This signature shall apply to either the baseFile or supplementalFile. X509 certificates in the signature block will be available as intermediate certificates for that signature and may be utilized for future signatures. The version of this xsd utilized for the simulation file The minimum version of this xsd that can be used to process this simulation file without error, although some functionality may be missing. Adding xml elements to the end of an existing sequence shall not cause parsing errors. The title of the event this simulation file covers. Multiple languages can be specified. If no language match is found the selected language element is undefined. A short description of the event viewable to all The name of the primary author of the simulation event The version number of the files contents. Should monotonically increase with every save of a modified file of the same name. A serial number for this scenario. Remains constant throughout version changes. New events should reset this number. Letters must be upper case. Only replace this document with one with the same simFileUUID, a greater SimVersion value, and the simFile object is trusted by either the reading application or trustOnly element's certificate. If set to true a certificate is not considered valid until its revocation status is checked. The starting date and time of the simulated events. No information shall be displayed to a user before this time. The end date and time of the simulated events. No information shall be displayed to a user after this time. If replaceOnlyWithTrusted is specified the trusted values are implementation specific unless trustOnlyRoot is specified. Then only signatures generated by certificates that can be chained back to one of the trustOnlyRoot certificate authorities are considered valid. These certificates are NOT required to be certificate authorities. Intermediate certificates utilized in establishing certificate chains. A reference to an embedded image or multimedia file to present when a user loads this scenario. If multiple elements have the same ietfTag they should be presented simultaneously. A location where the current version of the file is located and if updates should automatically be installed. The location should specify the location of a current full version. The library will first attempt to download a file at the location/existingVersion which should be a supplemental file between the existingVersion and the current version. The number of minutes between attempts to check for an updated file. If encryption is present indicates the file contents are encrypted. If this is the case then the noAuth authentication method is disallowed. Encryption shall be AES 128. Tells the field library to disable interpolation between time steps of source activity Listing of users with access to the file contents and keys to decrypt the data accessible to them. This element contains the private key corresponding to the first trustOnlyRoot certificate and the keys for password based authorizations. This object represents a delta modification to an earlier sim file. New unencrypted data can only replace or be added to originally unencrypted data. Encrypted field content can only replace or be added to originally encrypted field content. Encrypted author data can only replace or be added to originally encrypted author content. This element is zlib compressed and encrypted to the pre-existing field key. The decrypted text shall be an unencrypted FieldDataContents node. This element is zlib compressed and encrypted to the pre-existing author key. The decrypted text shall be an unencrypted AuthorDataType node. If encryption is enabled this data block requires the namespaces to be respecified. The namespace can't be assumed to be inherited from the parent xml file. The replaced node must have the same id value as the one it is replacing A series of nodes to add under the designated parentNode. If encryption is enabled this data block requires the namespaces to be respecified. The namespace can't be assumed to be inherited from the parent xml file. If CipherText is chosen a fieldDataContents object is compressed with zlib and encrypted with AES128 CBC where the first 16 bytes here represent the IV. If CipherText is chosen an ObserverDataContents object is compressed with zlib and encrypted with AES128 CBC where the first 16 bytes here represent the IV. Notes on the creation of the scenario that are not disclosed to participants in the event but as a reference on the methodologies utilized in the scenario design. Maps to assist in the scenario creation but not disclosed to participants. The salt is concatenated with the user supplied password and hashed with the algorithm. No file encryption is supported. This method does not require any information from the user in order to access the contents of the file. As of this version only RSA v1.5 is supported as the EncryptionMethod. This is the key generated by a user supplied password. The Algorithm SHALL be pkcs-5#pbkdf2 in this version. This is a key encrypted by the passwordKey. When decrypted it can be used to decrypt the field contents. The Algorithm SHALL be kw-aes128 in this version. This is a key encrypted by the passwordKey. When decrypted it can be used to decrypt the authorship values. The algorithm SHALL be kw-aes128 in this version. This is a key encrypted by the passwordKey. When decrypted it can be used to decrypt the certificate to digitally sign modifications and access passwords. The algorithm SHALL be kw-aes128 in this version. Base 64 encoded data of a DER formatted X509 Certificate. This authorization level will only report data based on hardware generated location and times. This authorization level will only report data for a selected location and time. This authorization level will provide full access to all data in the scenario in a read only format. This authorization level will provide full access to all data and the capability to modify the values. Indicates the layer order of the maps. One is the base layer and higher numbers are layered above it Indicates the attenuation coefficient for photons. Units are inverse meters. Indicates the attenuation coefficient for photons. Units are inverse meters. The polynomial to calculate sigma is based on the measured value before any noise terms are added. The calculated value in the parameter and the function provides the dead time from 0 to 1. An instrument display will be a zip archive of a html5 application driven by javascript. The host application will set the environment's javascript variables: value (the scalar measurement value), latitude (the current latitude), longitude (the current longitude), measTime (the GMT time of measurement), and spectra (an array of channels). If present this Instrument actually represents a sample collection of the specified type. Air samples are integrated over the time varying air contamination level. Ground samples are instantaneous samples. Efficiency curves are the probability of an interaction for a given incident energy in keV. For instruments that directly read the radiation source value defined by a TimeDependentMix containing a virtual isotope referenced here. The value to convert the defined source value by to add to this instrument's output Current index values are: 0, exposure rate in R/h; 1, alpha deposition in dpm/100cm2; 2, beta deposition in dpm/100cm2; 3, beta generated exposure rate in R/h Parameters common to all samples. Parameters to generate an air sample isotopic measurement Fraction (0.0 - 1.0) of noble gasses passing through the filter that are captured for measurement. Fraction (0.0 - 1.0) of iodines passing through the filter that are captured for measurement. Fraction (0.0 - 1.0) of airborne particulates passing through the filter that are deposited for measurement. Sample time in seconds The number of square centimeters of surface soil collected per FRMAC standard sampling procedures Depth of the soil sample in centimeters Density of the soil in kilograms per cubic meter The yield of wet forage in kilograms per meter squared The number of kilograms per day of wet feed taken in by the animal while grazing The number of kilograms per day of soil taken in by the animal while grazing The density of the soil in kilograms per cubic meter The mixing depth in the soil of the contamination as per FRMAC Assessment procedures The number of days from animal grazing to milk sampling The crop retention factor for iodines The crop retention factor for particulates The depth of water sampled. Reporting values are Bequerels per meter cubed. The Crop Retention Factor as defined in the FRMAC Assessment Manual The Crop Yield as defined in the FRMAC Assessment Manual The Weathering Factor as defined in the FRMAC Assessment Manual As defined in the FRMAC Assessment Manual As defined in the FRMAC Assessment Manual As defined in the FRMAC Assessment Manual As defined in the FRMAC Assessment Manual As defined in the FRMAC Assessment Manual As defined in the FRMAC Assessment Manual The number of square centimeters of surface swiped Fraction of contamination that is removable Specifying a sample type will generate Isotopic values for sample points for Observers or Authors In general multiple elements here are indicative of spectra channels. If the ZeroOffset attribute of the elements is set then that element replaces a previous one with a lower ZeroOffset and is effective for heights greater than the ZeroOffset until and if it is replaced by a higher value element. There is no interpolation between different zeroOffset calculations. The height value passed to elements with non-zero zeroOffset is the absolute height. Polynomial equation with the natural log of the distance in meters as the x value. Number of seconds from AsOf of parent Number of meters from ground. There should be one values list element for every height value. The values list in each element will correspond to the time value. When multiple effs are specified this distance is subtracted from the actual distance before calculated in the formula. The elements must be sorted by their zeroOffset. Efficiency for the given energy as distance in meters from the source. The number of curves shall match the number of channels in the spectra. Scalar instruments shall have one curve When multiple AnalyticalDistanceEfficiency are specified this distance is subtracted from the actual distance before calculated in the formula. The elements must be sorted by their zeroOffset. The number of items in the distance and efficiencies/Spectra/SpectraRef lists shall match. Scalar instruments shall be specified by an efficiency list. Spectral instruments by a list of Spectra. When multiple AnalyticalDistanceEfficiency are specified this distance is subtracted from the actual distance before calculated in the formula. The elements must be sorted by their zeroOffset. Refers to an instance of the TimeDependentMix object. When specified as a non-zero value and has an electron source an attempt shall be made to calculate a Bremsstrahlung photon spectrum If only one location is given it is assumed to be constant throughout the event. Units shall be in Bq. If only one value is given it is assumed to be constant throughout the event. Point source is located based on absolute location if true. If false the vertical distance is AGL and compared to the instrument's distance AGL. A reference specifying a URL in order to access the current location of a source. The contents of the response shall consist of comma delimited text of: latitude, longitude, elevation. The latitude and longitude shall be in decimal degrees and the elevation shall be in meters. The reference frames shall be WGS84. The range of the polynomial equations correspond to the name of the element. The domain is seconds from this object's current time point. If X and Y Coordinates are in UTM then use this field to specify the zone in which the grid is located. If X and Y Coordinates are in the Lambert Conformal Conic Projection specify the required meta data here to convert to WGS-84 The X coordinates are the distance from the origin specified here. The Y coordinates the polar angle of the point CCW from east in decimal degrees. When defining a polar grid the number of defined sectors is specified here. For Polar Stereographic projections. Northern hemisphere assumed for positive ref latitudes, southern otherwise. The X coordinates are the east, west distance in meters from the origin specified here. The Y coordinates the north, south distance in meters from the origin specified here. Allows a grid to be relocated. GPS coordinates will have this transformation applied before being queried in the grid. The queried location will be shifted by the offsets. It will then be converted to the projection grid coordinates. The point will be rotated CW around the CCWRotationalAngle using the specified rotational origins. If an origin is not specified the lower left coordinate will be used as the origin. The specified origin is in the original reference frame. Coordinate values should be WGS-84 longitude values in decimal degrees. Values shall start at the lowest value and continuously increase in value. The grid coordinates shall be inclusive of the entire region specified by the bounds. Coordinate values should be WGS-84 longitude values in decimal degrees. Values shall start at the lowest value and continuously increase in value. The grid coordinates shall be inclusive of the entire region specified by the bounds. A polynomial will be fit between data points for an interpolated value in both directions. The order must be less than the least number of coordinates in either direction. Initial time at which the values are all zero. Values are interpolated between 0 at this time and the first GridValues object A distance from the edge of this sub-grid to mix values with the underlying grid. If only one time value is given it is presumed to be constant throughout the event. Otherwise values are linearly interpolated over time. There should be one values list element for every yCoordinate. The values list in each element will correspond to the xCoordinates. Units should be in Bq/m2. If there is more than one set of GridValues a time point must be specified. If no time is set the source uses this object for all values throughout the scenario. If there is a time set the values between the zero time and this time will be interpolated and source values will be constant afterward. Values will be distributed plus or minus this percentage. If the type is RandomizedLinear the values will have a linear distribution. If the type is RandomizedGaussian the percentage of the value will form the standard deviation of the distribution. All points shall be specified in a counter clockwise orientation The sine of the full angle at the center of the earth. Note this will form an ellipse on the surface that is very nearly circular. The distance in meters from the origin to the edges of the box in the East and West directions The distance in meters from the origin to the edges of the box in the North and South directions The title of this inject. Multiple languages can be specified. If no language match is found the selected language element is undefined. If true and a new inject is delivered as a delta update covering the location the inject shall be presented immediately. If multiple injects occur at the same time and location only the ones with the highest override level are displayed. The time required to collect a measurement in seconds. The domain is the channel number the range is the energy in keV Indicates if channels should roll over if maxCounts is exceeded When multiple effs are specified this distance is subtracted from the actual distance before calculated in the formula. The elements must be sorted by their zeroOffset. When multiple effs are specified this distance is subtracted from the actual distance before calculated in the formula. The elements must be sorted by their zeroOffset. Media type per RFC 6838 section 4.2 (type-name "/" subtype-name). Bare type/subtype only; parameters such as "; charset=utf-8" are not permitted. Names are limited to 127 characters each. In units of cm/hr. The private key for one of the trusted root certificates. The reference to the marked certificate the provided key corresponds. The color entity indicates the color of an element. Color may be represented as hexadecimal RGB triples, as in HTML, or as hexadecimal ARGB tuples, with the A indicating alpha of transparency. An alpha value of 00 is totally transparent; FF is totally opaque. If RGB is used, the A value is assumed to be FF. For instance, the RGB value "#800080" represents purple. An ARGB value of "#40800080" would be a transparent purple. As in SVG 1.1, colors are defined in terms of the sRGB color space (IEC 61966).