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Axlxs: Writing Excel With Ruby - Conditional Formatting
require 'axlsx'
p = Axlsx::Package.new
p.workbook do |wb|
# define your regular styles
styles = wb.styles
title = styles.add_style :sz => 15, :b => true, :u => true
default = styles.add_style :border => Axlsx::STYLE_THIN_BORDER
header = styles.add_style :bg_color => '00', :fg_color => 'FF', :b => true
money = styles.add_style :format_code => '#,###,##0', :border => Axlsx::STYLE_THIN_BORDER
percent = styles.add_style :num_fmt => Axlsx::NUM_FMT_PERCENT, :border => Axlsx::STYLE_THIN_BORDER
# define the style for conditional formatting - its the :dxf bit that counts!
profitable = styles.add_style :fg_color => 'FF428751', :sz => 12, :type => :dxf, :b => true
wb.add_worksheet(:name => 'Data Bar Conditional Formatting') do |ws|
ws.add_row ['A$$le Q1 Revenue Historical Analysis (USD)'], :style => title
ws.add_row
ws.add_row ['Quarter', 'Profit', '% of Total'], :style => header
ws.add_row ['Q1-2010', '15680000000', '=B4/SUM(B4:B7)'], :style => [default, money, percent]
ws.add_row ['Q1-2011', '26740000000', '=B5/SUM(B4:B7)'], :style => [default, money, percent]
ws.add_row ['Q1-2012', '46330000000', '=B6/SUM(B4:B7)'], :style => [default, money, percent]
ws.add_row ['Q1-2013(est)', '72230000000', '=B7/SUM(B4:B7)'], :style => [default, money, percent]
ws.merge_cells 'A1:C1'
# Apply conditional formatting to range B4:B7 in the worksheet
data_bar = Axlsx::DataBar.new
ws.add_conditional_formatting 'B4:B7', { :type => :dataBar,
:dxfId => profitable,
:priority => 1,
:data_bar => data_bar }
end
end
p.serialize 'getting_barred.xlsx'
require 'axlsx'
p = Axlsx::Package.new
p.workbook do |wb|
# define your regular styles
styles = wb.styles
title = styles.add_style :sz => 15, :b => true, :u => true
default = styles.add_style :border => Axlsx::STYLE_THIN_BORDER
header = styles.add_style :bg_color => '00', :fg_color => 'FF', :b => true
money = styles.add_style :format_code => '#,###,##0', :border => Axlsx::STYLE_THIN_BORDER
percent = styles.add_style :num_fmt => Axlsx::NUM_FMT_PERCENT, :border => Axlsx::STYLE_THIN_BORDER
# define the style for conditional formatting - its the :dxf bit that counts!
profitable = styles.add_style :fg_color => 'FF428751', :sz => 12, :type => :dxf, :b => true
wb.add_worksheet(:name => 'Scaled Colors') do |ws|
ws.add_row ['A$$le Q1 Revenue Historical Analysis (USD)'], :style => title
ws.add_row
ws.add_row ['Quarter', 'Profit', '% of Total'], :style => header
ws.add_row ['Q1-2010', '15680000000', '=B4/SUM(B4:B7)'], :style => [default, money, percent]
ws.add_row ['Q1-2011', '26740000000', '=B5/SUM(B4:B7)'], :style => [default, money, percent]
ws.add_row ['Q1-2012', '46330000000', '=B6/SUM(B4:B7)'], :style => [default, money, percent]
ws.add_row ['Q1-2013(est)', '72230000000', '=B7/SUM(B4:B7)'], :style => [default, money, percent]
ws.merge_cells 'A1:C1'
# Apply conditional formatting to range B4:B7 in the worksheet
color_scale = Axlsx::ColorScale.new
ws.add_conditional_formatting 'B4:B7', { :type => :colorScale,
:operator => :greaterThan,
:formula => '27000000000',
:dxfId => profitable,
:priority => 1,
:color_scale => color_scale }
end
end
p.serialize 'scaled_colors.xlsx'
require 'axlsx'
p = Axlsx::Package.new
p.workbook do |wb|
# define your regular styles
styles = wb.styles
title = styles.add_style :sz => 15, :b => true, :u => true
default = styles.add_style :border => Axlsx::STYLE_THIN_BORDER
header = styles.add_style :bg_color => '00', :fg_color => 'FF', :b => true
money = styles.add_style :format_code => '#,###,##0', :border => Axlsx::STYLE_THIN_BORDER
percent = styles.add_style :num_fmt => Axlsx::NUM_FMT_PERCENT, :border => Axlsx::STYLE_THIN_BORDER
# define the style for conditional formatting - its the :dxf bit that counts!
profitable = styles.add_style :fg_color => 'FF428751', :sz => 12, :type => :dxf, :b => true
wb.add_worksheet(:name => 'Downtown traffic') do |ws|
ws.add_row ['A$$le Q1 Revenue Historical Analysis (USD)'], :style => title
ws.add_row
ws.add_row ['Quarter', 'Profit', '% of Total'], :style => header
ws.add_row ['Q1-2010', '15680000000', '=B4/SUM(B4:B7)'], :style => [default, money, percent]
ws.add_row ['Q1-2011', '26740000000', '=B5/SUM(B4:B7)'], :style => [default, money, percent]
ws.add_row ['Q1-2012', '46330000000', '=B6/SUM(B4:B7)'], :style => [default, money, percent]
ws.add_row ['Q1-2013(est)', '72230000', '=B7/SUM(B4:B7)'], :style => [default, money, percent]
ws.merge_cells 'A1:C1'
# Apply conditional formatting to range B3:B7 in the worksheet
icon_set = Axlsx::IconSet.new
ws.add_conditional_formatting 'B3:B7', { :type => :iconSet,
:dxfId => profitable,
:priority => 1,
:icon_set => icon_set }
end
end
p.serialize 'stop_and_go.xlsx'
require 'axlsx'
p = Axlsx::Package.new
p.workbook do |wb|
# define your regular styles
styles = wb.styles
title = styles.add_style :sz => 15, :b => true, :u => true
default = styles.add_style :border => Axlsx::STYLE_THIN_BORDER
header = styles.add_style :bg_color => '00', :fg_color => 'FF', :b => true
money = styles.add_style :format_code => '#,###,##0', :border => Axlsx::STYLE_THIN_BORDER
percent = styles.add_style :num_fmt => Axlsx::NUM_FMT_PERCENT, :border => Axlsx::STYLE_THIN_BORDER
# define the style for conditional formatting - its the :dxf bit that counts!
profitable = styles.add_style :fg_color => 'FF428751', :sz => 12, :type => :dxf, :b => true
wb.add_worksheet(:name => 'The High Notes') do |ws|
ws.add_row ['A$$le Q1 Revenue Historical Analysis (USD)'], :style => title
ws.add_row
ws.add_row ['Quarter', 'Profit', '% of Total'], :style => header
ws.add_row ['Q1-2010', '15680000000', '=B4/SUM(B4:B7)'], :style => [default, money, percent]
ws.add_row ['Q1-2011', '26740000000', '=B5/SUM(B4:B7)'], :style => [default, money, percent]
ws.add_row ['Q1-2012', '46330000000', '=B6/SUM(B4:B7)'], :style => [default, money, percent]
ws.add_row ['Q1-2013(est)', '72230000000', '=B7/SUM(B4:B7)'], :style => [default, money, percent]
ws.merge_cells 'A1:C1'
# Apply conditional formatting to range B4:B7 in the worksheet
ws.add_conditional_formatting 'B4:B7', { :type => :cellIs,
:operator => :greaterThan,
:formula => '27000000000',
:dxfId => profitable,
:priority => 1 }
end
end
p.serialize 'the_high_notes.xlsx'
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