'name': probabilityName,
'path': probabilityPath,
},
'parameters': {
'iteration count per burst': iterationCountPerBurst,
'maximum diameter in meters': maximumDiameterInMeters,
'minimum diameter in meters': minimumDiameterInMeters,
'evaluation radius in meters': evaluationRadiusInMeters,
},
}
if not options.is_test:
# Cluster
print 'Clustering locations...'
probability_process.cluster(targetLocationPath, probabilityPath, iterationCountPerBurst, maximumDiameterInMeters, minimumDiameterInMeters)
# If scanning has finished,
if probabilityInformation.hasPerformance():
print 'Evaluating locations...'
# Load regions
regionPath = probabilityInformation.getRegionPath()
regionGeoFrames = region_store.loadShapefile(regionPath, multispectralImage, withGeoToPixelConversion=False)
# Evaluate locations
locationInformation['performance'] = evaluation_process.evaluateLocations(targetFolderPath, evaluationDiameterInMeters, positiveLocationPath, targetLocationPath, regionGeoFrames)
# Record
store.saveInformation(targetLocationPath, locationInformation)
# If we are running the script,
if __name__ == '__main__':
# Feed
script_process.feedQueue(step, __file__)
#!/usr/bin/env python
"""
Command-line script to register images into a database
[parameters]
path = PATH
[imageName1]
multispectral image = PATH
panchromatic image = PATH
[imageName2]
multispectral image = PATH
panchromatic image = PATH
..."""
# Import custom modules
import script_process
from fp.model import image_database
# If we are running the script,
if __name__ == '__main__':
# Feed
script_process.feedQueue(image_database.add, __file__)
#!/usr/bin/env python
"""\
Define regions from images.
[parameters]
test fraction per region = FLOAT
image name = NAME
[regionName1]
window length in meters = FLOAT
region length in windows = INTEGER
coverage fraction = FLOAT
coverage offset = INTEGER
[regionName2]
multispectral region frames = FRAME LIST
[regionName3]
region path = PATH
..."""
# Import custom modules
import script_process
from fp.model import region_database
# If we are running the script,
if __name__ == '__main__':
# Feed
script_process.feedQueue(region_database.add, __file__)
