if __name__ == '__main__':
net_option, number_of_solutions, hill_climb_bool = main()
start_time = time.time()
if int(net_option) <= 3:
netliststring = "data/" + "netlist_" + net_option + ".csv"
printstring = "data/" + "print_1" + ".csv"
elif int(net_option) <= 6:
netliststring = "data/" + "netlist_" + net_option + ".csv"
printstring = "data/" + "print_2" + ".csv"
# Create netlist by loading file in class
netlist = classs.Netlist(netliststring).netlist
# Create list for gate coordinates
gate_coordinates = classs.Gate_coordinate(printstring).gate_coordinates
distances = {}
for item in netlist:
gate_start = int(item.gate_1)
gate_end = int(item.gate_2)
# Create tuple for gates that have to be connected
connected_gate = (gate_start, gate_end)
coordinate_start = gate_coordinates[gate_start - 1]
coordinate_end = gate_coordinates[gate_end - 1]
x_coordinate_1 = int(coordinate_start[0])
y_coordinate_1 = int(coordinate_start[1])
"""
from mpl_toolkits import mplot3d
import numpy as np
import matplotlib.pyplot as plt
from code.classes import classes as classs
from code.functions import delete as delete
from code.functions import change_coordinates as change
import copy
import csv
# Create netlist by loading file in class
netlist = classs.Netlist("data/netlist_1.csv").netlist
# Create list for gate coordinates
gate_coordinates = classs.Gate_coordinate("data/pritn_1.csv").gate_coordinates
# Create dictionary for gate connections with corresponding shortest distance
distances = {}
for item in netlist:
gate_start = int(item.gate_1)
gate_end = int(item.gate_2)
# Create tuple for gates that have to be connected
connected_gate = (gate_start, gate_end)
# Define coordinates of start and end gate
coordinate_start = gate_coordinates[gate_start - 1]
coordinate_end = gate_coordinates[gate_end - 1]
from code.functions import astardelete as astardelete
from code.algorithms import Astar as Astar
import copy
import matplotlib.pyplot as plt
import time
import csv
if __name__ == '__main__':
start_time = time.time()
# Create netlist by loading file in class
netlist = classs.Netlist("data/example_net3.csv").netlist
# Create list for gate coordinates
gate_coordinates = classs.Gate_coordinate("data/example_prit3.csv").gate_coordinates
gate_connections = {}
"""
# TODO
geef de begin en eindgate mee
alle gate_coordinaten
geef een lijst mee met coordinaten waar al draad ligt
"""
ax = plot.make_grid(8, 5)
# string_gates = []