Merge branch 'feature/acquisition-iso-3-writer' into feature/acquisition

lib/adiwg/mdtranslator/writers/iso19115_3/classes/class_acquisition.rb

@@ -0,0 +1,103 @@
+require_relative 'class_scope'
+require_relative 'class_plan'
+require_relative 'class_requirement'
+require_relative 'class_environment'
+require_relative 'class_instrument'
+require_relative 'class_objective'
+require_relative 'class_operation'
+require_relative 'class_platform'
+
+module ADIWG
+ module Mdtranslator
+ module Writers
+ module Iso19115_3
+
+ class MI_AcquisitionInformation
+ def initialize(xml, hResponseObj)
+ @xml = xml
+ @hResponseObj = hResponseObj
+ end
+
+ def writeXML(hAcquisition)
+
+ scopeClass = MD_Scope.new(@xml, @hResponseObj)
+ planClass = MI_Plan.new(@xml, @hResponseObj)
+ requirementClass = MI_Requirement.new(@xml, @hResponseObj)
+ environmentClass = MI_EnvironmentalRecord.new(@xml, @hResponseObj)
+ instrumentClass = MI_Instrument.new(@xml, @hResponseObj)
+ objectiveClass = MI_Objective.new(@xml, @hResponseObj)
+ operationClass = MI_Operation.new(@xml, @hResponseObj)
+ platformClass = MI_Platform.new(@xml, @hResponseObj)
+
+ unless hAcquisition.empty?
+ @xml.tag!('mac:MI_AcquisitionInformation') do
+ unless hAcquisition[:scope].empty?
+ @xml.tag!('mac:scope') do
+ scopeClass.writeXML(hAcquisition[:scope])
+ end
+ end
+
+ unless hAcquisition[:plans].empty?
+ hAcquisition[:plans].each do |hPlan|
+ @xml.tag!('mac:acquisitionPlan') do
+ planClass.writeXML(hPlan)
+ end
+ end
+ end
+
+ unless hAcquisition[:requirements].empty?
+ hAcquisition[:requirements].each do |hRequirement|
+ @xml.tag!('mac:acquisitionRequirement') do
+ requirementClass.writeXML(hRequirement)
+ end
+ end
+ end
+
+ unless hAcquisition[:environment].empty?
+ @xml.tag!('mac:environmentalConditions') do
+ environmentClass.writeXML(hAcquisition[:environment])
+ end
+ end
+
+ unless hAcquisition[:instruments].empty?
+ hAcquisition[:instruments].each do |hInstrument|
+ @xml.tag!('mac:instrument') do
+ instrumentClass.writeXML(hInstrument)
+ end
+ end
+ end
+
+ unless hAcquisition[:objectives].empty?
+ hAcquisition[:objectives].each do |hObjective|
+ @xml.tag!('mac:objective') do
+ objectiveClass.writeXML(hObjective)
+ end
+ end
+ end
+
+ unless hAcquisition[:operations].empty?
+ hAcquisition[:operations].each do |hOperation|
+ @xml.tag!('mac:operation') do
+ operationClass.writeXML(hOperation)
+ end
+ end
+ end
+
+ unless hAcquisition[:platforms].empty?
+ hAcquisition[:platforms].each do |hPlatform|
+ @xml.tag!('mac:platform') do
+ platformClass.writeXML(hPlatform)
+ end
+ end
+ end
+
+ end
+ end
+
+ end
+
+ end
+ end
+ end
+ end
+end

lib/adiwg/mdtranslator/writers/iso19115_3/classes/class_environment.rb

@@ -0,0 +1,82 @@
+module ADIWG
+ module Mdtranslator
+ module Writers
+ module Iso19115_3
+
+ class MI_EnvironmentalRecord
+ def initialize(xml, hResponseObj)
+ @xml = xml
+ @hResponseObj = hResponseObj
+ end
+
+ def writeXML(hEnvironment)
+
+ @xml.tag!('mac:MI_EnvironmentalRecord') do
+ unless hEnvironment[:averageAirTemperature].nil?
+ @xml.tag!('mac:averageAirTemperature') do
+ @xml.tag!('gco:Real', hEnvironment[:averageAirTemperature])
+ end
+ else
+ if @hResponseObj[:writerShowTags]
+ @xml.tag!('mac:averageAirTemperature')
+ end
+ end
+
+ unless hEnvironment[:maxRelativeHumidity].nil?
+ @xml.tag!('mac:maxRelativeHumidity') do
+ @xml.tag!('gco:Real', hEnvironment[:maxRelativeHumidity])
+ end
+ else
+ if @hResponseObj[:writerShowTags]
+ @xml.tag!('mac:maxRelativeHumidity')
+ end
+ end
+
+ unless hEnvironment[:maxAltitude].nil?
+ @xml.tag!('mac:maxAltitude') do
+ @xml.tag!('gco:Real', hEnvironment[:maxAltitude])
+ end
+ else
+ if @hResponseObj[:writerShowTags]
+ @xml.tag!('mac:maxAltitude')
+ end
+ end
+
+ unless hEnvironment[:meteorologicalConditions].nil?
+ @xml.tag!('mac:meteorologicalConditions') do
+ @xml.tag!('gco:CharacterString', hEnvironment[:meteorologicalConditions])
+ end
+ else
+ if @hResponseObj[:writerShowTags]
+ @xml.tag!('mac:meteorologicalConditions')
+ end
+ end
+
+ unless hEnvironment[:solarAzimuth].nil?
+ @xml.tag!('mac:solarAzimuth') do
+ @xml.tag!('gco:Real', hEnvironment[:solarAzimuth])
+ end
+ else
+ if @hResponseObj[:writerShowTags]
+ @xml.tag!('mac:solarAzimuth')
+ end
+ end
+
+ unless hEnvironment[:solarElevation].nil?
+ @xml.tag!('mac:solarElevation') do
+ @xml.tag!('gco:Real', hEnvironment[:solarElevation])
+ end
+ else
+ if @hResponseObj[:writerShowTags]
+ @xml.tag!('mac:solarElevation')
+ end
+ end
+ end
+
+ end
+ end
+
+ end
+ end
+ end
+end

lib/adiwg/mdtranslator/writers/iso19115_3/classes/class_event.rb

@@ -0,0 +1,123 @@
+require_relative 'class_identifier'
+require_relative 'class_codelist'
+require_relative 'class_gcoDateTime'
+require_relative 'class_objective'
+require_relative 'class_pass'
+require_relative 'class_instrument'
+
+module ADIWG
+ module Mdtranslator
+ module Writers
+ module Iso19115_3
+
+ class MI_Event
+ def initialize(xml, hResponseObj)
+ @xml = xml
+ @hResponseObj = hResponseObj
+ end
+
+ def writeXML(hEvent)
+
+ identifierClass = Identifier.new(@xml, @hResponseObj)
+ codelistClass = MD_Codelist.new(@xml, @hResponseObj)
+ gcoDateTimeClass = GcoDateTime.new(@xml, @hResponseObj)
+ objectiveClass = MI_Objective.new(@xml, @hResponseObj)
+ passClass = MI_Pass.new(@xml, @hResponseObj)
+ instrumentClass = MI_Instrument.new(@xml, @hResponseObj)
+
+ @xml.tag!('mac:MI_Event', id: hEvent[:eventId]) do
+
+ unless hEvent[:identifier].empty?
+ @xml.tag!('mac:identifier') do
+ identifierClass.writeXML(hEvent[:identifier])
+ end
+ else
+ if @hResponseObj[:writerShowTags]
+ @xml.tag!('mac:identifier')
+ end
+ end
+
+ unless hEvent[:trigger].nil?
+ @xml.tag!('mac:trigger') do
+ codelistClass.writeXML('mac', 'iso_triggerCode', hEvent[:trigger])
+ end
+ else
+ if @hResponseObj[:writerShowTags]
+ @xml.tag!('mac:trigger')
+ end
+ end
+
+ unless hEvent[:context].nil?
+ @xml.tag!('mac:context') do
+ codeListClass.writeXML('mac', 'iso_contextCode', hEvent[:context])
+ end
+ else
+ if @hResponseObj[:writerShowTags]
+ @xml.tag!('mac:context')
+ end
+ end
+
+ unless hEvent[:sequence].nil?
+ @xml.tag!('mac:sequence') do
+ codelistClass.writeXML('mac', 'iso_sequenceCode', hEvent[:sequence])
+ end
+ else
+ if @hResponseObj[:writerShowTags]
+ @xml.tag!('mac:sequence')
+ end
+ end
+
+ unless hEvent[:time].nil?
+ @xml.tag!('mac:time') do
+ gcoDateTimeClass.writeXML(hEvent[:time])
+ end
+ else
+ if @hResponseObj[:writerShowTags]
+ @xml.tag!('mac:time')
+ end
+ end
+
+ unless hEvent[:expectedObjectives].empty?
+ hEvent[:expectedObjectives].each do |hObjective|
+ @xml.tag!('mac:expectedObjective') do
+ objectiveClass.writeXML(hObjective)
+ end
+ end
+ else
+ if @hResponseObj[:writerShowTags]
+ @xml.tag!('mac:expectedObjective')
+ end
+ end
+
+ unless hEvent[:relatedPass].empty?
+ hEvent[:relatedPass].each do |hPass|
+ @xml.tag!('mac:relatedPass') do
+ passClass.writeXML(hPass)
+ end
+ end
+ else
+ if @hResponseObj[:writerShowTags]
+ @xml.tag!('mac:relatedPass')
+ end
+ end
+
+ unless hEvent[:relatedSensors].empty?
+ hEvent[:relatedSensors].each do |hSensor|
+ @xml.tag!('mac:relatedInstrument') do
+ instrumentClass.writeXML(hSensor)
+ end
+ end
+ else
+ if @hResponseObj[:writerShowTags]
+ @xml.tag!('mac:relatedInstrument')
+ end
+ end
+
+ end
+ end
+ end
+
+ end
+ end
+ end
+end