import numpy as np import dp_penalty params = dp_penalty.PenaltyParams( tau = 0.2, prop_sigma = np.repeat(0.008 * 5, 2), r_clip_bound = 3.5, ocu = True, grw = True )
import numpy as np import dp_penalty params = dp_penalty.PenaltyParams(tau=0.07, prop_sigma=np.repeat(0.0002, 6), r_clip_bound=25, ocu=True, grw=True)
import numpy as np import dp_penalty params = dp_penalty.PenaltyParams(tau=0.1, prop_sigma=np.repeat(0.0015, 10), r_clip_bound=2, ocu=False, grw=False)
import numpy as np import dp_penalty params = dp_penalty.PenaltyParams(tau=0.1, prop_sigma=np.repeat(0.008, 2), r_clip_bound=1.8, ocu=True, grw=True)
import numpy as np import dp_penalty params = dp_penalty.PenaltyParams( tau = 4, prop_sigma = np.repeat(0.3, 2), r_clip_bound = 0.002, ocu = True, grw = True )
import numpy as np import dp_penalty params = dp_penalty.PenaltyParams(tau=4, prop_sigma=np.repeat(0.2, 2), r_clip_bound=0.002, ocu=False, grw=False)
import numpy as np import dp_penalty params = dp_penalty.PenaltyParams(tau=0.10, prop_sigma=np.repeat(0.0015, 10), r_clip_bound=3, ocu=True, grw=True)
import numpy as np import dp_penalty params = dp_penalty.PenaltyParams( tau=0.2, prop_sigma=np.repeat( 0.00084, 30), #np.hstack((np.array((20, 7)), np.repeat(5, 28))) * 0.00024, r_clip_bound=3, ocu=True, grw=True)
import numpy as np import dp_penalty params = dp_penalty.PenaltyParams(tau=0.20, prop_sigma=np.repeat(0.0015, 2), r_clip_bound=5.5, ocu=False, grw=False)
import numpy as np import dp_penalty params = dp_penalty.PenaltyParams( tau = 0.06, prop_sigma = 0.00084,#np.hstack((np.array((20, 7)), np.repeat(5, 28))) * 0.00014, r_clip_bound = 3, ocu = False, grw = False )