def __str__(self):
tt = TextTable([("epoch", "%5i"), ("date","%10s"), ("time","%8s")])
str = [tt.make_table_head()]
str.extend([tt.make_table_row(i, dt.date(), dt.time())\
for dt,i in zip(self.dateTimeList,
xrange(len(self.dateTimeList)))])
str.append(tt.make_table_foot())
str.append("\n")
str.append(self.epochPointList.__str__())
return "".join(str)
def __init__(self, id, textTable=None):
"""id - point identification
textTable - describes format of output text table
"""
self.id = id
if textTable == None:
self.textTable = TextTable([("id","%12s")])
else:
self.textTable = textTable
self.lindex = None # index in PointList
def make_table(self):
"""makes text table of epochs"""
if not self.list:
return "Empty EpochPointList"
#ids
from gizela.text.TextTable import TextTable
textTable = TextTable([("id","%12s")] + \
[("ep %i" % i, "%5s")\
for i in xrange(len(self.list))])
ids = [id for id in self.index]
if self.sortOutput:
ids.sort()
return textTable.make_table_head() +\
"".join([textTable.make_table_row(\
[id] + [i==None and " " or "*" \
for i in self.index[id]])\
for id in ids]) +\
textTable.make_table_foot()
def str_summary(self):
tt = TextTable([("", "%10s"),
("ep 0", "%4i"),
("ep 1", "%4i")])
str = [tt.make_table_head()]
sum1 = sum([len(cl) for cl in self.obsToComp1])
sum2 = sum([len(cl) for cl in self.obsToComp2])
sumComp = sum([len(cl) for cl in self.compObsClList])
sumu1 = sum([len(cl) for cl in self.uncompObsClList1])
sumu2 = sum([len(cl) for cl in self.uncompObsClList2])
str.append(tt.make_table_row("sum obs", sum1, sum2))
str.append(tt.make_table_row("obs comp", sumComp, sumComp))
str.append(tt.make_table_row("obs uncomp", sumu1, sumu2))
str.append(tt.make_table_foot())
return "".join(str)
class PointBase(object):
'''base class for geodetic coordinates
'''
__slots__ = ["id", "textTable", "lindex"]
def __init__(self, id, textTable=None):
"""id - point identification
textTable - describes format of output text table
"""
self.id = id
if textTable == None:
self.textTable = TextTable([("id","%12s")])
else:
self.textTable = textTable
self.lindex = None # index in PointList
def with_text_table(self, textTable):
"""
returns text table output with textTable without changing of
self.textTable
"""
tt = self.textTable
self.textTable = textTable
str = self.__str__()
self.textTable = tt
return str
def set_row_data_function(self, rowDataFun):
"""set list of functions for making row of data"""
self.textTable.set_row_data_function(rowDataFun)
def set_text_table_type(self, type):
self.textTable.type = type
def make_header(self):
"""returns header of table"""
return self.textTable.make_table_head()
def make_table_row(self):
"""returns row of table"""
return self.textTable.make_table_row(self.id)
def make_footer(self):
"""returns footer of table"""
return self.textTable.make_table_foot()
def __str__(self):
return self.make_header() +\
self.make_table_row() +\
self.make_footer()
def __eq__(self,other):
"""operator equal =="""
if isinstance(other, PointBase):
return self.id == other.id
else:
return self.id == other
def make_gama_xml(self):
"returns xml tag for gama-local"
return '<point id="%s"/>' % self.id
def change_id(self, idDict):
if self.id in idDict:
self.id = idDict[self.id]