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| ==Disclaimer==
| | This manual has been superseded (replaced) by a PDF: |
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| This description is meant to inform the community how to layout
| | http://svn.smallangles.net/trac/canSAS/browser/1dwg/tags/v1.0/doc/cansas-1d-1_0-manual.pdf?format=raw |
| the information within the XML files. However, should the
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| information in this document and the [[cansas1d_xsd | canSAS 1D SAS XML Schema]]
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| differ, the XML Schema will be deemed to have the most correct description
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| of the standard.
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| ==General Layout of the XML Data==
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| ===required XML file header===
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| <pre>
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| <?xml version="1.0"?>
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| <SASroot xmlns="http://www.smallangles.net/cansas1d"
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| xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
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| xsi:schemaLocation="http://www.smallangles.net/cansas1d cansas1d.xsd"
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| version="0.1a">
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| </pre>
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| ;NOTE: We (canSAS) will have to be able to provide the cansas1d.xsd as a page on the WWW. We should use that URL here.
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| ===overall file: layout of SASroot===
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| *SASroot
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| **SASentry
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| **SASentry
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| **SASentry ... (for each data set, time-slice, step in a series, new sample, etc.)
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| ===each data set: layout of the SASentry===
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| *SASentry
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| **Title
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| **Run
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| **SASdata (this is where the reduced 1-D SAS data is stored)
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| **SASsample
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| **SASinstrument
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| **SASprocess
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| **SASprocess
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| **SASprocess... (for each processing or analysis step)
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| **SASnote
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| **SASnote
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| **SASnote... (anything at all)
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| ==Definition of terms==
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| ;term:quantity <br> description
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| ;<tt>aperture</tt>: [0..inf] <br> describes an aperture position, size, and shape
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| ;<tt>beam_center</tt>: [..] <br>
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| ;<tt>beam_shape</tt>: [..] <br>
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| ;<tt>beam_size</tt>: [..] <br>
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| ;<tt>date</tt>: [..] <br>
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| ;<tt>description</tt>: [..] <br>
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| ;<tt>details</tt>: [..] <br>
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| ;<tt>distance</tt>: [..] <br>
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| ;<tt>I</tt>: [..] <br>
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| ;<tt>ID</tt>: [..] <br>
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| ;<tt>Idata</tt>: [..] <br>
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| ;<tt>Idev</tt>: [..] <br>
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| ;<tt>name</tt>: [..] <br>
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| ;<tt>offset</tt>: [..] <br>
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| ;<tt>orientation</tt>: [..] <br>
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| ;<tt>pitch</tt>: [..] <br>
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| ;<tt>pixel_size</tt>: [..] <br>
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| ;<tt>Q</tt>: [..] <br>
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| ;<tt>Qdev</tt>: [..] <br>
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| ;<tt>Qfwhm</tt>: [..] <br>
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| ;<tt>Qmean</tt>: [..] <br>
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| ;<tt>radiation</tt>: [..] <br>
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| ;<tt>roll</tt>: [..] <br>
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| ;<tt>Run</tt>: [..] <br>
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| ;<tt>SAScollimation</tt>: [..] <br>
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| ;<tt>SASdetector</tt>: [..] <br>
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| ;<tt>SASentry</tt>: [1..inf] <br> Describes a single 1-D SAS data scan. <br> Time-resolved experiments or others with series data should put each step in the series into its own SASentry.
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| ;<tt>SASinstrument</tt>: [1..1] <br> describes the SAS instrument used to provide this SASentry
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| ;<tt>SASnote</tt>: [0..inf] <br> allows for other information to be added to a SASentry
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| ;<tt>SASprocess</tt>: [0..inf] <br> describes a data processing or analysis step
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| ;<tt>SASprocessnote</tt>: [..] <br>
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| ;<tt>SASroot</tt>: [1..1] <br> (required) root node of the canSAS 1-D reduced SAS data file in XML
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| ;<tt>SASsample</tt>: [1..1] <br> describes the sample
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| ;<tt>SASsource</tt>: [..] <br>
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| ;<tt>SDD</tt>: [..] <br>
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| ;<tt>Shadowfactor</tt>: [..] <br>
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| ;<tt>size</tt>: [..] <br>
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| ;<tt>temperature</tt>: [..] <br>
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| ;<tt>term</tt>: [..] <br>
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| ;<tt>thickness</tt>: [..] <br>
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| ;<tt>Title</tt>: [..] <br>
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| ;<tt>transmission</tt>: [..] <br>
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| ;<tt>wavelength_max</tt>: [..] <br>
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| ;<tt>wavelength_min</tt>: [..] <br>
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| ;<tt>wavelength_spread</tt>: [..] <br>
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| ;<tt>wavelength</tt>: [..] <br>
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| ;<tt>x</tt>: [..] <br>
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| ;<tt>y</tt>: [..] <br>
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| ;<tt>yaw</tt>: [..] <br>
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| ;<tt>z</tt>: [..] <br>
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| ==attributes==
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| ;<tt>name</tt>:
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| ;<tt>type</tt>:
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| ;<tt>unit</tt>:
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| ;<tt>version</tt>:
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| ==rules==
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| # no whitespace padding of value fields
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| # Q=(4 π / λ) sin(θ) <br> where λ is the wavelength of the radiation and 2θ is the angle through which the detected radiation has been scattered.
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| # units to be given in standard SI abbreviations (eg, m, cm, mm, nm, K) with the following exceptions:
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| ##um=micrometres
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| ##C=celsius
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| ##A=Angstroms
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| ##percent=%.
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| # where reciprocal units need to be quoted the format shall be "1/abbreviation"
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| # Unicode characters MUST NOT be used
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| # axes:
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| ##z is along the flight path (positive value in the direction of the detector)
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| ##x is orthogonal to z in the horizontal plane (positive values increase to the right when viewed towards the incoming radiation)
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| ##y is orthogonal to z and x in the vertical plane (positive values increase upwards)
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| #angles:
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| ##roll is about z
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| ##pitch is about x
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| ##yaw is about y
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