#! /usr/bin/env python
##################################################
# D-Wave quantum machine instruction "assembler" #
# By Scott Pakin <*****@*****.**> #
##################################################
import qmasm
import os
import os.path
import string
import sys
# Parse the command line.
cl_args = qmasm.parse_command_line()
# Specify the minimum distinguishable difference between energy readings.
min_energy_delta = 0.005
# Parse the original input file(s) into an internal representation.
qmasm.parse_files(cl_args.input)
# Parse the variable pinnings specified on the command line. Append these to
# the program.
if cl_args.pin != None:
for pin in cl_args.pin:
qmasm.program.extend(qmasm.process_pin("[command line]", 1, pin))
# Walk the statements in the program, processing each in turn.
logical_either = qmasm.Problem(cl_args.qubo)
for stmt in qmasm.program:
import copy
import os
import os.path
import qmasm
import string
import sys
# Specify the minimum distinguishable difference between energy readings.
min_energy_delta = 0.005
# Define the set of classical solvers we support.
classical_solvers = ["qbsolv", "minizinc"]
# Parse the command line.
cl_args = qmasm.parse_command_line()
qmasm.report_command_line(cl_args)
# Parse the original input file(s) into an internal representation.
fparse = qmasm.FileParser()
fparse.process_files(cl_args.input)
# Parse the variable pinnings specified on the command line. Append these to
# the program.
if cl_args.pin != None:
for pin in cl_args.pin:
qmasm.program.extend(fparse.process_pin("[command line]", 1, pin))
# Walk the statements in the program, processing each in turn.
logical_either = qmasm.Problem(cl_args.qubo)
for stmt in qmasm.program: