def createCSVFromGEOJSON(rasterList, geoJsonList, outputCSVFileName):
chipSummaryList = []
#AOI_2_RIO_3Band_img997.tif
#AOI_2_RIO_img635.geojson
if len(rasterList) != len(geoJsonList):
print 'the count the raster is not equal to geojson'
return False
# find RasterPrecursor
# rasterList = glob.glob(os.path.join(rasterDirectory, '*.tif'))
# rasterPrefix = os.path.basename(rasterList[0])
# rasterPrefix = rasterPrefix.split("_")[0]
# geoJsonList = glob.glob(os.path.join(geoJsonDirectory, '*.geojson'))
for i in range(0, len(rasterList)):
image_path = rasterList[i]
geojson_path = geoJsonList[i]
rasterName = os.path.basename(image_path)
imageId = os.path.splitext(rasterName)[0]
# for stripItem in stripList:
# rasterName = rasterName.replace(stripItem, '')
# if args.DontstripFirstUnderScore:
# rasterName = rasterPrefix+"_"+rasterName.split('_',1)[1]
# else:
# rasterName = rasterPrefix+"_"+rasterName
print(imageId)
# print(os.path.join(rasterDirectory,rasterName))
# chipSummary = {'chipName': os.path.join(rasterDirectory, rasterName),
# 'geoVectorName': os.path.join(geoJsonDirectory, imageId),
# 'imageId': os.path.splitext(imageId)[0]}
chipSummary = {
'chipName': image_path,
'geoVectorName': geojson_path,
'imageId': imageId
}
chipSummaryList.append(chipSummary)
print("starting")
lT.createCSVSummaryFile(
chipSummaryList,
outputCSVFileName,
replaceImageID="",
createProposalsFile=True, # True will output the confidence
pixPrecision=2)
print("finished")
return True
rasterPrefix = os.path.basename(rasterList[0])
rasterPrefix = rasterPrefix.split("_")[0]
geoJsonList = glob.glob(os.path.join(geoJsonDirectory, '*.geojson'))
for imageId in geoJsonList:
imageId = os.path.basename(imageId)
rasterName = imageId.replace('.geojson', '.tif')
for stripItem in stripList:
rasterName = rasterName.replace(stripItem, '')
if args.DontstripFirstUnderScore:
rasterName = rasterPrefix + "_" + rasterName.split('_', 1)[1]
else:
rasterName = rasterPrefix + "_" + rasterName
print(imageId)
print(os.path.join(rasterDirectory, rasterName))
chipSummary = {'chipName': os.path.join(rasterDirectory, rasterName),
'geoVectorName': os.path.join(geoJsonDirectory, imageId),
'imageId': os.path.splitext(imageId)[0]}
chipSummaryList.append(chipSummary)
print("starting")
lT.createCSVSummaryFile(chipSummaryList, outputCSVFileName,
replaceImageID=rasterPrefix + "_",
createProposalsFile=createProposalFile,
pixPrecision=args.pixelPrecision)
print("finished")
for chipSummary in splitInformation[1]:
for chip in chipSummary['chipName']:
shutil.copy(
chip[1],
os.path.join(outputDir, splitInformation[0], chip[0]))
shutil.copy(
chipSummary['geoVectorName'],
os.path.join(outputDir, splitInformation[0], 'geojson',
'buildings'))
rasterPrefix = 'PAN'
chipSummaryListTmp = []
for chipSummary in splitInformation[1]:
chipSummaryTmp = chipSummary
chipSummaryTmp['chipName'] = chipSummary['chipName'][0][1]
chipSummaryListTmp.append(chipSummaryTmp)
print("starting")
outputCSVFileName = os.path.join(
outputDir, args.outputCSV + splitInformation[0] + ".csv")
lT.createCSVSummaryFile(chipSummaryListTmp,
outputCSVFileName,
replaceImageID=rasterPrefix + "_",
pixPrecision=args.pixelPrecision)
print("finished")
mkdir_p(os.path.join(outputDir, splitInformation[0], rastDir[1]))
mkdir_p(os.path.join(outputDir, splitInformation[0], 'geojson', 'buildings'))
for chipSummary in splitInformation[1]:
for chip in chipSummary['chipName']:
shutil.copy(chip[1], os.path.join(outputDir, splitInformation[0], chip[0]))
shutil.copy(chipSummary['geoVectorName'], os.path.join(outputDir,
splitInformation[0],
'geojson',
'buildings'))
rasterPrefix = 'PAN'
chipSummaryListTmp = []
for chipSummary in splitInformation[1]:
chipSummaryTmp = chipSummary
chipSummaryTmp['chipName'] = chipSummary['chipName'][0][1]
chipSummaryListTmp.append(chipSummaryTmp)
print("starting")
outputCSVFileName = os.path.join(outputDir, args.outputCSV + splitInformation[0] + ".csv")
lT.createCSVSummaryFile(chipSummaryListTmp, outputCSVFileName,
replaceImageID=rasterPrefix+"_",
pixPrecision=args.pixelPrecision)
print("finished")
rasterPrefix = rasterPrefix.split("_")[0]
geoJsonList = glob.glob(os.path.join(geoJsonDirectory, '*.geojson'))
for imageId in geoJsonList:
imageId = os.path.basename(imageId)
rasterName = imageId.replace('.geojson','.tif')
for stripItem in stripList:
rasterName = rasterName.replace(stripItem, '')
if args.DontstripFirstUnderScore:
rasterName = rasterPrefix+"_"+rasterName.split('_',1)[1]
else:
rasterName = rasterPrefix+"_"+rasterName
print(imageId)
print(os.path.join(rasterDirectory,rasterName))
chipSummary = {'chipName': os.path.join(rasterDirectory, rasterName),
'geoVectorName': os.path.join(geoJsonDirectory, imageId),
'imageId': os.path.splitext(imageId)[0]}
chipSummaryList.append(chipSummary)
print("starting")
lT.createCSVSummaryFile(chipSummaryList, outputCSVFileName,
replaceImageID=rasterPrefix+"_",
createProposalsFile=createProposalFile,
pixPrecision=args.pixelPrecision)
print("finished")