test/test_coderunner.rb in coderunner-0.12.11 vs test/test_coderunner.rb in coderunner-0.12.12
- old
+ new
@@ -237,90 +237,98 @@
#sleep 3
#Process.kill 'TERM', pid
#Process.kill 'TERM', pid1
end
end
+
+ if ENV['LATEX']
- def test_graphkit_multiplot
- unless ENV['SHORT_TEST']
- Dir.chdir('test/results') do
-
- ######################
- # Make 3 random graphs
- ######################
-
-
- # As usual, data can be an array or a GSL::Vector
- kit1 = GraphKit.autocreate(x: {data: [0,2,4], title: 'A label with latex \(\Gamma_\epsilon \chi\)', units: '\(\nu e\)'}, y: {data: [3.3, 5.5, 10], title: 'Label with latex \(\beta\)', units: '\(v_{thi}\)'})
- kit1.title = 'First Graph'
- kit1.gp.label = '\'A label\' at 2,7' # This 'gp' syntax is new. You can set pretty much any gnuplot option like this - see gnuplot help set
- kit1.data[0].title = 'A new title'
-
- kit2 = GraphKit.autocreate(x: {data: [0,2,4], title: 'Stuff \(\Gamma_\epsilon \chi\)', units: '\(\nu e\)'}, y: {data: [2, -1, 2], title: 'Some \(\beta\)', units: '\(v_{thi}\)'})
- kit2.title = 'Second Graph'
- kit2.data[0].gp.with = 'lp linewidth 6' # See gnuplot help plot for data options
- kit2.gp.key = 'off'
- kit2.xlabel = 'A NEW XLABEL'
-
- kit3 = GraphKit.autocreate(x: {data: [0,5,10], title: 'Mouse Height \(\Gamma_\epsilon \chi\)', units: '\(\nu e\)'}, y: {data: [4, 3, 4], title: 'Mouse weight \(\kappa\)', units: '\(v_{thi}\)'})
- kit3.title = 'Mouse info'
- kit3.data[0].gp.with = 'lp'
- kit3.gp.key = 'off'
-
- #####################
- # Plot a single one
- #####################
-
- pp kit1
- kit1.gnuplot_write('first_graph.eps', latex: true) #Just plot it by itself
- #system "okular #{Dir.pwd}/first_graph.eps"
- pp kit1
-
- ###########################
- # Plot multiple graphs
- ##########################
+ def test_graphkit_multiplot
+ unless ENV['SHORT_TEST']
+ Dir.chdir('test/results') do
+
+ ######################
+ # Make 3 random graphs
+ ######################
+
+
+ # As usual, data can be an array or a GSL::Vector
+ kit1 = GraphKit.autocreate(x: {data: [0,2,4], title: 'A label with latex \(\Gamma_\epsilon \chi\)', units: '\(\nu e\)'}, y: {data: [3.3, 5.5, 10], title: 'Label with latex \(\beta\)', units: '\(v_{thi}\)'})
+ kit1.title = 'First Graph'
+ kit1.gp.label = '\'A label\' at 2,7' # This 'gp' syntax is new. You can set pretty much any gnuplot option like this - see gnuplot help set
+ kit1.data[0].title = 'A new title'
+
+ kit2 = GraphKit.autocreate(x: {data: [0,2,4], title: 'Stuff \(\Gamma_\epsilon \chi\)', units: '\(\nu e\)'}, y: {data: [2, -1, 2], title: 'Some \(\beta\)', units: '\(v_{thi}\)'})
+ kit2.title = 'Second Graph'
+ kit2.data[0].gp.with = 'lp linewidth 6' # See gnuplot help plot for data options
+ kit2.gp.key = 'off'
+ kit2.xlabel = 'A NEW XLABEL'
+
+ kit3 = GraphKit.autocreate(x: {data: [0,5,10], title: 'Mouse Height \(\Gamma_\epsilon \chi\)', units: '\(\nu e\)'}, y: {data: [4, 3, 4], title: 'Mouse weight \(\kappa\)', units: '\(v_{thi}\)'})
+ kit3.title = 'Mouse info'
+ kit3.data[0].gp.with = 'lp'
+ kit3.gp.key = 'off'
+
+ #####################
+ # Plot a single one
+ #####################
+
+ pp kit1
+ kit1.gnuplot_write('first_graph.eps', latex: true) #Just plot it by itself
+ #system "okular #{Dir.pwd}/first_graph.eps"
+ pp kit1
+
+ ###########################
+ # Plot multiple graphs
+ ##########################
- #$debug_gnuplot=true
- kit1.gnuplot_write('aname.eps', latex: true)
- #exit
- kit2.gnuplot_write('anothername.eps', latex: true)
- kit3.gnuplot_write('athirdname.eps', latex: true, size: "2.0in,2.0in")
-
- my_preamble = <<EOF
-\\documentclass{article}
-%\documentclass[aip,reprint]{}
-\\usepackage{graphics,bm,overpic,subfigure,color}
+ #$debug_gnuplot=true
+ kit1.gnuplot_write('aname.eps', latex: true)
+ #exit
+ kit2.gnuplot_write('anothername.eps', latex: true)
+ kit3.gnuplot_write('athirdname.eps', latex: true, size: "2.0in,2.0in")
+
+ my_preamble = <<EOF
+ \\documentclass{article}
+ %\documentclass[aip,reprint]{}
+ \\usepackage{graphics,bm,overpic,subfigure,color}
-\\pagestyle{empty}
-\\begin{document}
-\\begin{figure}
+ \\pagestyle{empty}
+ \\begin{document}
+ \\begin{figure}
EOF
-
-
- # Can use default preamble - just don't include preamble option in function call GraphKit.latex_multiplot('all_graphs.eps')
- GraphKit.latex_multiplot('all_graphs.eps', preamble: my_preamble) do
-<<EOF
-\\subfigure{
-\\includegraphics{aname}
-}
-\\subfigure{
-\\begin{overpic}{anothername}
- % The location is in percent of image width
-\\put(44,22){\\includegraphics[scale=.45]
- {athirdname}}
-\\end{overpic}
-}
+
+
+ # Can use default preamble - just don't include preamble option in function call GraphKit.latex_multiplot('all_graphs.eps')
+ GraphKit.latex_multiplot('all_graphs.eps', preamble: my_preamble) do
+ <<EOF
+ \\subfigure{
+ \\includegraphics{aname}
+ }
+ \\subfigure{
+ \\begin{overpic}{anothername}
+ % The location is in percent of image width
+ \\put(44,22){\\includegraphics[scale=.45]
+ {athirdname}}
+ \\end{overpic}
+ }
EOF
- end
- #system "okular #{Dir.pwd}/all_graphs.eps"
- assert_equal("all_graphs.eps: PostScript document text conforming DSC level 2.0, type EPS\n", `file all_graphs.eps`)
+ end
+ #system "okular #{Dir.pwd}/all_graphs.eps"
+ assert_equal("all_graphs.eps: PostScript document text conforming DSC level 2.0, type EPS\n", `file all_graphs.eps`)
- end # Dir.chdir
+ end # Dir.chdir
- end # unless
-
-
- end # def
+ end # unless
+
+
+ end # def
+ else
+ puts "*******************************************************"
+ puts "Warning: latex tests not being run: please specify the environment variable LATEX=true to run latex tests"
+ puts "*******************************************************"
+ sleep 0.1
+ end # if ENV['LATEX']
end # class TestCodeRunner