def run(oldpath, newpath):
"""
Runs the 14th basic test suite. Tests:
Importing time sequential ascii
"""
inputASCII = os.path.join(oldpath, INPUT_ASCII)
info = generic.getLidarFileInfo(inputASCII)
importedSPD = os.path.join(newpath, IMPORTED_SPD)
translate(info, inputASCII, importedSPD, COLTYPES, constCols=CONST_COLS)
utils.compareLiDARFiles(os.path.join(oldpath, IMPORTED_SPD), importedSPD)
def run(oldpath, newpath):
"""
Runs the 20th basic test suite. Tests:
Importing an LVIS ASCII file
"""
inputASC = os.path.join(oldpath, INPUT_ASCII)
info = generic.getLidarFileInfo(inputASC)
importedSPD = os.path.join(newpath, IMPORTED_SPD)
translate(info,
inputASC,
importedSPD,
colTypes=COLTYPES,
pulseCols=PULSECOLS,
scaling=SCALING)
utils.compareLiDARFiles(os.path.join(oldpath, IMPORTED_SPD), importedSPD)
def run():
"""
Main function. Looks at the command line arguments
and calls the appropiate translation function.
"""
cmdargs = getCmdargs()
wktStr = None
if cmdargs.wktfile is not None:
wktStr = open(cmdargs.wktfile).read()
# first determine the format of the input file
# I'm not sure this is possible in all situations, but assume it is for now
info = generic.getLidarFileInfo(cmdargs.input)
inFormat = info.getDriverName()
if inFormat == 'LAS' and cmdargs.format == 'SPDV4':
las2spdv4.translate(info, cmdargs.input, cmdargs.output, cmdargs.range,
cmdargs.spatial, cmdargs.extent, cmdargs.scaling,
cmdargs.epsg, cmdargs.binsize, cmdargs.buildpulses,
cmdargs.pulseindex, cmdargs.null, cmdargs.constcol,
cmdargs.lasscalings)
elif inFormat == 'SPDV3' and cmdargs.format == 'SPDV4':
spdv32spdv4.translate(info, cmdargs.input, cmdargs.output,
cmdargs.range, cmdargs.spatial, cmdargs.extent,
cmdargs.scaling, cmdargs.null, cmdargs.constcol)
elif inFormat == 'riegl RXP' and cmdargs.format == 'SPDV4':
rieglrxp2spdv4.translate(info,
cmdargs.input,
cmdargs.output,
cmdargs.range,
cmdargs.scaling,
cmdargs.internalrotation,
cmdargs.magneticdeclination,
cmdargs.externalrotationfn,
cmdargs.null,
cmdargs.constcol,
epsg=cmdargs.epsg,
wkt=wktStr)
elif inFormat == 'riegl RDB' and cmdargs.format == 'SPDV4':
rieglrdb2spdv4.translate(info,
cmdargs.input,
cmdargs.output,
cmdargs.range,
cmdargs.scaling,
cmdargs.null,
cmdargs.constcol,
epsg=cmdargs.epsg,
wkt=wktStr)
elif inFormat == 'SPDV4' and cmdargs.format == 'LAS':
spdv42las.translate(info, cmdargs.input, cmdargs.output,
cmdargs.spatial, cmdargs.extent)
elif inFormat == 'ASCII' and cmdargs.format == 'SPDV4':
if cmdargs.coltype is None:
msg = "must pass --coltypes parameter"
raise generic.LiDARInvalidSetting(msg)
if cmdargs.pulsecols is not None:
pulsecols = cmdargs.pulsecols.split(',')
else:
pulsecols = None
classtrans = None
if cmdargs.classtrans is not None:
# translate strings to codes
for internalCode, strLasCode in cmdargs.classtrans:
internalCode = int(internalCode)
strLasCodeFull = "CLASSIFICATION_%s" % strLasCode
try:
lasCode = getattr(lidarprocessor, strLasCodeFull)
except AttributeError:
msg = 'class %s not understood' % strLasCode
raise generic.LiDARInvalidSetting(msg)
if classtrans is None:
classtrans = []
classtrans.append((internalCode, lasCode))
ascii2spdv4.translate(info, cmdargs.input, cmdargs.output,
cmdargs.coltype, pulsecols, cmdargs.range,
cmdargs.scaling, classtrans, cmdargs.null,
cmdargs.constcol)
elif inFormat == 'LVIS Binary' and cmdargs.format == 'SPDV4':
lvisbin2spdv4.translate(info, cmdargs.input, cmdargs.output,
cmdargs.range, cmdargs.scaling, cmdargs.null,
cmdargs.constcol)
elif inFormat == 'LVIS HDF5' and cmdargs.format == 'SPDV4':
lvishdf52spdv4.translate(info, cmdargs.input, cmdargs.output,
cmdargs.range, cmdargs.scaling, cmdargs.null,
cmdargs.constcol)
elif inFormat == 'PulseWaves' and cmdargs.format == 'SPDV4':
pulsewaves2spdv4.translate(info, cmdargs.input, cmdargs.output,
cmdargs.range, cmdargs.scaling,
cmdargs.null, cmdargs.constcol)
elif inFormat == 'SPDV4' and cmdargs.format == 'PULSEWAVES':
spdv42pulsewaves.translate(info, cmdargs.input, cmdargs.output)
else:
msg = 'Cannot convert between formats %s and %s'
msg = msg % (inFormat, cmdargs.format)
raise generic.LiDARFunctionUnsupported(msg)