def main():
if len(sys.argv) != 2:
print("Error: You need to specify a .vhd file")
sys.exit(1)
vhdl_filename = sys.argv[1].split('.')
if vhdl_filename[-1] != 'vhd':
print("Error: The file type needs to be .vhd")
sys.exit(1)
files = [f for f in os.listdir('.')]
print(files)
# VHDL_tb filename
vhdl_filename = ".".join(vhdl_filename[:-1]) + '_tb.vhd'
# VHDL content
vhd_file = read_file(sys.argv[1])
[vhdl.add_library(l) for l in get_libraries(vhd_file)]
[vhdl.set_entity(e) for e in get_entitites(vhd_file)]
for entity in vhdl.get_entities():
arch = get_architecture_of_entity(vhd_file, entity)
if arch != "":
vhdl.set_architecture(arch)
try:
write_file(vhdl_filename, generate_library() + generate_entity() + generate_architecture())
except Exception as e:
traceback.print_exc()
print("ERROR: Could not write to file '%s'" % vhdl_filename)
def main():
""" Main program """
print_usage()
network_4 = read_file('data/net12_1.txt')
network_4.print()
# Find solutions.
# network = brute_solve(network_4)
# network.print()
# write_file('output/net4_brute_solution.txt', network)
network = evolutionary_solve(network_4)
write_file('output/net12_1_best_select_solution_init_2.txt', network)
def main():
# Read the File
filename = 'data.csv'
(op_area, search_area, waypoints_list) = file_parser.read_file(filename)
m1 = mission.Mission()
f1 = mission.Fence()
# Given a takeoff point
takeoff_pt = coordinate.GeoCoord(38.145495, -76.428166, 200)
item1 = mission.MissionItem(takeoff_pt, 22)
m1.add_mission_item(item1)
# Generate path to go over waypts
waypt_path = path.generate_waypt_path(path_info, takeoff_pt,
waypoints_list, op_area)
for pt in waypt_path:
item1 = mission.MissionItem(pt, 16)
m1.add_mission_item(item1)
# Generate search path within search_area
search_area_path = []
#search_area_path = path.generate_search_path(path_info, waypt_path[-1], search_area, op_area, 30)
search_area_path = path.generate_search_path_spiral(
path_info, waypt_path[-1], search_area, op_area, 30)
for pt in search_area_path:
item1 = mission.MissionItem(pt, 16)
m1.add_mission_item(item1)
# Add Landing point, assume to be takeoff point as well
item1 = mission.MissionItem(takeoff_pt, 21)
m1.add_mission_item(item1)
# Generate Fence from the operational area
for pt in op_area:
f1.add_boundary_point(pt)
# Output the mission into file
f = open('output.mission', 'w')
f.write(str(m1))
f.close()
# Output the fence into file
f = open('output.fence', 'w')
f.write(str(f1))
f.close()
import file_parser
lines = file_parser.read_file("input/c_memorable_moments.txt")
total_photos = lines[0]
photos_list = lines[1:]
i = 0
photos_h = {}
photos_v = {}
for photo in photos_list:
line = photo.split(' ')
photo_id = i
photo_type = line[0]
total_tags = int(line[1])
tags = line[2:]
if photo_type == 'V':
photos_v[photo_id] = [photo_type, tags]
else:
photos_h[photo_id] = [photo_type, tags]
i += 1
slideshow = {}
k = 0
photos_combs = {}
for pid, p in photos_v.items():
for pid2, p2 in photos_v.items():
if pid != pid2:
photos_combs[(pid, pid2)] = ['V', p[1] + list(set(p2[1]) - set(p[1]))]
all_photos = {**photos_h, **photos_combs}
import file_parser
file_names = ["input/a_example.txt"]
lines_per_file = {}
for file_name in file_names:
lines_per_file[file_name] = file_parser.read_file(file_name)
for file_name, lines in lines_per_file.items():
f = file_parser.write_file(file_name.replace("input", "output"))
f.write('\n'.join(map(str, lines)))
f.write("\nOUTPUT")