def run(self):
"""Starts a new event loop with this object as the main program.
Note: might not return, in the case of GLUT.
"""
import visualization
visualization.setWindowTitle(self.name)
visualization.run(self)
def run(self):
"""Starts a new event loop with this object as the main program.
Note: might not return, in the case of GLUT.
"""
import visualization
visualization.setWindowTitle(self.name)
visualization.run(self)
def run():
print("Running @", datetime.now())
print("Downloading data..")
collection.run()
print("Aggregating data..")
aggregation.run()
print("Analyzing data..")
analysis.run()
print("Creating plots..")
visualization.run()
print("Done!")
def main(filename, display):
dimensions, rowCons, colCons = nn.get_scenarioFromFile(filename)
initialNonogram = nn.get_initialNonogram(dimensions, rowCons, colCons)
if display:
nn.print_nonogram(initialNonogram)
#initialNonogram, stateOk = nn.filterDomains(initialNonogram)
result = astar.run(initialNonogram, display, nn)
if display:
for nonogram in result[0]:
nn.print_nonogram(nonogram)
visualization.run(nonogram, 100)
#print stats
nn.print_resultStats(result)
def main(filename, algorithm, display):
scenario = rH.get_scenarioFromFile(filename)
initial_board = rH.get_initialBoard(scenario)
if display:
rH.print_board(initial_board)
if algorithm == 'astar':
result = astar.run(initial_board, display, rH)
elif algorithm == 'bfs':
result = bfs.run(initial_board, display, rH)
elif algorithm == 'dfs':
result = dfs.run(initial_board, display, rH)
if display:
for board in result[0]:
rH.print_board(board)
visualization.run(board, 100)
#print stats
rH.print_resultStats(result)
def display(nonogram, waitTime):
nn.print_nonogram(nonogram)
visualization.run(nonogram, waitTime)
def display(board, waitTime):
rH.print_board(board)
visualization.run(board, waitTime)