def main():
rails_environment = sys.argv[1]
connection = dbf.connect_to_database(rails_environment)
connection.autocommit = True
database_row_id=sys.argv[2]
cur = connection.cursor()
cur.execute ("SELECT * FROM metalics WHERE id=\'"+database_row_id+"\' LIMIT 1;")
database_row = cur.fetchone()
database_row_id = database_row[0]
params = database_row[1]
algorithm = database_row[2]
solver = None
if algorithm == "MD Solver":
solver = md.MDSolver(params)
elif algorithm =="Genetics":
solver = gas.GeneticSolver(params)
elif algorithm == "Simulated Annealing":
solver = san.simulatedAnnealingNano(params)
elif algorithm == "Basin Hopping":
solver = sbh.randomSolver(params)
if solver is None:
print "ERROR: Invalid solver!"
else:
solver.cur = cur
solver.database_row_id=database_row_id
solver.setStatusDone("Calculating solution...")
solution = solver.solve()
solver.setSolution(solution)
solver.setDone('y')
print solution
def main():
rails_environment = sys.argv[1]
connection = dbf.connect_to_database(rails_environment)
connection.autocommit = True
database_row_id=sys.argv[2]
cur = connection.cursor()
cur.execute ("SELECT * FROM traveling_salesmen WHERE id=\'"+database_row_id+"\' LIMIT 1;")
database_row = cur.fetchone()
database_row_id = database_row[0]
params = database_row[3]
algorithm = database_row[4]
remove_overlaps=database_row[10]
if algorithm =="Brute Force (n!)":
solver = bft.BFTS2(params)
if algorithm =="Ant Total Distance (n^2)":
solver = atd.AntTotalDistanceSolver(params)
if algorithm =="Random (n)":
solver = loe.LineOverlapEliminatorTravelingSalesmanSolver(params)
if algorithm =="Gravity (n^2)":
solver = gts.GravitationalTravelingSalesmanSolver(params)
#Change this to Wheel Dijkstra and the other one to just Dijkstra
if algorithm =="Wheel Dijkstra (n^3)":
solver =dts.DijkstraSolver(params)
if algorithm =="Fast Dijkstra (n^2)":
solver = dts2.DijkstraTravelingSalesmanSolver(params)
if algorithm =="Annealing (Dijkstra start)":
solver = sas.SimulatedAnnealingSalesmanSolver(params)
solver.enforce_random_start = False
if algorithm =="Annealing (Random start)":
solver = sas.SimulatedAnnealingSalesmanSolver(params)
solver.enforce_random_start = True
solver.REMOVE_LINE_CROSSES=remove_overlaps
if solver is None:
print "ERROR: Invalid solver!"
else:
solver.cur = cur
solver.database_row_id=database_row_id
solver.setStatusDone("Calculating solution...")
solution =solver.solve()
solver.setSolution(solution)
solver.setDone('y')
print solution
def main():
rails_environment = sys.argv[1]
connection = dbf.connect_to_database(rails_environment)
connection.autocommit = True
database_row_id=sys.argv[2]
cur = connection.cursor()
cur.execute ("SELECT * FROM proteins WHERE id=\'"+database_row_id+"\' LIMIT 1;")
database_row = cur.fetchone()
database_row_id = database_row[0]
params = database_row[3]
algorithm = database_row[4]
solver = None
if algorithm == "Alpha Beta":
solver = ab.alpha_beta(params)
if algorithm =="Slithering Snake":
solver = ss.SlitheringSnakeSolver(params)
if algorithm == "Alpha Beta 3D AI":
solver = ab_3d_ai.alpha_beta_ai_3d(params)
if algorithm == "Alpha Beta 3D":
solver = ab3d.alpha_beta_3d(params)
if solver is None:
print "ERROR: Invalid solver!"
else:
solver.cur = cur
solver.database_row_id=database_row_id
solver.setStatusDone("Calculating solution...")
solution =solver.solve()
solver.setSolution(solution)
solver.setDone('y')
print solution
