def ras1dSACElevations(rgis):
"""Probe a DTM to find storage areas connections vertical shape"""
# Prepare DTMs
prepare_DTMs(rgis)
if not rgis.dtms:
rgis.addInfo('<br>No DTM for elevation sampling. Probing aborted!')
return
surface_obj = heco.SACSurface()
parent_obj = heco.SAConnections()
update_DtmID(rgis, parent_obj)
try:
chunk = rgis.dtm_chunksize
except:
chunk = 0
# insert points along each sa connection
rgis.rdb.process_hecobject(heco.SACSurface, 'pg_create_table')
rgis.rdb.process_hecobject(heco.SAConnections, 'pg_surface_points')
# probe a DTM at each point
QApplication.setOverrideCursor(Qt.WaitCursor)
try:
probe_DTMs(rgis, surface_obj, parent_obj, chunksize=chunk)
rgis.addInfo('Done')
finally:
QApplication.restoreOverrideCursor()
def ras1dSACElevations(rgis):
"""Probe a DTM to find storage areas connections vertical shape"""
# Prepare DTMs
prepare_DTMs(rgis)
if not rgis.dtms:
rgis.addInfo('<br>No DTM for elevation sampling. Probing aborted!')
return
surface_obj = heco.SACSurface()
parent_obj = heco.SAConnections()
update_DtmID(rgis, parent_obj)
try:
chunk = rgis.dtm_chunksize
except:
chunk = 0
# insert points along each sa connection
rgis.rdb.process_hecobject(heco.SACSurface, 'pg_create_table')
rgis.rdb.process_hecobject(heco.SAConnections, 'pg_surface_points')
# probe a DTM at each point
QApplication.setOverrideCursor(Qt.WaitCursor)
try:
probe_DTMs(rgis, surface_obj, parent_obj, chunksize=chunk)
rgis.addInfo('Done')
finally:
QApplication.restoreOverrideCursor()
def ras1dSAElevations(rgis):
"""Probe a DTM to later find storage area volume"""
# Prepare DTMs
prepare_DTMs(rgis)
if not rgis.dtms:
rgis.addInfo('<br>No DTM for elevation sampling. Probing aborted!')
return False
surface_obj = heco.SASurface()
parent_obj = heco.StorageAreas()
update_DtmID(rgis, parent_obj)
try:
chunk = rgis.dtm_chunksize
except:
chunk = 0
# probe a DTM at each point
QApplication.setOverrideCursor(Qt.WaitCursor)
try:
rgis.addInfo('<br><b>Calculating Storage Areas elevation values...</b>')
rgis.rdb.process_hecobject(heco.SASurface, 'pg_create_table')
rgis.addInfo('Creating point grid inside Storage Areas...')
rgis.rdb.process_hecobject(heco.StorageAreas, 'pg_surface_points')
rgis.addInfo('Extracting values from raster...')
probe_DTMs(rgis, surface_obj, parent_obj, chunksize=chunk)
rgis.addInfo('Updating maximum and minimum elevation values in Storage Areas...')
rgis.rdb.process_hecobject(heco.StorageAreas, 'pg_maxmin')
rgis.addInfo('Done')
finally:
QApplication.restoreOverrideCursor()
return True
def ras1dSAElevations(rgis):
"""Probe a DTM to later find storage area volume"""
# Prepare DTMs
prepare_DTMs(rgis)
if not rgis.dtms:
rgis.addInfo('<br>No DTM for elevation sampling. Probing aborted!')
return False
surface_obj = heco.SASurface()
parent_obj = heco.StorageAreas()
update_DtmID(rgis, parent_obj)
try:
chunk = rgis.dtm_chunksize
except:
chunk = 0
# probe a DTM at each point
QApplication.setOverrideCursor(Qt.WaitCursor)
try:
rgis.addInfo(
'<br><b>Calculating Storage Areas elevation values...</b>')
rgis.rdb.process_hecobject(heco.SASurface, 'pg_create_table')
rgis.addInfo('Creating point grid inside Storage Areas...')
rgis.rdb.process_hecobject(heco.StorageAreas, 'pg_surface_points')
rgis.addInfo('Extracting values from raster...')
probe_DTMs(rgis, surface_obj, parent_obj, chunksize=chunk)
rgis.addInfo(
'Updating maximum and minimum elevation values in Storage Areas...'
)
rgis.rdb.process_hecobject(heco.StorageAreas, 'pg_maxmin')
rgis.addInfo('Done')
finally:
QApplication.restoreOverrideCursor()
return True
