def __str__(self):
"""
Pretty string representation.
"""
from lasif.utils import sizeof_fmt
# Count all files and sizes.
raw_data_file_count = 0
processed_data_file_count = 0
synthetic_data_file_count = 0
station_file_count = 0
project_filesize = 0
for dirpath, _, filenames in os.walk(self.paths["root"]):
size = sum([
os.path.getsize(os.path.join(dirpath, _i)) for _i in filenames
])
project_filesize += size
if dirpath.startswith(self.paths["data"]):
if dirpath.endswith("raw"):
raw_data_file_count += len(filenames)
elif "processed" in dirpath:
processed_data_file_count += len(filenames)
elif dirpath.startswith(self.paths["synthetics"]):
synthetic_data_file_count += len(filenames)
elif dirpath.startswith(self.paths["stations"]):
station_file_count += len(filenames)
ret_str = "LASIF project \"%s\"\n" % self.config["name"]
ret_str += "\tDescription: %s\n" % self.config["description"]
ret_str += "\tProject root: %s\n" % self.paths["root"]
ret_str += "\tContent:\n"
ret_str += "\t\t%i events\n" % self.comm.events.count()
ret_str += "\t\t%i station files\n" % station_file_count
ret_str += "\t\t%i raw waveform files\n" % raw_data_file_count
ret_str += "\t\t%i processed waveform files \n" % \
processed_data_file_count
ret_str += "\t\t%i synthetic waveform files\n" % \
synthetic_data_file_count
ret_str += "\tTotal project size: %s\n\n" % \
sizeof_fmt(project_filesize)
d = str(self.domain)
ret_str += "\n".join(["\t" + i for i in d.splitlines()])
return ret_str
def __str__(self):
"""
Pretty string representation.
"""
from lasif.utils import sizeof_fmt
# Count all files and sizes.
raw_data_file_count = 0
processed_data_file_count = 0
synthetic_data_file_count = 0
station_file_count = 0
project_filesize = 0
for dirpath, _, filenames in os.walk(self.paths["root"]):
size = sum([os.path.getsize(os.path.join(dirpath, _i))
for _i in filenames])
project_filesize += size
if dirpath.startswith(self.paths["data"]):
if dirpath.endswith("raw"):
raw_data_file_count += len(filenames)
elif "processed" in dirpath:
processed_data_file_count += len(filenames)
elif dirpath.startswith(self.paths["synthetics"]):
synthetic_data_file_count += len(filenames)
elif dirpath.startswith(self.paths["stations"]):
station_file_count += len(filenames)
ret_str = "LASIF project \"%s\"\n" % self.config["name"]
ret_str += "\tDescription: %s\n" % self.config["description"]
ret_str += "\tProject root: %s\n" % self.paths["root"]
ret_str += "\tContent:\n"
ret_str += "\t\t%i events\n" % self.comm.events.count()
ret_str += "\t\t%i station files\n" % station_file_count
ret_str += "\t\t%i raw waveform files\n" % raw_data_file_count
ret_str += "\t\t%i processed waveform files \n" % \
processed_data_file_count
ret_str += "\t\t%i synthetic waveform files\n" % \
synthetic_data_file_count
ret_str += "\tTotal project size: %s\n\n" % \
sizeof_fmt(project_filesize)
d = str(self.domain)
ret_str += "\n".join(["\t" + i for i in d.splitlines()])
return ret_str
def __str__(self):
"""
Pretty string representation.
"""
from lasif.utils import sizeof_fmt
# Count all files and sizes.
raw_data_file_count = 0
processed_data_file_count = 0
synthetic_data_file_count = 0
station_file_count = 0
project_filesize = 0
for dirpath, _, filenames in os.walk(self.paths["root"]):
size = sum([os.path.getsize(os.path.join(dirpath, _i))
for _i in filenames])
project_filesize += size
if dirpath.startswith(self.paths["data"]):
if dirpath.endswith("raw"):
raw_data_file_count += len(filenames)
elif "processed" in dirpath:
processed_data_file_count += len(filenames)
elif dirpath.startswith(self.paths["synthetics"]):
synthetic_data_file_count += len(filenames)
elif dirpath.startswith(self.paths["stations"]):
station_file_count += len(filenames)
ret_str = "LASIF project \"%s\"\n" % self.config["name"]
ret_str += "\tDescription: %s\n" % self.config["description"]
ret_str += "\tProject root: %s\n" % self.paths["root"]
ret_str += "\tContent:\n"
ret_str += "\t\t%i events\n" % self.comm.events.count()
ret_str += "\t\t%i station files\n" % station_file_count
ret_str += "\t\t%i raw waveform files\n" % raw_data_file_count
ret_str += "\t\t%i processed waveform files \n" % \
processed_data_file_count
ret_str += "\t\t%i synthetic waveform files\n" % \
synthetic_data_file_count
ret_str += "\tTotal project size: %s\n\n" % \
sizeof_fmt(project_filesize)
# Add information about the domain.
if self.domain == "global":
ret_str += u"\tGlobal domain"
else:
domain = {}
domain.update(self.domain["bounds"])
domain["latitude_extend"] = \
domain["maximum_latitude"] - domain["minimum_latitude"]
domain["latitude_extend_in_km"] = domain["latitude_extend"] \
* 111.32
domain["longitude_extend"] = \
domain["maximum_longitude"] - domain["minimum_longitude"]
domain["longitude_extend_in_km"] = domain["longitude_extend"] \
* 111.32
domain["depth_extend_in_km"] = \
domain["maximum_depth_in_km"] - domain["minimum_depth_in_km"]
ret_str += (
u"\tLatitude: {minimum_latitude:.2f}° - "
u"{maximum_latitude:.2f}°"
u" (total of {latitude_extend:.2f}° "
u"≅ {latitude_extend_in_km} km)\n"
u"\tLongitude: {minimum_longitude:.2f}° - "
u"{maximum_longitude:.2f}°"
u" (total of {longitude_extend:.2f}° "
u"≅ {longitude_extend_in_km} km)\n"
u"\tDepth: {minimum_depth_in_km}km - {maximum_depth_in_km}km"
u" (total of {depth_extend_in_km}km)\n") \
.format(**domain)
# Add information about rotation axis.
if self.domain["rotation_angle"]:
a = self.domain["rotation_axis"]
ret_str += \
u"\tDomain rotated around axis %.1f/%.1f/%.1f for %.2f°" \
% (a[0], a[1], a[2], self.domain["rotation_angle"])
else:
ret_str += "\tDomain is not rotated."
return ret_str.encode("utf-8")
