def process_file(r):
'''Read and process reader r.'''
line = skip_header(r).strip()
# The largest value seen so far.
largest = -1
for value in line.split():
# Remove the trailing period.
v = int(value[:-1])
# If we find a larger value, remember it.
if v > largest:
largest = v
# Check the rest of the lines for larger values.
for line in r:
# The largest value seen so far.
large = -1
for value in line.split():
# Remove the trailing period.
v = int(value[:-1])
# If we find a larger value, remember it.
if v > large:
large = v
if large > largest:
largest = large
return largest
def process_file(r):
'''Read and process reader r.'''
line = skip_header(r).strip()
# The largest value so far.
largest = find_largest(line)
# Check the rest of the lines for larger values.
for line in r:
large = find_largest(line)
if large > largest:
largest = large
return largest
def process_file(r):
'''Read and process reader r.'''
line = skip_header(r).strip()
# The largest value so far.
largest = find_largest(line)
# Check the rest of the lines for larger values.
for line in r:
large = find_largest(line)
if large > largest:
largest = large
return largest
def smallest_value(r):
'''Read and process reader r to find the smallest value after the
TSDL header.'''
line = tsdl.skip_header(r).strip()
# Now line contains the first data value; this is also the smallest
# value found so far, because it is the only one we have seen.
smallest = int(line)
for line in r:
line = line.strip()
value = int(line)
# If we find a smaller value, remember it.
if value < smallest:
smallest = value
return smallest
def smallest_value(r):
'''Read and process reader r to find the smallest
value after the TSDL header.'''
line = tsdl.skip_header(r).strip()
# Now line contains the first data value; this is also the
# smallest value found so far, because it is the only one we have seen.
smallest = int(line)
for line in r:
line = line.strip()
value = int(line)
# If we find a smaller value, remember it.
if value < smallest:
smallest = value
return smallest
def smallest_value(r):
'''リーダーrを読み出し、TSDLヘッダのアとのデータから最小値を調べて返す'''
line = tsdl.skip_header(r).strip()
#line には最初のデータが含まれている。他に読んだデータがないので
#このデータはそれまでに読み出した最小値でもある
smallest = int(line)
for line in r:
line = line.strip()
value = int(line)
#新たな最小値が現れたら記録する
if value < smallest:
smallest = value
return smallest
def smallest_value_skip(r):
'''Read and process reader r to find the smallest value after the TSDL
header. Skip missing values, which are indicated with a hyphen.'''
line = skip_header(r).strip()
# Now line contains the first data value; this is also the smallest
# value found so far.
smallest = int(line)
for line in r:
line = line.strip()
# Only process line if it has a valid value.
if line != '-':
value = int(line)
# Process value; if we find a smaller value, remember if.
if value < smallest:
smallest = value
return smallest
def smallest_value_skip(r):
'''Read and process reader r to find the smallest value after the TSDL
header. Skip missing values, which are indicated with a hyphen.'''
line = skip_header(r).strip()
# Now line contains the first data value; this is also the smallest
# value found so far.
smallest = int(line)
for line in r:
line = line.strip()
# Only process line if it has a valid value.
if line != '-':
value = int(line)
# Process value; if we find a smaller value, remember if.
if value < smallest:
smallest = value
return smallest
def smallest_value_skip(r,default=0):
'''リーダーrを読み出し、TSDLヘッダの後のデータから最小値を調べて返します'''
line = skip_header(r)
if not line:
return default
#lineには最初のデータが含まれている。他に読んだデータがないので、
#このデータはそれまでに読みだした最小値でもある
smallest = int(line.strip())
for line in r:
line = line.strip()
#有効な値が含まれているときに限り行を処理する
if line != '-':
value = int(line)
#valueを処理、新たな最小値が現れたら記録する
if value < smallest:
smallest = value
return smallest
