cansas1d-template.xml
From canSAS
<?xml version="1.0"?> <SASroot xmlns="http://www.smallangles.net/cansas1d" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://www.smallangles.net/cansas1d/ cansas1d.xsd" version="1.0"> <!-- file: cansas1d-template.xml purpose: Template file for canSAS 1-D reduced SAS XML data format notes: Each element in the standard is shown with a comment embedded. The comment indicates the name of the element, how many times the element can be used, and a short description. [0..1] : element is optional but can only appear once within enclosing element [1..1] : element is required and can only appear once within enclosing element [1..inf] : element is required but can appear as many times as needed within enclosing element [0..inf] : element is optional and can appear as many times as needed within enclosing element [] : element is optional, number of appearances within enclosing element is not specified All elements, when present, must appear in the order shown below. When shown in the template below, the "unit" attribute is required. If in doubt, try validating against the XML Schema as described in http://www.smallangles.net/wgwiki/index.php/cansas1d_documentation#Validation_of_XML_against_the_Schema --> <!--* SASroot: [1..1] required name of the type of data in this file, 'version="1.0"' is a required attribute --> <SASentry name="this name is optional"> <!--* SASentry: [1..inf] a single SAS scan --> <Title><!--* [0..1] title of this SAS scan --></Title> <Run><!--* [0..1] run (number or text) of this SAS scan --></Run> <SASdata name="this name is optional"> <!--* SASdata: [1..1] required, contains all the SAS data for this SAS scan --> <Idata> <!--* Idata: [1..inf] row of SAS data --> <Q unit="1/A"><!--* Q: [1..1] Q value for this row -->0.02</Q> <I unit="1/cm"><!--* I: [1..1] Intensity value for this row -->1000</I> <Qdev unit="1/A"><!--* Qdev: [1..1] Qdev value for this row -->0.01</Qdev> <Idev unit="1/cm"><!--* Idev: [1..1] Idev value for this row -->3</Idev> <Qfwhm unit="1/A"><!--* Qfwhm: [0..1] Qfwhm value for this row --></Qfwhm> <Qmean unit="1/A"><!--* Qmean: [0..1] Qmean value for this row --></Qmean> <Shadowfactor><!--* Shadowfactor: [0..1] beam stop Shadowfactor value for this row --></Shadowfactor> </Idata> </SASdata> <SASsample name="this name is optional"> <!--* SASsample: [] description of the sample --> <ID><!--* ID: [1..1] required, sample ID -->SI600-new-long</ID> <thickness unit="mm"><!--* thickness: [0..1] sample thickness -->1.03</thickness> <transmission><!--* transmission: [0..1] sample transmission -->0.327</transmission> <temperature unit="C"><!--* thickness: [0..1] sample temperature -->0.0000</temperature> <position name="this name is optional"> <!--* position: [0..1] sample translation, name is optional --> <x unit="mm"><!--* x: [0..1] sample X position -->10.00</x> <y unit="mm"><!--* y: [0..1] sample Y position -->0.00</y> <z unit="mm"><!--* z: [0..1] sample Z position -->0.00</z> </position> <orientation name="this name is optional"> <!--* orientation: [0..1] sample rotation, name is optional --> <roll unit="degree"><!--* roll: [0..1] sample roll -->22.5</roll> <pitch unit="degree"><!--* pitch: [0..1] sample pitch -->0.020</pitch> <yaw unit="degree"><!--* yaw: [0..1] sample yaw -->0.020</yaw> </orientation> <details> <!--* details: [0..inf] free form description of the sample --> http://chemtools.chem.soton.ac.uk/projects/blog/blogs.php/bit_id/2720 </details> </SASsample> <SASinstrument name="this name is optional"> <!--* SASinstrument: [] description of the instrument --> <name>canSAS instrument</name> <SASsource> <!--* SASsource: [] description of the radiation source --> <radiation><!--* radiation: [1..1] neutron, X-ray tube, synchrotron X-ray, ... -->neutron</radiation> <beam_size name="this name is optional"> <!--* beam_size: [0..1] dimensions of the beam --> <x unit="mm"><!--* x: [0..1] horizontal beam size -->12.00</x> <y unit="mm"><!--* y: [0..1] vertical Y beam size -->12.00</y> <z unit="mm"><!--* z: [0..1] this is allowed but has no meaning for SAS -->0.00</z> </beam_size> <beam_shape> <!--* beam_shape: [0..1] disc, rectangle, oval, ... --> disc </beam_shape> <wavelength unit="A"><!--* wavelength: [0..1] incident radiation -->6.00</wavelength> <wavelength_min unit="nm"><!--* wavelength_min: [0..1] minimum wavelength -->0.22</wavelength_min> <wavelength_max unit="nm"><!--* wavelength_max: [0..1] maximum wavelength -->1.00</wavelength_max> <wavelength_spread unit="percent"><!--* wavelength_spread: [0..1] wavelength spread -->14.3</wavelength_spread> </SASsource> <SAScollimation name="this name is optional"> <!--* SAScollimation: [] description of the instrument collimation --> <distance unit="m"><!--* distance: [0..1] distance from ?sample? -->11.000</distance> <aperture name="source" type="radius"> <!--* aperture: [0..inf] description of slits or aperture --> <size> <!--* size: [0..1] description of slits or aperture --> <x unit="mm"><!--* x: [0..1] horizontal size -->50</x> <y unit="mm"><!--* y: [0..1] vertical size -->2.1</y> <z unit="mm"><!--* z: [0..1] this is allowed but has no meaning for SAS -->0.00</z> </size> <distance unit="mm"><!--* distance: [0..1] distance from ?sample? -->15.0</distance> </aperture> </SAScollimation> <SASdetector name="this name is optional"> <!--* SASdetector: [1..inf] description of the detector --> <name><!--* name: [1..1] detector name -->fictional hybrid</name> <SDD unit="m"> <!-- sample-to-detector distance --> 4.150 </SDD> <offset name="this name is optional"> <!--* offset: [0..1] detector translation --> <x unit="mm"><!--* x: [0..1] horizontal -->322.64</x> <y unit="mm"><!--* y: [0..1] vertical -->327.68</y> <z unit="mm"><!--* z: [0..1] depth -->0.00</z> </offset> <orientation name="this name is optional"> <!--* offset: [0..1] detector rotation --> <roll unit="degree"><!--* roll: [0..1] detector roll -->0.00</roll> <pitch unit="degree"><!--* pitch: [0..1] detector pitch -->0.00</pitch> <yaw unit="degree"><!--* yaw: [0..1] detector yaw -->0.00</yaw> </orientation> <beam_center name="this name is optional"> <!--* beam_center: [0..1] beam displacement on detector --> <x unit="mm"><!--* x: [0..1] horizontal -->322.64</x> <y unit="mm"><!--* y: [0..1] vertical -->327.68</y> <z unit="mm"><!--* z: [0..1] this is allowed but has no meaning for SAS -->0.00</z> </beam_center> <pixel_size name="this name is optional"> <!--* beam_center: [0..1] pixel size on detector --> <x unit="mm"><!--* x: [0..1] horizontal -->5.0</x> <y unit="mm"><!--* y: [0..1] vertical -->5.0</y> <z unit="mm"><!--* z: [0..1] this is allowed but has no meaning for SAS -->0.00</z> </pixel_size> <slit_length unit="1/A"><!--* slitlength: [0..1] slitlength at detector -->0.05</slit_length> </SASdetector> </SASinstrument> <SASprocess name="this name is optional"> <!--* SASprocess: [0..inf] description of a processing or analysis step --> <name><!--* name: [0..1] name of processing routine -->spol</name> <date><!--* date: [0..1] date of processing -->04-Sep-2007 18:35:02</date> <description><!--* description: [0..1] free form description of processing routine --></description> <term name="parameterName" unit="mm"> <!--* term: [0..inf] some term used in processing or analysis (string or number) "name" attribute is required "unit" attribute is optional --> 10.000 </term> <term name="MASK_file"><!-- another example -->USER:MASK.COM</term> <SASprocessnote name="this name is optional"> <!--* SASprocessnote: [1..inf] free form description of processing --> <!-- example: this element is not specified in the cansas1d standard --> AvA1 0.0000E+00 AsA2 1.0000E+00 XvA3 1.0526E+03 XsA4 5.2200E-02 XfA5 0.0000E+00 </SASprocessnote> </SASprocess> <SASnote name="this name is optional"> <!--* SASnote: [1..inf] free form description of anything not covered above --> </SASnote> </SASentry> </SASroot>
