MonitoringFeature.json

{
  "$schema": "http://json-schema.org/schema#",
  "id": "http://raw.githubusercontent.com/peterataylor/om-json/master/MonitoringFeature.json",
  "title": "MonitoringFeature",
  "description": "A TimeseriesML MonitoringFeature",
  "type": "object",
  "additionalProperties": false,
  "required": [
    "id"
  ],
  "definitions": {
    "timeZoneType": {
      "type": "object",
      "properties": {
        "zoneOffset": {
          "type":"string",
          "description":"Time zone offset e.g. +10:00 GM"
        },
        "zoneAbbreviation": {
          "type":"string",
          "description":"Abbreviation for a timezone e.g. AEST."
        }
      }
    }
  },
  "properties": {
 	"@context" : { "$ref": "http://raw.githubusercontent.com/peterataylor/om-json/master/Common.json#/definitions/@context" },
  	"id": {
      "title": "id",
      "description": "A unique identifier for the observation",
      "type": "string"
    },
    "relatedParty": {
      "title": "relatedParty",
      "description": "The details of a party related to this MonitoringFeature.  Multiple related parties may be described using the role code list (from ISO 19115). The most common relationships are likely to be: owner, originator, pointOfContact, principalInvestigator and distributor.",
      "type": "array"
    },
    "representativePoint": {
      "title": "representativePoint",
      "description": "A point location that is representative of the monitoring feature's location. Typically this is used when the shape of the monitoring feature is an area or other non-point geometry. It may also be used to provide an approximate point location in sensitive observation scenarios.",
      "$ref": "http://raw.githubusercontent.com/peterataylor/om-json/master/Geometry.json#/definitions/geometryObject"
    },
    "monitoringType": {
      "title": "monitoringType",
      "description": "A thematic characterisation of the type of monitoring feature. E.g. meteorological, surface water, groundwater, water quality etc.",
      "$ref": "http://raw.githubusercontent.com/peterataylor/om-json/master/Common.json#/definitions/link"
    },
    "descriptionReference": {
      "title": "descriptionReference",
      "description": "Provide extra descriptive information about a monitoring feature. This could be a link to an HTML page describing the location, photos of a monitoring point, history records etc.",
      "$ref": "http://raw.githubusercontent.com/peterataylor/om-json/master/Common.json#/definitions/link"
    },
    "verticalDatum": {
      "title": "verticalDatum",
      "description": "Specifies the elevation that is used as the zero point, or datum, for height-related measurements. The datum is defined using a vertical datum, which may be defined using the ISO19111 type CD_VerticalDatum, or an agreed upon datum may be reference by its identifier. E.g. the Australian Height Datum (AHD), Tasmania = “EPSG::5112”. The CD_VerticalDatum type allows specification of the local vertical datum as a height above another reference datum. E.g. local vertical datum is 23m above the AHD.",
      "$ref": "http://raw.githubusercontent.com/peterataylor/om-json/master/Common.json#/definitions/link"
    },
    "timeZone": {
      "title": "timeZone",
      "description": "The timezone that the MonitoringFeature is located in.",
      "type": "object",
      "$ref": "#/definitions/timeZoneType"
    },
    "daylightSavingsTimeZone": {
      "title": "daylightSavingsTimeZone",
      "description": "The timezone that the MonitoringFeature is located in when daylight savings applies.",
      "type": "object",
      "$ref": "#/definitions/timeZoneType"
    }
  }
}