1 This is mcsolver's save file, version: 3.0
2 Lattice:
3 1.000000000 0.000000000 0.000000000
4 0.500000000 0.866000000 0.000000000
5 0.000000000 0.000000000 1.000000000
6 Supercell used in MC simulations:
7 8 8 8
8 Orbitals in cell:
9 8
10 Positions, initial spin states and onsite-anisotropy of every orbital:
11 orb 0: type 0 spin 1.500000000 pos [0.333333330 0.666666670 0.250000000] Dx 0.000000000 Dy 0.000000000 Dz 0.000000000 h 0.000000000
12 orb 1: type 0 spin 1.500000000 pos [0.666666670 0.333333330 0.750000000] Dx 0.000000000 Dy 0.000000000 Dz 0.000000000 h 0.000000000
13 orb 2: type 0 spin 1.500000000 pos [0.000000000 0.000000000 0.000000000] Dx 0.000000000 Dy 0.000000000 Dz 0.000000000 h 0.000000000
14 orb 3: type 0 spin 1.500000000 pos [0.000000000 0.000000000 0.500000000] Dx 0.000000000 Dy 0.000000000 Dz 0.000000000 h 0.000000000
15 orb 4: type 0 spin 1.500000000 pos [0.333333330 0.666666670 0.991459800] Dx 0.000000000 Dy 0.000000000 Dz 0.000000000 h 0.000000000
16 orb 5: type 0 spin 1.500000000 pos [0.333333330 0.666666670 0.508540200] Dx 0.000000000 Dy 0.000000000 Dz 0.000000000 h 0.000000000
17 orb 6: type 0 spin 1.500000000 pos [0.666666670 0.333333330 0.008540200] Dx 0.000000000 Dy 0.000000000 Dz 0.000000000 h 0.000000000
18 orb 7: type 0 spin 1.500000000 pos [0.666666670 0.333333330 0.491459800] Dx 0.000000000 Dy 0.000000000 Dz 0.000000000 h 0.000000000
19 Bonds:
20 10
21 id, source, target, overLat, exchange matrix elements of each bond:
22 bond 0: Jx -103.919270000 Jy -103.919270000 Jz -103.919270000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jz y 0.000000000 orb 1 to orb 7 over [0 0 0]
23 bond 1: Jx -103.919270000 Jy -103.919270000 Jz -103.919270000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jz y 0.000000000 orb 0 to orb 5 over [0 0 0]
24 bond 2: Jx 51.756550000 Jy 51.756550000 Jz 51.756550000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jzy 0.00 0000000 orb 3 to orb 5 over [0 0 0]
25 bond 3: Jx 51.756550000 Jy 51.756550000 Jz 51.756550000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jzy 0.00 0000000 orb 3 to orb 7 over [0 0 0]
26 bond 4: Jx 51.756550000 Jy 51.756550000 Jz 51.756550000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jzy 0.00 0000000 orb 3 to orb 5 over [0 -1 0]
27 bond 5: Jx 51.756550000 Jy 51.756550000 Jz 51.756550000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jzy 0.00 0000000 orb 3 to orb 7 over [-1 0 0]
28 bond 6: Jx 51.756550000 Jy 51.756550000 Jz 51.756550000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jzy 0.00 0000000 orb 3 to orb 5 over [-1 -1 0]
29 bond 7: Jx 51.756550000 Jy 51.756550000 Jz 51.756550000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jzy 0.00 0000000 orb 3 to orb 7 over [-1 -1 0]
30 bond 8: Jx -103.919270000 Jy -103.919270000 Jz -103.919270000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jz y 0.000000000 orb 0 to orb 4 over [0 0 -1]
31 bond 9: Jx -103.919270000 Jy -103.919270000 Jz -103.919270000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jz y 0.000000000 orb 1 to orb 6 over [0 0 1]
32 Temperature scanning region:
33 Tmin 10.000000000 Tmax 400.000000000 nT 39
34 Field scanning region (in unit 1.48872 T, only if Kelvin and uB is used for energy and spin):
35 Hmin 0.000000000 Hmax 0.100000000 nH 1
36 Dipole long-range coupling:
37 alpha 0.000000
38 Measurement:
39 measure the correlation function between orb0 and orb0 over [0 0 0]
40 OrbGroup:1
41 Supergroup
42 group0 orb0-orb0
43 >>> Topological section <<<
44 LocalCircuit per cell: 0 (set to 0 to skip the calc. for topo. Q)
45 >>> End of Topological section <<<
46 Distribution output frame: 0
47 Sweeps for thermalization and statistics, and relaxiation step for each sweep:
48 40000 80000 0
49 XAxis type:
50 T
51 Model type:
52 Heisenberg
53 Algorithm:
54 Metropolis
55 Ncores:
56 96
这是输入文件，启动后，结果输出
multiprocessing.pool.RemoteTraceback:
"""
Traceback (most recent call last):
File "/home/jw/Documents/yes/lib/python3.11/multiprocessing/pool.py", line 125, in worker
result = (True, func(*args, **kwds))
^^^^^^^^^^^^^^^^^^^
File "/home/jw/Documents/yes/lib/python3.11/site-packages/mcsolver-3.0.6-py3.11-linux-x86_64.egg/mcsolver/win.py", line 34, in startMCForOn
mcslave=mc.MC(ID,LMatrix,pos=pos,S=S,D=DList,bondList=bondList,T=T,Lx=Lx,Ly=Ly,Lz=Lz,ki_s=GcOrb[0][0],ki_t=GcOrb[0][1],ki_overLat=GcOrb[1],orbGroupList=orbGroupList,groupInSC=groupInSC,h=h,dipoleAlpha=dipoleAlpha,On=On,spinFrame=spinFrame,localCircuitList=localCircuit)
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/home/jw/Documents/yes/lib/python3.11/site-packages/mcsolver-3.0.6-py3.11-linux-x86_64.egg/mcsolver/mcMain.py", line 37, in init
lat.constructLocalFrame(self.lattice)
File "/home/jw/Documents/yes/lib/python3.11/site-packages/mcsolver-3.0.6-py3.11-linux-x86_64.egg/mcsolver/Lattice.py", line 294, in constructLocalFrame
orb.invFactorMat=np.linalg.inv(improveTheMatrixRankToThree(factorMatrix))
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/home/jw/Documents/yes/lib/python3.11/site-packages/numpy/linalg/linalg.py", line 555, in inv
_assert_stacked_2d(a)
File "/home/jw/Documents/yes/lib/python3.11/site-packages/numpy/linalg/linalg.py", line 206, in _assert_stacked_2d
raise LinAlgError('%d-dimensional array given. Array must be '
numpy.linalg.LinAlgError: 0-dimensional array given. Array must be at least two-dimensional
"""
The above exception was the direct cause of the following exception:
Traceback (most recent call last):
File "/home/mcsolver-master/samples/mc.py", line 3, in
mcsolver.loadMC("./cr2te3")
File "/home/jw/Documents/yes/lib/python3.11/site-packages/mcsolver-3.0.6-py3.11-linux-x86_64.egg/mcsolver/init.py", line 17, in loadMC
win.startSimulation(updateGUI=False,rpath=rpath)
File "/home/jw/Documents/yes/lib/python3.11/site-packages/mcsolver-3.0.6-py3.11-linux-x86_64.egg/mcsolver/win.py", line 132, in startSimulation
for result in pool.imap_unordered(startMCForOn,paramPack_tmp):
File "/home/jw/Documents/yes/lib/python3.11/multiprocessing/pool.py", line 873, in next
raise value
numpy.linalg.LinAlgError: 0-dimensional array given. Array must be at least two-dimensional
刘博能不能看看时什么原因导致的
1 This is mcsolver's save file, version: 3.0
2 Lattice:
3 1.000000000 0.000000000 0.000000000
4 0.500000000 0.866000000 0.000000000
5 0.000000000 0.000000000 1.000000000
6 Supercell used in MC simulations:
7 8 8 8
8 Orbitals in cell:
9 8
10 Positions, initial spin states and onsite-anisotropy of every orbital:
11 orb 0: type 0 spin 1.500000000 pos [0.333333330 0.666666670 0.250000000] Dx 0.000000000 Dy 0.000000000 Dz 0.000000000 h 0.000000000
12 orb 1: type 0 spin 1.500000000 pos [0.666666670 0.333333330 0.750000000] Dx 0.000000000 Dy 0.000000000 Dz 0.000000000 h 0.000000000
13 orb 2: type 0 spin 1.500000000 pos [0.000000000 0.000000000 0.000000000] Dx 0.000000000 Dy 0.000000000 Dz 0.000000000 h 0.000000000
14 orb 3: type 0 spin 1.500000000 pos [0.000000000 0.000000000 0.500000000] Dx 0.000000000 Dy 0.000000000 Dz 0.000000000 h 0.000000000
15 orb 4: type 0 spin 1.500000000 pos [0.333333330 0.666666670 0.991459800] Dx 0.000000000 Dy 0.000000000 Dz 0.000000000 h 0.000000000
16 orb 5: type 0 spin 1.500000000 pos [0.333333330 0.666666670 0.508540200] Dx 0.000000000 Dy 0.000000000 Dz 0.000000000 h 0.000000000
17 orb 6: type 0 spin 1.500000000 pos [0.666666670 0.333333330 0.008540200] Dx 0.000000000 Dy 0.000000000 Dz 0.000000000 h 0.000000000
18 orb 7: type 0 spin 1.500000000 pos [0.666666670 0.333333330 0.491459800] Dx 0.000000000 Dy 0.000000000 Dz 0.000000000 h 0.000000000
19 Bonds:
20 10
21 id, source, target, overLat, exchange matrix elements of each bond:
22 bond 0: Jx -103.919270000 Jy -103.919270000 Jz -103.919270000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jz y 0.000000000 orb 1 to orb 7 over [0 0 0]
23 bond 1: Jx -103.919270000 Jy -103.919270000 Jz -103.919270000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jz y 0.000000000 orb 0 to orb 5 over [0 0 0]
24 bond 2: Jx 51.756550000 Jy 51.756550000 Jz 51.756550000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jzy 0.00 0000000 orb 3 to orb 5 over [0 0 0]
25 bond 3: Jx 51.756550000 Jy 51.756550000 Jz 51.756550000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jzy 0.00 0000000 orb 3 to orb 7 over [0 0 0]
26 bond 4: Jx 51.756550000 Jy 51.756550000 Jz 51.756550000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jzy 0.00 0000000 orb 3 to orb 5 over [0 -1 0]
27 bond 5: Jx 51.756550000 Jy 51.756550000 Jz 51.756550000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jzy 0.00 0000000 orb 3 to orb 7 over [-1 0 0]
28 bond 6: Jx 51.756550000 Jy 51.756550000 Jz 51.756550000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jzy 0.00 0000000 orb 3 to orb 5 over [-1 -1 0]
29 bond 7: Jx 51.756550000 Jy 51.756550000 Jz 51.756550000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jzy 0.00 0000000 orb 3 to orb 7 over [-1 -1 0]
30 bond 8: Jx -103.919270000 Jy -103.919270000 Jz -103.919270000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jz y 0.000000000 orb 0 to orb 4 over [0 0 -1]
31 bond 9: Jx -103.919270000 Jy -103.919270000 Jz -103.919270000 Jxy 0.000000000 Jxz 0.000000000 Jyz 0.000000000 Jyx 0.000000000 Jzx 0.000000000 Jz y 0.000000000 orb 1 to orb 6 over [0 0 1]
32 Temperature scanning region:
33 Tmin 10.000000000 Tmax 400.000000000 nT 39
34 Field scanning region (in unit 1.48872 T, only if Kelvin and uB is used for energy and spin):
35 Hmin 0.000000000 Hmax 0.100000000 nH 1
36 Dipole long-range coupling:
37 alpha 0.000000
38 Measurement:
39 measure the correlation function between orb0 and orb0 over [0 0 0]
40 OrbGroup:1
41 Supergroup
42 group0 orb0-orb0
43 >>> Topological section <<<
44 LocalCircuit per cell: 0 (set to 0 to skip the calc. for topo. Q)
45 >>> End of Topological section <<<
46 Distribution output frame: 0
47 Sweeps for thermalization and statistics, and relaxiation step for each sweep:
48 40000 80000 0
49 XAxis type:
50 T
51 Model type:
52 Heisenberg
53 Algorithm:
54 Metropolis
55 Ncores:
56 96
这是输入文件，启动后，结果输出
multiprocessing.pool.RemoteTraceback:
"""
Traceback (most recent call last):
File "/home/jw/Documents/yes/lib/python3.11/multiprocessing/pool.py", line 125, in worker
result = (True, func(*args, **kwds))
^^^^^^^^^^^^^^^^^^^
File "/home/jw/Documents/yes/lib/python3.11/site-packages/mcsolver-3.0.6-py3.11-linux-x86_64.egg/mcsolver/win.py", line 34, in startMCForOn
mcslave=mc.MC(ID,LMatrix,pos=pos,S=S,D=DList,bondList=bondList,T=T,Lx=Lx,Ly=Ly,Lz=Lz,ki_s=GcOrb[0][0],ki_t=GcOrb[0][1],ki_overLat=GcOrb[1],orbGroupList=orbGroupList,groupInSC=groupInSC,h=h,dipoleAlpha=dipoleAlpha,On=On,spinFrame=spinFrame,localCircuitList=localCircuit)
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/home/jw/Documents/yes/lib/python3.11/site-packages/mcsolver-3.0.6-py3.11-linux-x86_64.egg/mcsolver/mcMain.py", line 37, in init
lat.constructLocalFrame(self.lattice)
File "/home/jw/Documents/yes/lib/python3.11/site-packages/mcsolver-3.0.6-py3.11-linux-x86_64.egg/mcsolver/Lattice.py", line 294, in constructLocalFrame
orb.invFactorMat=np.linalg.inv(improveTheMatrixRankToThree(factorMatrix))
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/home/jw/Documents/yes/lib/python3.11/site-packages/numpy/linalg/linalg.py", line 555, in inv
_assert_stacked_2d(a)
File "/home/jw/Documents/yes/lib/python3.11/site-packages/numpy/linalg/linalg.py", line 206, in _assert_stacked_2d
raise LinAlgError('%d-dimensional array given. Array must be '
numpy.linalg.LinAlgError: 0-dimensional array given. Array must be at least two-dimensional
"""
The above exception was the direct cause of the following exception:
Traceback (most recent call last):
File "/home/mcsolver-master/samples/mc.py", line 3, in
mcsolver.loadMC("./cr2te3")
File "/home/jw/Documents/yes/lib/python3.11/site-packages/mcsolver-3.0.6-py3.11-linux-x86_64.egg/mcsolver/init.py", line 17, in loadMC
win.startSimulation(updateGUI=False,rpath=rpath)
File "/home/jw/Documents/yes/lib/python3.11/site-packages/mcsolver-3.0.6-py3.11-linux-x86_64.egg/mcsolver/win.py", line 132, in startSimulation
for result in pool.imap_unordered(startMCForOn,paramPack_tmp):
File "/home/jw/Documents/yes/lib/python3.11/multiprocessing/pool.py", line 873, in next
raise value
numpy.linalg.LinAlgError: 0-dimensional array given. Array must be at least two-dimensional
刘博能不能看看时什么原因导致的