def classical(srcs, gsims, params, slc, monitor=None):
"""
Read the SourceFilter, get the current slice of it (if tiling is
enabled) and then call the classical calculator in hazardlib
"""
if monitor is None: # fix mispassed parameters (for disagg_by_src)
monitor = slc
slc = slice(None)
srcfilter = monitor.read('srcfilter')[slc]
return hazclassical(srcs, srcfilter, gsims, params, monitor)
def classical(srcs, sids, cmaker, monitor):
"""
Read the sitecol and call the classical calculator in hazardlib
"""
cmaker.init_monitoring(monitor)
sitecol = monitor.read('sitecol')
if sids is not None:
sitecol = sitecol.filter(numpy.isin(sitecol.sids, sids))
result = hazclassical(srcs, sitecol, cmaker)
# print(srcs, sum(src.weight for src in srcs))
return result
def classical_tile(srcs, cmaker, monitor):
"""
Read the sitecol, split it on tiles and call the classical calculator
in hazardlib yielding the results for each tile
"""
cmaker.init_monitoring(monitor)
sitecol = monitor.read('sitecol')
for tile in sitecol.split_in_tiles(cmaker.ntiles):
res = hazclassical(srcs, tile, cmaker)
if res['pmap']:
res['slc'] = slice(tile.sids.min(), tile.sids.max() + 1)
yield res
def classical(srcs, rlzs_by_gsim, params, monitor):
"""
Read the SourceFilter and call the classical calculator in hazardlib
"""
srcfilter = monitor.read('srcfilter')
return hazclassical(srcs, srcfilter, rlzs_by_gsim, params, monitor)
def classical(srcs, cmaker, monitor):
"""
Read the sitecol and call the classical calculator in hazardlib
"""
cmaker.init_monitoring(monitor)
return hazclassical(srcs, monitor.read('sitecol'), cmaker)
