def e1Ldfinequations(chopcond, path, ldis):
fragments = splitpath(chopcond, path)
ldfineqs = []
ldiand = ldis[:2]
ldichop = ldis[-1]
for ldi in ldiand:
symbolcls = []
for cl in ldi.coefficientlocations:
tempcl = Coefficientlocation(cl.coefficient, cl.location)
symbolcls.append(tempcl)
for symbolcl in symbolcls:
for slocation in fragments[0]:
if slocation.location == symbolcl.location:
if slocation.index != chopcond[0]:
symbolcl.adddvalue(slocation.getsymbol())
else:
symbolcl.adddvalue('m_'+str(1))
ldfineqs.append(ldftoineq(symbolcls, ldi.bound))
symbolcls = []
for cl in ldichop.coefficientlocations:
tempcl = Coefficientlocation(cl.coefficient, cl.location)
symbolcls.append(tempcl)
for symbolcl in symbolcls:
for slocation in fragments[-1]:
if slocation.location == symbolcl.location:
if slocation.index == chopcond[0]:
symbolcl.adddvalue(slocation.getsymbol()+'-'+'m_'+str(1))
else:
symbolcl.adddvalue(slocation.getsymbol())
ldfineqs.append(ldftoineq(symbolcls, ldichop.bound))
return ldfstoineqs(ldfineqs)
def e7Ldfinequations(chopcond, path, ldis):
fragments = splitpath(chopcond, path)
ldfineqs = []
#ldfsJ2 = ldis[:2]
#ldfsJ3J4 = ldis[2:]
for i, ldi in zip(range(0, len(ldis)), ldis):
symbolcls = []
for cl in ldi.coefficientlocations:
tempcl = Coefficientlocation(cl.coefficient, cl.location)
symbolcls.append(tempcl)
for symbolcl in symbolcls:
#print 0 if i < 2 else -1
for slocation in fragments[0 if i < 2 else -1]:
if slocation.location == symbolcl.location:
if slocation.index == chopcond[0]:
if i < 2:
symbolcl.adddvalue('m_' + str(1))
else:
symbolcl.adddvalue(slocation.getsymbol() + '-' +
'm_' + str(1))
else:
symbolcl.adddvalue(slocation.getsymbol())
ldfineqs.append(ldftoineq(symbolcls, ldi.bound))
lastldf = ldfineqs[-1].replace('<=', '<')
ldfineqs.pop()
ldfineqs.append(lastldf)
#print ldfineqs
ldfsJ2 = ldfineqs[0:2]
ldfsJ3J4 = ldfineqs[2:]
return ldfsJ2toineq(ldfsJ2) + 'and' + ldfsJ3J4toineq(ldfsJ3J4)
def e2Ldfinequations(path, ldi):
lditemp = ldi
symbolcls = []
ldfineqs = []
for cl in lditemp.coefficientlocations:
tempcl = Coefficientlocation(cl.coefficient, cl.location)
symbolcls.append(tempcl)
for symbolcl in symbolcls:
for slocation in path:
if slocation.location == symbolcl.location:
symbolcl.adddvalue(slocation.getsymbol())
ldfineqs.append(ldftoineq(symbolcls, ldi.bound))
return '(' + ldfstoineqs(ldfineqs) + ')'
def e8Ldfinequations(chopcond, path, ldis):
fragments = splitpath(chopcond, path)
ldfineqs = []
ldichop = ldis[:2]
ldiand = ldis[-1]
#print ldichop[0].ldistr, ldichop[-1].ldistr, ldiand.ldistr
for i, ldi in zip(range(0, len(ldichop)), ldichop):
symbolcls = []
for cl in ldi.coefficientlocations:
tempcl = Coefficientlocation(cl.coefficient, cl.location)
symbolcls.append(tempcl)
for symbolcl in symbolcls:
for slocation in fragments[i]:
if slocation.location == symbolcl.location:
if slocation.index == chopcond[0]:
if i == 0:
symbolcl.adddvalue('m_' + str(1))
if i == 1:
symbolcl.adddvalue(slocation.getsymbol() + '-' +
'm_' + str(1))
else:
symbolcl.adddvalue(slocation.getsymbol())
ldfineqs.append(ldftoineq(symbolcls, ldi.bound))
symbolcls = []
for cl in ldiand.coefficientlocations:
tempcl = Coefficientlocation(cl.coefficient, cl.location)
symbolcls.append(tempcl)
for symbolcl in symbolcls:
for slocation in path:
if slocation.location == symbolcl.location:
#if slocation.index != chopcond[0]:
symbolcl.adddvalue(slocation.getsymbol())
#else:
#symbolcl.adddvalue('m_'+str(1))
ldfineqs.append(ldftoineq(symbolcls, ldiand.bound))
return ldfstoineqs(ldfineqs)