def run():
#Get the input file.
f = eulersupport.get_input_file()
#Initialize the matrix.
matrix = []
for l in f.readlines():
l = l.replace("\n", "")
matrix.append(map(int, l.split(" ")))
greatest = -1
#Perform the calculations.
for i in xrange(len(matrix)):
for j in xrange(len(matrix[i])):
h = find_horizontal(matrix, i, j)
v = find_vertical(matrix, i, j)
d1 = find_diagonal1(matrix, i, j)
d2 = find_diagonal2(matrix, i, j)
curr = max([h, v, d1, d2])
if (curr > greatest):
greatest = curr
#Print the results.
eulersupport.write_output(greatest)
def run():
#Get the input file.
f = eulersupport.get_input_file();
#Initialize the matrix.
matrix = [];
for l in f.readlines():
l = l.replace("\n", "");
matrix.append(map(int, l.split(" ")));
greatest = -1;
#Perform the calculations.
for i in xrange(len(matrix)):
for j in xrange(len(matrix[i])):
h = find_horizontal(matrix, i, j);
v = find_vertical(matrix, i, j);
d1 = find_diagonal1(matrix, i, j);
d2 = find_diagonal2(matrix, i, j);
curr = max([h,v,d1,d2]);
if(curr > greatest):
greatest = curr;
#Print the results.
eulersupport.write_output(greatest);
def run():
lines = eulersupport.get_input_file().readlines(); #List of numbers as Strings.
m = map(int, lines); #Map the numbers into ints.
nstr = str(sum(m)); #Sum them and transform it into a string.
snstr = nstr[:10]; #Get the first 10 digits.
#Report completion.
eulersupport.write_output(snstr);
def read_number():
f = eulersupport.get_input_file()
#Here the "number" is just a list of strings.
#So transform it into one string.
s = ""
for l in f.readlines():
s += str(l)
#Replace the new lines.
s = s.replace("\n", "")
return s
def run():
lines = eulersupport.get_input_file().readlines()
#List of numbers as Strings.
m = map(int, lines)
#Map the numbers into ints.
nstr = str(sum(m))
#Sum them and transform it into a string.
snstr = nstr[:10]
#Get the first 10 digits.
#Report completion.
eulersupport.write_output(snstr)
def run():
greater = -1;
greater_line = -1;
line_no = 0;
lines = eulersupport.get_input_file().readlines();
for line in lines:
l = line.split(",");
b = int(l[0]);
e = int(l[1]);
number = int(b) ** int(e);
if(number > greater):
greater = number;
greater_line = line_no;
print greater_line;
# print line_no;
line_no += 1;
#Report Completion.
eulersupport.write_output("zero based: %d, one based %d" %(greater_line, greater_line +1));
def run():
#Support will return a file object that is read the lines, but
#all names is contained into one string so get the index 0 to retrieve this
#string.
names = eulersupport.get_input_file().readlines()[0];
#Replace all double quotes and make a list separating the names.
names = names.replace("\"","").split(",");
names.sort();
#Total score of all names.
result = 0;
for i in xrange(len(names)):
name = names[i];
#Score of name is multiplied by its position.
score = get_name_score(name * (i + 1));
result += score;
#Print the result.
eulersupport.write_output(result);
def run():
greater = -1
greater_line = -1
line_no = 0
lines = eulersupport.get_input_file().readlines()
for line in lines:
l = line.split(",")
b = int(l[0])
e = int(l[1])
number = int(b)**int(e)
if (number > greater):
greater = number
greater_line = line_no
print greater_line
# print line_no;
line_no += 1
#Report Completion.
eulersupport.write_output("zero based: %d, one based %d" %
(greater_line, greater_line + 1))