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Imported schema eml-spatialRaster.xsd

Namespace | https://eml.ecoinformatics.org/spatialRaster-2.2.0
Annotations |
    Copyright: 1997-2002 Regents of the University of California,
                                University of New Mexico, and
                                Arizona State University
            Sponsors: National Center for Ecological Analysis and Synthesis and
                      Partnership for Interdisciplinary Studies of Coastal Oceans,
                         University of California Santa Barbara
                      Long-Term Ecological Research Network Office,
                         University of New Mexico
                      Center for Environmental Studies, Arizona State University
       Other funding: National Science Foundation (see README for details)
                      The David and Lucile Packard Foundation
         For Details: http://knb.ecoinformatics.org/

            '$Author: obrien $'
              '$Date: 2009-02-25 23:51:54 $'
          '$Revision: 1.50 $'

        This program is free software; you can redistribute it and/or modify
        it under the terms of the GNU General Public License as published by
        the Free Software Foundation; either version 2 of the License, or
        (at your option) any later version.

        This program is distributed in the hope that it will be useful,
        but WITHOUT ANY WARRANTY; without even the implied warranty of
        MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
        GNU General Public License for more details.

        You should have received a copy of the GNU General Public License
        along with this program; if not, write to the Free Software
        Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307  USA
    moduleName: eml-spatialRaster

    moduleDescription:

                  The eml-spatialRaster module - Logical information about
                  regularly gridded geospatial image data

    recommendedUsage: all spatial datasets that use spatial gridded
            data

    standAlone: yes
Properties |
attribute form default | unqualified
element form default | unqualified

Element SpatialRasterType / attributeList

Namespace | No namespace
Annotations |
    tooltip: Attribute List

    summary: The list of attributes associated with this
                  entity.

    description: The list of attributes associated with this
                  entity.  For more information see the eml-attribute
                  module.
Diagram |
Type | AttributeListType
Properties |
content | complex
Model | attribute+ | (references)
Children | attribute, references
Instance |
    <attributeList id="">
      <attribute id="" scope="document" system="">{1,unbounded}</attribute>
      <references system="">{1,1}</references>
    </attributeList>
Attributes |
QName | Type | Use |
--- | --- | --- | ---
id | IDType | optional |

Element SpatialRasterType / constraint

Namespace | No namespace
Annotations |
    tooltip: Constraint

    summary: Description of any relational constraints on
                  this entity.

    description: Description of any relational constraints on
                  this entity.  For more information see the eml-constraint
                  module.
Diagram |
Type | ConstraintType
Properties |
content | complex
minOccurs | 0
maxOccurs | unbounded
Model | primaryKey | uniqueKey | checkConstraint | foreignKey | joinCondition | notNullConstraint
Children | checkConstraint, foreignKey, joinCondition, notNullConstraint, primaryKey, uniqueKey
Instance |
    <constraint id="" scope="document" system="">
      <primaryKey>{1,1}</primaryKey>
      <uniqueKey>{1,1}</uniqueKey>
      <checkConstraint language="">{1,1}</checkConstraint>
      <foreignKey>{1,1}</foreignKey>
      <joinCondition>{1,1}</joinCondition>
      <notNullConstraint>{1,1}</notNullConstraint>
    </constraint>
Attributes |
QName | Type | Default | Use |
--- | --- | --- | --- | ---
id | IDType |  | optional |
scope | ScopeType | document | optional |
system | SystemType |  | optional |

Element SpatialRasterType / spatialReference

Namespace | No namespace
Annotations |
    tooltip: Spatial Reference

    summary: The means by which positional information in this entity is
                  related to points on the earth's surface.

    description: Spatial Referencing systems define the coordinates used to
                  describe horizontal and vertical locations. These are typically either geographic, projected
                  planar, or arbitrary planar.
Diagram |
Type | SpatialReferenceType
Properties |
content | complex
Model | ((horizCoordSysName | horizCoordSysDef) , vertCoordSys{0,1}) | (references)
Children | horizCoordSysDef, horizCoordSysName, references, vertCoordSys
Instance |
    <spatialReference id="" scope="document" system="">
      <horizCoordSysName>{1,1}</horizCoordSysName>
      <horizCoordSysDef name="">{1,1}</horizCoordSysDef>
      <vertCoordSys>{0,1}</vertCoordSys>
      <references system="">{1,1}</references>
    </spatialReference>
Attributes |
QName | Type | Default | Use |
--- | --- | --- | --- | ---
id | IDType |  | optional |
scope | ScopeType | document | optional |
system | SystemType |  | optional |

Element SpatialRasterType / georeferenceInfo

Namespace | No namespace
Annotations |
    tooltip: Georeferenc information

    summary: Information on how to position the grid within the coordinate
                        system defined in the spatial reference module.

    description: Information on how to position the grid within the coordinate
                        system defined in the spatial reference module.
Diagram |
Properties |
content | complex
minOccurs | 0
Model | cornerPoint{1,4} | controlPoint+ | bilinearFit
Children | bilinearFit, controlPoint, cornerPoint
Instance |
    <georeferenceInfo>
      <cornerPoint>{1,4}</cornerPoint>
      <controlPoint>{1,unbounded}</controlPoint>
      <bilinearFit>{1,1}</bilinearFit>
    </georeferenceInfo>

Element SpatialRasterType / georeferenceInfo / cornerPoint

Namespace | No namespace
Annotations |
    tooltip: Corner point

    summary: Location of a corner on a rectified grid within the coordinate
                        system.

    description: Location of a corner on the coordinate system defined in
                        the spatial reference module. Use this element when the rows and columns
                         of the grid are aligned with the coordinate system. One or more corner
                         points are needed to locate a rectified grid.
Diagram |
Properties |
content | complex
maxOccurs | 4
Model | xCoordinate , yCoordinate , pointInPixel , corner
Children | corner, pointInPixel, xCoordinate, yCoordinate
Instance |
    <cornerPoint>
      <xCoordinate>{1,1}</xCoordinate>
      <yCoordinate>{1,1}</yCoordinate>
      <pointInPixel>{1,1}</pointInPixel>
      <corner>{1,1}</corner>
    </cornerPoint>

Element SpatialRasterType / georeferenceInfo / cornerPoint / xCoordinate

Namespace | No namespace
Annotations |
    tooltip: X coordinate

    summary: X Location of the georeferencing point in the X diminsion of the
                           coordinate system.

    description: Location of the georeferencing point expressed in units of the
                               coordinate system
                          defined in the spatial Reference module.

    example: 455000
Diagram |
Type | xs:float
Properties |
content | simple

Element SpatialRasterType / georeferenceInfo / cornerPoint / yCoordinate

Namespace | No namespace
Annotations |
    tooltip: Y coordinate

    summary: Location of the georeferencing point in the Y dimension of the
                           coordinate system.

    description: Y Location of the georeferencing point expressed in units of the coordinate system
                          defined in the spatial Reference module.

    example: 3455000
Diagram |
Type | xs:float
Properties |
content | simple

Element SpatialRasterType / georeferenceInfo / cornerPoint / pointInPixel

Namespace | No namespace
Annotations |
    tooltip: Point in Pixel

    summary: Location within the pixel of the georeferencing point.

    description: Location within the pixel of the georeferencing point.

    example: upperLeft
Diagram |
Type | restriction of xs:string
Properties |
content | simple
Facets |
enumeration | upperLeft |
enumeration | upperRight |
enumeration | lowerRight |
enumeration | lowerLeft |
enumeration | center |

Element SpatialRasterType / georeferenceInfo / cornerPoint / corner

Namespace | No namespace
Annotations |
    tooltip: Corner

    summary: Identification of the corner in the grid corresponding to the
                        coordinates provided.

    description: Identification of the corner in the grid corresponding to the
                        coordinates provided.

    example: Upper Left
Diagram |
Type | rasterOriginType
Properties |
content | simple
Facets |
enumeration | Upper Left |
enumeration | Lower Left |
enumeration | Upper Right |
enumeration | Lower Right |

Element SpatialRasterType / georeferenceInfo / controlPoint

Namespace | No namespace
Annotations |
    tooltip: Georeference Point

    summary: A point defined in both grid cell and georeferenced
                        coordinates that is used to position  the raster grid within the
                        coordinate system defined in the spatialReference modoule.

    description: If the grid is rectified to the coordinate system, then
                         a single point may be used to position the grid. Otherwise, a series of
                         points is necessary to fit the grid to the coordinate system.
Diagram |
Properties |
content | complex
maxOccurs | unbounded
Model | column , row , xCoordinate , yCoordinate , pointInPixel
Children | column, pointInPixel, row, xCoordinate, yCoordinate
Instance |
    <controlPoint>
      <column>{1,1}</column>
      <row>{1,1}</row>
      <xCoordinate>{1,1}</xCoordinate>
      <yCoordinate>{1,1}</yCoordinate>
      <pointInPixel>{1,1}</pointInPixel>
    </controlPoint>

Element SpatialRasterType / georeferenceInfo / controlPoint / column

Namespace | No namespace
Annotations |
    tooltip: Column

    summary: Column location of the georeferencing point in the grid.

    description: Column location of the georeferencing point indicated as the nth column
                          counting the cell indicated in rasterOrigin as column 1.

    example: 1
Diagram |
Type | xs:int
Properties |
content | simple

Element SpatialRasterType / georeferenceInfo / controlPoint / row

Namespace | No namespace
Annotations |
    tooltip: Row

    summary: Row location of the georeferencing point in the grid.

    description: Row location of the georeferencing point indicated as the nth row
                          counting the cell indicated in rasterOrigin as row 1.

    example: 1
Diagram |
Type | xs:int
Properties |
content | simple

Element SpatialRasterType / georeferenceInfo / controlPoint / xCoordinate

Namespace | No namespace
Annotations |
    tooltip: X coordinate

    summary: X Location of the georeferencing point in the X diminsion of the
                           coordinate system.

    description: Location of the georeferencing point expressed in units of the coordinate system
                          defined in the spatial Reference module.

    example: 455000
Diagram |
Type | xs:float
Properties |
content | simple

Element SpatialRasterType / georeferenceInfo / controlPoint / yCoordinate

Namespace | No namespace
Annotations |
    tooltip: Y coordinate

    summary: Location of the georeferencing point in the Y dimension of the
                           coordinate system.

    description: Y Location of the georeferencing point expressed in units of the
                               coordinate system
                          defined in the spatial Reference module.

    example: 3455000
Diagram |
Type | xs:float
Properties |
content | simple

Element SpatialRasterType / georeferenceInfo / controlPoint / pointInPixel

Namespace | No namespace
Annotations |
    tooltip: Point in Pixel

    summary: Location within the pixel of the georeferencing point.

    description: Location within the pixel of the georeferencing point.

    example: upperLeft
Diagram |
Type | restriction of xs:string
Properties |
content | simple
Facets |
enumeration | upperLeft |
enumeration | upperRight |
enumeration | lowerRight |
enumeration | lowerLeft |
enumeration | center |

Element SpatialRasterType / georeferenceInfo / bilinearFit

Namespace | No namespace
Annotations |
    tooltip: Bilinear Fit

    summary: Terms of a bilinear model to fit the grid to the coordinate system.

    description: Intercept and slope terms to describe the orientation and position of the
                              grid to the coordinate system based on corner point identified in the rasterOrigin element.
                          defined in the spatial Reference module.
Diagram |
Properties |
content | complex
Model | xIntercept , xSlope , yIntercept , ySlope
Children | xIntercept, xSlope, yIntercept, ySlope
Instance |
    <bilinearFit>
      <xIntercept>{1,1}</xIntercept>
      <xSlope>{1,1}</xSlope>
      <yIntercept>{1,1}</yIntercept>
      <ySlope>{1,1}</ySlope>
    </bilinearFit>

Element SpatialRasterType / georeferenceInfo / bilinearFit / xIntercept

Namespace | No namespace
Annotations |
    tooltip: X Intercept

    summary: Location of the rasterOrigin point on the x axis of the the coordinate system.

    description: X Intercept of the rasterOrigin point within the coordinate system.

    example: 3455000
Diagram |
Type | xs:float
Properties |
content | simple

Element SpatialRasterType / georeferenceInfo / bilinearFit / xSlope

Namespace | No namespace
Annotations |
    tooltip: X slope

    summary: Slope describing transformation of grid cell distances into x coordinates.

    description: Slope describing transformation of grid cell distances into x coordinates.

    example: 5.0123
Diagram |
Type | xs:float
Properties |
content | simple

Element SpatialRasterType / georeferenceInfo / bilinearFit / yIntercept

Namespace | No namespace
Annotations |
    tooltip: Y Intercept

    summary: Location of the rasterOrigin point on the y axis of the the coordinate
                              system.

    description: Location of the rasterOrigin point on the y axis of the the coordinate
                               system.

    example: 455000
Diagram |
Type | xs:float
Properties |
content | simple

Element SpatialRasterType / georeferenceInfo / bilinearFit / ySlope

Namespace | No namespace
Annotations |
    tooltip: X slope

    summary: Slope describing transformation of grid cell distances into y axis
                              coordinates.

    description: Slope describing transformation of grid cell distances into y axis
                              coordinates.

    example: 5.0123
Diagram |
Type | xs:float
Properties |
content | simple

Element SpatialRasterType / horizontalAccuracy

Namespace | No namespace
Annotations |
    tooltip: Horizontal Accuracy

    summary:
                  The accuracy of horizontal locational measurements within the data.

    description: Horizontal accuracy may be reported either as a quantitative estimate
                  expressed in the units of the coordinate system or as a text assessment.
Diagram |
Type | DataQuality
Properties |
content | complex
Model | accuracyReport , quantitativeAccuracyReport*
Children | accuracyReport, quantitativeAccuracyReport
Instance |
    <horizontalAccuracy>
      <accuracyReport>{1,1}</accuracyReport>
      <quantitativeAccuracyReport>{0,unbounded}</quantitativeAccuracyReport>
    </horizontalAccuracy>

Element DataQuality / accuracyReport

Namespace | No namespace
Annotations |
    tooltip: Accuracy Report

    summary: A qualitative statement about the accuracy of the data.

    description: A text statement of the data quality, included the means by which it was determined.
Diagram |
Type | NonEmptyStringType
Properties |
content | simple
Facets |
minLength | 1 |
pattern | [\s]*[\S][\s\S]* |

Element DataQuality / quantitativeAccuracyReport

Namespace | No namespace
Annotations |
    tooltip: Quantitative Accuracy Report

    summary: A quantitative assessment of the data quality.

    description: A quantitative assessment of the data quality expressed as a value and
                the method of its determination.
Diagram |
Properties |
content | complex
minOccurs | 0
maxOccurs | unbounded
Model | quantitativeAccuracyValue , quantitativeAccuracyMethod
Children | quantitativeAccuracyMethod, quantitativeAccuracyValue
Instance |
    <quantitativeAccuracyReport>
      <quantitativeAccuracyValue>{1,1}</quantitativeAccuracyValue>
      <quantitativeAccuracyMethod>{1,1}</quantitativeAccuracyMethod>
    </quantitativeAccuracyReport>

Element DataQuality / quantitativeAccuracyReport / quantitativeAccuracyValue

Namespace | No namespace
Annotations |
    tooltip: Quantitative Accuracy Value

    summary: The value resulting from the accuracy test.

    description: The value resulting from the accuracy test. Typically, this will be expressed
                      in units corresponding to those declared for the parameter being assessed.

    example: 4.5
Diagram |
Type | NonEmptyStringType
Properties |
content | simple
Facets |
minLength | 1 |
pattern | [\s]*[\S][\s\S]* |

Element DataQuality / quantitativeAccuracyReport / quantitativeAccuracyMethod

Namespace | No namespace
Annotations |
    tooltip: Quantitative Accuracy Method

    summary: The method used to calculate the accuracy value.

    description: Identification and explanation of the method used to calculate the quantitative
                      accuracy assessment.

    example: Error expressed as root mean square of 5 control points.
Diagram |
Type | NonEmptyStringType
Properties |
content | simple
Facets |
minLength | 1 |
pattern | [\s]*[\S][\s\S]* |

Element SpatialRasterType / verticalAccuracy

Namespace | No namespace
Annotations |
    tooltip: Vertical Accuracy

    summary: The accuracy of vertical locational measurements within the data.

    description: Vertical accuracy may be reported either as a quantitative estimate
                  expressed in the units of the height or depth measurement system or as a text
                  assessment.
Diagram |
Type | DataQuality
Properties |
content | complex
Model | accuracyReport , quantitativeAccuracyReport*
Children | accuracyReport, quantitativeAccuracyReport
Instance |
    <verticalAccuracy>
      <accuracyReport>{1,1}</accuracyReport>
      <quantitativeAccuracyReport>{0,unbounded}</quantitativeAccuracyReport>
    </verticalAccuracy>

Element SpatialRasterType / cellSizeXDirection

Namespace | No namespace
Annotations |
    tooltip: Cell Size X Direction

    summary: The width of the cell in the x direction.

    description: Cell sizes should be expressed in the units declared in the spatialReference module.

    example: 28.5
Diagram |

Element SpatialRasterType / cellSizeYDirection

Namespace | No namespace
Annotations |
    tooltip: Cell Size Y Direction

    summary: The width of the cell in the x direction.

    description: Cell sizes should be expressed in the units declared in the spatialReference module.

    example: 28.5
Diagram |

Element SpatialRasterType / numberOfBands

Namespace | No namespace
Annotations |
    tooltip: Number Of Bands

    summary: The number of bands in the image.

    description: Image data may have more than one sensor band represented for each pixel.

    example: 7
Diagram |

Element SpatialRasterType / rasterOrigin

Namespace | No namespace
Annotations |
    tooltip: Raster Origin

    summary: The corner location of the pixel having the minimum
                  x and y values

    description: Identification the corner of the grid where the
                  first values for both the x and y axes begin in the
                  file.

    example: Upper Left
Diagram |
Type | rasterOriginType
Properties |
content | simple
Facets |
enumeration | Upper Left |
enumeration | Lower Left |
enumeration | Upper Right |
enumeration | Lower Right |

Element SpatialRasterType / rows

Namespace | No namespace
Annotations |
    tooltip: Rows

    summary: Maximum number of raster objects along the ordinate
                  (y) axis

    description: Maximum number of raster objects along the
                  ordinate (y) axis

    example: 455
Diagram |
Type | NonEmptyStringType
Properties |
content | simple
Facets |
minLength | 1 |
pattern | [\s]*[\S][\s\S]* |

Element SpatialRasterType / columns

Namespace | No namespace
Annotations |
    tooltip: Columns

    summary: Maximum number of raster objects along the abscissa
                  (x) axis

    description: Maximum number of raster objects along the
                  abscissa (x) axis

    example: 455
Diagram |
Type | NonEmptyStringType
Properties |
content | simple
Facets |
minLength | 1 |
pattern | [\s]*[\S][\s\S]* |

Element SpatialRasterType / verticals

Namespace | No namespace
Annotations |
    tooltip: Verticals

    summary: Maximum number of raster objects along the vertical
                  (z) axis

    description: Maximum number of raster objects along the
                  vertical (z) axis.
Diagram |

Element SpatialRasterType / cellGeometry

Namespace | No namespace
Annotations |
    tooltip: Cell Geometry

    summary: Geometric representation of the cell's content.

    description: Indication of whether the cell value is representative of a single
                  point(matrix) within the cell or the entire cell (pixel)

    example: pixel
Diagram |
Type | CellGeometryType
Properties |
content | simple
Facets |
enumeration | pixel |
enumeration | matrix |

Element SpatialRasterType / toneGradation

Namespace | No namespace
Annotations |
    tooltip: Tone Gradation

    summary: Number of colors present in the image.

    description: Number of colors present in the
                  image.

    example: 255
Diagram |
Type | xs:integer
Properties |
content | simple
minOccurs | 0

Element SpatialRasterType / scaleFactor

Namespace | No namespace
Annotations |
    tooltip: Scale Factor

    summary: The value used for scaling the source
                  raster.

    description: The scale factor is used for raster-rescaling
                  operations, where the following operation is applied to each
                  pixel in the data in the source:
                  rescaled=(source*scaleFactor)+offset.

    example: 2
Diagram |
Type | NonEmptyStringType
Properties |
content | simple
minOccurs | 0
Facets |
minLength | 1 |
pattern | [\s]*[\S][\s\S]* |

Element SpatialRasterType / offset

Namespace | No namespace
Annotations |
    tooltip: Offset

    summary: The offset value used for scaling the source
                  raster.

    description: The offset is used for raster-rescaling
                  operations, where the following operation is applied to each
                  pixel in the data in the source:
                  rescaled=(source*scaleFactor)+offset.

    example: 20
Diagram |
Type | NonEmptyStringType
Properties |
content | simple
minOccurs | 0
Facets |
minLength | 1 |
pattern | [\s]*[\S][\s\S]* |

Element SpatialRasterType / imageDescription

Namespace | No namespace
Annotations |
    tooltip: Image Description

    summary: Detailed information for data derived from image
                  sensors.

    description: Provides information about the image's
                  suitability for use, sensor properties, and individual band
                  descriptions.
Diagram |
Properties |
content | complex
minOccurs | 0
Model | illuminationElevationAngle{0,1} , illuminationAzimuthAngle{0,1} , imageOrientationAngle{0,1} , imagingCondition{0,1} , imageQualityCode{0,1} , cloudCoverPercentage{0,1} , preProcessingTypeCode{0,1} , compressionGenerationQuality{0,1} , triangulationIndicator{0,1} , radiometricDataAvailability{0,1} , cameraCalibrationInformationAvailability{0,1} , filmDistortionInformationAvailability{0,1} , lensDistortionInformationAvailability{0,1} , bandDescription*
Children | bandDescription, cameraCalibrationInformationAvailability, cloudCoverPercentage, compressionGenerationQuality, filmDistortionInformationAvailability, illuminationAzimuthAngle, illuminationElevationAngle, imageOrientationAngle, imageQualityCode, imagingCondition, lensDistortionInformationAvailability, preProcessingTypeCode, radiometricDataAvailability, triangulationIndicator
Instance |
    <imageDescription>
      <illuminationElevationAngle>{0,1}</illuminationElevationAngle>
      <illuminationAzimuthAngle>{0,1}</illuminationAzimuthAngle>
      <imageOrientationAngle>{0,1}</imageOrientationAngle>
      <imagingCondition>{0,1}</imagingCondition>
      <imageQualityCode>{0,1}</imageQualityCode>
      <cloudCoverPercentage>{0,1}</cloudCoverPercentage>
      <preProcessingTypeCode>{0,1}</preProcessingTypeCode>
      <compressionGenerationQuality>{0,1}</compressionGenerationQuality>
      <triangulationIndicator>{0,1}</triangulationIndicator>
      <radiometricDataAvailability>{0,1}</radiometricDataAvailability>
      <cameraCalibrationInformationAvailability>{0,1}</cameraCalibrationInformationAvailability>
      <filmDistortionInformationAvailability>{0,1}</filmDistortionInformationAvailability>
      <lensDistortionInformationAvailability>{0,1}</lensDistortionInformationAvailability>
      <bandDescription>{0,unbounded}</bandDescription>
    </imageDescription>

Element SpatialRasterType / imageDescription / illuminationElevationAngle

Namespace | No namespace
Annotations |
    tooltip: Illumination Elevation Angle

    summary: Illumination elevation measured in degrees
                        clockwise from the target plane at intersection of the
                        optical line of sight with the earth's
                        surface.

    description: Illumination elevation measured in degrees
                        clockwise from the target plane at intersection of the
                        optical line of sight with the earth's
                        surface.

    example: 45.5
Diagram |
Type | xs:float
Properties |
content | simple
minOccurs | 0

Element SpatialRasterType / imageDescription / illuminationAzimuthAngle

Namespace | No namespace
Annotations |
    tooltip: Illumination Azimuth Angle

    summary: Illumination azimuth measured in degrees
                        clockwise from true north at the time the image is
                        taken.

    description: Illumination azimuth measured in degrees
                        clockwise from true north at the time the image is
                        taken.

    example: 45.5
Diagram |
Type | xs:float
Properties |
content | simple
minOccurs | 0

Element SpatialRasterType / imageDescription / imageOrientationAngle

Namespace | No namespace
Annotations |
    tooltip: Image Orientation Angle

    summary: Angle from the first row of the image to true
                        north in degrees, clockwise.

    description: Angle from the first row of the image to
                        true north in degrees, clockwise.

    example: 45.5
Diagram |
Type | xs:float
Properties |
content | simple
minOccurs | 0

Element SpatialRasterType / imageDescription / imagingCondition

Namespace | No namespace
Annotations |
    tooltip: Imaging Condition

    summary: Code which indicates conditions which affect
                        the quality of the image.

    description: Code which indicates conditions which
                        affect the quality of the image.

    example: cloud
Diagram |
Type | ImagingConditionCode
Properties |
content | simple
minOccurs | 0
Facets |
enumeration | blurredimage |
enumeration | cloud |
enumeration | degradingObliquity |
enumeration | fog |
enumeration | heavySmokeorDust |
enumeration | night |
enumeration | rain |
enumeration | semiDarkness |
enumeration | shadow |
enumeration | snow |
enumeration | terrainMasking |

Element SpatialRasterType / imageDescription / imageQualityCode

Namespace | No namespace
Annotations |
    tooltip: Image Quality Code

    summary: Specifies the image quality.

    description: Specifies the image
                        quality.

    example: Excellent
Diagram |
Type | NonEmptyStringType
Properties |
content | simple
minOccurs | 0
Facets |
minLength | 1 |
pattern | [\s]*[\S][\s\S]* |

Element SpatialRasterType / imageDescription / cloudCoverPercentage

Namespace | No namespace
Annotations |
    tooltip: Cloud Cover Percentage

    summary: Area of the dataset obscured by clouds,
                        expressed as a percentage of the spatial
                        extent.

    description: Area of the dataset obscured by clouds,
                        expressed as a percentage of the spatial
                        extent.

    example: 12
Diagram |
Type | xs:float
Properties |
content | simple
minOccurs | 0

Element SpatialRasterType / imageDescription / preProcessingTypeCode

Namespace | No namespace
Annotations |
    tooltip: Preprocessing Type Code

    summary: Image distributor's code that identifies the
                        level of radiometric and geometric processing applied
                        against the image.

    description: Image distributor's code that identifies
                        the level of radiometric and geometric processing applied
                        against the image.

    example: LEVELl1A, SPOTVIEWORTHO
Diagram |
Type | NonEmptyStringType
Properties |
content | simple
minOccurs | 0
Facets |
minLength | 1 |
pattern | [\s]*[\S][\s\S]* |

Element SpatialRasterType / imageDescription / compressionGenerationQuality

Namespace | No namespace
Annotations |
    tooltip: Compression Generation Quality

    summary: Counts the number of lossy compression cycles
                        performed on the image.

    description: Counts the number of lossy compression
                        cycles performed on the image.

    example: 2
Diagram |
Type | xs:integer
Properties |
content | simple
minOccurs | 0

Element SpatialRasterType / imageDescription / triangulationIndicator

Namespace | No namespace
Annotations |
    tooltip: Triangulation Indicator

    summary: Code which indicates whether or not
                        triangulation has been performed upon the
                        image.

    description: Code which indicates whether or not
                        triangulation has been performed upon the
                        image.

    example: false
Diagram |
Type | xs:boolean
Properties |
content | simple
minOccurs | 0

Element SpatialRasterType / imageDescription / radiometricDataAvailability

Namespace | No namespace
Annotations |
    tooltip: Radiometric Data Availability

    summary: Code which indicates whether or not Standard
                        Radiometric Product data is available.

    description: Code which indicates whether or not
                        Standard Radiometric Product data is
                        available.

    example: false
Diagram |
Type | xs:boolean
Properties |
content | simple
minOccurs | 0

Element SpatialRasterType / imageDescription / cameraCalibrationInformationAvailability

Namespace | No namespace
Annotations |
    tooltip: Camera Calibration Information
                        Availability

    summary: Code which indicates whether or not constants
                        are available which allow for camera calibration
                        corrections.

    description: Code which indicates whether or not
                        constants are available which allow for camera calibration
                        corrections.

    example: false
Diagram |
Type | xs:boolean
Properties |
content | simple
minOccurs | 0

Element SpatialRasterType / imageDescription / filmDistortionInformationAvailability

Namespace | No namespace
Annotations |
    tooltip: Film Distortion Information
                        Availability

    summary: Code which indicates whether or not
                        Calibration Reseau information is available

    description: Code which indicates whether or not
                        Calibration Reseau information is
                        available

    example: true
Diagram |
Type | xs:boolean
Properties |
content | simple
minOccurs | 0

Element SpatialRasterType / imageDescription / lensDistortionInformationAvailability

Namespace | No namespace
Annotations |
    tooltip: Lens Distortion Information
                        Availability

    summary: Code which indicates whether or not lens
                        aberration correction information is
                        available

    description: Code which indicates whether or not lens
                        aberration correction information is
                        available

    example: true
Diagram |
Type | xs:boolean
Properties |
content | simple
minOccurs | 0

Element SpatialRasterType / imageDescription / bandDescription

Namespace | No namespace
Annotations |
    tooltip: Band Description

    summary: Description of the wavelength domain that the sensor operates
                        in.

    description: Description of the wavelength domain that the sensor operates
                        in
Diagram |
Type | BandType
Properties |
content | complex
minOccurs | 0
maxOccurs | unbounded
Model | sequenceIdentifier{0,1} , highWavelength{0,1} , lowWaveLength{0,1} , waveLengthUnits{0,1} , peakResponse{0,1}
Children | highWavelength, lowWaveLength, peakResponse, sequenceIdentifier, waveLengthUnits
Instance |
    <bandDescription>
      <sequenceIdentifier>{0,1}</sequenceIdentifier>
      <highWavelength>{0,1}</highWavelength>
      <lowWaveLength>{0,1}</lowWaveLength>
      <waveLengthUnits>{0,1}</waveLengthUnits>
      <peakResponse>{0,1}</peakResponse>
    </bandDescription>

Element BandType / sequenceIdentifier

Namespace | No namespace
Annotations |
    tooltip: Sequence Identifier

    summary: Number that uniquely identifies instances of bands of
                wavelengths on which a sensor operates.

    description: Number that uniquely identifies instances of bands
                of wavelengths on which a sensor operates.

    example: 3
Diagram |
Type | NonEmptyStringType
Properties |
content | simple
minOccurs | 0
Facets |
minLength | 1 |
pattern | [\s]*[\S][\s\S]* |

Element BandType / highWavelength

Namespace | No namespace
Annotations |
    tooltip: High Wavelength

    summary: Highest wavelength that the sensor is capable of
                collecting within a designated band in metres.

    description: Highest wavelength that the sensor is capable of
                collecting within a designated band.

    example: 2.456
Diagram |
Type | xs:float
Properties |
content | simple
minOccurs | 0

Element BandType / lowWaveLength

Namespace | No namespace
Annotations |
    tooltip: Low Wavelength

    summary: Lowest wavelength that the sensor is capable of
                collecting within a designated band in metres.

    description: Lowest wavelength that the sensor is capable of
                collecting within a designated band.

    example: 0.1234
Diagram |
Type | xs:float
Properties |
content | simple
minOccurs | 0

Element BandType / waveLengthUnits

Namespace | No namespace
Annotations |
    tooltip: Wave Length Units

    summary: Units in which the sensor wavelegths are
                expressed.

    description: Units of measure for the wavelength at which the
                sensor collected the data.

    example: microns
Diagram |
Type | lengthUnits
Properties |
content | simple
minOccurs | 0
Facets |
enumeration | meter |
enumeration | nanometer |
enumeration | micrometer |
enumeration | micron |
enumeration | millimeter |
enumeration | centimeter |
enumeration | decimeter |
enumeration | dekameter |
enumeration | hectometer |
enumeration | kilometer |
enumeration | megameter |
enumeration | angstrom |
enumeration | inch |
enumeration | Foot_US |
enumeration | foot |
enumeration | Foot_Gold_Coast |
enumeration | fathom |
enumeration | nauticalMile |
enumeration | yard |
enumeration | Yard_Indian |
enumeration | Link_Clarke |
enumeration | Yard_Sears |
enumeration | mile |

Element BandType / peakResponse

Namespace | No namespace
Annotations |
    tooltip: Peak Response

    summary: Wavelength at which the response is the highest.

    description:
Diagram |
Properties |
minOccurs | 0

Element spatialRaster

Namespace | https://eml.ecoinformatics.org/spatialRaster-2.2.0
Annotations |
    tooltip: Spatial Raster

    summary: Description of a GIS layer composed of raster
            pixels.

    description: Description of a GIS layer composed of raster pixels
            comprising a regular-pattern grid. Generally, a raster object may be
            thought of as a pattern of closely spaced rows of dots that
            collectively form an image. Raster spatial objects are used to locate
            zero-, two-, or three-dimensional locations in the
            dataset

    example: An interpolated grid of irregularly spaced data is an
            example of this element.
Diagram |
Type | SpatialRasterType
Properties |
content | complex
Model | (alternateIdentifier* , entityName , entityDescription{0,1} , physical* , coverage{0,1} , methods{0,1} , additionalInfo* , annotation* , attributeList , constraint* , spatialReference , georeferenceInfo{0,1} , horizontalAccuracy , verticalAccuracy , cellSizeXDirection , cellSizeYDirection , numberOfBands , rasterOrigin , rows , columns , verticals , cellGeometry , toneGradation{0,1} , scaleFactor{0,1} , offset{0,1} , imageDescription{0,1}) | (references)
Children | additionalInfo, alternateIdentifier, annotation, attributeList, cellGeometry, cellSizeXDirection, cellSizeYDirection, columns, constraint, coverage, entityDescription, entityName, georeferenceInfo, horizontalAccuracy, imageDescription, methods, numberOfBands, offset, physical, rasterOrigin, references, rows, scaleFactor, spatialReference, toneGradation, verticalAccuracy, verticals
Instance |
    <spatialRaster id="" scope="document" system="" xmlns="https://eml.ecoinformatics.org/spatialRaster-2.2.0">
      <alternateIdentifier system="">{0,unbounded}</alternateIdentifier>
      <entityName>{1,1}</entityName>
      <entityDescription>{0,1}</entityDescription>
      <physical id="" scope="document" system="">{0,unbounded}</physical>
      <coverage id="" scope="document" system="">{0,1}</coverage>
      <methods>{0,1}</methods>
      <additionalInfo xml:lang="">{0,unbounded}</additionalInfo>
      <annotation id="" scope="document" system="">{0,unbounded}</annotation>
      <attributeList id="">{1,1}</attributeList>
      <constraint id="" scope="document" system="">{0,unbounded}</constraint>
      <spatialReference id="" scope="document" system="">{1,1}</spatialReference>
      <georeferenceInfo>{0,1}</georeferenceInfo>
      <horizontalAccuracy>{1,1}</horizontalAccuracy>
      <verticalAccuracy>{1,1}</verticalAccuracy>
      <cellSizeXDirection>{1,1}</cellSizeXDirection>
      <cellSizeYDirection>{1,1}</cellSizeYDirection>
      <numberOfBands>{1,1}</numberOfBands>
      <rasterOrigin>{1,1}</rasterOrigin>
      <rows>{1,1}</rows>
      <columns>{1,1}</columns>
      <verticals>{1,1}</verticals>
      <cellGeometry>{1,1}</cellGeometry>
      <toneGradation>{0,1}</toneGradation>
      <scaleFactor>{0,1}</scaleFactor>
      <offset>{0,1}</offset>
      <imageDescription>{0,1}</imageDescription>
      <references system="">{1,1}</references>
    </spatialRaster>
Attributes |
QName | Type | Default | Use |
--- | --- | --- | --- | ---
id | IDType |  | optional |
scope | ScopeType | document | optional |
system | SystemType |  | optional |

Complex Type SpatialRasterType

Namespace | https://eml.ecoinformatics.org/spatialRaster-2.2.0
Annotations |
    tooltip: Spatial Raster Type

    summary:

    description:
Diagram |
Model | (alternateIdentifier* , entityName , entityDescription{0,1} , physical* , coverage{0,1} , methods{0,1} , additionalInfo* , annotation* , attributeList , constraint* , spatialReference , georeferenceInfo{0,1} , horizontalAccuracy , verticalAccuracy , cellSizeXDirection , cellSizeYDirection , numberOfBands , rasterOrigin , rows , columns , verticals , cellGeometry , toneGradation{0,1} , scaleFactor{0,1} , offset{0,1} , imageDescription{0,1}) | (references)
Children | additionalInfo, alternateIdentifier, annotation, attributeList, cellGeometry, cellSizeXDirection, cellSizeYDirection, columns, constraint, coverage, entityDescription, entityName, georeferenceInfo, horizontalAccuracy, imageDescription, methods, numberOfBands, offset, physical, rasterOrigin, references, rows, scaleFactor, spatialReference, toneGradation, verticalAccuracy, verticals
Attributes |
QName | Type | Default | Use |
--- | --- | --- | --- | ---
id | IDType |  | optional |
scope | ScopeType | document | optional |
system | SystemType |  | optional |

Simple Type rasterOriginType

Namespace | https://eml.ecoinformatics.org/spatialRaster-2.2.0
Annotations |
    tooltip: Raster Origin Type

    summary:

    description:
Diagram |
Type | restriction of xs:string
Facets |
enumeration | Upper Left |
enumeration | Lower Left |
enumeration | Upper Right |
enumeration | Lower Right |

Complex Type DataQuality

Namespace | https://eml.ecoinformatics.org/spatialRaster-2.2.0
Annotations |
    tooltip: Data Quality Type

    summary:

    description:
Diagram |
Model | accuracyReport , quantitativeAccuracyReport*
Children | accuracyReport, quantitativeAccuracyReport

Simple Type CellGeometryType

Namespace | https://eml.ecoinformatics.org/spatialRaster-2.2.0
Annotations |
    tooltip: Cell Geometry Type

    summary:

    description:
Diagram |
Type | restriction of xs:string
Facets |
enumeration | pixel |
enumeration | matrix |

Simple Type ImagingConditionCode

Namespace | https://eml.ecoinformatics.org/spatialRaster-2.2.0
Annotations |
    tooltip: Imaging Condition Code Type

    summary:

    description:
Diagram |
Type | restriction of xs:string
Facets |
enumeration | blurredimage |
enumeration | cloud |
enumeration | degradingObliquity |
enumeration | fog |
enumeration | heavySmokeorDust |
enumeration | night |
enumeration | rain |
enumeration | semiDarkness |
enumeration | shadow |
enumeration | snow |
enumeration | terrainMasking |

Complex Type BandType

Namespace | https://eml.ecoinformatics.org/spatialRaster-2.2.0
Annotations |
    tooltip: Band Type

    summary: Complex type definition for band description.

    description:
Diagram |
Model | sequenceIdentifier{0,1} , highWavelength{0,1} , lowWaveLength{0,1} , waveLengthUnits{0,1} , peakResponse{0,1}
Children | highWavelength, lowWaveLength, peakResponse, sequenceIdentifier, waveLengthUnits

Simple Type CellValueType

Namespace | https://eml.ecoinformatics.org/spatialRaster-2.2.0
Annotations |
    tooltip: Cell Value Type

    summary:

    description:
Diagram |
Type | restriction of xs:string
Facets |
enumeration | Values |
enumeration | Coded |
enumeration | RGB |
enumeration | Codes |
enumeration | HIS |
enumeration | HLS |
enumeration | tekHVC |

Attribute SpatialRasterType / @id

Namespace | No namespace
Type | IDType
Properties |
use | optional

Attribute SpatialRasterType / @system

Namespace | No namespace
Type | SystemType
Properties |
use | optional

Attribute SpatialRasterType / @scope

Namespace | No namespace
Type | ScopeType
Properties |
use | optional
default | document
Facets |
enumeration | system |
enumeration | document |