def nmo(self,v,gather,offsets=None):
vel = sffile1d(v,self.ot,self.dt,self.nt)
c = sffile2d(gather,self.ot,self.dt,self.nt,self.oo,self.do,self.no)
if not offsets==None:
of = sffile1d(offsets,self.oo,self.do,self.no)
d = rsf.nmo(velocity=vel,half="n",offset=of)[c]
else:
d = rsf.nmo(velocity=vel,half="n")[c]
b = np.array(d)
return b
def nmo(self,v,gather,offsets=None):
vel = sffile1d(v,self.ot,self.dt,self.nt)
c = sffile2d(gather,self.ot,self.dt,self.nt,self.oo,self.do,self.no)
if not offsets==None:
of = sffile1d(offsets,self.oo,self.do,self.no)
d = rsf.nmo(velocity=vel,half=self.half,offset=of)[c]
else:
d = rsf.nmo(velocity=vel,half=self.half)[c]
b = np.array(d)
# close temp rsf files
d.close()
vel.close()
c.close()
return b
def nmo(self, v, gather, offsets=None):
vel = sffile1d(v, self.ot, self.dt, self.nt)
c = sffile2d(gather, self.ot, self.dt, self.nt, self.oo, self.do,
self.no)
if not offsets == None:
of = sffile1d(offsets, self.oo, self.do, self.no)
d = rsf.nmo(velocity=vel, half=self.half, offset=of)[c]
else:
d = rsf.nmo(velocity=vel, half=self.half)[c]
b = np.array(d)
# close temp rsf files
d.close()
vel.close()
c.close()
return b