RFC 2046
    image/pjpeg: JPEG JFIF image; Associated with Internet Explorer; Listed in ms775147(v=vs.85) - Progressive JPEG, initiated before global browser support for progressive JPEGs (Microsoft and Firefox).
    image/png: Portable Network Graphics; Registered,[14] Defined in RFC 2083
    image/svg+xml: SVG vector image; Defined in SVG Tiny 1.2 Specification Appendix M
    image/tiff: Tag Image File Format (only for Baseline TIFF); Defined in RFC 3302

    Type message

    message/http: Defined in RFC 2616
    message/imdn+xml: IMDN Instant Message Disposition Notification; Defined in RFC 5438
    message/partial: Email; Defined in RFC 2045 and RFC 2046
    message/rfc822: Email; EML files, MIME files, MHT files, MHTML files; Defined in RFC 2045 and RFC 2046

    Type model

    For 3D models.

    model/example: Defined in RFC 4735
    model/iges: IGS files, IGES files; Defined in RFC 2077
    model/mesh: MSH files, MESH files; Defined in RFC 2077, SILO files
    model/vrml: WRL files, VRML files; Defined in RFC 2077
    model/x3d+binary: X3D ISO standard for representing 3D computer graphics, X3DB binary files
    model/x3d+vrml: X3D ISO standard for representing 3D computer graphics, X3DV VRML files
    model/x3d+xml: X3D ISO standard for representing 3D computer graphics, X3D XML files

    Type multipart

    For archives and other objects made of more than one part.

    multipart/mixed: MIME Email; Defined in RFC 2045 and RFC 2046
    multipart/alternative: MIME Email; Defined in RFC 2045 and RFC 2046
    multipart/related: MIME Email; Defined in RFC 2387 and used by MHTML (HTML mail)
    multipart/form-data: MIME Webform; Defined in RFC 2388
    multipart/signed: Defined in RFC 1847
    multipart/encrypted: Defined in RFC 1847

    Type text

    For human-readable text and source code.

    text/cmd: commands; subtype resident in Gecko browsers like Firefox 3.5
    text/css: Cascading Style Sheets; Defined in RFC 2318
    text/csv: Comma-separated values; Defined in RFC 4180
    text/html: HTML; Defined in RFC 2854
    text/javascript (Obsolete): JavaScript; Defined in and obsoleted by RFC 4329 in order to discourage its usage in favor of application/javascript. However, text/javascript is allowed in HTML 4 and 5 and, unlike application/javascript, has cross-browser support. The "type" attribute of the tag in HTML5 is optional and there is no need to use it at all since all browsers have always assumed the correct default (even in HTML 4 where it was required by the specification).
    text/plain: Textual data; Defined in RFC 2046 and RFC 3676
    text/vcard: vCard (contact information); Defined in RFC 6350
    text/xml: Extensible Markup Language; Defined in RFC 3023

    Type video

    For video.

    video/mpeg: MPEG-1 video with multiplexed audio; Defined in RFC 2045 and RFC 2046
    video/mp4: MP4 video; Defined in RFC 4337
    video/ogg: Ogg Theora or other video (with audio); Defined in RFC 5334
    video/quicktime: QuickTime video; Registered[15]
    video/webm: WebM Matroska-based open media format
    video/x-matroska: Matroska open media format
    video/x-ms-wmv: Windows Media Video; Documented in Microsoft KB 288102
    video/x-flv: Flash video (FLV files)

    List of common media subtype prefixes
    Prefix vnd

    For vendor-specific files.

    application/vnd.oasis.opendocument.text: OpenDocument Text; Registered[16]
    application/vnd.oasis.opendocument.spreadsheet: OpenDocument Spreadsheet; Registered[17]
    application/vnd.oasis.opendocument.presentation: OpenDocument Presentation; Registered[18]
    application/vnd.oasis.opendocument.graphics: OpenDocument Graphics; Registered[19]
    application/vnd.ms-excel: Microsoft Excel files
    application/vnd.openxmlformats-officedocument.spreadsheetml.sheet: Microsoft Excel 2007 files
    application/vnd.ms-powerpoint: Microsoft Powerpoint files
    application/vnd.openxmlformats-officedocument.presentationml.presentation: Microsoft Powerpoint 2007 files
    application/vnd.openxmlformats-officedocument.wordprocessingml.document: Microsoft Word 2007 files
    application/vnd.mozilla.xul+xml: Mozilla XUL files
    application/vnd.google-earth.kml+xml: KML files (e.g. for Google Earth)[20]
    application/vnd.google-earth.kmz: KMZ files (e.g. for Google Earth)[21]
    application/vnd.dart: Dart files [22]
    application/vnd.android.package-archive: For download apk files.

    Fri, Jul 26, 2013  Permanent link

    Sent to project: Start your own revolution
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    gamma     Tue, Aug 6, 2013  Permanent link
    I never heard of anything so originally crazy and absurd. All the data in computers is binary. HTML is a container that is readable to humans. Whenever any embedded data goes in, it looks readable. We see ASCII in there. Greek letters are for example, some codes mostly made of numbers. ASCII is rooted in binary numbers up to certain number. There aren't enough greek letters for all the constants of physics. You need to conceptualize. The data announcements in HTML blocks only specify that a table of data is coming, beginning and ending. And everything is just numbers, ones and zeros.
    BenRayfield     Thu, Aug 8, 2013  Permanent link
    What about the Javascript in the html like when it defines the pixel alignments of menus inside menus or those balls of links you can rotate or all kinds of crazy graphics effects? Is that meant to be Human readable? And what about embedded videos and how they're becoming a part of HTML5?
    gamma     Sat, Aug 10, 2013  Permanent link
    Javascript, php... have number constants. JS is the most powerful yet. All things are meant to be human readable, but more code is generated automatically, 'cause everybody wants it done in visual editors, so its evolutionary perversion.
     
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