EDNA Plugin: EDPluginExecPyFAIv1_0

Name:EDPluginExecPyFAIv1_0
Project:execPlugins
Path:execPlugins/plugins/EDPluginGroupPyFAI-v1.0/plugins/EDPluginExecPyFAIv1_0.py
Author:Jérôme Kieffer <jerome.kieffer@esrf.fr>
Date:
Copyright:2012 European Synchrotron Radiation Facility
License:GPLv3+
Module doc:
Class doc:This is the basic plugin of PyFAI for azimuthal integration
Datamodels: XSDataInputPyFAI
targetNamespace "http://www.edna-site.org"

import XSDataCommon.XSData
import XSDataCommon.XSDataInput
import XSDataCommon.XSDataResult
import XSDataCommon.XSDataImage
import XSDataCommon.XSDataImageExt
import XSDataCommon.XSDataWavelength
import XSDataCommon.XSDataBoolean
import XSDataCommon.XSDataFile
import XSDataCommon.XSDataDouble
import XSDataCommon.XSDataInteger
import XSDataCommon.XSDataString
import XSDataCommon.XSDataStatus
import XSDataCommon.XSDataImage
import XSDataCommon.XSDataLength
import XSDataCommon.XSDataAngle


complex type XSDataDetector extends XSData {
    "Number 1 and 2 refer to Y and X axis" 
    name: XSDataString optional
    splineFile: XSDataFile optional
    pixelSizeX: XSDataLength optional
    pixelSizeY: XSDataLength optional
    distortionFileX : XSDataImageExt optional
    distortionFileY : XSDataImageExt optional
}

complex type XSDataGeometry extends XSData{
    "place holder"
    detector: XSDataDetector
}

complex type XSDataGeometryPyFAI extends XSDataGeometry {
    sampleDetectorDistance : XSDataLength
    pointOfNormalIncidence1 : XSDataLength
    pointOfNormalIncidence2 : XSDataLength
    rotation1: XSDataAngle
    rotation2: XSDataAngle
    rotation3: XSDataAngle
}

complex type XSDataGeometryFit2D extends XSDataGeometry {
    angleOfTilt : XSDataAngle 
    tiltRotation : XSDataAngle
    beamCentreInPixelsX : XSDataDouble
    beamCentreInPixelsY : XSDataDouble
    distance : XSDataLength
}


complex type XSDataInputPyFAI extends XSDataInput {
    "saxsWaxs can be saxs or waxs"
    nbPt: XSDataInteger
    dark: XSDataImageExt optional
    flat: XSDataImageExt optional
    input: XSDataImageExt
    output: XSDataImageExt optional
    wavelength: XSDataWavelength optional
    mask: XSDataImageExt optional
    geometryPyFAI: XSDataGeometryPyFAI optional/*one of them must be available */
    geometryFit2D:    XSDataGeometryFit2D optional
    saxsWaxs: XSDataString  optional /*#waxs by default*/
    dummy:XSDataDouble optional
    deltaDummy: XSDataDouble optional
    }


complex type XSDataResultPyFAI extends XSDataResult {
    output : XSDataImageExt
}

complex type XSDataPeakPosition extends XSData {
    "Set of pixel coordinates and the associated 2Theta diffraction angle"
    positionX : XSDataDouble
    positionY : XSDataDouble
    twoTheta  : XSDataDouble
}

complex type XSDataInputRefineDiffractionGeometry extends XSDataInput {
    points : XSDataPeakPosition []
    geometryFit2D: XSDataGeometryFit2D optional
    geometrySPD: XSDataGeometryPyFAI optional
    detector: XSDataDetector 
}

complex type XSDataResultRefineDiffractionGeometry extends XSDataResult {
     geometryFit2D: XSDataGeometryFit2D optional
    geometrySPD: XSDataGeometryPyFAI optional 
}