def draw_d():
# step 2: generate sensors
sensors = distributions['sensor']()
# step 3: generate p_list
p_list = distributions['p_list']()
data = []
for d in range(1, 5):
args['D'] = d * 2
chargers = distributions['charger']()
anser = solution.solutionB.solution(chargers, sensors, p_list)
data.append((chargers, sensors, anser))
plot.draw_single(chargers, sensors, anser)
# plot.draw_multi(data)
for _, _, anser in data:
print '========================'
print anser
def main():
if DEBUG:
print "============================================="
print "# args #"
print "============================================="
pprint(args)
# step 1: generate candidate chargers
chargers = distributions['charger']()
if DEBUG:
print "============================================="
print "# candidate chargers #"
print "============================================="
print "%d chargers generated:" % (len(chargers))
pprint(chargers)
# step 2: generate sensors
sensors = distributions['sensor']()
if DEBUG:
print "============================================="
print "# sensors #"
print "============================================="
print "%d sensors generated." % (len(sensors))
pprint(sensors)
# step 3: generate p_list
p_list = distributions['p_list']()
if DEBUG:
print "============================================="
print "# sensor's P #"
print "============================================="
print "%d sensor's P generated." % (len(p_list))
pprint(p_list)
"""
anser = solution.solutionA.solution(chargers, sensors, p_list)
if DEBUG:
print "============================================="
print "# solution A #"
print "============================================="
pprint(anser)
"""
anser = solution.solutionB.solution(chargers, sensors, p_list)
if DEBUG:
print "============================================="
print "# solution B #"
print "============================================="
pprint(anser)
plot.draw_single(chargers, sensors, anser)
"""
anser = solution.solutionRan.solution(chargers, sensors, p_list)
if DEBUG:
print "============================================="
print "# solution Ran #"
print "============================================="
pprint(anser)
"""
"""
