def main():
proc()
res = []
for point in points:
res.append([point, points[point], distances[point]])
print max_distance, min_distance
db.write_data('overhead-output_mt.txt', res)
def main():
proc()
res = []
for point in points:
res.append([point, points[point], distances[point]])
print max_distance, min_distance
db.write_data('overhead-output_mt.txt', res)
def main():
proc()
res = []
for point in dict(points):
res.append([point, points[point], distances[point]])
print max_distance.value, min_distance.value
db.write_data('overhead-output_mp.txt', res)
def main():
proc()
res = []
for point in dict(points):
res.append([point, points[point], distances[point]])
print max_distance.value, min_distance.value
db.write_data('overhead-output_mp.txt', res)
def make():
for i in range(LIST_LEN):
a = random.randint(RANDOM_START, RANDOM_END)
b = random.randint(RANDOM_START, RANDOM_END)
if a == b:
continue
distance = random.randint(RANDOM_START, RANDOM_END)
t = [a, b, distance]
target_list.append(t)
db.write_data(DATA_FILENAME, target_list)
def make():
for i in range(LIST_LEN):
a = random.randint(RANDOM_START, RANDOM_END)
b = random.randint(RANDOM_START, RANDOM_END)
if a == b:
continue
distance = random.randint(RANDOM_START, RANDOM_END)
t = [a, b, distance]
target_list.append(t)
db.write_data(DATA_FILENAME, target_list)
def main():
#import os
#print os.getpid()
set_globals()
proc()
db.write_data('memory_bound-output_mp.txt', list(matrix_c))
def main():
global target_list
target_list = db.read_data(DATA_FILENAME)
proc()
output_filename = db.get_output_path(DATA_FILENAME, 'output_mt')
db.write_data(output_filename, target_list)
def main():
set_globals()
proc()
db.write_data('memory_bound-output_mt.txt', list(matrix_c))
def make():
matrix_a_data = rand_matrix(MATRIX_SIZE, RANDOM_SIZE)
matrix_b_data = rand_matrix(MATRIX_SIZE, RANDOM_SIZE)
db.write_data(MATRIX_A_DATA_FILENAME, list(matrix_a_data))
db.write_data(MATRIX_B_DATA_FILENAME, list(matrix_b_data))
def main():
global target_list
target_list = db.read_data(DATA_FILENAME)
proc()
output_filename = db.get_output_path(DATA_FILENAME, 'output_mt')
db.write_data(output_filename, target_list)
def main():
#import os
#print os.getpid()
set_globals()
proc()
db.write_data('memory_bound-output_mp.txt', list(matrix_c))
def make():
matrix_a_data = rand_matrix(MATRIX_SIZE, RANDOM_SIZE)
matrix_b_data = rand_matrix(MATRIX_SIZE, RANDOM_SIZE)
db.write_data(MATRIX_A_DATA_FILENAME, list(matrix_a_data))
db.write_data(MATRIX_B_DATA_FILENAME, list(matrix_b_data))