QuantumNumber.py 文件源码

def test_quantumnumbers_ordinary():
    print 'test_quantumnumbers_ordinary'
    a=QuantumNumbers('C',([SQN(-1.0),SQN(0.0),SQN(1.0)],[1,1,1]),protocol=QuantumNumbers.COUNTS)
    print 'a: %s'%a
    print 'copy(a): %s'%copy(a)
    print 'deepcopy(a): %s'%deepcopy(a)

    b,permutation=QuantumNumbers.kron([a]*2).sort(history=True)
    print 'b: ',b
    print 'permutation of b:%s'%permutation
    print 'b.reorder(permutation,protocol="EXPANSION"): \n%s'%b.reorder(permutation,protocol="EXPANSION")
    print 'b.reorder([4,3,2,1,0],protocol="CONTENTS"): \n%s'%b.reorder([4,3,2,1,0],protocol="CONTENTS")

    c=b.to_ordereddict(protocol=QuantumNumbers.COUNTS)
    print 'c(b.to_ordereddict(protocol=QuantumNumbers.COUNTS)):\n%s'%('\n'.join('%s: %s'%(key,value) for key,value in c.iteritems()))
    print 'QuantumNumbers.from_ordereddict(SQN,c,protocol=QuantumNumbers.COUNTS):\n%s'%QuantumNumbers.from_ordereddict(SQN,c,protocol=QuantumNumbers.COUNTS)

    d=b.to_ordereddict(protocol=QuantumNumbers.INDPTR)
    print 'd(b.to_ordereddict(protocol=QuantumNumbers.INDPTR)):\n%s'%('\n'.join('%s: %s'%(key,value)for key,value in d.iteritems()))
    print 'QuantumNumbers.from_ordereddict(SQN,d,protocol=QuantumNumbers.INDPTR):\n%s'%QuantumNumbers.from_ordereddict(SQN,d,protocol=QuantumNumbers.INDPTR)
    print