def read_subm(subm_name=None):
if subm_name is None:
mfile = get_file("/resources/pam250.txt")
else:
mfile = get_file("/resources/" + subm_name + ".txt")
lines = [l.split() for l in mfile.read().splitlines()]
xline = lines[0]
subm = {x: {} for x in xline}
for l in lines[1:]:
for i in range(len(l))[1:]:
subm[xline[i - 1]][l[0]] = int(l[i])
return subm
def read_subm(subm_name=None):
if subm_name is None:
mfile = get_file("/resources/pam250.txt")
else:
mfile = get_file("/resources/" + subm_name + ".txt")
lines = [l.split() for l in mfile.read().splitlines()]
xline = lines[0]
subm = {x:{} for x in xline}
for l in lines[1:]:
for i in range(len(l))[1:]:
subm[xline[i - 1]][l[0]] = int(l[i])
return subm
def a_masses_map():
am = {
line[0]: int(line[2:])
for line in get_file(
"/resources/integer_mass_table.txt").read().splitlines()
}
return am
def read_longest_path():
graph = {}
lines = [re.split('->|:', l) for l in get_file("/data/lp_in.txt").read().splitlines()]
for l in lines[2:]:
graph.setdefault(l[0], {})[l[1]] = int(l[2])
lp = longest_path(lines[0][0], lines[1][0], graph)
print lp[0]
print "->".join(lp[1])
def read_longest_path():
graph = {}
lines = [
re.split('->|:', l)
for l in get_file("/data/lp_in.txt").read().splitlines()
]
for l in lines[2:]:
graph.setdefault(l[0], {})[l[1]] = int(l[2])
lp = longest_path(lines[0][0], lines[1][0], graph)
print lp[0]
print "->".join(lp[1])
def read_manhattam_tourist(filename):
data = get_file(filename).read().splitlines()
n = int(data[0].split(" ")[0])
m = int(data[0].split(" ")[1])
split_i = data.index("-")
down = [[int(x) for x in d.split(" ")] for d in data[1:split_i]]
print "down: "
print down
right = [[int(x) for x in d.split(" ")] for d in data[split_i + 1:]]
print "right: "
print right
return manhattam_tourist(n, m, down, right)
def read_manhattam_tourist(filename):
data = get_file(filename).read().splitlines()
n = int(data[0].split(" ")[0])
m = int(data[0].split(" ")[1])
split_i = data.index("-")
down = [[int(x) for x in d.split(" ")] for d in data[1:split_i]]
print "down: "
print down
right = [[int(x) for x in d.split(" ")] for d in data[split_i + 1:]]
print "right: "
print right
return manhattam_tourist(n, m, down, right)
def read_matrixes(filename):
data = get_file(filename).read().splitlines()
first_split = data.index("-")
down = [[int(x) for x in d.split(" ")] for d in data[:first_split]]
print "down: "
print down
last_split = -(data[::-1].index("-"))
right = [[int(x) for x in d.split(" ")] for d in data[first_split + 1:last_split - 1]]
print "right: "
print right
diag = [[int(x) for x in d.split(" ")] for d in data[last_split:]]
print "diag: "
print diag
return alignment_graph(down, right, diag)
def read_matrixes(filename):
data = get_file(filename).read().splitlines()
first_split = data.index("-")
down = [[int(x) for x in d.split(" ")] for d in data[:first_split]]
print "down: "
print down
last_split = -(data[::-1].index("-"))
right = [[int(x) for x in d.split(" ")]
for d in data[first_split + 1:last_split - 1]]
print "right: "
print right
diag = [[int(x) for x in d.split(" ")] for d in data[last_split:]]
print "diag: "
print diag
return alignment_graph(down, right, diag)
def a_masses_map():
am ={line[0]: int(line[2:]) for line in get_file("/resources/integer_mass_table.txt").read().splitlines()}
# am['']=0
return am