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authorZsolt Kozaroczy <[email protected]>2020-09-11 00:36:29 +0200
committerGitHub <[email protected]>2020-09-11 00:36:29 +0200
commit282eec44ef01746ee25931fa6cd287ad083fd40b (patch)
tree14504bf429ca264812679ca971c1592853d3f762 /examples/conditional_formatting/example_conditional_formatting.rb
parent317e8244e4d17c394c1e181f86df3974623fb865 (diff)
downloadcaxlsx-282eec44ef01746ee25931fa6cd287ad083fd40b.tar.gz
caxlsx-282eec44ef01746ee25931fa6cd287ad083fd40b.zip
Restructure examples folder (#47)
Split examples into separate markdown files, each containing a description, sample code, and a screenshot of the resulting xlsx document. The script `generate.rb` is provided to actually generate the example documents by executing the sample code contained in the markdown files.
Diffstat (limited to 'examples/conditional_formatting/example_conditional_formatting.rb')
-rw-r--r--examples/conditional_formatting/example_conditional_formatting.rb89
1 files changed, 0 insertions, 89 deletions
diff --git a/examples/conditional_formatting/example_conditional_formatting.rb b/examples/conditional_formatting/example_conditional_formatting.rb
deleted file mode 100644
index 37df52f0..00000000
--- a/examples/conditional_formatting/example_conditional_formatting.rb
+++ /dev/null
@@ -1,89 +0,0 @@
-#!/usr/bin/env ruby -w -s
-# -*- coding: utf-8 -*-
-$LOAD_PATH.unshift "#{File.dirname(__FILE__)}/../lib"
-require 'axlsx'
-
-p = Axlsx::Package.new
-book = p.workbook
-
-# define your regular styles
-percent = book.styles.add_style(:format_code => "0.00%", :border => Axlsx::STYLE_THIN_BORDER)
-money = book.styles.add_style(:format_code => '0,000', :border => Axlsx::STYLE_THIN_BORDER)
-status = book.styles.add_style(:border => Axlsx::STYLE_THIN_BORDER)
-
-# define the style for conditional formatting
-profitable = book.styles.add_style( :fg_color => "428751", :type => :dxf )
-unprofitable = book.styles.add_style( :fg_color => "FF0000", :type => :dxf )
-
-book.add_worksheet(:name => "Cell Is") do |ws|
-
- # Generate 20 rows of data
- ws.add_row ["Previous Year Quarterly Profits (JPY)"]
- ws.add_row ["Quarter", "Profit", "% of Total"]
- offset = 3
- rows = 20
- offset.upto(rows + offset) do |i|
- ws.add_row ["Q#{i}", 10000*((rows/2-i) * (rows/2-i)), "=100*B#{i}/SUM(B3:B#{rows+offset})"], :style=>[nil, money, percent]
- end
-
-# Apply conditional formatting to range B3:B100 in the worksheet
- ws.add_conditional_formatting("B3:B100", { :type => :cellIs, :operator => :greaterThan, :formula => "100000", :dxfId => profitable, :priority => 1 })
-# Apply conditional using the between operator; NOTE: supply an array to :formula for between/notBetween
- ws.add_conditional_formatting("C3:C100", { :type => :cellIs, :operator => :between, :formula => ["0.00%","100.00%"], :dxfId => unprofitable, :priority => 1 })
-end
-
-book.add_worksheet(:name => "Color Scale") do |ws|
- ws.add_row ["Previous Year Quarterly Profits (JPY)"]
- ws.add_row ["Quarter", "Profit", "% of Total"]
- offset = 3
- rows = 20
- offset.upto(rows + offset) do |i|
- ws.add_row ["Q#{i}", 10000*((rows/2-i) * (rows/2-i)), "=100*B#{i}/SUM(B3:B#{rows+offset})"], :style=>[nil, money, percent]
- end
-# Apply conditional formatting to range B3:B100 in the worksheet
- color_scale = Axlsx::ColorScale.new
- ws.add_conditional_formatting("B3:B100", { :type => :colorScale, :operator => :greaterThan, :formula => "100000", :dxfId => profitable, :priority => 1, :color_scale => color_scale })
-end
-
-
-book.add_worksheet(:name => "Data Bar") do |ws|
- ws.add_row ["Previous Year Quarterly Profits (JPY)"]
- ws.add_row ["Quarter", "Profit", "% of Total"]
- offset = 3
- rows = 20
- offset.upto(rows + offset) do |i|
- ws.add_row ["Q#{i}", 10000*((rows/2-i) * (rows/2-i)), "=100*B#{i}/SUM(B3:B#{rows+offset})"], :style=>[nil, money, percent]
- end
-# Apply conditional formatting to range B3:B100 in the worksheet
- data_bar = Axlsx::DataBar.new
- ws.add_conditional_formatting("B3:B100", { :type => :dataBar, :dxfId => profitable, :priority => 1, :data_bar => data_bar })
-end
-
-book.add_worksheet(:name => "Icon Set") do |ws|
- ws.add_row ["Previous Year Quarterly Profits (JPY)"]
- ws.add_row ["Quarter", "Profit", "% of Total"]
- offset = 3
- rows = 20
- offset.upto(rows + offset) do |i|
- ws.add_row ["Q#{i}", 10000*((rows/2-i) * (rows/2-i)), "=100*B#{i}/SUM(B3:B#{rows+offset})"], :style=>[nil, money, percent]
- end
-# Apply conditional formatting to range B3:B100 in the worksheet
- icon_set = Axlsx::IconSet.new
- ws.add_conditional_formatting("B3:B100", { :type => :iconSet, :dxfId => profitable, :priority => 1, :icon_set => icon_set })
-end
-
-book.add_worksheet(:name => "Contains Text") do |ws|
- ws.add_row ["Previous Year Quarterly Profits (JPY)"]
- ws.add_row ["Quarter", "Profit", "% of Total", "Status"]
- offset = 3
- rows = 20
- offset.upto(rows + offset) do |i|
- ws.add_row ["Q#{i}", 10000*((rows/2-i) * (rows/2-i)), "=100*B#{i}/SUM(B3:B#{rows+offset})", (10000*((rows/2-i) * (rows/2-i))) > 100000 ? "PROFIT" : "LOSS"], :style=>[nil, money, percent, status]
- end
-
-# Apply conditional formatting to range D3:D100 in the worksheet
- ws.add_conditional_formatting("D3:D100", { :type => :containsText, :operator => :equal, :text => "PROFIT", :dxfId => profitable, :priority => 1 })
- ws.add_conditional_formatting("D3:D100", { :type => :containsText, :operator => :equal, :text => "LOSS", :dxfId => unprofitable, :priority => 1 })
-end
-
-p.serialize('example_conditional_formatting.xlsx')