groupD.plotPSD() # Save the ensemble objects (pickle) for later use groupA.save() groupB.save() groupC.save() groupD.save() # add a blanket velocity to each half meshA.blanketVel(-1500., axis=1) meshB.blanketVel(+1500., axis=1) meshC.blanketVel(-1500., axis=1) meshD.blanketVel(+1500., axis=1) # combine the pairs of meshes meshAB = pss.combine_meshes(meshA, meshB, axis=1) meshCD = pss.combine_meshes(meshC, meshD, axis=1) # top and tail each mesh (delete top and bottom 3 rows of cells) meshAB.top_and_tail() meshCD.top_and_tail() # view each individual mesh meshA.viewMats() meshB.viewMats() meshC.viewMats() meshD.viewMats() # view final meshes meshAB.viewMats() meshCD.viewMats()
vfA = 1. - meshA.calcVol(frac=True)
if vfA > v_void: break
for xB, yB, gB in zip(groupBV.xc, groupBV.yc, groupBV.grains):
gB.place(xB, yB, 0, meshB, mattargets=[9])
vfB = 1. - meshB.calcVol(frac=True)
if vfB > v_void: break
if first:
groupAG.save()
groupBG.save()
groupAV.save()
groupBV.save()
meshA.blanketVel(-1500., axis=1)
meshB.blanketVel(+1500., axis=1)
meshC = pss.combine_meshes(meshA, meshB, axis=1)
meshC.top_and_tail()
meshC.viewMats()
meshC.save(fname='regolith_vfG-{:2.2f}_vfV{:2.2f}_v3000.iSALE'.format(
v_grain, v_void),
compress=True)
meshC.multiplyVels()
meshC.save(fname='regolith_vfG-{:2.2f}_vfV{:2.2f}_v1500.iSALE'.format(
v_grain, v_void),
compress=True)
meshC.multiplyVels()
meshC.save(fname='regolith_vfG-{:2.2f}_vfV{:2.2f}_v750.iSALE'.format(
v_grain, v_void),
compress=True)
meshA.fillAll(-1)
meshA.fillAll(-1)
meshB.fillAll(-1)
for xA, yA, gA, mA, xB, yB, gB, mB in zip(groupA.xc, groupA.yc, groupA.grains,
groupA.mats, groupB.xc, groupB.yc,
groupB.grains, groupB.mats):
gA.place(xA, yA, mA, meshA)
gB.place(xB, yB, mB, meshB)
meshA.fillAll(9)
meshB.fillAll(9)
meshA.blanketVel(-1500., axis=1)
meshB.blanketVel(+1500., axis=1)
meshC = pss.combine_meshes(meshA, meshB, axis=1)
meshC.top_and_tail()
meshC.viewMats()
meshC.save(fname='regolith_circles_v3000.iSALE', compress=True)
meshC.multiplyVels()
meshC.save(fname='regolith_circles_v1500.iSALE', compress=True)
meshC.multiplyVels()
meshC.save(fname='regolith_circles_v750.iSALE', compress=True)
meshA.fillAll(-1)
meshB.fillAll(-1)
r = 0.5
r *= np.pi
