INFO('**************************************************************************')
# set segment name:
segment_name = 'segment_'+ str(i)
pool.set('segments.'+segment_name+'.name', segment_name)
# set segment scope:
pool.set('segments.'+segment_name+'.scope', numpy.array([startTime, endTime]))
# compute descriptors:
namespace = 'segments.'+segment_name+'.descriptors'
segments_namespace.append(namespace)
INFO('\tProcess step 2: Low Level')
computeLowLevel(input_file, pool, startTime, endTime, namespace)
INFO('\tProcess step 3: Mid Level')
computeMidLevel(input_file, pool, startTime, endTime, namespace)
INFO('\tProcess step 4: High Level')
highlevel.compute(pool, namespace)
# compute the rest of the descriptors for the entire audio. LowLevel
# descriptors were already computed during segmentation
startTime = float(opt.startTime)
audio_length = pool['metadata.audio_properties.length']
endTime = float(opt.endTime)
if endTime > audio_length: endTime = audio_length
INFO('**************************************************************************')
INFO('processing entire audio from ' + str(startTime) + 's to ' + str(endTime) + 's')
INFO('**************************************************************************')
INFO('Process step 3: Mid Level')
computeMidLevel(input_file, pool, startTime, endTime)
INFO('Process step 4: High Level')
highlevel.compute(pool)
# set segment name:
segment_name = 'segment_'+ str(i)
neqPool.set('segments.'+segment_name+'.name', segment_name)
eqPool.set('segments.'+segment_name+'.name', segment_name)
# set segment scope:
neqPool.set('segments.'+segment_name+'.scope', numpy.array([startTime, endTime]))
eqPool.set('segments.'+segment_name+'.scope', numpy.array([startTime, endTime]))
# compute descriptors:
namespace = 'segments.'+segment_name+'.descriptors'
segments_namespace.append(namespace)
INFO('\tProcess step 2: Low Level')
computeLowLevel(input_file, neqPool, eqPool, startTime, endTime, namespace)
INFO('\tProcess step 3: Mid Level')
computeMidLevel(input_file, neqPool, eqPool, startTime, endTime, namespace)
INFO('\tProcess step 4: High Level')
highlevel.compute(eqPool, namespace)
highlevel.compute(neqPool, namespace)
# compute the rest of the descriptors for the entire audio. LowLevel
# descriptors were already computed during segmentation
startTime = float(opt.startTime)
audio_length = neqPool['metadata.audio_properties.length']
endTime = float(opt.endTime)
if endTime > audio_length: endTime = audio_length
INFO('**************************************************************************')
INFO('processing entire audio from ' + str(startTime) + 's to ' + str(endTime) + 's')
INFO('**************************************************************************')
INFO('Process step 3: Mid Level')
computeMidLevel(input_file, neqPool, eqPool, startTime, endTime)
INFO('Process step 4: High Level')
highlevel.compute(eqPool)
# set segment name:
segment_name = 'segment_' + str(i)
pool.set('segments.' + segment_name + '.name', segment_name)
# set segment scope:
pool.set('segments.' + segment_name + '.scope',
numpy.array([startTime, endTime]))
# compute descriptors:
namespace = 'segments.' + segment_name + '.descriptors'
segments_namespace.append(namespace)
INFO('\tProcess step 2: Low Level')
computeLowLevel(input_file, pool, startTime, endTime, namespace)
INFO('\tProcess step 3: Mid Level')
computeMidLevel(input_file, pool, startTime, endTime, namespace)
INFO('\tProcess step 4: High Level')
highlevel.compute(pool, namespace)
# compute the rest of the descriptors for the entire audio. LowLevel
# descriptors were already computed during segmentation
startTime = float(opt.startTime)
audio_length = pool['metadata.audio_properties.length']
endTime = float(opt.endTime)
if endTime > audio_length: endTime = audio_length
INFO(
'**************************************************************************'
)
INFO('processing entire audio from ' + str(startTime) + 's to ' +
str(endTime) + 's')
INFO(
'**************************************************************************'
)
# set segment scope:
neqPool.set('segments.' + segment_name + '.scope',
numpy.array([startTime, endTime]))
eqPool.set('segments.' + segment_name + '.scope',
numpy.array([startTime, endTime]))
# compute descriptors:
namespace = 'segments.' + segment_name + '.descriptors'
segments_namespace.append(namespace)
INFO('\tProcess step 2: Low Level')
computeLowLevel(input_file, neqPool, eqPool, startTime, endTime,
namespace)
INFO('\tProcess step 3: Mid Level')
computeMidLevel(input_file, neqPool, eqPool, startTime, endTime,
namespace)
INFO('\tProcess step 4: High Level')
highlevel.compute(eqPool, namespace)
highlevel.compute(neqPool, namespace)
# compute the rest of the descriptors for the entire audio. LowLevel
# descriptors were already computed during segmentation
startTime = float(opt.startTime)
audio_length = neqPool['metadata.audio_properties.length']
endTime = float(opt.endTime)
if endTime > audio_length: endTime = audio_length
INFO(
'**************************************************************************'
)
INFO('processing entire audio from ' + str(startTime) + 's to ' +
str(endTime) + 's')
INFO(
'**************************************************************************'
