def FilterInterpolate_ctx(ctx0,ctx2,offset,filter, timeoffset):
##TODO: which way should I choose
ctx0_offset = FilterInterpolationModule()(ctx0,offset[0].detach(),filter[0].detach())
ctx2_offset = FilterInterpolationModule()(ctx2,offset[1].detach(),filter[1].detach())
return ctx0_offset, ctx2_offset
def FilterInterpolate(ref0, ref2, offset, filter,filter_size2, time_offset):
ref0_offset = FilterInterpolationModule()(ref0, offset[0],filter[0])
ref2_offset = FilterInterpolationModule()(ref2, offset[1],filter[1])
# occlusion0, occlusion2 = torch.split(occlusion, 1, dim=1)
# print((occlusion0[0,0,1,1] + occlusion2[0,0,1,1]))
# output = (occlusion0 * ref0_offset + occlusion2 * ref2_offset) / (occlusion0 + occlusion2)
# output = * ref0_offset + occlusion[1] * ref2_offset
# automatically broadcasting the occlusion to the three channels of and image.
# return output
# return ref0_offset/2.0 + ref2_offset/2.0, ref0_offset,ref2_offset
return ref0_offset*(1.0 - time_offset) + ref2_offset*(time_offset), ref0_offset, ref2_offset
def FilterInterpolate(ref0, ref2, offset, filter, filter_size2,
time_offset):
ref0_offset = FilterInterpolationModule()(ref0, offset[0], filter[0])
ref2_offset = FilterInterpolationModule()(ref2, offset[1], filter[1])
return ref0_offset * (1.0 - time_offset) + ref2_offset * (
time_offset), ref0_offset, ref2_offset
def FilterInterpolate(ref0, ref2, offset, filter, filter_size2):
ref0_offset = FilterInterpolationModule()(ref0, offset[0], filter[0])
ref2_offset = FilterInterpolationModule()(ref2, offset[1], filter[1])
return ref0_offset / 2.0 + ref2_offset / 2.0, ref0_offset, ref2_offset
def FilterInterpolate_ctx(ctx0, ctx2, offset, filter):
ctx0_offset = FilterInterpolationModule()(ctx0, offset[0].detach(),
filter[0].detach())
ctx2_offset = FilterInterpolationModule()(ctx2, offset[1].detach(),
filter[1].detach())
return ctx0_offset, ctx2_offset
