def convert_icarustpc_wires(ctx, input_file, output_file):
'''
Description
'''
from wirecell.util.wires import icarustpc, persist
store = icarustpc.load(input_file)
persist.dump(output_file, store)
def convert_dunevd_wires(ctx, type, input_file, output_file):
'''
Convert txt wire geom to json format
'''
from wirecell.util.wires import dunevd, persist
store = dunevd.load(input_file, type)
persist.dump(output_file, store)
def make_wires_onesided(ctx, **kwds):
'''
Generate a WCT wires file.
The named detector sets initial defaults. If other options are
given they overwride.
'''
output_file = kwds.pop("output_file")
detector = kwds.pop("detector")
import wirecell.util.wires.generator as wgen
params = dict(getattr(wgen, f'{detector}_params'))
for key, val in kwds.items():
if val is None:
continue
if isinstance(val, str):
val = unitify_parse(val)
if len(val) == 1:
val = val[0]
params[key] = val
import wirecell.util.wires.persist as wpersist
s = wgen.onesided_wrapped(params)
wpersist.dump(output_file, s)
def convert_dunevd_wires(ctx, input_file, output_file):
'''
Description
'''
from wirecell.util.wires import dunevd, persist
store = dunevd.load(input_file)
persist.dump(output_file, store)
def make_wires_onesided(ctx, output_file):
'''
Generate a WCT wires file.
'''
import wirecell.util.wires.generator as wgen
import wirecell.util.wires.persist as wpersist
s = wgen.onesided_wrapped() # fixme, expose different algs to CLI
wpersist.dump(output_file, s)
def convert_uboon_wire_regions(ctx, wire_json_file, csvfile, region_json_file):
'''
Convert CSV file to WCT format for wire regions. Example is one
as saved from MicroBooNE_ShortedWireList.xlsx. Use ,-separated
and remove quoting.
'''
import wirecell.util.wires.persist as wpersist
import wirecell.util.wires.regions as reg
store = wpersist.load(wire_json_file)
ubs = reg.uboone_shorted(store, csvfile)
wpersist.dump(region_json_file, ubs)
def make_wires(ctx, detector, output_file):
'''
Generate a WCT "wires" file giving geometry and connectivity of
conductor wire segments and channel identifiers.
'''
if detector == "apa":
from wirecell.util.wires import apa, graph, persist
desc = apa.Description()
G, P = apa.graph(desc)
store = graph.to_schema(G, P, apa.channel_ident)
persist.dump(output_file, store)
return
click.echo('Unknown detector type: "%s"' % detector)
sys.exit(1)
def convert_oneside_wires(ctx, input_file, output_file):
'''
Convert a a "onesided" wires description file into one suitable for WCT.
An example file is:
https://github.com/BNLIF/wire-cell-celltree/blob/master/geometry/ChannelWireGeometry_v2.txt
It has columns like:
# channel plane wire sx sy sz ex ey ez
The output file is JSON and if it has .gz or .bz2 it will be compressed.
'''
from wirecell.util.wires import onesided, persist
store = onesided.load(input_file)
persist.dump(output_file, store)
def convert_multitpc_wires(ctx, input_file, output_file):
'''
Convert a "multitpc" wire description file into one suitable for
WCT.
Here "TPC" refers to on anode face. That is, one APA is made up
of two TPCs. An example file is protodune-wires-larsoft-v1.txt
from wire-cell-data. It has columns like:
# chan tpc plane wire sx sy sz ex ey ez
And, further the order of rows of identical channel number express
progressively higher segment count.
'''
from wirecell.util.wires import multitpc, persist
store = multitpc.load(input_file)
persist.dump(output_file, store)
