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correction_bmu_loc.py
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correction_bmu_loc.py
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# -*- coding: utf-8 -*-
"""
Created on Tue Oct 5 09:33:29 2021
@author: Alexander
"""
import numpy as np
'''
utiles function
'''
def repair_bmu_loc(bmu_loc_l, mtrx_indx, i):
bmu_loc_f = np.asarray(bmu_loc_l)
mtrx_indx = mtrx_indx
j1, i1 = bmu_loc_f[mtrx_indx[i][1]]
# case [j-1, i]
j1_tmp = j1 - 1
i1_tmp = i1
if j1_tmp<0 : j1_tmp = 0
tmp_m = [j1_tmp, i1_tmp]
if np.where((bmu_loc_f==tmp_m).all(axis=1))[0].size == 0:
bmu_loc_f[mtrx_indx[i][1]] = tmp_m
# i-=1
# exit ???
return bmu_loc_f
# case [j-1, i-1]
j1_tmp = j1 - 1
i1_tmp = i1 - 1
if j1_tmp<0 : j1_tmp = 0
if i1_tmp<0 : i1_tmp = 0
tmp_m = [j1_tmp, i1_tmp]
if np.where((bmu_loc_f==tmp_m).all(axis=1))[0].size == 0:
bmu_loc_f[mtrx_indx[i][1]] = tmp_m
# i-=1
# exit ???
return bmu_loc_f
# case [j, i-1]
j1_tmp = j1
i1_tmp = i1 - 1
if i1_tmp<0 : i1_tmp = 0
tmp_m = [j1_tmp, i1_tmp]
if np.where((bmu_loc_f==tmp_m).all(axis=1))[0].size == 0:
bmu_loc_f[mtrx_indx[i][1]] = tmp_m
# i-=1
# exit ???
return bmu_loc_f
# case [j+1, i-1]
j1_tmp = j1 + 1
i1_tmp = i1 - 1
if j1_tmp>bmu_loc_f[:, 0].max() : j1_tmp = bmu_loc_f[:, 0].max()
if i1_tmp<0 : i1_tmp = 0
tmp_m = [j1_tmp, i1_tmp]
if np.where((bmu_loc_f==tmp_m).all(axis=1))[0].size == 0:
bmu_loc_f[mtrx_indx[i][1]] = tmp_m
# i-=1
# exit ???
return bmu_loc_f
# case [j+1, i]
j1_tmp = j1 + 1
i1_tmp = i1
if j1_tmp>bmu_loc_f[:, 0].max() : j1_tmp = bmu_loc_f[:, 0].max()
tmp_m = [j1_tmp, i1_tmp]
if np.where((bmu_loc_f==tmp_m).all(axis=1))[0].size == 0:
bmu_loc_f[mtrx_indx[i][1]] = tmp_m
# i-=1
# exit ???
return bmu_loc_f
# case [j+1, i+1]
j1_tmp = j1 + 1
i1_tmp = i1 + 1
if j1_tmp>bmu_loc_f[:, 0].max() : j1_tmp = bmu_loc_f[:, 0].max()
if i1_tmp>bmu_loc_f[:, 1].max() : i1_tmp = bmu_loc_f[:, 1].max()
tmp_m = [j1_tmp, i1_tmp]
if np.where((bmu_loc_f==tmp_m).all(axis=1))[0].size == 0:
bmu_loc_f[mtrx_indx[i][1]] = tmp_m
# i-=1
# exit ???
return bmu_loc_f
# case [j, i+1]
j1_tmp = j1
i1_tmp = i1 + 1
if i1_tmp>bmu_loc_f[:, 1].max() : i1_tmp = bmu_loc_f[:, 1].max()
tmp_m = [j1_tmp, i1_tmp]
if np.where((bmu_loc_f==tmp_m).all(axis=1))[0].size == 0:
bmu_loc_f[mtrx_indx[i][1]] = tmp_m
# i-=1
# exit ???
return bmu_loc_f
# case [j-1, i+1]
j1_tmp = j1 - 1
i1_tmp = i1 + 1
if j1_tmp<0 : j1_tmp = 0
if i1_tmp>bmu_loc_f[:, 1].max() : i1_tmp = bmu_loc_f[:, 1].max()
tmp_m = [j1_tmp, i1_tmp]
if np.where((bmu_loc_f==tmp_m).all(axis=1))[0].size == 0:
bmu_loc_f[mtrx_indx[i][1]] = tmp_m
# i-=1
# exit ???
return bmu_loc_f
return bmu_loc_f
''' MAIN block
'''
def correction_bmu_location (bmu_loc):
#bmu_loc_np = np.load("array_bmu_loc.npy")
bmu_loc_np = bmu_loc
matrx = []
for i in range(len(bmu_loc_np)):
row_m = bmu_loc_np[i]
tmp_m = np.where((bmu_loc_np==row_m).all(axis=1))[0]
matrx.append(tmp_m)
#trying to do something
# double_items=[]
for i in range(len(matrx)):
if matrx[i].shape[0] >1:
bmu_loc_np = repair_bmu_loc(bmu_loc_np, matrx, i)
return bmu_loc_np
#np.where((bmu_loc_np==[2, 2]).all(axis=1))[0].size