def __executeCommands__(self, commandsArr):
try:
for command in commandsArr:
print(command)
self.logger.debug("Running commands: %s" % command)
runCommand(command)
return True
except:
self.logger.error('Problems while running command - %s' % command)
raise
def __executeCommands__(self, commandsArr):
try:
for command in commandsArr:
print(command)
self.logger.debug("Running commands: %s"%command)
runCommand(command)
return True
except:
self.logger.error('Problems while running command - %s'%command)
raise
def __runGeoreferencing__(self, clipParams, tmpDir, destPath, type=None):
# create a shapefile which represents the boundingbox of the messtischblatt and is latery used for clipping
shpPath = self.boundingbox.asShapefile(os.path.join(tmpDir,"shape"))
# get gcps
gcps = self.__getGCP__(clipParams, 'string')
# gather commands for georeference process
commands = []
if type == 'fast':
# command for adding the ground control points to the tif
pathAddingGcps = os.path.join(tmpDir,"gcpTiff.tif")
commands.append(addGCPToTiff(gcps,self.srid,self.messtischblatt.tmpdir_zoomify_jpg,
pathAddingGcps))
commands.append(georeferenceTiff(shpPath,self.srid,pathAddingGcps,destPath,'fast'))
# run commands as subprocess
for command in commands:
print(command)
self.logger.info("Running commands: %s"%command)
runCommand(command)
return destPath