def test_compressed_zrd_read_write():
"""test the functions for reading and writing compressed ZRD file formats CBD
(compressed basic data) and CFD (compressed full data)
"""
print("\nTEST FOR ZRD COMPRESSED BASIC DATA (CBD)")
# Test read
cbdfiles = ['ColorFringes_TenRays_SplitRays_CBD.ZRD',
'ColorFringes_TenRays_NoSplitRays_CBD.ZRD']
for f in cbdfiles:
# Currently, readZRDFile() cannot read compressed data
try:
zrd = zfu.readZRDFile(get_full_path(f))
except Exception as e:
print('Expected exception :', e)
# Test write
# Nothing to test, since (currently) the writeZRDFile() only writes
# to CFD format for compressed file type
print("\nTEST FOR ZRD COMPRESSED FILES FULL DATA (CFD)")
# Test read
cfdfiles = ['ColorFringes_TenRays_SplitRays_CFD.ZRD',]
for f in cfdfiles:
# Currently, readZRDFile() cannot read compressed data
try:
zrd = zfu.readZRDFile(get_full_path(f))
except Exception as e:
print('Expected exception :', e)
def test_compressed_zrd_read_write():
"""test the functions for reading and writing compressed ZRD file formats CBD
(compressed basic data) and CFD (compressed full data)
"""
print("\nTEST FOR ZRD COMPRESSED BASIC DATA (CBD)")
# Test read
cbdfiles = [
'ColorFringes_TenRays_SplitRays_CBD.ZRD',
'ColorFringes_TenRays_NoSplitRays_CBD.ZRD'
]
for f in cbdfiles:
# Currently, readZRDFile() cannot read compressed data
try:
zrd = zfu.readZRDFile(get_full_path(f))
except Exception as e:
print('Expected exception :', e)
# Test write
# Nothing to test, since (currently) the writeZRDFile() only writes
# to CFD format for compressed file type
print("\nTEST FOR ZRD COMPRESSED FILES FULL DATA (CFD)")
# Test read
cfdfiles = [
'ColorFringes_TenRays_SplitRays_CFD.ZRD',
]
for f in cfdfiles:
# Currently, readZRDFile() cannot read compressed data
try:
zrd = zfu.readZRDFile(get_full_path(f))
except Exception as e:
print('Expected exception :', e)
def test_uncompressed_zrd_read_write():
"""test the functions for reading and writing uncompressed full Data (UFD) Zemax
ray data (ZRD) files
"""
print("\nTEST FOR ZRD UNCOMPRESSED FULL DATA (UFD) FILE:")
ufdfiles = ['ColorFringes_TenRays_SplitRays_UFD.ZRD',
'ColorFringes_TenRays_NoSplit_UFD.ZRD',
'Beamsplitter_OneRay_SplitRays_UFD.ZRD',
'Beamsplitter_TenRay_SplitRays_UFD.ZRD']
for f in ufdfiles:
zrd0 = zfu.readZRDFile(get_full_path(f))
#print("Number of rays in the uncompressed ZRD file = ", len(zrd0))
f2Write = 'zrdfile_test_UFD_write.ZRD'
zfu.writeZRDFile(zrd0, get_full_path(f2Write), 'uncompressed')
# validate the data written to the file
zrd1 = zfu.readZRDFile(get_full_path(f2Write))
# Compare the written file to the read file
#print("version:", zrd0[0].zrd_version)
assert zrd0[0].zrd_version == zrd1[0].zrd_version
assert zrd0[0].n_segments == zrd1[0].n_segments
compare_files_nbytes(get_full_path(f),
get_full_path(f2Write), 'i')
print("Uncompressed ZRD read/write successful.")
def test_uncompressed_zrd_read_write():
"""test the functions for reading and writing uncompressed full Data (UFD) Zemax
ray data (ZRD) files
"""
print("\nTEST FOR ZRD UNCOMPRESSED FULL DATA (UFD) FILE:")
ufdfiles = ['ColorFringes_TenRays_SplitRays_UFD.ZRD',
'ColorFringes_TenRays_NoSplit_UFD.ZRD',
'Beamsplitter_OneRay_SplitRays_UFD.ZRD',
'Beamsplitter_TenRay_SplitRays_UFD.ZRD']
for f in ufdfiles:
zrd0 = zfu.readZRDFile(get_full_path(f))
#print("Number of rays in the uncompressed ZRD file = ", len(zrd0))
f2Write = 'zrdfile_test_UFD_write.ZRD'
zfu.writeZRDFile(zrd0, get_full_path(f2Write), 'uncompressed')
# validate the data written to the file
zrd1 = zfu.readZRDFile(get_full_path(f2Write))
# Compare the written file to the read file
#print("version:", zrd0[0].zrd_version)
assert zrd0[0].zrd_version == zrd1[0].zrd_version
assert zrd0[0].n_segments == zrd1[0].n_segments
compare_files_nbytes(get_full_path(f),
get_full_path(f2Write), 'i')
print("Uncompressed ZRD read/write successful.")
