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openjpeg/tests/conformance/CMakeLists.txt
Mickael Savinaud d5bb3b0039 [trunk] Convert CMake-language commands to lower case 
Ancient CMake versions required upper-case commands.  Later command names became case-insensitive.  Now the preferred style is lower-case.
This also changes all the key words to lower case. The primary reason for changing key words is that all documentation for CMakeLists.txt now shows the key words as lower case. Even the printed “Mastering CMake v5” uses lower case.
Thanks to Hans Johnson
2012-08-30 17:14:39 +00:00

562 lines
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CMake
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# CONFORMANCE TESTS AND NON-REGRESSION ON THIS DATASET
file(MAKE_DIRECTORY ${CMAKE_CURRENT_BINARY_DIR}/Temporary)
set(TEMP ${CMAKE_CURRENT_BINARY_DIR}/Temporary)
set(BASELINE_CONF ${OPJ_DATA_ROOT}/baseline/conformance)
set(BASELINE_NR ${OPJ_DATA_ROOT}/baseline/nonregression)
set(INPUT_CONF ${OPJ_DATA_ROOT}/input/conformance)
# List of components by file (normaly p0_13.j2k have 257 components but for this
#set of test we consider only 4)
set( CP0_nbC_list "not_used;1;1;1;3;4;4;3;3;1;3;1;1;4;3;1;1")
set( CP1_nbC_list "not_used;1;3;4;1;3;3;2")
set(COMMENTCODEVAR FALSE)
#--------------------------------------------------------------------------
# Tests about class 0 profile 0
# try to decode
# compare to ref file provided by the Executable Test Suite
# non regression comparison
# Parameters and tolerances given by Table C.1
set( C0P0_ResFactor_list "not_used;0;0;0;3;3;3;0;5;2;0;0;0;0;2;0;0")
set( C0P0_PEAK_list "not_used;0;0;0;33;54;109;10;7;4;10;0;0;0;0;0;0")
set( C0P0_MSE_list "not_used;0;0;0;55.8;68;743;0.34;6.72;1.47;2.84;0;0;0;0;0;0")
foreach(numFileC0P0 RANGE 1 16)
# Build filenames
if(${numFileC0P0} LESS 10)
set( filenameInput p0_0${numFileC0P0}.j2k )
set( filenameRef c0p0_0${numFileC0P0}.pgx )
else(${numFileC0P0} LESS 10)
set( filenameInput p0_${numFileC0P0}.j2k )
set( filenameRef c0p0_${numFileC0P0}.pgx )
endif(${numFileC0P0} LESS 10)
# Get corresponding tests parameters
list(GET C0P0_ResFactor_list ${numFileC0P0} ResFactor)
list(GET CP0_nbC_list ${numFileC0P0} nbComponents)
list(GET C0P0_PEAK_list ${numFileC0P0} PEAK_limit)
list(GET C0P0_MSE_list ${numFileC0P0} MSE_limit)
# Manage cases which need to try different resolution reduction
if (numFileC0P0 EQUAL 3 OR numFileC0P0 EQUAL 15)
get_filename_component(filenameRefSub ${filenameRef} NAME_WE)
#r = 0
add_test(ETS-C0P0-${filenameInput}-r0-decode
${EXECUTABLE_OUTPUT_PATH}/j2k_to_image
-i ${INPUT_CONF}/${filenameInput}
-o ${TEMP}/c0${filenameInput}-r0.pgx
-r 0
)
add_test(ETS-C0P0-${filenameInput}-r0-compare2ref
${EXECUTABLE_OUTPUT_PATH}/comparePGXimages
-b ${BASELINE_CONF}/${filenameRefSub}r0.pgx
-t ${TEMP}/c0${filenameInput}-r0.pgx
-n ${nbComponents}
-p ${PEAK_limit}
-m ${MSE_limit}
-s t_
)
set_tests_properties(ETS-C0P0-${filenameInput}-r0-compare2ref
PROPERTIES DEPENDS
ETS-C0P0-${filenameInput}-r0-decode)
add_test(NR-C0P0-${filenameInput}-r0-compare2base
${EXECUTABLE_OUTPUT_PATH}/comparePGXimages
-b ${BASELINE_NR}/opj_${filenameRefSub}-r0.pgx
-t ${TEMP}/c0${filenameInput}-r0.pgx
-n ${nbComponents}
-d
-s b_t_
)
set_tests_properties(NR-C0P0-${filenameInput}-r0-compare2base
PROPERTIES DEPENDS
ETS-C0P0-${filenameInput}-r0-decode)
#r = 1
add_test(ETS-C0P0-${filenameInput}-r1-decode
${EXECUTABLE_OUTPUT_PATH}/j2k_to_image
-i ${INPUT_CONF}/${filenameInput}
-o ${TEMP}/c0${filenameInput}-r1.pgx
-r 1
)
add_test(ETS-C0P0-${filenameInput}-r1-compare2ref
${EXECUTABLE_OUTPUT_PATH}/comparePGXimages
-b ${BASELINE_CONF}/${filenameRefSub}r1.pgx
-t ${TEMP}/c0${filenameInput}-r1.pgx
-n ${nbComponents}
-p ${PEAK_limit}
-m ${MSE_limit}
-s t_
)
set_tests_properties(ETS-C0P0-${filenameInput}-r1-compare2ref
PROPERTIES DEPENDS
ETS-C0P0-${filenameInput}-r1-decode)
add_test(NR-C0P0-${filenameInput}-r1-compare2base
${EXECUTABLE_OUTPUT_PATH}/comparePGXimages
-b ${BASELINE_NR}/opj_${filenameRefSub}-r1.pgx
-t ${TEMP}/c0${filenameInput}-r1.pgx
-n ${nbComponents}
-d
-s b_t_
)
set_tests_properties(NR-C0P0-${filenameInput}-r1-compare2base
PROPERTIES DEPENDS
ETS-C0P0-${filenameInput}-r1-decode)
else(numFileC0P0 EQUAL 3 OR numFileC0P0 EQUAL 15)
add_test(ETS-C0P0-${filenameInput}-decode
${EXECUTABLE_OUTPUT_PATH}/j2k_to_image
-i ${INPUT_CONF}/${filenameInput}
-o ${TEMP}/c0${filenameInput}.pgx
-r ${ResFactor}
)
add_test(ETS-C0P0-${filenameInput}-compare2ref
${EXECUTABLE_OUTPUT_PATH}/comparePGXimages
-b ${BASELINE_CONF}/${filenameRef}
-t ${TEMP}/c0${filenameInput}.pgx
-n ${nbComponents}
-p ${PEAK_limit}
-m ${MSE_limit}
-s t_
)
set_tests_properties(ETS-C0P0-${filenameInput}-compare2ref
PROPERTIES DEPENDS
ETS-C0P0-${filenameInput}-decode)
add_test(NR-C0P0-${filenameInput}-compare2base
${EXECUTABLE_OUTPUT_PATH}/comparePGXimages
-b ${BASELINE_NR}/opj_${filenameRef}
-t ${TEMP}/c0${filenameInput}.pgx
-n ${nbComponents}
-d
-s b_t_
)
set_tests_properties(NR-C0P0-${filenameInput}-compare2base
PROPERTIES DEPENDS
ETS-C0P0-${filenameInput}-decode)
endif(numFileC0P0 EQUAL 3 OR numFileC0P0 EQUAL 15)
endforeach(numFileC0P0)
#--------------------------------------------------------------------------
# Tests about class 0 profile 1
# try to decode
# compare to ref file
# non regression comparison
# Parameters and tolerances given by Table C.4
set( C0P1_ResFactor_list "not_used;0;3;3;0;4;1;0")
set( C0P1_PEAK_list "not_used;0;35;28;2;128;128;0")
set( C0P1_MSE_list "not_used;0;74;18.8;0.550;16384;16384;0")
foreach(numFileC0P1 RANGE 1 7)
# Build filenames
set( filenameInput p1_0${numFileC0P1}.j2k )
set( filenameRef c0p1_0${numFileC0P1}.pgx )
# Get corresponding tests parameters
list(GET C0P1_ResFactor_list ${numFileC0P1} ResFactor)
list(GET CP1_nbC_list ${numFileC0P1} nbComponents)
list(GET C0P1_PEAK_list ${numFileC0P1} PEAK_limit)
list(GET C0P1_MSE_list ${numFileC0P1} MSE_limit)
# Manage cases which need to try different resolution reduction
if (numFileC0P1 EQUAL 4 )
get_filename_component(filenameRefSub ${filenameRef} NAME_WE)
#r = 0
add_test(ETS-C0P1-${filenameInput}-r0-decode
${EXECUTABLE_OUTPUT_PATH}/j2k_to_image
-i ${INPUT_CONF}/${filenameInput}
-o ${TEMP}/c0${filenameInput}-r0.pgx
-r 0
)
add_test(ETS-C0P1-${filenameInput}-r0-compare2ref
${EXECUTABLE_OUTPUT_PATH}/comparePGXimages
-b ${BASELINE_CONF}/${filenameRefSub}r0.pgx
-t ${TEMP}/c0${filenameInput}-r0.pgx
-n ${nbComponents}
-p ${PEAK_limit}
-m ${MSE_limit}
-s t_
)
set_tests_properties(ETS-C0P1-${filenameInput}-r0-compare2ref
PROPERTIES DEPENDS
ETS-C0P1-${filenameInput}-r0-decode)
add_test(NR-C0P1-${filenameInput}-r0-compare2base
${EXECUTABLE_OUTPUT_PATH}/comparePGXimages
-b ${BASELINE_NR}/opj_${filenameRefSub}-r0.pgx
-t ${TEMP}/c0${filenameInput}-r0.pgx
-n ${nbComponents}
-d
-s b_t_
)
set_tests_properties(NR-C0P1-${filenameInput}-r0-compare2base
PROPERTIES DEPENDS
ETS-C0P1-${filenameInput}-r0-decode)
#r = 3
add_test(ETS-C0P1-${filenameInput}-r3-decode
${EXECUTABLE_OUTPUT_PATH}/j2k_to_image
-i ${INPUT_CONF}/${filenameInput}
-o ${TEMP}/c0${filenameInput}-r3.pgx
-r 3
)
add_test(ETS-C0P1-${filenameInput}-r3-compare2ref
${EXECUTABLE_OUTPUT_PATH}/comparePGXimages
-b ${BASELINE_CONF}/${filenameRefSub}r3.pgx
-t ${TEMP}/c0${filenameInput}-r3.pgx
-n ${nbComponents}
-p ${PEAK_limit}
-m ${MSE_limit}
-s t_
)
set_tests_properties(ETS-C0P1-${filenameInput}-r3-compare2ref
PROPERTIES DEPENDS
ETS-C0P1-${filenameInput}-r3-decode)
add_test(NR-C0P1-${filenameInput}-r3-compare2base
${EXECUTABLE_OUTPUT_PATH}/comparePGXimages
-b ${BASELINE_NR}/opj_${filenameRefSub}-r3.pgx
-t ${TEMP}/c0${filenameInput}-r3.pgx
-n ${nbComponents}
-d
-s b_t_
)
set_tests_properties(NR-C0P1-${filenameInput}-r3-compare2base
PROPERTIES DEPENDS
ETS-C0P1-${filenameInput}-r3-decode)
else(numFileC0P1 EQUAL 4)
add_test(ETS-C0P1-${filenameInput}-decode
${EXECUTABLE_OUTPUT_PATH}/j2k_to_image
-i ${INPUT_CONF}/${filenameInput}
-o ${TEMP}/c0${filenameInput}.pgx
-r ${ResFactor}
)
add_test(ETS-C0P1-${filenameInput}-compare2ref
${EXECUTABLE_OUTPUT_PATH}/comparePGXimages
-b ${BASELINE_CONF}/${filenameRef}
-t ${TEMP}/c0${filenameInput}.pgx
-n ${nbComponents}
-p ${PEAK_limit}
-m ${MSE_limit}
-s t_
)
set_tests_properties(ETS-C0P1-${filenameInput}-compare2ref
PROPERTIES DEPENDS
ETS-C0P1-${filenameInput}-decode)
add_test(NR-C0P1-${filenameInput}-compare2base
${EXECUTABLE_OUTPUT_PATH}/comparePGXimages
-b ${BASELINE_NR}/opj_${filenameRef}
-t ${TEMP}/c0${filenameInput}.pgx
-n ${nbComponents}
-d
-s b_t_
)
set_tests_properties(NR-C0P1-${filenameInput}-compare2base
PROPERTIES DEPENDS
ETS-C0P1-${filenameInput}-decode)
endif(numFileC0P1 EQUAL 4)
endforeach(numFileC0P1)
#--------------------------------------------------------------------------
# Tests about class 1 profile 0
# try to decode
# compare to ref file
# non regression comparison
# Parameters and tolerances given by Table C.6
set( C1P0_ResFactor_list "not_used;0;0;0;0;0;0;0;1;0;0;0;0;0;0;0;0")
set( C1P0_PEAK_list "not_used;0;0;0;5:4:6;2:2:2:0;635:403:378:0;0:0:0;0:0:0;0;0:0:0;0;0;0:0:0:0;0:0:0;0;0")
set( C1P0_MSE_list "not_used;0;0;0;0.776:0.626:1.070;0.302:0.307:0.269:0;11287:6124:3968:0;0:0:0;0:0:0;0;0:0:0;0;0;0:0:0:0;0:0:0;0;0")
foreach(numFileC1P0 RANGE 1 16)
# Build filenames
if(${numFileC1P0} LESS 10)
set( filenameInput p0_0${numFileC1P0}.j2k )
set( filenameRef c1p0_0${numFileC1P0}.pgx )
else(${numFileC1P0} LESS 10)
set( filenameInput p0_${numFileC1P0}.j2k )
set( filenameRef c1p0_${numFileC1P0}.pgx )
endif(${numFileC1P0} LESS 10)
# Get corresponding tests parameters
list(GET CP0_nbC_list ${numFileC1P0} nbComponents)
list(GET C1P0_ResFactor_list ${numFileC1P0} ResFactor)
list(GET C1P0_PEAK_list ${numFileC1P0} PEAK_limit)
list(GET C1P0_MSE_list ${numFileC1P0} MSE_limit)
add_test(ETS-C1P0-${filenameInput}-decode
${EXECUTABLE_OUTPUT_PATH}/j2k_to_image
-i ${INPUT_CONF}/${filenameInput}
-o ${TEMP}/c1${filenameInput}.pgx
-r ${ResFactor}
)
add_test(ETS-C1P0-${filenameInput}-compare2ref
${EXECUTABLE_OUTPUT_PATH}/comparePGXimages
-b ${BASELINE_CONF}/${filenameRef}
-t ${TEMP}/c1${filenameInput}.pgx
-n ${nbComponents}
-p ${PEAK_limit}
-m ${MSE_limit}
-s b_t_
)
set_tests_properties(ETS-C1P0-${filenameInput}-compare2ref
PROPERTIES DEPENDS
ETS-C1P0-${filenameInput}-decode)
add_test(NR-C1P0-${filenameInput}-compare2base
${EXECUTABLE_OUTPUT_PATH}/comparePGXimages
-b ${BASELINE_NR}/opj_${filenameRef}
-t ${TEMP}/c1${filenameInput}.pgx
-n ${nbComponents}
-d
-s b_t_
)
set_tests_properties(NR-C1P0-${filenameInput}-compare2base
PROPERTIES DEPENDS
ETS-C1P0-${filenameInput}-decode)
endforeach(numFileC1P0)
#--------------------------------------------------------------------------
# Tests about class 1 profile 1
# try to decode
# compare to ref file
# non regression comparison
# Parameters and tolerances given by Table C.7
set( C1P1_PEAK_list "not_used;0;5:4:6;2:2:1:0;624;40:40:40;2:2:2;0:0")
set( C1P1_MSE_list "not_used;0;0.765:0.616:1.051;0.3:0.210:0.200:0;3080;8.458:9.816:10.154;0.6:0.6:0.6;0:0")
foreach(numFileC1P1 RANGE 1 7)
# Build filenames
set( filenameInput p1_0${numFileC1P1}.j2k )
set( filenameRef c1p1_0${numFileC1P1}.pgx )
# Get corresponding tests parameters
list(GET CP1_nbC_list ${numFileC1P1} nbComponents)
list(GET C1P1_PEAK_list ${numFileC1P1} PEAK_limit)
list(GET C1P1_MSE_list ${numFileC1P1} MSE_limit)
add_test(ETS-C1P1-${filenameInput}-decode
${EXECUTABLE_OUTPUT_PATH}/j2k_to_image
-i ${INPUT_CONF}/${filenameInput}
-o ${TEMP}/c1${filenameInput}.pgx
-r 0
)
add_test(ETS-C1P1-${filenameInput}-compare2ref
${EXECUTABLE_OUTPUT_PATH}/comparePGXimages
-b ${BASELINE_CONF}/${filenameRef}
-t ${TEMP}/c1${filenameInput}.pgx
-n ${nbComponents}
-p ${PEAK_limit}
-m ${MSE_limit}
-s b_t_
)
set_tests_properties(ETS-C1P1-${filenameInput}-compare2ref
PROPERTIES DEPENDS
ETS-C1P1-${filenameInput}-decode)
add_test(NR-C1P1-${filenameInput}-compare2base
${EXECUTABLE_OUTPUT_PATH}/comparePGXimages
-b ${BASELINE_NR}/opj_${filenameRef}
-t ${TEMP}/c1${filenameInput}.pgx
-n ${nbComponents}
-d
-s b_t_
)
set_tests_properties(NR-C1P1-${filenameInput}-compare2base
PROPERTIES DEPENDS
ETS-C1P1-${filenameInput}-decode)
endforeach(numFileC1P1)
#--------------------------------------------------------------------------
# Tests about JP2 file
# try to decode
# compare to ref file
# non regression comparison
# Tolerances given by Table G.1
foreach(numFileJP2 RANGE 1 9)
# Build filenames
set( filenameInput "file${numFileJP2}.jp2" )
set( filenameRef jp2_${numFileJP2}.tif )
# Get corresponding tests parameters
list(GET JP2_PEAK_list ${numFileJP2} PEAK_limit)
add_test(ETS-JP2-${filenameInput}-decode
${EXECUTABLE_OUTPUT_PATH}/j2k_to_image
-i ${INPUT_CONF}/${filenameInput}
-o ${TEMP}/${filenameInput}.tif
)
#
# FIXME: Need to implement a compare tif images function
#
# add_test(ETS-JP2-${filenameInput}-compare2ref
# ${EXECUTABLE_OUTPUT_PATH}/compareTIFimages
# -b ${BASELINE_CONF}/${filenameRef_tif}
# -t ${TEMP}/${filenameInput}.pgx
# -p 4
# )
#
# set_tests_properties(ETS-JP2-${filenameInput}-compare2ref
# PROPERTIES DEPENDS
# ETS-JP2-${filenameInput}-decode)
#
# add_test(NR-JP2-${filenameInput}-compare2base
# ${EXECUTABLE_OUTPUT_PATH}/compareTIFimages
# -b ${BASELINE_NR}/opj_${filenameRef}
# -t ${TEMP}/${filenameInput}.tif
# -d
# )
#
# set_tests_properties(NR-JP2-${filenameInput}-compare2base
# PROPERTIES DEPENDS
# ETS-JP2-${filenameInput}-decode)
endforeach(numFileJP2)
#--------------------------------------------------------------------------#
#--------------------------------------------------------------------------#
#--------------------------------------------------------------------------#
#--------------------------------------------------------------------------
# Tests about dump of profile 0 file
# try to dump image and codestream informations into a file
# non regression comparison this file to the baseline
foreach(numFileP0 RANGE 1 16)
# Build filenames
if(${numFileP0} LESS 10)
set( filenameInput p0_0${numFileP0}.j2k )
else(${numFileP0} LESS 10)
set( filenameInput p0_${numFileP0}.j2k )
endif(${numFileP0} LESS 10)
get_filename_component(filenameRefSub ${filenameInput} NAME_WE)
add_test(NR-${filenameInput}-dump
${EXECUTABLE_OUTPUT_PATH}/j2k_dump
-i ${INPUT_CONF}/${filenameInput}
-o ${TEMP}/${filenameInput}.txt
)
add_test(NR-${filenameInput}-compare_dump2base
${EXECUTABLE_OUTPUT_PATH}/compare_dump_files
-b ${BASELINE_NR}/opj_v2_${filenameRefSub}.txt
-t ${TEMP}/${filenameInput}.txt
)
set_tests_properties(NR-${filenameInput}-compare_dump2base
PROPERTIES DEPENDS
NR-${filenameInput}-dump)
endforeach(numFileP0)
#--------------------------------------------------------------------------
# Tests about dump of profile 1 file
# try to dump image and codestream informations into a file
# non regression comparison this file to the baseline
foreach(numFileP1 RANGE 1 7)
# Build filenames
set( filenameInput p1_0${numFileP1}.j2k )
get_filename_component(filenameInputSub ${filenameInput} NAME_WE)
add_test(NR-${filenameInput}-dump
${EXECUTABLE_OUTPUT_PATH}/j2k_dump
-i ${INPUT_CONF}/${filenameInput}
-o ${TEMP}/${filenameInput}.txt
)
add_test(NR-${filenameInput}-compare_dump2base
${EXECUTABLE_OUTPUT_PATH}/compare_dump_files
-b ${BASELINE_NR}/opj_v2_${filenameInputSub}.txt
-t ${TEMP}/${filenameInput}.txt
)
set_tests_properties(NR-${filenameInput}-compare_dump2base
PROPERTIES DEPENDS
NR-${filenameInput}-dump)
endforeach(numFileP1)
#--------------------------------------------------------------------------
# Tests about dump of JP2 file
# try to dump image and codestream informations into a file
# non regression comparison this file to the baseline
foreach(numFileJP2 RANGE 1 9)
# Build filenames
set( filenameInput "file${numFileJP2}.jp2" )
get_filename_component(filenameInputSub ${filenameInput} NAME_WE)
add_test(NR-${filenameInput}-dump
${EXECUTABLE_OUTPUT_PATH}/j2k_dump
-i ${INPUT_CONF}/${filenameInput}
-o ${TEMP}/${filenameInput}.txt
)
add_test(NR-${filenameInput}-compare_dump2base
${EXECUTABLE_OUTPUT_PATH}/compare_dump_files
-b ${BASELINE_NR}/opj_v2_${filenameInputSub}.txt
-t ${TEMP}/${filenameInput}.txt
)
set_tests_properties(NR-${filenameInput}-compare_dump2base
PROPERTIES DEPENDS
NR-${filenameInput}-dump)
endforeach(numFileJP2)
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