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#==========================================================================
#
# Copyright Insight Software Consortium
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0.txt
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
#
#==========================================================================*/
#
# WARNING: DO NOT EDIT THIS FILE!
# THIS FILE IS AUTOMATICALLY GENERATED BY THE SIMPLEITK BUILD PROCESS.
# Please look at RubyImageFilterTestTemplate.rb.in to make changes.
#
# This is Ruby code to test ${name}
require 'simpleitk'
inputs = 1
$(if number_of_inputs then
OUT=[[inputs = ${number_of_inputs}]]
end)
if ARGV.length < inputs + 2 then
puts( "Usage: ${name} tag <input(s)> output" )
exit( 1 )
end
tag = ARGV[0];
reader = Simpleitk::ImageFileReader.new
writer = Simpleitk::ImageFileWriter.new
filter = Simpleitk::${name}.new
$(if #tests == 0 then
OUT=[[
puts( "No tests defined!" );
exit( 1 );
]]
end)
$(foreach tests
if tag == "${tag}" then
$(when settings
$(foreach settings
$(if parameter == "SeedList" and ruby_value then
OUT=[[ filter.clear_seeds()
$(for i=1,#ruby_value do OUT=OUT .. "\
v = Simpleitk::VectorUInt32.new\
for i in ".. ruby_value[i] .." do v << i end\
filter.add_seed(v)" end)]]
elseif parameter == "SeedList"then
OUT=[[ filter.clear_seeds()
$(for i=1,#value do OUT=OUT .. "\
v = Simpleitk::VectorUInt32.new\
for i in ".. value[i] .." do v << i end\
filter.add_seed(v)" end)]]
elseif parameter == "TrialPoints" and ruby_value then
OUT=[[ filter.clear_trial_points()
$(for i=1,#ruby_value do OUT=OUT .. "\
v = Simpleitk::VectorUInt32.new\
for i in ".. ruby_value[i] .." do v << i end\
filter.add_trial_point(v)" end)]]
elseif parameter == "TrialPoints"then
OUT=[[ filter.clear_trial_points()
$(for i=1,#value do OUT=OUT .. "\
v = Simpleitk::VectorUInt32.new\
for i in ".. value[i] .." do v << i end\
filter.add_trial_point(v)" end)]]
elseif dim_vec and dim_vec == 1 then
if type == "bool" then
OUT="v = Simpleitk::VectorBool.new"
elseif type == "uint8_t" then
OUT="v = Simpleitk::VectorUInt8.new"
elseif type == "int" then
OUT="v = Simpleitk::VectorInt32.new"
elseif type == "double" then
OUT="v = Simpleitk::VectorDouble.new"
else
OUT="v = Simpleitk::VectorUInt32.new"
end
OUT=OUT..[[
for i in ]]
if ruby_value then
OUT='${ruby_value}'
else
OUT=OUT..'[ '
for i=1,#value-1 do
OUT=OUT..value[i]..", "
end
OUT=OUT..value[#value]..' ]'
end
OUT=OUT..[[do v << i end
filter.set_${parameter:gsub ( "([a-z])([A-Z])", "%1_%2" ):lower()}(v)]]
else
OUT=[[
filter.set_${parameter:gsub ( "([a-z])([A-Z])", "%1_%2" ):lower()}( $(if ruby_value then OUT='${ruby_value}' else OUT='${value}' end) ) ]]
end)
)
)
inputs = Array.new
for i in 1..ARGV.length-2
puts "reading.."+ARGV[i]
inputs.push( Simpleitk::read_image( ARGV[i] ) )
end
$(if inputA_cast then
-- the first char of the string needs to be converted to upper case
OUT=[[
caster = Simpleitk::CastImageFilter.new
caster.set_output_pixel_type( Simpleitk::${inputA_cast:gsub("^%l", inputA_cast.upper ) })
inputs[0] = caster.execute( inputs[0] ) ]]
end)
$(if inputB_cast then
-- the first char of the string needs to be converted to upper case
OUT=[[
caster = Simpleitk::CastImageFilter.new
caster.set_output_pixel_type( Simpleitk::${inputB_cast:gsub("^%l", inputB_cast.upper ) })
inputs[1] = caster.execute( inputs[1] ) ]]
end)
output = filter.execute( *inputs )
$(if not no_return_image then
OUT=[[
labelIDs = [ Simpleitk::SitkLabelUInt8, Simpleitk::SitkLabelUInt16, Simpleitk::SitkLabelUInt32, Simpleitk::SitkLabelUInt64 ]
if labelIDs.include?(output.get_pixel_id()) then
caster = Simpleitk::LabelMapToLabelImageFilter.new
output = caster.execute( output )
end
writer.set_file_name( ARGV[ARGV.length-1] )
writer.execute( output )
]]
end)
end
)
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