Batch run and run alone get different results

Hello,
I'm working on parameter calibration, so I want to use batch processing to save time and improve efficiency.But I found that the same parameters get very different results in separate run and batch run.I am confused.

My yadedaily is 20220218-6333~d331682~bionic1 and ubuntu is 18.04.
I run the batch through yadedaily-batch -j 12 --job-threads 2 young.txt JCFpm_dense_triaxial.py
the separate through yadedaily -j 12 JCFpm_dense_triaxial.py

Thanks for help!
Following is my script:

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from yade import pack, ymport, plot, utils, export, timing
import numpy as np
import sys

readParamsFromTable(young=3000e6)
from yade.params import table
Wy=-30e6
rate=-0.1
damp=0.4
stabilityThreshold=0.001
key='_triax_base_'
young=table.young
name='JCFPM_triax'
compFricDegree=30
poisson=0.4
OUT=str(young)+'_JCFPM_triax'

mn,mx=Vector3(0,0,0),Vector3(0.05,0.05,0.05)
O.materials.append(JCFpmMat(type=1,density=2640,young=young,poisson=poisson,tensileStrength=160e6,cohesion=1600e6,frictionAngle=radians(10),label='sphere'))
O.materials.append(JCFpmMat(type=1,frictionAngle=0,density=0,label='wall'))

walls=aabbWalls([mn,mx],thickness=0,material='wall')
wallIds=O.bodies.append(walls)

O.bodies.append(ymport.text('packing-JCFPM.spheres',scale=1,shift=Vector3(0,0,0),material='sphere',color=(0.6,0.5,0.15)))
#(packing here is generated by randomDensePack with 5000 particles)

triax=TriaxialStressController(
 maxMultiplier=1.+4e8/young,
 finalMaxMultiplier=1.+4e7/young,
 thickness = 0,
 stressMask = 7,
 internalCompaction=True,
)
newton=NewtonIntegrator(damping=damp)

def recorder():
 yade.plot.addData(
 i=O.iter,
 e11=-triax.strain[0],e22=-triax.strain[1],e33=-triax.strain[2],
 s11=-triax.stress(triax.wall_right_id)[0],
 s22=-triax.stress(triax.wall_top_id)[1],
 s33=-triax.stress(triax.wall_front_id)[2],
 numberTc=interactionLaw.nbTensCracks,
 numberSc=interactionLaw.nbShearCracks,
 unb=unbalancedForce()
)
 plot.saveDataTxt(OUT)

def stop_condition():
 extremum=max(abs(s) for s in plot.data['s33'])
 s=abs(plot.data['s33'][-1])
 e=abs(plot.data['e33'][-1])
 if e < 0.001 :
  return
 if abs(s)/abs(extremum) < 0.9:
  O.pause()
  print('Max stress and strain:',extremum,e)
  presentcohesive_count = 0
  for i in O.interactions:
          if hasattr(i.phys, 'isCohesive'):
               if i.phys.isCohesive == True:
                   presentcohesive_count+=1
  print('the number of cohesive bond now is:',presentcohesive_count)

O.engines=[
 ForceResetter(),
 InsertionSortCollider([Bo1_Sphere_Aabb(aabbEnlargeFactor=1.15,label='is2aabb'),Bo1_Box_Aabb()]),
 InteractionLoop(
  [Ig2_Sphere_Sphere_ScGeom(interactionDetectionFactor=1.15,label='ss2sc'),Ig2_Box_Sphere_ScGeom()],
  [Ip2_JCFpmMat_JCFpmMat_JCFpmPhys()],
  [Law2_ScGeom_JCFpmPhys_JointedCohesiveFrictionalPM(recordCracks=True,Key=OUT+'_Crack',label='interactionLaw')]
 ),
 GlobalStiffnessTimeStepper(active=1,timeStepUpdateInterval=10,timestepSafetyCoefficient=0.8),
 triax,
 TriaxialStateRecorder(iterPeriod=100,file='WallStresses'+key),
 PyRunner(iterPeriod=int(1000),initRun=True,command='recorder()',label='data',dead=0),
 PyRunner(iterPeriod=1000,command='stop_condition()',dead=0),
 VTKRecorder(iterPeriod=500,initRun=True,fileName='triax/JFFPM-',recorders=['spheres','jcfpm','cracks'],Key=OUT+'_Crack',label='vtk',dead=1),
 newton,
]

O.step()
ss2sc.interactionDetectionFactor=-1
is2aabb.aabbEnlargeFactor=-1
cohesiveCount = 0
for i in O.interactions:
 if hasattr(i.phys, 'isCohesive'):
  if i.phys.isCohesive == True:
   cohesiveCount+=1
print('the origin total number of cohesive bond is:',cohesiveCount)

triax.goal1=triax.goal2=triax.goal3=Wy
while 1:
 #global Wy
 O.run(500,1)
 unb=unbalancedForce()
 print('unbalanced force:',unb,'mean stres:',triax.meanStress)
 if unb<stabilityThreshold and abs(Wy-triax.meanStress)/abs(Wy)<0.001:
  break

cohesiveCount = 0
for i in O.interactions:
 if hasattr(i.phys, 'isCohesive'):
  if i.phys.isCohesive == True:
   cohesiveCount+=1
print('the first total number of cohesive bond is:',cohesiveCount)

triax.internalCompaction=False
triax.stressMask=3
triax.goal1=Wy
triax.goal2=Wy
triax.goal3=rate

plot.plots={'e33':('s33',None,'unb'),'i':('numberTc','numberSc',None,'s33')}
plot.plot()
O.run()
waitIfBatch()
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