class ADIWG::Mdtranslator::Writers::Html::Html_ProjectionParameters

Public Class Methods

new(html) click to toggle source
# File lib/adiwg/mdtranslator/writers/html/sections/html_projectionParameters.rb, line 18
def initialize(html)
   @html = html
end

Public Instance Methods

writeHtml(hProjection) click to toggle source
# File lib/adiwg/mdtranslator/writers/html/sections/html_projectionParameters.rb, line 22
def writeHtml(hProjection)

   # classes used
   identifierClass = Html_Identifier.new(@html)
   linePointClass = Html_ObliqueLinePoint.new()

   # projection parameters - projection identifier
   unless hProjection[:projectionIdentifier].empty?
      @html.details do
         @html.summary('Projection Identifier', {'id' => 'projection-identifier', 'class' => 'h5'})
         @html.section(:class => 'block') do
            identifierClass.writeHtml(hProjection[:projectionIdentifier])
         end
      end
   end

   # projection parameters - grid system identifier
   unless hProjection[:gridIdentifier].empty?
      @html.details do
         @html.summary('Grid System Identifier', {'id' => 'grid-system-identifier', 'class' => 'h5'})
         @html.section(:class => 'block') do
            identifierClass.writeHtml(hProjection[:gridIdentifier])
         end
      end
   end

   # projection parameters - zone
   unless hProjection[:gridZone].nil?
      @html.em('Grid System Zone: ')
      @html.text!(hProjection[:gridZone])
      @html.br
   end

   # projection parameters - Standard Parallel 1
   unless hProjection[:standardParallel1].nil?
      @html.em('Standard Parallel: ')
      @html.text!(hProjection[:standardParallel1].to_s)
      @html.br
   end

   # projection parameters - Standard Parallel 2
   unless hProjection[:standardParallel2].nil?
      @html.em('Standard Parallel: ')
      @html.text!(hProjection[:standardParallel2].to_s)
      @html.br
   end

   # projection parameters - Longitude of Central Meridian
   unless hProjection[:longitudeOfCentralMeridian].nil?
      @html.em('Longitude of Central Meridian: ')
      @html.text!(hProjection[:longitudeOfCentralMeridian].to_s)
      @html.br
   end

   # projection parameters - latitude of projection origin
   unless hProjection[:latitudeOfProjectionOrigin].nil?
      @html.em('Latitude of Projection Origin: ')
      @html.text!(hProjection[:latitudeOfProjectionOrigin].to_s)
      @html.br
   end

   # projection parameters - false easting
   unless hProjection[:falseEasting].nil?
      @html.em('False Easting: ')
      @html.text!(hProjection[:falseEasting].to_s)
      @html.br
   end

   # projection parameters - false northing
   unless hProjection[:falseNorthing].nil?
      @html.em('False Northing: ')
      @html.text!(hProjection[:falseNorthing].to_s)
      @html.br
   end

   # projection parameters - false easting-northing units
   unless hProjection[:falseEastingNorthingUnits].nil?
      @html.em('False Easting-Northing Units: ')
      @html.text!(hProjection[:falseEastingNorthingUnits])
      @html.br
   end

   # projection parameters - scale factor at equator
   unless hProjection[:scaleFactorAtEquator].nil?
      @html.em('Scale Factor at Equator: ')
      @html.text!(hProjection[:scaleFactorAtEquator].to_s)
      @html.br
   end

   # projection parameters - height of prospective point above surface
   unless hProjection[:heightOfProspectivePointAboveSurface].nil?
      @html.em('Height of Prospective Point Above Surface: ')
      @html.text!(hProjection[:heightOfProspectivePointAboveSurface].to_s)
      @html.br
   end

   # projection parameters - longitude of projection center
   unless hProjection[:longitudeOfProjectionCenter].nil?
      @html.em('Longitude of Projection Center: ')
      @html.text!(hProjection[:longitudeOfProjectionCenter].to_s)
      @html.br
   end

   # projection parameters - latitude of projection center
   unless hProjection[:latitudeOfProjectionCenter].nil?
      @html.em('Latitude of Projection Center: ')
      @html.text!(hProjection[:latitudeOfProjectionCenter].to_s)
      @html.br
   end

   # projection parameters - scale factor at center line
   unless hProjection[:scaleFactorAtCenterLine].nil?
      @html.em('Scale Factor at Center Line: ')
      @html.text!(hProjection[:scaleFactorAtCenterLine].to_s)
      @html.br
   end

   # projection parameters - scale factor at central meridian
   unless hProjection[:scaleFactorAtCentralMeridian].nil?
      @html.em('Scale Factor at Central Meridian: ')
      @html.text!(hProjection[:scaleFactorAtCentralMeridian].to_s)
      @html.br
   end

   # projection parameters - straight vertical longitude from pole
   unless hProjection[:straightVerticalLongitudeFromPole].nil?
      @html.em('Straight Vertical Longitude From Pole: ')
      @html.text!(hProjection[:straightVerticalLongitudeFromPole].to_s)
      @html.br
   end

   # projection parameters - scale factor at projection origin
   unless hProjection[:scaleFactorAtProjectionOrigin].nil?
      @html.em('Scale Factor at Projection Origin: ')
      @html.text!(hProjection[:scaleFactorAtProjectionOrigin].to_s)
      @html.br
   end

   # projection parameters - azimuthAngle
   unless hProjection[:azimuthAngle].nil?
      @html.em('Azimuth Angle: ')
      @html.text!(hProjection[:azimuthAngle].to_s)
      @html.br
   end

   # projection parameters - azimuth measure point longitude
   unless hProjection[:azimuthMeasurePointLongitude].nil?
      @html.em('Azimuth Measure Point Longitude: ')
      @html.text!(hProjection[:azimuthMeasurePointLongitude].to_s)
      @html.br
   end

   # projection parameters - oblique line point
   hProjection[:obliqueLinePoints].each do |hLinePoint|
      linePoint = linePointClass.writeHtml(hLinePoint)
      @html.em('Oblique Line Point: ' + linePoint)
      @html.br
   end

   # projection parameters - landsat number
   unless hProjection[:landsatNumber].nil?
      @html.em('Landsat Number: ')
      @html.text!(hProjection[:landsatNumber].to_s)
      @html.br
   end

   # projection parameters - landsat path
   unless hProjection[:landsatPath].nil?
      @html.em('Landsat Path: ')
      @html.text!(hProjection[:landsatPath].to_s)
      @html.br
   end

   # projection parameters - local
   unless hProjection[:local].empty?
      hLocal = hProjection[:local]

      # local fixed to earth
      @html.em('Local Coordinate System Fixed to Earth: ')
      @html.text!(hLocal[:fixedToEarth].to_s)
      @html.br

      # local description
      unless hLocal[:description].nil?
         @html.em('Local Coordinate System Description: ')
         @html.section(:class => 'block') do
            @html.text!(hLocal[:description])
         end
      end

      # local georeference
      unless hLocal[:georeference].nil?
         @html.em('Local Coordinate System Georeference: ')
         @html.section(:class => 'block') do
            @html.text!(hLocal[:georeference])
         end
      end

   end


# # projection parameters - local planar description
   # unless hProjection[:localPlanarDescription].nil?
   #    @html.em('Local Planar Description: ')
   #    @html.section(:class => 'block') do
   #       @html.text!(hProjection[:localPlanarDescription])
   #    end
   # end
   #
   # # projection parameters - local planar georeference
   # unless hProjection[:localPlanarGeoreference].nil?
   #    @html.em('Local Planar Georeference: ')
   #    @html.section(:class => 'block') do
   #       @html.text!(hProjection[:localPlanarGeoreference])
   #    end
   # end
   #
   # # projection parameters - other grid description
   # unless hProjection[:otherGridDescription].nil?
   #    @html.em('Other Grid Description: ')
   #    @html.section(:class => 'block') do
   #       @html.text!(hProjection[:otherGridDescription])
   #    end
   # end
   #
   # # projection parameters - other projection description
   # unless hProjection[:otherProjectionDescription].nil?
   #    @html.em('Other Projection Description: ')
   #    @html.section(:class => 'block') do
   #       @html.text!(hProjection[:otherProjectionDescription])
   #    end
   # end

end